Datasets:

bhlim

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patentmatch_for_finetuning

like 1

The selflocking headreplaceable hard alloy drill bit according to claim 2 or 3 or 4 characterized in that two loadingunloading clamp slots for mounting a loadingunloading tool are disposed at the upper margin of the drilling body of the cutter head and in the position beside the two cutter head notches.

Reference is now made to Fig.8 from which it is seen that the individual side contact surface 23 of the loose top 2 is laterally delimited between first and second side borderlines 35 36 the first one 35 of which is heading and the second one 36 is trailing during rotation of the tool.Rearward downward in the drawing the side contact surface 23 is delimited by a transverse rear borderline 37 while its front limitation consists of two oblique borderlines 38 39 the firstmentioned one of which borders on the secondary clearance surface 25 and the lastmentioned one on the third clearance surface 28.The second side borderline 36 is included in or forms an edge designated 40 that constitutes a transition between the side contact surface 23 and a rotationally trailing part surface 41.Although it per se is feasible to form the edge 40 sharp it is preferred to manufacture the edge 40 as a radius transition i.e.in the form of a convexly rounded long narrow surface in the transition between the surfaces 23 and 41.It should also be mentioned that the trailing part surface 41 in this case is wedgeshaped and borders on the trailing chip flute surface 30.More precisely the trailing part surface 41 is delimited between the edge 40 and a borderline 42 that forms an acute angle with the edge 40.The edge 40 and the borderline 42 diverge in the backward direction.

A beverage dispensing system comprising a kit according to any of claims 1 to 11 and a beverage preparation machine to receive the second container and to dispense a beverage medium therefrom by the addition of an aqueous medium.

The second capsule on the other hand contains the main flavour component which can be selected from soluble coffee soluble tea soluble fruit drink soluble chocolate powder etc.or any mixtures thereof.

A subsea electrical device in particular a subsea transformer 60 or a subsea switchgear 50 comprising a subsea fuse 10 according to one of claims 114.

Fig.7 illustrates an embodiment in which the enclosure has a cylindrical shape.The holes 40 are covered by a membrane which provides sealing and pressure compensation.The open ends of the cylinder are sealed off by blind flanges 23 which comprise an opening 41 for the penetrator and conductor for contacting the fuse.The right part of the figure shows the enclosure 11 in the disassembled state.The flanges 23 are again mounted to the enclosure 11 by means of bolts and nuts 25.

A nontransitory computerreadable medium comprising a computer program product recorded thereon and capable of being run by a processor including program code instructions for implementing the method according to any of claims 1 to 6.

The original EIT table is received from the stream and after earlier changes of its type into another one the CRC checksum can be computed for a table of a different type and stored in the memory.It allows checking later if the data related to the EIT table received from another stream are already available in the memory by comparing the CRC checksum of the received table with the CRC checksums written in the memory.

The pressure compensated subsea electrical system according to claim 10 or 11 wherein the transformer and the power converter are arranged relative the cooling circuit such that the flow of the dielectric liquid is induced by thermal losses in the transformer and is at least partially used to cool the power converter.

In the embodiment of figure 1 the first subsea enclosure 12 the duct 30 and the second subsea enclosure 22 are pressure compensated.This means that the pressure inside these enclosures is substantially balanced or equalized to the pressure prevailing in the ambient medium surrounding the subsea electrical power system 10.Note that the pressure compensation may be configured to create a slight overpressure inside the respective subsea enclosure or the duct 30 so as to prevent the ingress of ambient medium e.g.surrounding seawater in case a leak occurs.

The battery pack of any one of claims 1 to 14 wherein the battery cell comprises a prismatic battery or a pouchtype battery.

According to aspects of the present invention the loop antenna may include a loopshaped antenna pattern and a coverlay film covering the antenna pattern.The loop antenna may include an insulator surrounding the antenna pattern instead of the coverlay film.The antenna pattern may be made of copper.

The method of claim 11 when the information type field indicates the dynamic chain the signaling packet payload includes an information of the dynamic chain.

Herein since a targetIPaddressdescriptor and an IPMAC location descriptor of the IP information table in FIG.43 form a pair by using this descriptor pair the receiver may be capable of knowing to which PLP a specific IP stream is associated and the descriptor pair may also gain compression information of the specific IP stream.Furthermore based upon the acquired or gained compression information the descriptor pair may perform decompression of the specific IP stream.

Induction hob according to claim 1 wherein the switching element 20 is an insulatedgate bipolar transistor IGBT.

An example of a method for realtime deadtime readapting is given in figures 13a to 13d.There the nominal value for the deadtime is 2.2useconds and the frequency range of PWM power transistor is between 20KHz and 50KHz.As explained before during normal cooking process the more the induction pot is getting hot the more PWM drive frequency should be reduced for guaranteeing a constant power supply.In case the induction cooktop is supplied a power close to the nominal the actual PWM drive frequency gets closer to the resonance and thus coil current phase delay against output voltage Vd is reduced towards zero.Thats the main cause that coil current zero crossing occurs during the deadtime time interval.In the example of figures 13a13d the output voltage Vd is used as the signal for detecting nonZVS occurrences.

The blood analysis method according to claim 10 or 11 wherein said cationic surfactant includes two types of alkyl trimethyl ammonium salts.

In the twodimensional scatter diagram of FIG.9 dots corresponding to various types of white blood cells monocytes lymphocytes neutrophils eosinophils and basophils form clusters respectively.Accordingly the data of particles corresponding to various types of white blood cells can be counted corresponding to the ranges of Ssc and Fl involved in the clusters of these various white blood cells.Moreover when the counted data is summated the data of particles corresponding to white blood cells can be counted.However when a malarial parasite exists in a measurement sample the dots corresponding to malarial parasites appear so as to expand over a position where they overlap a cluster of the dots corresponding to neutrophils as shown by the arrow in FIG.10.In other words there is a part wherein the range of Ssc and Fl obtained from the malarial parasites overlaps the range of Ssc and Fl obtained from the neutrophils.Accordinglyit is difficult to discriminate white blood cells from malarial parasites based only on the Ssc and the Fl and to count them respectively.In FIGS.9 and 10 the dots appearing on the left and downward direction of the appearing position of the dots corresponding to basophils are principally derived from debris of the hemolyzed red blood cells.

A hydrogen peroxide delivery system for a sterilizer having a hydrogen peroxide injection unit and a housing comprising a cradle for supporting a sealed hydrogen peroxide solution container in an upright position within the housing a drainage arrangement connected with the cradle for aspirating the hydrogen peroxide solution from the container and a delivery arrangement connected with the drainage arrangement for supplying the aspirated hydrogen peroxide solution to the hydrogen peroxide injection unit the drainage arrangement including a drainage needle connected with the delivery arrangement for penetrating a seal on the container and extending into the hydrogen peroxide solution in the container and a needle drive for moving the needle from an at rest position wherein the needle is retracted to allow insertion of a new hydrogen peroxide container into the cradle to a penetrating position wherein the needle penetrates the seal of the container and extends into the hydrogen peroxide solution in the container the needle extending all the way to a bottom of the container in the penetrating position.

In the second step the diving member 37 further lifts the needle 17.The needle 17 passes through the deflated lowest sealed sterilizing agent capsule 25 and sealed gas capsule 23 to a position where it punctures the under part of the next sealed sterilizing agent capsule 25.The pressing part 33 is lifted together with the needle 17 to raise the deflated capsules.

A computer program product comprising code segments adapted for performing the steps of the method according to any of claims 1 to 9 when executed on a computing device.

In a method and device according to a first embodiment of the present invention a part of the display element is switched off and only a part of the display element is used to present a certain amount of information.Where a larger display area is needed to present a larger amount of information at one time a larger part of the display element or the entire display element can be activated.

Method of manufacturing an RTBMC sintered rare earth magnet comprising the process steps of a charging an RTBMC alloy powder including a lubricant into a mold cavity with a predetermined density wherein R is at least one rare earth element including Y and Sc T is iron or a mixture of iron and cobalt and M is at least one element selected from Ti Ni Nb Al V Mn Sn Ca Mg Pb Sb Zn Si Zr Cr Cu Ga Mo W and Ta and the weight contents of these components are in the ranges 25R4060T740M20.8B1.20.03C0.15b applying a magnetic field to the powder filled in the mold cavity under a pressure in the range of 0.2 to 2 MPa and c sintering the same under inert gas followed by an additional heat treatment.

The filling density of the powder in the mold should preferably be within a range from 3.0 to 4.2 gcm3.If the filling density is lower than this range the sintering of the powder may possibly be insufficient failing to achieve the required density.Conversely if the filling density exceeds 4.2 gcm3 the friction among the powder particles will be too strong to achieve a high degree of orientation.A preferable range of the filling density isfrom 3.5 to 4.0 gcm3 and more preferably from 3.6 to 4.0 gcm3.

Seamless quenched and tempered steel pipe according to claim 2 wherein at a distance up to 2 mm starting from outer and inner surfaces of the steel pipe the microstructure only consists of tempered bainite.

S Not more than 0.005 S is an impurity element that deteriorates the toughness and it is preferably reduced as much as possible.Since a content exceeding 0.005 causes remarkable deterioration of toughness the upper limit should be 0.005 preferably 0.003 and more preferably 0.001.

An oil tank 28 for a wind turbine generator 100 disposed in a nacelle 7 supported on a tower 14 of the wind turbine generator for storing oil used in an oil using unit 4 included in the wind turbine generator the oil tank being characterized in that it at least comprises a first oil chamber 48 and a second oil chamber 50 for storing the oil a partition wall 52 which separates the first oil chamber 48 and the second oil chamber 50 and an oil heater 56 for heating the oil in the oil tank wherein the second oil chamber 50 is configured to be connectable to an oil supply line for supplying the oil to the oil using unit wherein the first oil chamber 48 is configured to be connectable to an oil recovery line for recovering the oil from the oil using unit and wherein the partition wall 52 includes at least two openings 54a 54b through which the first oil chamber 48 is in communication with the second oil chamber 50 so that the oil is movable between the first oil chamber 48 and the second oil chamber 50.

In an aspect of the present invention a lubricant heating mechanism is provided with a tank accumulating therein lubricant a lubricant pump a heater provided in the tank to heat the lubricant and a baffle plate at least partially covering the heater.The tank is provided with a suction port drawing out the lubricant from the tank to the lubricant pump.The baffle plate is provided to convect the heated lubricant toward the suction port.

Method according to one of claims 3 and 4 wherein said at least one threshold s u comprises a first threshold s determined as the maximum of a threshold s proportional to said first reference bitrate and a first predeterminedvalue s and a second threshold u determined as the maximum of a threshold u proportional to said second reference bitrate and a second predetermined value u.

