Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

The sensor of any preceding claim wherein the first light detector and the second light detector are connected in parallel with opposite polarities.

The detection system which is the main embodiment of the invention consists for example of the dual element type P4488 series pyroelectric detector from the Hamamatsu Corporation Bridgewater NJ with two pyroelectric sensing areas 11 and 12 covered by a silicon window 13 with a 5 m long pass filter to pass only infrared radiation which corresponds to emission in the range of the internal temperature of a human body as shown schematically on FIG.4a.One of the sensing elements 11 is covered by a negative correlation filter when the other sensing area 12 is covered by an appropriate attenuation filter which does not have spectral bands characteristic to the measured analyte.Spectrally modified infrared radiation from for example the tympanic membrane illuminates both windows one with a negative correlating filter which blocks radiation in the absorption bands for the analyte to be measured and the other which passes through a neutral density filter capable of blocking radiation equally at all wavelengths in the range of interest.It is to compensate for overall attenuation by the negative correlating filter in the first sensing area.The two sensing areas 11 and 12 of the detector 7 whose top view is shown on FIG.4b are connected so that theiroutputs are subtracted as shown on the electrical internal detector scheme on FIG.4c.Difference of the radiation intensity between the two radiation paths provides a measure proportional to the analyte concentration.The electrical signal from the detector is then sent to the forming electronics 8 system and further to the microcomputer 9 and to the display 10 system as shown in FIG.4.The intensity of this signal is proportional to the spectral difference measured by the detector and thus proportional to the concentration of the body analyte.

The surgical apparatus of Claim 5 wherein the performance parameter of the electric motor comprises the energy consumed by the electric motor over the life of the handle.

As described in greater detail above the sled 170 and tissue cutting member 160 are movable through a drive stoke along shaft axis AA extending between the proximal end 103 of the end effector 102 and the distal end 104 of the end effector 102 to simultaneously cut and fasten tissue.While the illustrated end effector 102 is configured to operate as an endocutter for clamping severing and stapling tissue in other aspects different types of end effectors is used such as end effectors for other types of surgical devices such as graspers cutters staplers clip appliers access devices druggene therapy devices ultrasound RF or laser devices etc.

Process according to one of the preceding claims characterized in that the acrylic acid polymer is a crosslinked acrylateC10 to C30alkyl acrylate polymer.

Personal care and sanitizing compositions are often formulated as hydroalcoholic gels.Frequently these products are provided in dispensers.Dispenser outlets such as nozzles can become clogged or partially blocked over time due to the coagulation of gel creating a deposit on the nozzles.The clogged nozzle then causes misdirection of the product when the dispenser is next used.Instead of dispensing product directly into the users hand product shoots from the clogged nozzle in a sideways fashion.Misdirected product may hit walls clothing the floor and can cause damage to these articles or areas.Therefore there remains a need for hydroalcoholic gel compositions that exhibit a reduced occurrence of clogging of dispenser nozzles.

Host interface circuit IF1 according to one of claims 1 or 2 wherein the host device is a mobile communication device andor a sound reproducing device.

If after finishing the handshaking procedure it is detected that the intelligent accessory device 20 is arranged to be power supplied by the host device 10 the control unit 110 controls the switch 125 such that the supply terminal V100 is connected to the power delivering terminal IO100 via the voltage regulatorgenerator 121.The voltage regulatorgenerator 121 is arranged to provide a fixed voltage level generated from the voltage source 11 at the power delivering terminal IO100.The control unit 210 of the electrical power receiving controller device 200 controls the switch unit 220 such that the power receiving terminal 10200 is conductively connected to the powerout terminal Pwr of the accessory device 20.The host device 10 delivers electrical power to the accessory device 20 to operate theaccessory device.The electrical power is provided and transferred via the auxiliary pole AUX of the 3.5 mm jack 1020.

The method according to claim 6 wherein the accessory is any one of an invehicle cradle a desktop cradle a bedside cradle and a holster.

Fig.10 shows an alternative embodiment to Fig.9 in which the magnet 914 works in combination with the Yaxis 916 Xaxis 918 or Zaxis 920 sensors.All three axes serve as independent axes of the electronic compass and any one sensor can relay a signal that the device has been closed or convey various other types of information.Alternatively two or more such signals may be used to relay a signal.

The method of claim 8 wherein the determining comprises either receiving a temporary identity request from the mobile device the temporary identity request comprising an indication of the current location of the mobile device or receiving a notification that the mobile device has connected to the wireless network in the visited zone.