In order to determine the optimum weight vector the feature extraction block comprises a discriminant analysis preferably a linear discriminant analysis.The principle of the discriminant analysis is illustrated in Figure 4.Figure 4 shows individual pieces of physical line data in a threedimensional coordinate system.Pieces of physical line data tagged with unsatisfactory represented as hatchedpoints some of them labelled withu and the pieces of physical line data tagged with satisfactory are drawn as solid black points some of them labelled with s.The discriminant analysis comprises a coordinate transformation that maximises a discriminant measure.The transformed coordinate system d1 d2 d3 is shown with solid line whereas the original coordinate system CV ES SES is shown with dashed lines.Thus the feature extraction process 69 conceptually corresponds to a change of basis from the first basis or coordinate system CV ES SES to a second basis or coordinate system d1 d2 d3.The change of basis or coordinate transformation corresponds to the optimum selection of the weight vector Wopt by means of the discriminant analysis

A method for transmitting digital data in a transmit symbol using a frequency divisional multiplexing GFDM system said transmit symbol comprising a plurality of data symbols assigned to at least two subcarriers the method comprising the steps ofmapping a plurality of data bits to data symbols and assigning data symbols to the at least two subcarriers andspreading the information of each data symbol of a time slot of the transmit symbol across the data symbols of each subcarrier of said time slot andappending at least one of a cyclic prefix or a cyclic suffix to the transmit symbol andtransmitting the transmit symbol and the cyclic prefix andor the cyclic suffix.

Fig.9 is an illustration showing the overview constitution of a wireless communication system 5 according to a third embodiment which transmitsreceives signals by way of multicarrier transmission.The wireless communication system 5 is a wireless communication system of this invention which includes a transmitter device 50 and a receiver device 60.The number of the transmitter device 50 and the receiver device 60 included in the wireless communication system 5 is necessarily limited to one as shown in Fig.9 hence it is possible to incorporate plural devices.In Fig.9 the transmitter device 50 serves as a base station device whilst the receiver device 60 serves as a wireless communication terminal however the transmitter device 50 may serve as a wireless communication terminal while the receiver device 60 may serve as a base station device.

An electronic apparatus 100 comprising a first communicator 110 configured to communicate with an authentication terminal device 200 a second communicator 120 configured to communicate with a new terminal device 300 that is not registered with an access point AP 400 a storage 130 configured to store authentication information for accessing the AP 400 and a controller 140 configured to control the second communicator 120 to transmit the authentication information that is stored in the storage 130 to the new terminal device 300 in response to receiving terminal information of the new terminal device 300 from the authentication terminal device 200 through the first communicator 100.

At operation S415 the electronic device 100 executes an application in response to a user input.Referring to FIG.3 the electronic device 100 may download an application in an NFC tagging operation and execute the downloaded application.

Method according to claim 1 characterised in that at least the O2 concentration is measured by means of said plurality of species concentration sensors 22 22aI 23.

Referring back to FIG 1 the combustor 14 comprises a group of components forming the combustion system or the area of the gas turbine system 10 where the combustion takes place.A combustor may be of two kinds namely can type or annular type.In the illustrated embodiment the combustor 14 is a can type combustor comprising multiple combustion chambers 26 also called combustor cans each having one or more burners 28 for generating a flame 32 as mentioned above.These combustion chambers or cans 26 are circumferentially arranged around the rotation shaft 24.The advantage of can type combustors is that the cans can be easily removed for maintenance and provide convenient plumbing for fuel.In an alternate embodiment the combustor may be of an annulartype comprising a combustion chamber that forms an annulus around the rotation shaft.The annular combustion chamber comprises multiple burners circumferentially arranged around the rotation shaft generating multiple flames.The proposed idea may be extended to measure differences in flame temperatures between multiple burners the circumferential arrangement of which may for example take the form of a so called annular combustion chamber or a so called can type combustor comprising several can shaped combustion chambers each with one or more burners..In this case the sensing means comprises multiple oxygen sensors arranged circumferentially corresponding to the circumferential arrangement of the burners.Herein the means 36 is adaptedto calculate the difference in flame temperatures between a pair of burners which is calculated based upon a difference in measured oxygen concentration by a corresponding pair of oxygen sensors.The output from the means 36 may be used to adjust the fuel flow in individual burners to maintain a uniform flame temperature across all the burners.This helps to achieve a circumferentially uniform temperature distribution of the combustion gas which in turn minimizes emission levels and increases the life of the turbine components that are exposed to the hot combustion gas.

The method of claim 1 wherein transmitting the packets within the flow of packets at the QoS level above the QoS level based on the SLA if available network bandwidth permits comprises detecting a reduced level of congestion at the parent node and providing additional feedback from the parent node to nodes downstream of the parent node wherein the additional feedback allows increased bandwidth use by the node for transmission in the upstream direction.

If any QoS adjustment were necessary the SLA manager 28 would send a QoS control message to the home SIP proxy 30 together with the identifier of the terminal 21 320 QoS Control.The home SIP proxy 30 would then create a SIP message with special code indicating the QoS control purpose and put the received QoS control message into it.Another new method can be defined e.g.QOSENFORCE message.The home SIP proxy 30 would forward this QOSENFORCE message to the SIP proxy 25 at the visited network 24 of the terminal 21 321 QOSENFORCE QoS Control.The SIP proxy 25 at the visited network 24 would forward this message transparently to the terminal 21s SIP application 22 322 QOSENFORCEQoS Control.

The washing machine of claim 7 wherein when the controller performs the bubble removing procedure the controller suspends a cycle in progress.

The operation of the washerdrier will be described with reference to FIGS.10 to 16.The following describes the operation in a STANDARD course in washing and drying courses.In the STANDARD course the control circuit 92 carries out an initial setting step S1 on the basis of operation of the STARTINTERRUPT switch 69 and sets a water level in the water tub 8 step S2 as shown in FIG.10.Thereafter the control circuit 92 carries out a wash step step S3 a first dehydration step step S4 a rinse step step S5 a second dehydration step step S6 and a drying step step S7 sequentially in this order.The control circuit 92 incorporates a RAM onto which data of the numbers of times of an agitating operation and a dehydrating operation in a rinse step is written in the initial setting.Furthermore the flag F is set at 0 in the initial setting.The flag F shows whether the door locking device is operable to unlock the door.The flag F is set at 0 when the door locking device is operable to unlock the door.The flag F is set at 1 when the door locking device is inoperable to unlock the door.The flag F will be described in detail later.The water level in the water tub 8 is determined on the basis of an amount of laundry in the rotating tub 10.The amount of laundry in the rotating tub 10 is detected on the basis of a rotational speed of the motor 16 and accordingly a rotational speed of the rotating tub 10 in a case where a predetermined input current is supplied to the motor so that the latter is driven.

The covering 100 of any of the claims 1 to 5 wherein the covering 100 comprises a further polymer layer 124 125 thatis obtainable by casting extrusion or coextrusionis arranged in between the first tie polymer layer 122 and the second tie polymer layer 123 andcomprises at least one of one ofpolyethylene PE such as highdensity polyethylene HDPE linear lowdensity polyethylene LLDPE lowdensity polyethylene LDPEa metallocene based on polyethylene PEpolypropylene PPcopolymer of polypropylene PP andpolyamide PA such as PA6 or PA66.

The panel structure 1 is composed of a hotscarfable layer that is composed of a first layer 2 composed of polypropylene nonwoven fabric or of polyethylene film or PP film optionally treated with silicone or of talc or of sand on the hotscarfable side.

The robotic work tool system 200 according to any preceding claim wherein the work schedule is adjusted by increasing or decreasing the cutting height in a work session.

The number of operations i.e.lawn mowing sessions during a given period of time depends on factors including the mowing capacity of the robotic lawnmower 100 i.e.the area to be covered for a particular period of operation the lawn area and the type of grass including factors such as speed in which the grass grows and the frequency which it needs to be cut.It is desirable to program the robot to operate for only the minimum number of times that will maintain the lawn at the desired cut level.Previously the schedule programming process required a relatively large number of input operations from the user including inputting data such as the exact date and time of the week the robot should engage in the mowing process.Also a user was previously required to change the scheduling program during an initial period of operation until an optimum operation schedule was determined The presently disclosed method for robot scheduling automatically determines the required scheduling data by employing at least one of the methods described below.

The flexible display device of claim 4 or 5 wherein when the display unit 10 and the support unit 20 are rotated by the first driving means 50 and the second driving means 60 respectively the display unit 10 and the support unit 20 are rolled in by being separated from each other until the connection unit 30 is reached.

In fig.12B and 12C similar embodiments are shown but with a different kind or thickness of foil 50 to achieve different levels of support.Also is shown that a force f2 smaller than andor equal to f1 could be possible as well depending on desired level of support.

A detection device for detecting insulation impedance of a power grid connected with a photovoltaic inverter against ground wherein the power grid comprises a first live line a second live line a third live line and a zero line and the detection device comprises a first resistor wherein a first end of the first resistor is connected to a ground wire of the photovoltaic inverter and a second end of the first resistor is connected to the first live line a second resistor wherein a first end of the second resistor is connected to the ground wire and a second end of the second resistor is connected to the zero line and a first series branch including a third resistor and a first switch device connected in series wherein a first end of the first series branch is connected to the ground wire and a second end of the first series branch is connected to the zero line or the first live line.

A variable or fixed coil or inductor 119 is connected to a point between the variable or fixed detuning coil 105 and the variable or fixed capacitor 106 and is connected via a switch 135 to the reference point 122 which may in particular be connected to the reference point 121.

The battery pack of claim 5 where the supporting portions extends in parallel with each other along opposite side portions of the assembling opening which face the third and fourth side portions.

As described above the battery pack according to this embodiment includes the subframe 300 two secondary battery cells 200 accommodated inside the subframe 300 and the PCM assembly 30 electrically connected with the secondary batteries 200.The PCM assembly 30 includes a PCM 31 mounted on the top of the subframe 300 and the electrode lead 32 positioned on the side and bottom 340 of the subframe.

An aircraft according to claim 10 wherein the at least one human monitoring system includes an eye monitoring system 26 that observes conditions of the eyes of the pilot and generates eye condition data based on the observed conditions.

FIG.1 is a schematic representation of various onboard aircraft subsystems that cooperate to form an avionics network 100.This embodiment of the avionics network 100 includes without limitation a flight controls subsystem 102 a central maintenance subsystem 104 a cabin services subsystem 106 an engine subsystem 108 a landing subsystem 110 a traffic alert and collision avoidance system TCAS 111 an aircraft power subsystem 112 an enhanced ground proximity warning system EGPWS 113 an aircraft communications subsystem 114 a flight management subsystem 116 an audio subsystem 117 a flight displays subsystem 118 an automated flight crew training subsystem 119 a flight crew alerting subsystem 120 and at least one flight crew monitoring subsystem 122.The flight displays subsystem 118 includes or cooperates with at least one display element 124.In practice the avionics network 100 could be implemented with some redundancy.For example the avionics network 100 might include redundant independent and parallel instantiations of one or more subsystems e.g.the flight displays subsystem 118 the alerting subsystem 120 the flight controls subsystem 102 or the like.Moreover the particular subsystems used by an aircraft need not be identical to those depicted in FIG.1.Indeed the number type and functionalityof the onboard subsystems may vary from one airframe to another and from one aircraft to another and the subsystems shown in FIG.1 are not intended to limit or restrict the scope of the subject matter described here.

The composite material according to any one of claims 1 to 8 wherein the composite material sheet contains conductive fibers.

FIG.25 illustrates that three composite material plates C2 are coupled to one composite material plate C1 and that one of the composite material plates C2 is coupled to the composite material plate C1 using two fasteners F.However one composite material plate C1 may be coupled to each of the composite material plates C2 for current measurement.Furthermore as illustrated in FIG.25 a current may be simultaneously passed through all three composite material plates C2 coupled to the composite material plateC1 with a current flowing through each layer in each plate measured.

A driving characteristics diagnosis system comprising the driving characteristics diagnosis device according to any one of claims 1 through 8 and a terminal device 200 that is connected to the driving characteristics diagnosis device whereinthe driving characteristics diagnosis device receives information related to the operational state of the vehicle from the terminal device and transmits to the terminal device the result of the diagnosis of driving characteristics for the user outputted from the diagnosis result output unit 129 and the terminal device comprises a communication unit that transmits information related to the operational state of the vehicle to the driving characteristics diagnosis device and receives the result of the diagnosis of driving characteristics for the user from the driving characteristics diagnosis device and a diagnosis result display processing unit 227 that performs display processing for displaying the result of the diagnosis of driving characteristics that have been received by the communication unit.

Furthermore the first module may comprise a weighing means arranged to receive the plurality of driving performance states and weight an estimated driving performance based on the estimation of the second module.Hereby the algorithms for each of the plurality of predefined methods are running in parallel and provided to the weighing means.The weighing means may for example be provided with various weighing parameters based onthe estimation received from the second module.The weighing parameters may use linear or nonlinear calculations such as square root calculations logarithmic functions etc.The second module provides the estimation from the second method to the first module such that the weighing means can estimate the current cause of the driving performance of the operator.In other words the weighing means classifies the driving performance state based on the plurality of driving performance states and the estimation of the second module.The second and third exemplary sharing implementations are valid also for this embodiment of the invention but the sharing may also be provided between the weighing means and the second module.Moreover the detected driving performance state of the operator may be one of drowsinessfatigue distraction illness intoxication atrisk driving behaviour and poor driving.An advantage of a classification of the various performance state of the operator is as discussed above to be able to more precisely detect the cause of driver impairment.This may provide e.g.warning systems of the vehicle with information such that the warning systems can be able to provide the operator of the vehicle with a warning signalmessage that heshe can assimilate and properly react to.

The system of any preceding claim wherein the at least one medical device includes at least one medical device control the at least one medical device control performs a different task during different stages of the multistage medical procedure and the at least one medical device control is able to be reprogrammed to perform a different task during different stages of the multistage medical procedure.

In this manner image recognition module 304 is in communication with the processor 100 and determines the subset of clinical information that is displayed on the at least one display 140.More accurately the image recognition module feeds the workflow management module which in turns determines the subset of clinical information to display.

The computer system of claim 1 wherein the method further comprises generating a notification message indicating that the current state is stored in the data structure wherein the notification message includes a name for the data structure.

In a further variation the session state information includes an SSL session identifier.

The rechargeable battery of claim 10 or 11 wherein the connection member 333 is configured to directly contact the terminal flange 331 b and the current collector 334.

A positive lead 116 and a negative lead 117 extend from the positive electrode plate 113 and the negative electrode plate 115 respectively.

A signal processing method of a multimixer system 100 characterized by the method comprises the steps of mixing a first input signal with a first oscillation signal to generate a first output signal forwarding the first output signal to an internal node of a filter module 124 to make the filter module 124 provide a first frequency response for the first output signal mixing a second input signal with a second oscillation signal to generate a second output signal and forwarding the second output signal to another internal node of the filter module 124 to make the filter module 124 provide a second frequency response for the second output signal.

In some embodiments each of the hfinal filters 662 and 664 is split into two filter blocks.One filter block can be an allpass type of filter with constant phase delay over theband of frequencies covered by the high band.This filter block can have coefficients change from one acquisition to the next to compensate for the f2 oscillator offset with respect to a time reference point on the input waveform.The second filter block can be a low pass filter which corrects phase and magnitude errors over the entire bandwidth of the reconstructed signal.This filter block can have constant coefficients from one acquisition to the next.Moreover these can be calibrated at manufacture time using known techniques.The outputs of the hfinal filters 662 and 664 correspond to the substantially reconstructed original signals represented by waveforms 650 and 655 respectively.

The display apparatus of claim 4 wherein the controller is configured to control the display to display identification information of the first portable apparatus which has transmitted the first photo on the reduced image of the first photo.

The term electronic device is intended to broadly cover many different types of devices that can wirelessly or through wires receive signals and in most cases can transmit signals andmay also operate in a wireless or wireless communication system.For example and not for any limitation a wireless communication device can include any one or a combination of the following a computer a tablet a laptop a twoway radio a cellular telephone a mobile phone a smartphone a wireless messaging device a settop box a media player a personal digital assistant and other similar devices.

The method according to Claim 11 further comprising determining an arrangement of icons based on the determined tilt angle and controlling the display panel to display the arrangement of icons.

Note that as the gradient detection portion 106 in the present invention a smaller component for detecting gradients is preferably used particularly.In such a case it is preferable to use a triaxial acceleration sensor using a MEMS technology because reduction in size of the mobile phone can also be achieved.

An electronic device comprising a touch panel arranged for displaying a first block and a second block on the display screen wherein the first block is located on a lower portion on the display screen of the touch panel and the second block is located on an upper portion on the display screen of the touch panel and a controller arranged for detecting and receiving a contact movement between the first block and the second block on the display screen of the touch panel determining an arrangement line for arranging icons on the display screen according to a moving path corresponding to the contact movement on the touch panel arranging a plurality of icons along the arrangement line on the display screen and using the display screen with the icons arranged along the arrangement line as a graphical user interface for the electronic device.

Accordingly with such a configuration even in the event that the way each user holds the main unit 11 the way in which the palm of the hand and the fingers come into contact with the main unit 11 the size of the hand the length of the thumb and so forth differ among users each user can easily bring hisher thumb into contact with the predetermined region corresponding to the display portion of menu icons on the information display screen 12A in a sure manner.Accordingly all users can perform touch operations within the predetermined region corresponding to the display portion of menu icons on the information display screen 12A to inputcommands.

The method according to any of claims 7 to 9 wherein the placing of the device 300 the first end portion 410 410 of the external connection 400 400 and the holder 500 500 500 500 500 500 into the cavity includes placing a sheet 100 in the cavity disposing at least a part of the external connection on the sheet disposing the holder on the at least the part of the external connection and bringing the holder into contact with the first die 10 10 to close the housing recess 12 of the first die and the injecting of the plastic material 30 includes injecting the plastic material on the sheet to insertmold the device the first end portion of the external connection and the holder on the sheet with the plastic material.

Another representative electronic control unit of the present invention comprises a board having a circuit formed thereon plural electronic parts mounted on the board a wireless communication module mounted on the board a connector which is connected to the circuit formed on the board and is provided with a terminal to electrically connect the circuit to the outside and a plastic cover which is fixed onto the board to cap the wireless communication module wherein the wireless communication module has a wireless communication IC and a coil the connector and the board are at least partially sealed with a resin and the plural electronic parts are sealed with the resin and the inside of the plastic cover is left as a resinfree region which is not filled with the resin.

An aircraft 2 comprising apparatus according to any of claim 1 to 13.

Angle of sideslip AOS could be measured directly by mounting an additional unit on the bottom of the aircraft instead of on the side.Alternatively AOS could be derived by comparing differential static pressures or AOA angles between sensors on opposite sides of the aircraft.

The surgical access assembly of claim 1 wherein the adapter has a flange at its proximal end or distal end.

Referring now to the drawings in which like reference numerals identify identical or substantially similar parts throughout the several views FIG.1 illustrates a surgical portal apparatus 100 that may be used in any endoscopic laparoscopic andor open surgical procedure.Surgical portal apparatus 100 includes a housing member 102 and an inner member 104 in accordance with the principles of the present disclosure.Inner member 104 is depicted enclosed within housing member 102 in FIG.1.As best depicted in FIG.1 housing member 102 is adapted for insertion within a tissue tract T e.g.through the abdominal or peritoneal lining inconnection with a laparoscopic surgical procedure.However housing member 102 is adapted for insertion within any opening in a patients skin e.g.an incision or any naturally occurring orifice such as the anus or vagina.The presently disclosed surgical portal apparatus 100 may be used with a surgically created incision a naturally occurring opening such as the anus or the vagina or in nonlaparoscopic procedures.

A method comprising allocating available resources for a wireless network served by an apparatus the served wireless network requesting resources the allocation of available resources including allocation for each of one or more wireless networks neighboring the served wireless network and determining whether the served wireless network and each of the one or more neighboring wireless networks has at least one of resources corresponding with the requested resources or a fair portion of available resources to operate based on analyzing resource allocations for the served wireless network and each of the one or more neighboring wireless networks.

With the strategy of prioritybased spectrum allocation a spectrum request with higher priority will obtain the spectrum needed.

A method according to any of the previous claims wherein the electromagnetic actuator 22 is the electromagnetic actuator 22 of a fuel pump 4 of a directinjection system comprising an intake channel 17 which is regulated by an intake valve 18 and a flowrate adjusting device 6 which is mechanically coupled to the intake valve 18 and comprises a control rod 21 which is coupled to the intake valve 18 and a ferromagnetic anchor 25 which is integral to the control rod 21 the method comprises supplying the peak control current I tothe electromagnetic actuator 22 to control the movement of the assembly made up of the control rod 21 and the ferromagnetic anchor 25 which moves towards the position defined by a fixed ferromagnetic anchor 25.

Fig.4 exemplarily illustrates the control of a solenoidactuated intake valve according to the firsttype operation of a highpressure fuel supply pump.The upper row in Fig.4 illustrates the plunger movement of the movable plunger 130 reciprocating between the bottom dead center position BDC and the top dead center position TDC.The middle row in Fig.4 illustrates the control current applied to the solenoid coil 125 and the lower row in Fig.4 illustrates the movement of the intake valve 120 in particular the valve member 121 between the fully open position and the fully closed position.

The method of any one of the preceding claims further comprising finalizing the transaction.

The purpose of phase 3 is for the user to authenticate himself by means of entering the PIN code of the selected card in the keypad of the teller machine.This action presents accessibility barriers in some cases but the bank structure today does not allow another more optimal option.The fact that it must be entered on the keypad of the teller machine introduces a security level as the information transmitted wirelessly cannot be intercepted.