Figure 4 is a schematic diagram of a mobile terminal 10 incorporating a Subscriber Identity Module SIM 40.In this embodiment the relevant components are stored on the Subscriber Identity Module SIM 40.The data relevant to the users permanent subscription are held in a store 41.

The method according to any one of claims 6 to 8 further comprising in response to the content comprised in the content recommendation information not being a content provided by a content provider connected to a content receiver currently receiving the content replacing the current content receiver with a content receiver connected to the content provider providing the content.

Alternatively the system may be realised in the form of a set top box STB.Further alternatively components of the content recommendation system according to the present invention are distributed over the terminal device that is established at the consumers premises and a particular server CE server that serves as a proxy between a network service such as a catchup service and the consumer terminal device.On the one hand the search and recommendation determination processing is simplified if it is serverbased.On the other hand terminal device implementation is simplified thereby.

The battery pack 10 according to any one of claims 2 to 5 wherein the second contact portion 97 and the third contact portion 95 are arranged diagonally to each other and the third length K2 is the same as the second length K3.

As shown in FIG.6 arcuate convex surfaces 66e at the distal end parts of the righthand side elastic plate parts 66 extending forward protrude to the left with respect to the insertion center line CL in the front side of the lefthand side elastic plate parts 65.Further the arcuate convex surfaces 66e at the distal end parts of the righthand side elastic plate parts 66 extending backward protrude to the left with respect to the insertion center line CL in the rear of the lefthand side elastic plate parts 65.And as shown in FIG.7 the arcuate convex surfaces 66e of the righthand side elastic plate parts 66 are brought into contact with the righthand side surface of the male power terminal 55.That is a position where the arcuate convex surfaces 66e of the righthand side elastic plate parts 66 are brought into contact with the righthand side surface of the male power terminals 55 differs in the insertion direction of the male power terminal 55 from a position where the arcuate convex surfaces 65e contact parts of the lefthand side elastic plate parts 65 are brought into contact with the lefthand side surface of the male power terminal 55

A nearfield communication NFC capable mobile communication device comprising an NFC system configured for data transfer from at least one other NFCcapabledevice a housing comprising at least one magnet configured for supporting the mobile communication device when adjacent to a magnetic support device at least one processor configured to interpret data transferred from memory associated with at least one NFC device attached to the magnetic support device and based at least partly on the interpretation to execute a corresponding wireless communication function.

Some mobile devices incorporate contactless card technology andor near field communication NFC chips.NFC technology is commonly used for contactless shortrange communications based on radio frequency identification RFIDstandards using magnetic field induction to enable communication between electronic devices including mobile wireless communications devices.These shortrange communications include payment and ticketing electronic keys identification device setup service and similar information sharing.This shortrange high frequency wireless communications technology exchanges data between devices over a short distance such as only a few centimeters.

The method according to any of claims 1 to 4 wherein moving comprises moving one of columns and rows of keys when the gesture comprises a swipe between the one of the columns and the rows of keys.

When it is determined in step S203 that the plurality of character input sheets are pulled out on the touch panel 11 the screen display control unit 17 confirms whether or not these character input sheets are partially overlapped on each other S204.When thecharacter input sheets are not overlapped on each other the processing moves to step S206.When it is determined that the character input sheets are overlapped on each other the size of each keys on the character input sheet displayed on the touch panel 11 is changed S205.Specifically the size of the keys of the character input sheet is changed in response to the size of the character input sheet displayed on the touch panel 11.

The inkjet recording method according to Claim 1 or 2 wherein the ink comprises a polyfunctional methacrylate compound in an amount of at least 5 mass but no greater than 30 mass of the total ink mass.

The exposure means light source in the first exposure step is not particularly limited and a mercury lamp a metal halide lamp a lightemitting diode LED etc.may be used.Among them a mercury lamp or a metal halide lamp is preferably used.

A detection method according to claim 1 characterised in that said step of acquiring said first data 101 comprises the step a.1 of acquiring seventh data 107 of active power transmitted along said phase conductors A B C and the step a.2 of calculating said first data 101 on the base of said seventh data.

The above principle is very true of a zerophasesequence circuit in a ground fault.A zerophasesequence component is simply used in the amount of electricity to determine the ground fault.

A method for adapting earthfault protection settings in a threephase electric network the method comprising detecting an earth fault in the threephase electric network determining a value for a directional phasor quantity at a measuring point in the threephase electric network and comparing the determined value for the directional phasor quantity with predetermined boundaries on a complex plane characterized in that the method comprises determining on the basis of the comparison a neutral earthing state of the electric network and adapting one or more earthfault protection settings on the basis of the determined neutral earthing state of the electric network.