The collisions avoiding method as claimed in claim 1 also including the steps of storing a map covering at least said predetermined area said map including preferred routes used by manned vehicles 12 continuously predicting specific paths of manned vehicles 12 based on present positions and preferred routes of said manned vehicles 12 preventing collisions between vehicles by continuously comparing said predicted paths with said currently used paths to detect overlapping positions and by forwarding interrupting commands to vehicles heading to an overlapping position.

The own vehicle sensor 4 which is constituted by a speed sensor a yaw rate sensor or the like detects information concerning a running state of the own vehicle.The own vehicle sensor 4 transmits running state information concerning the detected running state of the own vehicle to the own vehicle track predicting section 12 in the own vehicle risk acquiring ECU 1.Here examples of the running state information of the own vehicle include the speed and yaw rate of the own vehicle.

The method according to any previous claim wherein said method comprises implementing said broadcast communication network with a home network that comprises a plurality of domains and an interdomain bridge IDB12 being coupled between a first domain DOD1 comprising said first terminal T1 and said third terminal T3 and a second domain DOD2 comprising said second terminal T2.

In response to the retransmission request signal NACK received from base station 30a relay station 20c transmits the decode and forward relay signal to base station 30a in frame 3.Furthermore mobile station 10 transmits the data signal retransmission signal to relay station 20b in frame 3 in response to the retransmission request signal NACK received from relay station 20b.Relay station 20b transmits the amplify and forward relay signal obtained from the retransmission signal to base station 30a in frame 3.Therefore base station 30a can receive the amplify and forward relay signal retransmitted from relay station 20b and the decode and forward relay signal transmitted from relay station20c at the same time and combine these signals.

The air conditioner according to claim 8 wherein when the air conditioner performs the heating operation onestage compressed refrigerant introduced into the suction part of the compressor is mixed with a refrigerant injection from the second supercooling device and is compressed into two stages in the compressor and the twostage compressed refrigerant is mixed with a refrigerant injected from the first supercooling device and is compressed in three stages.

When a lower capacity is desired then both valves 48 and 42 may be closed.In such operation the compressor operates without economized operation and without bypass.A control 60 operates the system 56 including valves 48 and 42.

Method according to claims 2 to 4 wherein the plant is rotated substantially around its stem to obtain the first image of the plant.

Once a plant is positioned at the carrier it has to be determined at which position or positions the plant has to be cut.For this purpose the method comprises a step 2 in which an image is taken from the plant.Taking the image can for instance be done by a photo or video camera making one or more pictures of the plant.When applying the method in an automated way the image taking device must be a device for instance a digital camera that allows further processing of the image automatically by appropriate software.The image or a plurality of images is used for analysis of the plant geometry in a subsequent step 3.The image of the plant can be obtained by using visible light however it might also be obtained by infrared light or any other suitable wavelength of electromagnetic radiation for example radar.The image need even not to be obtained by electromagnetic radiation but may also be obtained by for example ultrasonic or other acoustic waves.Making images may also mean realtime analysis of the image as obtained by a camera.Preferably such a camera is a digital camera making many pictures at a high speed to allow fast automatic analysis.

The induction heat cooking apparatus according to claim 4 wherein to drive the second third and fourth heating coils in parallel the controller 180 is configured to control the third and fourth switching devices 123 124 to be closed and during a half resonant period to control the first and second switching devices 121 122 to be in a closed state and to control the fifth switching device 125 to be in an opened state and during the other half resonant period to control the first and second switching devices to be in the opened state and to control the fifth switching device to be in the closed state.

More specifically the switching controller 270 may control the second switch to continue to be closed and may control the first and third switches S1 and S3 to be alternately open or closed.That is during a first half of a resonant period the switching controller 270 may control the first and second switches S1 and S2 to be closed and may control the third switch S3 to be open.During a second half of a resonant period the switching controller 270 may control the second and third switches S2 and S3 to be closed and may control the first switch S1 to be open.The first second and third switches S1 S2 and S3 may be switched on or off during the third operation mode as shown in Table 5 below.Table 5First Half of Resonant period Second Half of Resonant periodFirst Switch Closed OpenSecond Switch Closed ClosedThird Switch Open Closed

A computerreadable storage device comprising instructions that when executed on a processor of a device cause the device to achieve a target turbine output of a turbine operating at an initial turbine output while using for respective control parameters of the turbine machine an initial parameter value for the control parameter by for respective selected control parameters selecting an adjustment of the initial parameter value of the selected control parameter and predicting a predicted turbine output of the turbine operated using the adjustment of the selected control parameter and the initial parameter values for other control parameters comparing the predicted turbine outputs for the adjustments of the respective control parameters to select from the control parameters a target control parameter having a target adjustment that results in the target turbine output and operating the turbine with the target adjustment of the target control parameter.

The best control sequence can be determined by converting the problem into a form that an optimization algorithm can solve.MPC is based on the constrained openloop optimization of a finite horizon objective function.This optimization commences from an assumed known initial state and uses a dynamic system model to describe the evolution of the outputs.Figure 7 shows the basic concept of receding horizon control 70 underpinning MPC.At time k 71 the input variables 72 uk uk1...ukp1 are selected to optimize a performance criterion over the prediction horizon 73 p.Of the computed optimal control moves only the values for the first sample uk are actually implemented.Before the next time interval 74 74 and calculation of another p input value i.e.at uk1 uk2...ukp the initial state is reestimated from output measurements.This causes the seemingly openloop strategy to actually implement a closedloop control.

An electronic device comprising a memory adapted to store a plurality of root certificates each root certificate includes a unique public key assigned to a different permission level anda processor to determine a permission level for accessing resources available to an application loaded into the electronic device the permission level being based on particulars of a digital signature associated with the application wherein the digital signature being signed with either i a private key corresponding to a first public key that identifies the application is assigned a first level of permissions or ii a private key corresponding to a second public key that identifies the application is assigned a second level of permissions providing greater access to resources available to the electronic device than provided with first level of permissions.

Preferably the new functions can access existing functions through a library.

The wet paper web transfer belt according to claim 1 wherein the water swelling rate of the resin material constituting the roll side resin layer is 2.5or less.

The arithmetic average surface roughness Ra m of the wet paper web contacting surface 221 in the wet paper web carrying region 222 simultaneously fulfills the relations of equations I and II hereinafter.Ram0.0125XA AB1016Y4C104Y3D102Y2EYF wherein the symbols are Raarithmetic average surface roughness m of the wet paper web contacting surface Xbasis weight gm2 of the base paper to be produced from the wet paper web to be transferred Yswelling rate of the resin constituting the resin layer with water B4.441 C9.132 D4.247 E0.6580 F2.103 respectively.

The immunogen according to any one of claims 1 to 3 wherein said antigenic IgE peptide further comprises eitherat its Cterminus a linker having the formula GnC wherein n is an integer chosen in the group consisting of 0 1 2 3 4 5 678 9 and 10 where n is equal to 0 said formula represents a cysteine orat its Nterminus a linker having the formula CGn wherein n is an integer chosen in the group consisting of 0 1 2 3 4 5 678 9 and 10 where n is equal to 0 the formula represents a cysteine orat its Cterminus a linker having the formula GnC wherein n is an integer chosen in the group consisting of 0 1 2 3 4 5 678 9 and 10 where n is equal to 0 said formula represents a cysteine and at its Nterminus a linker having the formula CGn wherein n is an integer chosen in the group consisting of 0 1 2 3 4 5 678 9 and 10 where n is equal to 0 the formula represents a cysteine.

Preferably compositions of the present invention comprise an immunogenic amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 1 SEQ ID NO 2 SEQ ID NO 3 SEQ ID NO 4 SEQ ID NO 5 SEQ ID NO 6 SEQ ID NO 7.Figures 39 depict such dog CH3CH4 peptide sequences.Further preferred compositions of the present invention comprise an immunogenic amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 8 SEQ ID NO 9 SEQ ID NO 10 SEQ ID NO 11 SEQ ID NO 12 SEQ ID NO 13 or SEQ ID NO 14.Figures 1016 depict such human CH3CH4 peptide sequences.

The method according to claim 1 wherein the power switching device is configured as a synchronizer configured to selectively synchronize the output unit and the transmission unit andor wherein the operation modes of the vehicle comprise an electrical vehicle EV mode and a hybrid electrical vehicle HEV mode and the HEV mode comprises at least one of a series operation mode a parallel operation mode or a seriesparallel operation mode and each of the EV mode and the HEV mode comprises at least one of a frontwheel drive operation mode a rearwheel drive operation mode or a fourwheel drive operation mode preferably the operation parameter of the vehicle comprises at least one of an electric quantity of the power battery a speed of the vehicle a maximum discharge power of the power battery a slope of a road where the vehicle runs on a required torque of the vehicle or a required power of the vehicle.

Also the revolution number synchronizing means 160 computes such electronically controlled throttle openingthat the revolution number synchronization is achieved between the input shaft 40 of the transmission and its output shaft 20 on the basis of the driving power correction part found in the driving power correcting means 150 and sends the computed electronically controlled throttle openingto the engine controlling unit 35.

A gas turbine component according to claim 1 that is used in a corrosive environment of molten salt employing low grade fuels.

As with prior art TBCs the TBC 26 of this invention is intended to be deposited to a thickness that is sufficient to provide the required thermal protection for the underlying substrate 22 and blade 10.A suitable thickness is generally on the order of about 75 to about 300 micrometers.A preferred material for the TBC 26 is yttriastabilized zirconia YSZ a preferred composition being about 3 to about 8 weight percent yttria 38YSZ though other ceramic materials could be used such as nonstabilized zirconia or zirconia partially or fully stabilized by magnesia ceria scandia or other oxides.

The liquid ejection control device according to any one of the preceding claims further comprising a display control unit that performs control of display of at least one of the first instructing value and the second instructing value.

A change of the frequency of the drive waveform is achieved by changing the length of the pause but not changing the voltage rise time t1.In other words the through rate of voltage rise does not change.Therefore the excision power per pulse is kept unchanged.The frequency of the volume variations of the pressure chamber 80 corresponds to the drive frequency of the piezoelectric element 30.

The image reader according to claim 12 or 13 wherein an angle between an extension plane extended along the first contact glass 61 and a straight line interconnecting a point of contact of the convey roller 49 with the document and a tip of the movable member 25 located in the open position is not less than 30 degrees.

On the other hand when a document has been placed on the platen glass 20 in S2 S2 PLATEN GLASS the control unit 55 judges whether the document cover 17 is in the opened position or in the closed position based on the detection by the openclose switch 24 S4.Specifically the control unit 55 judges that the document cover 17 is in the openedposition if the openclose switch 24 is in the OFF state otherwise the control unit 55 judges that the document cover 17 is in the closed position.When the document cover 17 is in the closed position S4 NO the control unit 55 executes the regular scanning for the document on the platen glass 20 S3.The regular scanning executed in this case is a scanning operation repeating the first operation differently from the aforementioned regular scanning.Here the first operation is the aforementioned operation projecting light from the light source 42 onto the document on the platen glass 20 and outputting the scanned document image as the oneline image signal.The whole image on the document placed on the platen glass 20 is scanned by the repetition of the first operation during the movement of the carriage 41.In this regular scanning the second operation is not executed.In other words the regular scanning in this case is document scanning that is executed by the CIS 40 exclusively in the lighting periods of the light source 42.

A heat transfer pipe 203 for use in cooling an electronics enclosure 201 said heat transfer pipe 203 so installable within the electronics enclosure 201 as to extend between a first opening 204 in a top surface 205 of the electronics enclosure 201 and a second opening 206 in a second lower surface 207 the electronics enclosure 201 and each said heat transfer pipe 203 comprising a wall 301 defining an interior flow passage therethrough a plurality of longitudinal interior fins 302within said interior flow passage and a plurality of exterior fins 303 along said wall 301.

The enclosure 10 may include a number of internal support beams 30 positioned therein.The support beams 30 may have any size shape or configuration.The support beams 30 may extend from the base 15 to the roof 20.The support beams 30 may be made out of steel or other types of substantially rigid materials.Any number of the support beams 30 may be used.

The system of Claim 6 wherein the headfloat further comprises a power supply 154 158 160 configured to generate energy and a data transmission device 161 configured to exchange data with a vessel that tows the streamer.

Two or more handling cables 116 may be routed through the beam 112 and corresponding guide blocks 121.The handling cables 116 extend from floatation units 107 to anchor point 122 on the umbilical cable 113.The anchor point 122 may be located a selected distance forward of the floatation units 107.The handling cables 116 may be used for deployment and recovery of the source array 24.

The air vehicle navigation method according to claim 1 wherein the step of flying the air vehicle according to the edited aircraft trajectory comprises a.computing the edited aircraft trajectory this leading to a set of operations to be performed by the air vehicle and b.commanding the air vehicle to execute the set of operations wherein computation of the edited aircraft trajectory is a process which at each stage of the flight comprisesupdating air vehicles state vectorassessing according to the air vehicles state vector which instructions in each thread are still valid wherein this assessment includes evaluating triggers and conditions in each thread anddetermining the operations to be performed so that when executed by the air vehicle the air vehicle flies according to the instructions still valid.

There exist in the art many different sets of equations of motion that describe an aircrafts motion.The sets of equations generally differ due to their complexity.In principle any of these sets of equations may be used.The actual form of the equations of motion influences how the aircraft intent description language should be formulated because variables that appear in the equations of motion also appear in the instructions defining the aircraft intent 114.However the flight intent 101 is not constrained in this way in that it may express flight intent 114 generally such that any detail specific to the particular equations of motion to be used is not specified.However flight intent114 may be specific to a particular set of equations of motion and so may include the variables.

An electrostatic charge image developing toner according to claim 1 or 2 wherein a maximum value Vmax of a thermal expansion coefficient of the releasing agent is 0.1 or less the thermal expansion coefficient being measured usingthermomechanical analysis TMA.

Examples of the saturated linear monohydric alcohol component b1 include myristyl alcohol cetyl alcohol stearyl alcohol arachyl alcohol behenyl alcohol tetracosanol hexacosanol octacosanol and triacontanol.

The computer storage medium of claim 6 wherein the output stream is provided via a USB 3.0 connector.

The network media 100 adapter may include a system on a chip SoC 131 shown in Figure 2 that may be configured andor programmed to implement a large variety of AV processing functions including severalbut not necessarily allof those disclosed herein.The system on the chip 131 of Figure 2 may be a component such as a DRA64x65x or DM8214 of Texas Instruments of Dallas Texas.The system on a chip 131 of Figure 2 includes an initial hardware architecture that implements some of the peripheral interfaces 102 and 104 of Figure 1 and adds others such as hard disk drives USB SD cards and the like.Other types of such processors may be employed or a combination of more discrete hardware andor programmable processors may be employed as described in the example implementation of Figure 3.

The femtocell access point of claim 8 wherein the cellular device cell parameter difference is a difference in a frame start for the neighboring base station and a frame start for the femtocell access point.

In the third embodiment candidate target Femtocells are screened according to the preconfigured parameter mapping relation as shown in Table 7 Table 8 and Table 9 so that the scope of target Femtocells are greatly narrowed.In addition the handover resources reserved by the screened candidate target Femtocells are activated so that these resources may be used for the connection with the UE one target Femtocell of the preliminarilyscreened candidate target Femtocells meets the handover condition of the UE.In this way the target Femtocell can establish a connection with the UE by using the reserved handover resources so that the UE can hand over from a macro cell to a Femtocell.

Oven according to claim 8 further associated with weight processing means 401 operationally connected to a memory 402 502 storing reference weight information and further operationally connected to said at least one weight sensor 104 wherein said weight processing means 401 are adapted to provide indications 503 about the cooking of said food 201 by comparing said information about the weight of said food 102 with said reference weight information.

The productfeature extracting system comprises at least one camera e.g.a digital camera designed and positioned for recording product topviews.A product topview shall mean any view of the product e.g.a twodimensional picture of the product showing at least a part of the upper side of the product.Here the upper side of the product shall mean a side of the product facing upwards in a position occupied in the course of being heated within the chamber.

The vehicle driving mode display device described in claim 5 wherein the specified area is enlarged so as to make the running speed pattern displayed in the specified area continuous with the running speed pattern in an ordinary display area that is adjacent to a future side of the specified area.

Fig.7 shows one example of the vehicle testing apparatus.In Fig.7 the symbol 21 represents a rotation roller on which the driving wheel 22a of a vehicle 22 under test is mounted and the symbol 23 represents a chassis dynamometer operatively connected to the rotation roller 21 through the shaft24.This chassis dynamometer 23 corresponds to the dynamometer 3 of the engine testing apparatus 1.The symbol 25 represents a flywheel provided on a shaft24 and the symbol 26 represents a speed sensor provided on the shaft 24.The speed sensor 26 corresponds to a sensor not shown for outputting a rotation measurement value in Fig.4 showing the engine testing apparatus 1.This sensor is provided in an engine 2 shown in Fig.4 in the engine testing apparatus 1.The symbol 27 represents a torque sensor provided in the chassis dynamometer23 and this corresponds to the torque measuring device 8 of the engine testing apparatus 1.The symbol 28 represents a running resistance generator for generating a target running resistance signal T corresponding to an actual running speed signal v sent from the speed sensor 26.The symbol 29 represents a chassis dynamo controller for driving and controlling the chassis dynamometer 23 such that a running resistance target running resistance corresponding to the actual running speed is applied to the driving wheel 22a based on a difference signal between an actual running resistance signal t sent from the torque sensor 27 and a target running resistance signal T sent from the running resistance generator 28.The symbol X represents a drivers aid display uniton which a set target driving pattern Vo target vehicle speed pattern 12 in Fig.4 and a variation of data position V showing driving state of actual current time actual running speed signal v of current time sent from the speed sensor 26 are displayed such that the driver of the vehicle can visually check.

The gas sensor according to Claim 1 or 2 wherein a ratio B2B1 defined by a ratio of a total opening area B1 per first inner gas hole and a total opening area B2 per second inner gas hole is higher than or equal to 0.85.

A gas concentration detection sensor 800 shown in Fig.19 was fabricated.The gas concentration detection sensor 800 included a protective cover 820 having a triplelayered structure namely including an inner protection cover 830 covering over the free end of the sensor element 110 and having a thickness of 0.3 mm an intermediate protection cover 840 covering over the inner protection cover 830 and having a thickness of 0.3 mm and an outer protection cover 850 covering over the intermediate protection cover 840 and having a thickness of 0.4 mm.The inner protection cover 830 had an outer circumferential face that was in contact with a metal main clamp 802 and included a cylindrical largediameter section 832 having an axial length of 5.5 mm and an inner diameter of 6.8 mm and a bottomed cylindrical edge section 834 having an axial length of 13.9 mm and an innerdiameter of 6.4 mm.Twelve inner gas apertures 834a each having an inner diameter of 1.5 mm were arranged around a side face of the edge section 834.A gas passing aperture 834b having an inner diameter of 5 mm was disposed at the center of a bottom face of the edge section 834.The outer opening plane of the gas passing aperture 834b formed an angle of 0 degree with the bottom face of the edge section 834.The inner gas apertures 834a were arranged at equal intervals such that they were axially vertically in Fig.19 staggered in two levels.The intermediate protection cover 840 had an inner circumferential face that was in contact with the metal main clamp 802 and included a largediameter section 842 having an axial length of 1.8 mm and an inner diameter of 13.9 mm a cylindrical stem section 844 having an axial length of 8.4 mm and an inner diameter of 9.1 mm and a bottomed cylindrical edge section 846 having an axial length of 5.5 mm and an inner diameter of 6.9 mm.The largediameter section 842 was connected to the stem section 844 through a step element 843.The stem section 844 was also connected to the edge section 846 through a step.In the step element 843 as shown in Fig.20 six first intermediate gas apertures 843a each shaped in a 40degree arc of a circle having a diameter of 11.6 mm and each having a width of 1 mm were arranged at equal intervals.A second intermediate gas aperture 846a having an inner diameter of 1.1 mm was formed at the center of a bottom face of the edge section 846.The outer protection cover 850 had an inner circumferential face that was in contactwith the metal main clamp 802 and included a cylindrical largediameter section 852 having an axial length of 5.6 mm and an inner diameter of 14.4 mm and a bottomed cylindrical edge section 854 having an axial length of 18.2 mm and an inner diameter of 13.8 mm Six outer gas apertures 854a each having an inner diameter of 2 mm were formed around a side face of the edge section 854.The edge section 834 of the inner protection cover 830 was in contact with the edge section 846 of the intermediate protection cover 840 such that a space defined by the inner protection cover 830 and the intermediate protection cover 840 was divided into an upper chamber 822 and a lower chamber 824.

The apparatus according to claim 9 wherein the second reflective layer is disposed on the portion of the upper surface of the first lens.

In this example at least a part of the reflecting mirror 114 has an approximately spheroidal shape formed by acombined elliptical plane for example.This approximately spheroidal shape is set in such a manner that a cross section thereof containing the optical axis of the light source unit 100 forms at least a part of an approximately elliptical shape.The eccentricity of that approximately elliptical shape is set to gradually increase from that in the vertical cross section to that in the horizontal cross section.In addition the light source unit 100 has the optical axis that runs approximately through the center of the lens 104 to go ahead of the automobile.

The device 12 according to any one of claims 1 to 3 wherein the external power supply e is a commercial alternatingcurrent power supply.