An advantage of the invention is that it provides a simplified operation function and characteristic which can at the same time be valid for unearthed networks high resistance earthed andor compensated networks.Therefore no change in the setting values are needed if e.g.the earthing method is changed by e.g.disconnection of a compensation coil.In addition the invention provides immunity against fault resistance and system unbalance by using deltaquantities in neutral admittance calculation.Therefore a high sensitivity in terms of how high fault resistance can be detected can be obtained.

The laundry treating machine according to claim 1 or 2 characterized in that the supporting housing 30 comprises at least one fire resistant material.

In the Figure 2 and 3 example electric connector 25 has a casing preferably though not necessarily made of plastic and which is fixed rigidly to electric motor 11 and designed to house an electric joint 26 connected by an inner conductor not shown to the stator of electric motor 11.

A printing method for a printing apparatus 100 comprising executing by each of printing sections 10 each associated with a corresponding one of printing colors of inks used in the printing apparatus a printing process by discharging a corresponding one of the inks onto a printing medium 5 moving by a printing medium movement section 20 the printing medium relatively to the printing sectionsdriving control by a driving controller 30R the printing sections and the printing medium movement section for each of the printing colors generating by printing data controllers 30C30K a singlecolor printing data on a basis of a set of fullcolor printing data associated with an image a target of printing and setting by the printing data controllers a set of printing unit data resulting from dividing the set of singlecolor printing data into a corresponding one of the printing sections and performing information communication between the driving controller and the printing data controllers via a communication bus coupled to the driving controller and the printing data controllers wherein in order to combine the printing process executed by the each printing section using the set of printing unit data to perform the printing of the image a pair of two sequential processes is repeatedly performed a prior one of the two sequential processes being a process in which upon completion of the setting of for the each printing color the set of printing unit data into the corresponding one of the printing sections a piece of data setting completion information is transmitted by the printing data controllers to the driving controller via the communication bus a subsequent one of the two sequential processes being a process in which upon receipt of the piece of data setting completion information for each of all of the printing colors from all of the printing data controllers coupled to the communication bus driving control of the printing sections and the printing medium movement section is performed by the driving controller on a basis of the received piece of data setting completion for the each of all of the printing colors.

Then the server controller 10 checks the operating state of each unit controller 20 at a step S20.Concretely it inquires whether or not each unit controller 20 is in a ready state by communication through the communication line CL.

Method of controlling a supply of a fuel to a combustor of a gas turbine comprising a compressor upstream of the combustor the method comprising supplying the fuel 105 to the combustor 101 obtaining an inlet air pressure PT7 at a compressor inlet obtaining an inlet air temperature Tinlet at the compressor inlet obtaining an outlet air pressure PT8 at a compressor outlet estimating a heat input HIengmodel HIexpected of the fuel 105 supplied to the combustor 101 based on the inlet air pressure PT7 the inlet air temperature Tinlet and the outlet air pressure PT8 comparing the estimated heat input HIengmodel HIexpected with a demanded heat input FFDEM to derive an error signal 121 and controlling a fuel valve 103 regulating the supply of the fuel 105 to the combustor 101 based on the error signal 121.

Flexible fuels that are burned in gas turbines often range in composition and associated calorific value.Compared with regular natural gas flexible fuel composition variations can create certain combustion problems including elevated emissions combustion noise dynamics undesirable flame holding events and inefficient burning.Adjusting combustor properties to optimize combustion as a function of fuel composition has traditionally been addressed by using a mass spectrometer calorimeter or other fuel measurement techniques such as a Wobbe Index meter.However such devices are expensive inaccurate and have a slow response time.In certain traditional systems at least three Wobbe Index meters are needed along with buffer tanks and other expensive infrastructure for determining the fuel composition variations and addressing the related combustion problems.

A method for invalidating an electronic key 2 for access to a physical space 16 the method being performed in an invalidation device 1 1a 1b and comprising the steps of receiving 40 a central invalidation command 30 from a central server 10 the central invalidation command 30 comprising an identifier of an electronic key 2 discovering 42 a presence of the electronic key 2 over short range radio and transmitting 44 a local invalidation command 32 to the electronic key.

When a user accesses an access route and presents his user credential 4 to the access element 3 once the user is recognised in the closure plan the information of the user credential 4 is passed to the access element 3 so that if necessary his closure plan is updated thereon.In its turn the information stored on the access element 3 collection of openings or internal access element statuses is transferred to the user credential 4 and stored thereon.

The computer readable storage device containing program code of claim 17 wherein the adjustable frequency source is a voltage controlled oscillator or any type of adjustable frequency source.