The DC power supply source has an output voltage characteristics which can output the maximum voltage higher than the load voltage at the time of normal operation.For example although the constant current source also satisfies the abovementioned conditions the DC power supply source is not limited to the constant current source in this embodiment.Here the load voltage under the normal operation means a voltage drop produced in the load circuit when the load circuit operates normally and the arc discharge is suppressed.The maximum output voltage is the maximum voltage which the DC power supply unit can output.In addition the maximum output voltage is that higher than the load voltage at the time of normal operation.For example in the case of a constant current control system if the arc discharge occurs in the load circuit at the time of open mode failure in the load circuit the output voltage of the DC power supply source rises due to the change of the load voltage for example the increase of an apparent load voltage seen from the output end side of the DC power supply source DCS.However since the maximum output voltage is controlled so that the maximum output voltage is set within the predetermined range by a control device CC in this embodiment even if the load circuit LC requires higher voltage the output voltage value does not exceed the maximum voltage.

A radiation imaging apparatus having a plurality of pixels arrayed in an imaging area so as to form a plurality of rows and a plurality of columns the plurality of pixels including a plurality of imaging pixels for obtaining a radiation image and a detecting pixel for detecting radiation the radiation imaging apparatus comprising a plurality of column signal lines respectively corresponding to the plurality of columns and a detection signal line corresponding to the detecting pixel wherein each of the imaging pixels includes a first conversion element configured to convert radiation into an electrical signal and a first switch arranged between the first conversion element and a corresponding column signal line among the plurality of column signal lines and the detecting pixel includes a second conversion element configured to convert radiation into an electrical signal and a second switch arranged between the second conversion element and the detection signal line.

Furthermore an elongated second photoelectric conversion element 108 hatched in Fig.1 is arranged.The second photoelectric conversion element 108 has a shape different from those of the first photoelectric conversion elements 101 used to sense a normal image.

The compound cycle engine as defined in claim 1 wherein the reaction ratio of the first stage turbine is a pressurebased reaction ratio having a value of at most 0.1 and the second stage turbine has a pressurebased reaction ratio having a value of at least 0.25.

A pipe 70 extends from an outlet of the compressor 20 and splits into two inlet pipes 72 each connected to the intake port 48 see also Fig.2 of the respective rotary unit 12.In this embodiment the compressor 20 includes a single radial impeller 74.Alternately the compressor 20 may include one or more rotors with radial axial or mixed flow blades.

The apparatus of one of the claims 7 to 11 including a tank having the electroplating solution therein and in which the component with the anode therein is submerged.

The anode 30 and the anode support 40 collectively have a configuration and dimensions generally complementary to that of each cooling cavity 16 that enable the assembly of anode and anode support to be positioned in the cooling cavity 16 spaced from out of contact with the surface area 20 of internal wall W defining the cooling cavity yet masking surface area 21.The anode support 40 is configured with base 40b that functions as a mask of surface area 21 so that only surface area 20 is electroplated.Surface areas 21 23 are left unplated as a result of masking effect of the base 40b and integral masking shield 45 of the anode support 40.Such areas 21 23 are left uncoated when coating is not required there for the intended service application and to save on noble metal costs.

The pneumatic tire of at least one of the previous claims wherein the terpene phenol resin has a softening point temperature in a range of from 150 to 180 C or from 155 to 175 C.

In order to reduce the rolling resistance and to improve the treadwear characteristics of tires rubbers having a high rebound have traditionally been utilized in making tire tread rubber compounds.On the other hand in order to increase the wet skid resistance of a tire rubbers which undergo a large energy loss have generally been utilized in the tires tread.In order to balance these two viscoelastically inconsistent properties mixtures of various types of synthetic and natural rubber are normally utilized in tire treads.

The displacement control valve according to claim 1 wherein a portion of the outlet passage 47 58 441 442 571 572 forms a valve hole 571 that is selectively opened and closed by the first valve body 54 and the crosssectional area of the valve hole 571 is set to a value equal to an effective pressure receiving area of the pressure sensitive body 45.

As shown in Figures 2 and 3 a plurality of supply ports 57 are provided in the upper portion 51a.The valve chamber 53 is connected to the crank chamber 5 by the individual supply ports 57 and Lhe upstream portion 27a of the bleed passage 27.The upstream portion 27a of the bleed passage 27 and the supply ports 57 serve as a part of a pressuredetecting passage for applying the crank pressure Pc to the upper area 53a.Between the guide passage 52 and the intermediate port 56 are a plurality of outlet ports 58 which extend in the radial direction.The suction chamber 21 is connected to the upper area of the guide passage 52 and the intermediate port 56 by the individual outlet ports 58 and the downstream portion of the bleed passage 27b.When the intermediate port 56 is opened as shown in Figure 4 the suction pressure Ps is applied to the lower area 53b of the valve chamber 53.The supply ports 57 the valve chamber 53the intermediate port 56 a part of the guide passage 52 and the outlet ports 58 constitute a part of the bleed passage 27 that connects the crank chamber 5 to the suction chamber 21 in the reliefside valve V1.

A method in a data processing system 102 106 200 for navigating information the method comprising identifying using a processor 202 of the data processing system a value for a property of a first object associated with one or more devices 116120 managed by a management system 100 1110 displaying a first plurality of tiles 405 for a plurality of objects 415 the plurality of objects including the first object a first tile in the first plurality of tiles being for the first object the first tile including a display of a graphic associated with the first object and the identified value for the property 1115 identifying a plurality of related objects 510 that are related to the first object 1125 and displaying a second plurality of tiles 505 for the related objects 510 in response to receiving a selection of the first tile 1130 and displaying in response to receiving a selection of a second tile in the second plurality of tiles 505 for one of the related objects 510 information about the one related object 1140.

A further application of is described in US20020046290A1

The method of the preceding claim further comprising determining an azimuth of the at least one rotor blade 1 2 3 wherein the expected noise emission is determined in accordance with the determined azimuth and wherein controlling the wind turbine to reduce noise emission from the wind turbine is carried out in accordance with the expected noise emission and the determined azimuth.

Next another embodiment is described with reference to Fig.2.Therein it is shown that rotor hub 4 is connected to a rotor shaft 62 which in turn is connected to an electric generator 64 either directly or via a gear box not shown.On rotor shaft 62 a rotation sensor 66 is mounted wherein rotation sensor 66 is adapted to detect a rotational position of the rotor hub 4.It will be understood by those skilled in the art that rotation sensor 66 mounted at rotor shaft 62 is only an exemplary embodiment of a rotation sensor capable of detecting the rotational position of hub 4.Accordingly any other rotation sensor capable of detecting the rotational position of hub 4 may be likewise applied in embodiments of the present invention.As is shown in Fig.2 pitch control system 82 is further adapted to receive an input from rotation sensor 66.In other words pitch control system 82 not only considers the noise data andor vibrationdata provided by sensors 80a 80b 80c but also the rotational position of hub 4.Furthermore it should be understood that pitch control system 82 may determine the rotational position of each rotor blade 8a 8b 8c from the data provided by rotation sensor 66.Thus pitch control system 82 may also take into account the rotational positionof each rotor blade when controlling the pitch angle for this rotor blade.Knowledge of the rotational positionof the rotor blade may improve stall monitoring and control for this rotor blade for the following reason.Typically the blade pitch angle depends on the rotational speed of the wind rotor and the rotational speed of the wind rotor depends on the incoming wind speed experienced by the wind rotor.Particularly the rotational speed of the wind rotor depends on the incoming wind speed with the disc 9 defining the area covered by the rotating blades 8a 8b 8c.However wind speed is not constant across the disc 9.In particular wind speed is higher in the upper area of disc 9 compared to the lower area of disc 9.In other words wind speed is lower near to the ground compared with wind speed more distant from the ground e.g.above nacelle 6.This variation in wind speed is indicated in Fig.2 by the different size of the two arrows representing the incoming air flow.Due to this wind speed variation with height a certain pitch angle of a rotor blade cannot be ideal for every rotational positionof the rotor blade.Accordingly blade stall may occur at some rotational positionsof the rotor blade or even within a whole range of angles.As the rotational position of the hub and thus also of each individual rotor blade is used to control the pitch angle of the rotor blades 8a 8b 8c wind speed variation can be taken into account by pitch control system 82.

A radio device for requesting and receiving a radio network service from at least one cellular radio network comprisinga multidomain subscription unit which is configured to provide at its output respective subscription information enabling access to a requested radio network domain from a set of radio network domains defined by a multidomain service subscription wherein each radio network domain comprises a cellular network infrastructure with a plurality of network cells in the same geographical areaa multidomain accesscontrol unit which is connected with the multidomain subscription unit and configured to obtain the respective subscription information and to obtain access using the respective subscription information and maintain access to not more than one of the radio network domains at a given time for requesting and receiving a requested radio network servicea multidomain monitoring unit which is configured to determine while access to a first one of the radio network domains is maintained first availability information regarding the requested radio network service from the first radio network domain and second availability information regarding the requested radio network service from at least one second radio network domain of the set of radio network domains and provide at its output at least upon determination that the first availability information indicates nonavailability of the requested radio network service from the first radio network domain an availability output indicative at least of those second radio network domains with determined current availability of the requested radio network service.

Step 4The MS SISP obtains data from the Selected Network ID file including TOD and access technology data if available associated with the eventtrigger by reading the selected network identity and TOD value and access technology value or both if available from the appropriate file in the device.

The device of claim 12 wherein the SD haptic effect signal consists of a single frequency.

Fig.3 illustrates a flow diagram of the functionality of a haptic effect pattern transformation module such as haptic effect pattern transformation module 16 of Fig.1 according to one embodiment of the invention.In certain embodiments some of the functionality can be omitted.As previously described the haptic effect patterntransformation module can replicate haptic effects designed for a highdefinition haptic output device on a standarddefinition haptic output device by transforming or warping a haptic signal into a collection of vibrotactile haptic effect patterns.In some embodiments the standarddefinition haptic output device can be an ERM.Further in certain embodiments the haptic effect pattern transformation module can be executed on a remote server.In other embodiments the haptic effect pattern transformation module can be executed on the standarddefinition haptic output device.Further in some embodiments one or more parameters of the haptic effect pattern transformation module can be adjusted to match the characteristics of a specific standarddefinition haptic output device and thus provide an optimal experience for the specific standarddefinition haptic output device.In other alternate embodiments the one or more parameters of the haptic effect pattern transformation module can be used in a more generic manner for all types of standarddefinition haptic output devices.

The device as claimed in claim 9 the image editing program shows a coordinate grid on the touch panel when the user edits the raw video via the image editing option menu.

Figure 2 provides a representation of an event log for a football match.In Figure 2 the event log is divided into two halves 20 22 to represent the two halves of the football match.In the first half 20 a lefthand column 24 identifies events which occurred during the match and a righthand column 26 shows a time at which those event codes were logged in the event log.Correspondingly in the second half 22 a lefthand column 27 illustrates the event codes which were logged and the righthand column 28 illustrates a time at which those event logs occurred.