The order of the numerator of Hos is equal to the order of the numerator of Fs while the order of the denominator of Hos is one higher than that of Fs.The denominator of Hos reveals the order and type of the PLL system.The number of ideal integrators ni1 sets the type and the number of additional poles sets the order ni1np.The simplest PLL system is a 2nd order type I ni0 np1 nd0 nz0.More popular systems have additional poles and integrators.

The bead reinforcement element of at least one of the previous claims wherein the hybrid or composite cord has a cord twist in a range of from 2 to 10 turns per 2.54 cm preferably 4 to 6 turns per 2.54 cm.

In accordance with the present invention the knitted fabric flippers 32a 32b 54 of the example tires of FIGS.13 may comprise knitted fabric.As illustrated in the example of FIG.4 a flipper 54 may comprise a layer 300 of knitted fabric having a first set of yarns 310 interlaced with a second set of yarns 320.

The computerimplemented method of predicting with high accuracy a descent trajectory of any of the preceding claims wherein the error calculated in step e of claim 1 is a root mean square error 134 described by the following expression RMS4D2RMSvertical2RMSt2 where RMSvertical2 represents the deviation in altitude between the computed and actual trajectories at each given horizontal position longitudeamp latitudeso that RMSvertical2HpiicomputedHpiiactual2n and where RMSt2 represents the deviation in time at each given horizontal position longitude amp latitude so that RMSt2tiicomputedtiiactual2n beingn the number of historical flight recorded data comprised in a trajectoryti iactualactual time at each recorded i itcomputedcomputed time at each recorded i iHpi iactualactual pressure altitude at each recorded i iHpi icomputedcomputed pressure altitude at each recorded i i.

At 550 a trajectory is calculated for each initial candidate aircraft intent generated.That is the initial candidate aircraft intent the associated initial conditions implied by the candidate aircraft intent the aircraftperformance data and the atmospheric conditions data are used by the trajectory computation engine 112 to calculate a corresponding calculated trajectory.

The tire in accordance with claim 7 8 or 9 wherein the plurality of ridges increase in respective projecting amplitude in the direction of air flow within the air tube 43 andor wherein the spacing frequency of the projecting ridges either increases or decreases in a direction of air flow within the air passageway.

The air tubepump assembly 14 may be as shown in FIGS.5A 5B 6A 6B 7A and 7B.The tube 42 may be located within the groove 56 in a lower region ofthe sidewall 30 of the tire 12.The passageway 43 of the tube 42 may close by compression strain bending of the sidewall groove 56 within a rolling tire footprint 120 as explained above.The location of the tube 42 in the sidewall 30 may provide freedom of placement thereby avoiding contact between the tube 42 and the rim 16.Higher placement of the tube 42 in the sidewall groove 56 may use high deformation characteristics of this region of the sidewall as it passes through the tire footprint 120 to close the tube 42.

A rechargeable battery 100 comprising a case 26 an electrode assembly 10 accommodated in the case 26 a cap plate 20 sealing an opening of the case 26 terminals 31 41 231 electrically coupled to the electrode assembly 10 and penetrating the cap plate 20 terminal plates 32 42 on the cap plate 20 wherein each of the terminal plates 32 42 is coupled to a respective one of the terminals 31 41 231 and a connecting member 33 130 230 including a sinuous body 33a 130a 230a located between the cap plate 20 and the terminal plate 32 42 to electrically couple the cap plate 20 and the terminal plate 32 42.

The cap assembly 30 includes a cap plate 31 covering the opening of the case 21 a first terminal 41 that protrudes towards the outside of the cap plate 31 and is electrically connected to the positive electrode 11 and a second terminal 42 that protrudes towards the outside of the cap plate 31 and is electrically connected to the negative electrode 12.

The broadcast receiver of claim 2 wherein the geographic position is obtained by a GPS receiver module.

Hence the tuning receiver is permanently and continuously scanning the available frequency bands to collect data on receivable broadcast stations.This data is stored in local databases 900.Additionally there exists a broadcast station database 800 e.g.for storing data on the television or radio broadcast stations including frequencies names and position information of the broadcast stations as will be explained further below.

A test and measurement instrument as in any preceding claim wherein the bitmap generator comprisesan event trigger detector that processes the digital data and generates a trigger signal upon the occurrence of a trigger event a waveform memory that stores digital data for a waveform in response to the event trigger signal a rasterizer that rasterizes waveforms stored by the waveform memory to generate rasterized waveforms and a waveform combiner that generates the timedomain bitmap using a summation of the rasterized waveforms.