The device 101 of claim 1 wherein the processor 120 is further configured to render at the display device 126 in a plurality of fields of the message list indications of each the plurality of distinct forwarding messages as the plurality of distinct forwarding messages are being transmitted each of the plurality of fields dedicated to a single respective distinct forwarding message of the plurality of distinct forwarding messages.

Preferably the conversation history UI supports a number of shortcut keys.Most of the shortcuts are available only when the focus is set on one of the history message fields.In some example embodiments the one exception is that pressing the ENTER key will cause invocation of the default menu item regardless of the focus location.The default menu item as described above is defined based on the particulars of the item currently under focus.

The nonaqueous ink jet ink composition according to Claim 1 or Claim 2 wherein a content of the PO43 is 1 mass to 10 mass with respect to a total amount of the ink composition.

According to the present invention a method to control a content of a metal salt which is the highest in content among the salts of metals selected from the group of sodium potassium magnesium and calcium being 50 ppm or less in terms of a concentration of a metal ion is not limited.Specific example include a method before an ink preparation a metal salt as an impurity is removed by washing a pigment by pure water a metal salt in an ink is dare to growth up to 1 m or more and removed by filtration of 1 m filter as well as selecting a raw material pigment having a least content of metal salt above as an impurity.

The method of claim 8 further comprising blocking current flowing from the first switching element to the first battery when the second switching element is closed using a first reverse current blocking element and blocking current flowing from the second switching element to the second battery when the first switching element is closed using a second reverse current blocking element.

The main controller 40 is configured by using a microcomputer and has a computationalcircuit and a storage circuit.The main controller is connected to the relays 62 of the connection circuit 60 and can selectively switch the six relays 62.Further the main controller 40 is connected by voltage detection lines 42 44 to the connection circuit 60 and can detect the output voltage flowing current amount of remaining electric power and internal resistance of each battery pack 100 on the basis of the voltage of the voltage detection lines 42 44.For example the main controller 40 can detect the output voltage of each battery pack 100 on the basis of the voltage of the voltage detection line 44.The main controller 40 can also calculate the amount of remaining electric power in each battery pack 100 on the basis of the detected output voltage.The main controller 40 can also detect the flowing current in the battery pack 100 on the basis of a difference in voltage between the voltage detection line 42 and the voltage detection line 44.In this case a difference in voltage caused by the diode 64 occurs in response to the flowing current of the battery pack 100 between the voltage detection line 42 and the voltage detection line 44.Furthermore the main controller 40 can also calculate the internal resistance of the battery pack 100 on the basis of the detected output voltage and flowing current of the battery pack 100.

The method of one of the preceding claims further comprising measuring at least one environmental parameter and wherein the wind shear data is determined in accordance with the measured environmental parameter.

Fig.8 shows a flow diagram of a control method 8000 according to another embodiment.The basic control scheme of method 8000 is similar to control method 7000.In particular the noise andor vibration level of the monitored rotor blades is determined in a first step 8100.In a next step 8200 the detected noisevibration level is compared with a threshold value to detect a stall condition of the monitored rotor blade.It should be understood that the threshold may be separately set for noise and vibrations signals.If the noisevibration level is below the threshold value control method 8000 goes back to first step 8100 and measures the noisevibration level.If the noisevibration level e.g.the amplitude or timeaveraged amplitude exceeds the threshold value control method 8000 proceeds to step 8300.In one embodiment both noise and vibration are detected and the threshold value will be considered as being exceed if only one of noise and vibration exceeds its respective threshold.In another embodiment also both noise and vibration are detected but the threshold value will be considered as being exceeded only if both noise and vibration exceed their respective thresholds.In the next step 8300 the rotational position of the monitored rotor blade is determined e.g.by a rotation sensor located at the rotor shaft.In the next step 8400 the pitch angle of the monitored rotor blade is adjusted in order to reduce the blade stall thereby taking into account the rotational position of the monitored rotor blade.After adjusting the blade pitch angle control method 8000 goes back to first step 8100and again measures the noise level.It will be understood by those skilled in the art that this control scheme results in an adjustment of the pitch angle until the noisevibration level falls below the threshold again.Furthermore it will be understood by those skilled in the art that this control method may be performed independently for each rotor blade.Like in control method 7000 also frequency analysis may be performed in control method 8000.

The bandpass filter of any of the preceding claims wherein the signal terminals and the branches extend from the loop portion substantially in a perpendicular manner.

As described above at least three variable reactance blocks 102 of the variable resonator 100 are necessary.From the viewpoint of miniaturization it seems to be preferable that the number of the variable reactance blocks 102 is as small as possible.However a constitution provided with a large number of the variable reactance blocks 102 has an advantage and it will be described by employing the case of using variable capacitors as an example.

A control device according to any of claims 37 wherein a range of variation of the phaseerror indicators is arranged to comprise one or more subranges each of which being related to a subrange specific control quantity that is one of the control quantities and the processor is configured to determine concerning each timing message whether the respective phaseerror indicator belongs to any of the subranges and use the phaseerror indicator for forming the appropriate subrange specific control quantity in response to a situation in which the phaseerror indicator belongs to the corresponding subrange.

In an arrangement according to an embodiment of the invention the functional block 114 is further arranged to change the reference value of the control variable by an amount corresponding to a certain portion of the reference value of the control variable which portion corresponds to the network element 102 103 104 or 105 from which the receiving network element has begun to receive synchronisation messages meeting a predetermined quality criterion.An arrangement according to this embodiment makes it possible to reduce the change of the difference 118 between the control variable and its reference value in a situation where the receiving network element begins to receive from a sending network element 102 103 104 or 105 synchronisation messages of a good enough quality.Thus it is possible to reduce disturbances produced in the frequency andor phase of the clock signal 115 to be adjusted.Reception of synchronisation messages meeting a predetermined quality criterion may begin in a situation in which a sending network element becomes operative or in a situation in which the link to a sending network element is established or in a situation in which the quality of the link improves e.g.due to rerouting to such an extent that the quality of the synchronisation messages is good enough.

The device of claim 9 further comprising a determining unit to determine whether at least one operation defined by the operation information includes any function of the device wherein if it is determined that at least one operation defined by the operation information includes any function of the device the operation registering unit registers the at least one operation defined by the operation information in the device.

In this case the application acquisition section acquires the application necessary for the device cooperation service with reference to the storage position data.Further the service information acquisition section preferably requests the predetermined server to retrieve based on the device type data of the device information the device cooperation service executable in combination of the electronic device provided therewith thereby acquiring the service information as a retrieval result from the predetermined server.Moreover the identification section preferably associates for management the service information acquired by the service information acquisition section with the device information of the other electronic device corresponding to the device type data having been specified by the service information acquisition section for retrieving the device cooperation service thereby identifying the other electronic device which executes the device cooperation service.Furthermore the execution section preferably makes astart in response to an execution request from the other electronic device.

A circuit as claimed in claim 1 or 2 wherein the microphone circuit comprises a format circuit for setting the microphone as a left or right microphone based on a leftright control input to the microphone circuit.

The attenuation can be implemented in many different ways including a programmable amplifier as shown in Figure 1 but controlled directly by the output of the ADC 12.However in a preferred implementation as shown in Figure 3 a variable input load is provided.This is implemented in Figure 3 as a binary weighted capacitive attenuator comprising an array of capacitorswitch units 34a 34b 34c 34d..

An assembly according to any of the preceding claims wherein said seat 14 is provided with a throughopening 30 and wherein an electric connector 42 is arranged on the electric motor 32 and extends with clearance through the throughopening 30 of the seat 14 a sealing sheath 46 being applied around the outer surface of the electric connector 42 and having a flange portion 48 bearing along the edge of the throughopening 30 on the inner side thereof.

With reference to FIGS.1 and 1A housing 12 has housing front end 12a which defines a closed central hub portion 30 and a stepped region 32 characterized by a plurality of steps extending from the hub portion 30 to the main portion of the housing 12.Central hub portion 30 is structured to facilitate mounting of bearing assembly 20 as discussed in detail below.Stepped region 32 increases the effective length or area of housing front end 12a and consequently enhances absorption of vibration energy emanating from front bearing assembly 20.

The particulate recycled cathode material according to any one of claims 9 to 11 which contains less than 1 percent by weight of water based on the total weight of the recycled cathode material.

The roasting material 8 kg obtained by the roasting step and water 30 L were placed in a ball mill volume 220 L in which there was no solid media inside and the roasting material and the water were stirred for 2.5 hours at a rotating speed of 50 rpm to pull out contents containing a valuable material which had been present inside a metal battery case from the metal battery case of the lithiumion secondary battery.

The electric connector as set forth in claim 1 wherein the compressor 34 is located between a top surface of the locker 31 and the first inner surface 11a.

The housing 11 is provided with an opening 12 through which for example an FPC constituting a flat circuit device is inserted into the housing 11.

The method of claim 16 wherein the first security value is based on an application identifier AID assigned to the selected secure domain and an electronic identifier EID assigned to the security module.

In the embodiment the application provider management platform is connected to the card issuer management platform through line or Internet and the card issuer management platform can establish communications with the smart card through the application provider management platform and the application provider service terminal.

A component of a gas turbine engine the component having a leading edge 33 with two airwashed surfaces extending rearwardly therefrom to define opposing sides of the component wherein the component has a leading edge protector 32 formed as a plurality of protector segments 34 which succeed in a line along the leading edge each protector segment including a sheath 38 which covers the leading edge and the airwashed surfaces at regions adjacent the leading edge and which overlaps with the neighbouring sheath of the succeeding segment.

As shown in Fig.1 the long second side is split into an upper portion 72 extending chordwisely and a lower portion 74 extending chordwisely.As shown in Fig.2 the portions are adapted to overlap one over the other in the spanwise direction in the installed condition over at least a portion of their chordwise length.

The lithographic printing plate precursor according to any one of claims 110 which comprises a protective layer so that the support the photosensitive layer and the protective layer are provided in this order.

Specific examples of the group represented by L are set forth below.In each of the specific examples shown below the left side connects to the main chain of the copolymer.L1 COOdivalent aliphatic groupO L2 COOdivalent aliphatic groupNH L3 COOdivalent aliphatic group L4 COOdivalent aromatic groupO L5 COOdivalent aromatic groupNH L6 COOdivalent aromatic group L7 divalent aromatic groupO L8 divalent aromatic groupNH L9 COdivalent aliphatic groupCOOdivalent aliphatic groupO L10 COdivalent aliphatic groupOCOdivalent aliphatic groupO L11 COdivalent aromatic groupCOOdivalent aliphatic groupO L12 COdivalcut aromatic goupOCOdivalent aliphatic groupO L13 COdivalent aliphatic groupCOOdivalent aromatic groupO L14 COdivalent aliphatic groupOCOdivalent aromatic groupOL15 COdivalent aromatic groupCOOdivalent aromatic goupO L16 COdivalent aromatic groupOCOdivalent aromatic groupO L17 COOdivalent aromatic groupOCONHdivalent aliphatic goupO L18 COOdivalent aliphatic groupOCONHdivalent aliphatic groupO L19 CONH L20 COO L21 divalent aromatic group

The apparatus of claim 5 wherein channel information is displayed divided along the Z axis.

The apparatus may further include a display which displays the tags and information about their respective categories output from the EPG processor.

A secondary battery according to any preceding claim wherein at least one hole is formed in the support portion.

FIG.6 is a vertical sectional view of a rechargeable battery according to a second exemplary embodiment of the present invention and FIG.7 is a horizontal sectional view of a rechargeable battery according to a second exemplary embodiment of the present invention.

Machine for performing incision and breaking operations on glass plates L in particular laminated glass plates comprising two overlapped glass layers with a film of synthetic material interposed between them said machine comprisinga fixed work bench 1 defining a supporting plane 2 intended to receive the plate L to be processeda fixed cutting bridge 3 equipped with an upper carriage 4 and a lower carriage 5 movable along the cutting bridge 3 in a direction Y parallel to the longitudinal direction of the cutting bridge 3said upper carriage 4 and said lower carriage 5 carrying an upper incision tool 6 and a lower incision tool 7 respectively for the incision of the upper and lower layers of the glass plate Lsaid cutting bridge 3 being provided with actuating means for the movement of said upper 4 and lower 5 carriages along the Y directionmeans for moving 8 9 10 said plate L on the fixed bench 1 in a horizontal direction X perpendicular to the aforesaid direction Y andmeans for the electronic control PC of said actuating means for the movement of said upper 4 and lower 5 carriages along the Y direction and said means for moving 8 9 10 the plate in the X directionboth the upper incision tool 6 and the lower incision tool 7 being rotatably mounted about an axis Z1 perpendicular to the X direction and the Y directionthe electronic control means PC being further programmed to control during the incision operation of the glass plate L a movement in the X direction of the plate L and a movement in the Y direction of said carriages 4 5 these movements being coordinated in such a way as to obtain an incision according to a predetermined path T S Q in the plane of the plate L with rectilinear andor curved lines and without the need to impart a rotation to the platesaid upper and lower incision tools 6 7 being always orientated during the incision operation according to the tangent of the incision path at the point of the path in which they are located said machine being characterized in that it further comprises at least one breaking tool 18 20a 21a 32a 33a for breaking at least one glass layer of theplate said breaking tool 18 20a 21a 32a 33a being carried by one of said upper 4 and lower 5 carriages and in that the aforesaid electronic control means PC are further programmed to control during a breaking operation of the glass plate L subsequent to an incision operation a movement in the X direction of the plate L and a movement in the Y direction of said at least one carriage 4 5 carrying said at least one breaking tool 18 20a 21a 32a 33a these movements being coordinated in such a way as to achieve breaking of said at least one layer of the plate according to the said predetermined path T S Q in the plane of the plate L with rectilinear andor curved lines and without the need to impart a rotation to the plate L.

Automatic cutting of multilayered glass sheets is obtained with machines of the type illustrated in Figure 2 comprising a bench 1 defining a resting surface 2 for the glass sheets L and a fixed bridge 6.Cutting of the multilayered glass sheet L is obtained with a first step of scoring of the top and bottom sheets a step of breaking of each of said top and bottom sheets into two separate portions a step of softening of the plastic film and a step of detachment or of tearing of the plastic film to obtain a total separation of the two portions of the multilayered glass sheet.On account of the relative complexity of said operations the bridge 6 is fixed with respect to the work bench in so far as it has a very complex and heavy structure.An example of embodiment of the devices prearranged on the fixed bridge 6 may be seen in the annexed Figure 3 which also regards the prior art.The fixed bridge 6 comprises wheel scribing tools 7 and 8 set respectively beneath and above the working surface 2 carried respectively by two slides 9 and 10 that slide in the direction Y on the bridge 6.The bridge 6 further comprises means for breaking the top sheet and the bottom sheet included between which is for example a breaking wheel of the type designated by 11 in Figure 3.Likewise provided are means for heating the plastic film not illustrated that intervene following upon the breaking operation.

The oil mist separator as claimed in Claim 1 wherein the drain pipe is connected to an inside of an engine and the check valve is arranged to be opened and closed in accordance with a pressure difference which is generated between the outlet chamber and the inside of the engine due to the oil separation section.

The drain pipe 5 is made of a synthetic resin material and formed integrally with at least a part of the oil mist separator 1.The drain pipe 5 includes a cylindrical tubular portion 6 as a main body which downwardly extends from a lower wall portion of the oil mist separator 1.A seat portion 7 is disposed inside the lower end portion of the drain pipe 5.The seat portion 7 defines a generally conical surface downwardly projecting.Formedat the center of the seat portion 7 is an oil discharge hole 8 having a diameter smaller than that of the tubular portion 6 and extends through the center of the seat portion 7 along an axial direction the drain pipe 5.

A controller according to claim 1 wherein the second feedback circuit is configured to adjust the supplementary output load with a time constant which is shorter than a response time of the first feedback circuit.

The illumination apparatus LED bulb includes as main components an illumination apparatus main body lamp main body 21 the LED 20 a globe 23 an insulating case 24 an LED lighting circuit substrate 25 and a cap 26.

The display apparatus according to claim 1 wherein the input device is further configured to receive an input of an image change command which relates to changing at least one from among the first image and the second image wherein the display device is further configured to change at least one from among the first image displayed in the first region and the second image displayed in the second region to one of the different types of images of the object which are stored in the memory based on the image change command.

According to the present invention information regarding anatomical structures andor information regarding diseases is extracted from image observation report information regarding input medical image data.Display protocols are determined with respect to the input medical image data by selection from among stored display protocols based on the extracted information regarding anatomical structures andor the extracted information regarding diseases.Medical images for display are enabled to be displayed based on the determined display protocols.Thereby requesting physicians are enabled to observe images displayed based on display protocols which are automatically determined from image observation reports generated by radiologists.Accordingly the requesting physicians can perform detailed observation of images in display formats suited to image observation results while effectively utilizing the image observation results provided by the radiologists without burdening either with extraneous workloads.The present invention streamlines the workflow of image diagnosis that includes cooperation between radiologists and requesting physicians in this manner.

The hapticallyenabled device of any one of claims 10 to 12 wherein the AV media comprises a file name and the AV recognition data comprises the file name.

System 10 in one embodiment further includes a sensor 34.Sensor 34 can be configured to detect a form of energy or other physical property such as but not limited to acceleration bio signals distance flow forcepressurestrainbend humidity linear position orientationinclination radio frequency rotary position rotary velocity manipulation of a switch temperature vibration or visible light intensity.Sensor 34 can further be configured to convert the detected energy or other physical property into an electrical signal or any signal that represents virtual sensor information.Sensor 34 can be any device such as but not limited to an accelerometer an electrocardiogram an electroencephalogram an electromyograph an electrooculogram an electropalatograph a galvanic skin response sensor a capacitive sensor a hall effect sensor an infrared sensor an ultrasonic sensor a pressure sensor a fiber optic sensor a flexion sensor or bend sensor a forcesensitive resistor a load cell a LuSense CPS2 155 a miniature pressure transducer a piezo sensor a strain gage a hygrometer a linear position touch sensor a linear potentiometer or slider a linear variable differential transformer a compass an inclinometer a magnetic tag or radio frequency identification tag a rotary encoder a rotary potentiometer a gyroscope an onoff switch a temperature sensor such as a thermometer thermocouple resistance temperature detector thermistor or temperaturetransducing integrated circuit microphone photometer altimeter bio monitor or a lightdependent resistor.

Method for actuating upon a hydraulic solar collector tracking system said system 100 comprising at least one hydraulic cylinder 3 5 to tilt a solar collector surface 2 of the hydraulic solar collector tracking system 100 with respect to at least one elevation axis Y to cause the solar collector tracking system 100 to go into a wind stow position characterized in that a pressure of at least one of the chambers of at least one hydraulic cylinder 3 5 of the system 100 is measured the actuation of the hydraulic cylinder 3 in charge of tilting the solar collector surface 2 with respect to the elevation axis Y being regulated depending on said measured pressure to cause the solar collector tracking system 100 to go into the wind stow position.

Fitted in those hydraulic fluid lines 20 are some nonreturn valves 21 with the actual hydraulic system including a cylinder 22 and its corresponding piston 23 displaceable in its interior and linked to the respective rod 24 this cylinder being used by the actuators 4 or 4 via which the transmission of the corresponding movement is carried out.

A method of processing an ultrasound image the method comprising displaying on the ultrasound image a measuring device image comprising a plurality of measuring points which indicate points on the ultrasound image that are to be measured and an adjusting portion for adjusting the plurality of measuring points receiving a touch input for changing a position of the adjusting portion and adjusting a position of at least one of the plurality of measuring points based on the changed position of the adjusting portion and obtaining a measurement value based on positions of the plurality of measuring points including the at least one measuring point the position of which is adjusted wherein the plurality of measuring points are disposed apart from the adjusting portion.

The user input unit 120 may receive a touch and drag input with respect to the first area within a predetermined radius from a point at which the first object from among the activated objects is displayed and may receive a touch and drag input with respect to the second area within the predetermined radius from a point at which the second object from among the activated objects is displayed.A value of the predetermined radius may be set by the user or the ultrasound apparatus 100 and may be changed.

The environmental control system as recited in claim 9 or 10 including a first control valve downstream of the combined outlet and optionally including a second control valve disposed between the low pressure tap and the compressor.

As illustrated the auxiliary compressor 42 is mechanically connected to a motor 48 via shaft 50.The auxiliary compressor 42 powered by the aircraft electricity source not shown augments the compressed LPC bleed air when the bleed air cannot provide adequate pressurization to the ECS 38.It is to be appreciated that air entering bleed passage 40 is at a pressure and temperature substantially higher than what is needed by ECS 38.In one embodiment the minimum bleed air pressure is at 20 psi 137.9 kPa in order for ECS 38 to maintain cabin pressure to 11.8 psi 81.4 kPa and provide fresh air at 0.55 Pounds 0.25 kg MassMinutePerson.

A hapticallyenabled device comprising at least one actuator at least one speaker an extractor that generates a standard definition SD haptic effect signal based at least on a received high definition HD haptic effect signal a filter that generates an audio based haptic effect signal based at least on the HD haptic effect signal and a player that substantially simultaneously plays the SD haptic effect signal on the actuator and plays the audio based haptic effect on the speaker.

In certain embodiments the collection of vibrotactile haptic effect patterns that are generated can be played along with one or more audio signals andor video signals in order to enhance a users multimedia viewing experience.In some of these embodiments a standarddefinition haptic output device can be the same as an audiovideo output device e.g.mobile device.In some other of these embodiments a standarddefinition haptic output device can be separate from an audiovideo output device e.g.haptic chair haptic chair wearable haptic device etc..