Although the embodiments described above are described in the context of a realtime spectrum analyzer it will be appreciated that the principles described herein are equally applicable to any test and measurement instrument that is capable of accumulating multiple acquisitions of an input signal such as a swept spectrum analyzer a vector signal analyzer a logic analyzer and an oscilloscope.For example in some embodiments of the present invention an oscilloscope converts digital data that represents an input signal into a plurality of eye diagrams and then subtracts one of the eye diagrams from another one of the eye diagrams to produce a difference eye diagram that reveals very small intermittent signals that are present in the input signal.In that case the bitmap is not a frequencydomain bitmap as described above but rather represents an accumulation of sampled voltage values in the timedomain.

The system of Claim 4 wherein the control is aware of the subset of the clinical information displayed on the interface of said at least one display monitor and interprets the at least one control command based at least in part upon the user input the clinical information displayed on the interface and the particular stage of the medical procedure.

Other objects of the invention are achieved by providing a system for managing workflow of a medical procedure in an operating room the system comprising a processor a database storing clinical information at least one display monitor able to display the clinical information software executing on said processor for displaying a subset of the clinical information on said at least one display monitor and an image recognition module the image recognition module able to detect a stage of the medical procedure to at least partially determine the subset of clinical information that is displayed on the at least one display monitor.In certain embodiments use of the at least one medical device determines all of the subset of clinical information that is displayed on the at least one display monitor.

A provider edge node comprising at least one UserNetwork Interface UNI for connecting to a customer edge device CE1 at least one NetworkNetwork Interface NNI for connecting to other provider nodes a switch device SW interconnecting user traffic from the UserNetwork Interface UNI to network connections at the NetworkNetwork Interface NNI and a controller CTR said controller CTR comprising a programmable processor CPU and a routing database DB wherein said controller is programmed toexchange routing information over said NetworkNetwork Interfaces NNI using a routing protocol and storing routing information received at said NetworkNetwork Interfaces NNI in said routing database DBreceive via said UserNetwork Interface UNI a request to establish a traffic path through said provider networkcalculate said traffic path LSP1 using said routing information andinitiating setup of said traffic path LSP1 using a signaling protocol anddetermine shared constraint information of said traffic path LSP1 and return to said customer edge device CE1 via said UserNetwork Interface a data element indicative of said shared constraint information.

The problem is that the second network endpoint node NEN2 is not able to distinguish between the second connection CON21 and the third connection CON22 regarding the disjointness of these connections CON21 CON22 tothe first connection CON1.This is due to the fact that the protocol of OSPFTE from MPLS or equivalent protocols of GMPLS do not provide sufficient information to the second network endpoint node NEN2 in order to be aware of paths and data connections already established by a different node such as the first data connection CON 1 established by the network endpoint node NEN1.For establishing a data connection which shall be disjoint to a data connection established earlier by a different network endpoint node a network endpoint node is according to the prior art not able to take into account the paths and data connections already established by other network endpoint nodes.

The information processing device 1 according to claim 2 further comprising a management informationstorage unit 70 that stores in association with each area of the shared memory 43 management information that includes the permission control information and identification information that identifies the different information processing device 1 permitted to access each area wherein the recognizing unit 71 writes to the management information storage unit 70 information that identifies the different information device 1 that is recognized regarding access permission the stop informing unit 73 informs stop of access to the first area on the basis of the management information stored in the management information storage unit 70 and the replacing unit 75 copies the management information that is stored regarding the first area by the management information storage unit 70 to the management information that is stored regarding the second area.

An example has been described with the above information processing system 1 where the service processor 24 accesses the node map 34 which is hardware.However the example is by no means limited to this and a unit other than the service processor 24 may be configured to access the node map 34.For example basic firmware BIOS Basic InputOutput System which are operated by one or all of CPUs on the CPUs 21 to 21c or the HPV may be configured to access the node map 34.

The subsea electrical unit according to any of the preceding claims wherein the subsea electrical unit 100 comprises a further line insulation monitor 21 coupled to the first electric power connection 11 wherein the control unit 30 is adapted to determine whether electric power is present on the first electric power connection 11 and wherein the control unit 30 is adapted to disconnect the further line insulation monitor 21 from the first electric power connection 11 if it determines that power is present on the first electric power connection 11.

In addition to identifying whether or not an earth leakage or line insulation resistance fault exists or the electrical integrity is marginal the subsea line insulation monitor device 9 can measure display record or transmit the measured value of the insulation resistance between any electrical conductor and ground.Further other supplementary electrical parameters within the electrical distribution network can besensed and output.These parameters may include impedance voltage current and power.Such measurements may help in diagnosing any sensed failure.As with the insulation resistance test the output of such tests may be displayed locally stored for future analysis or transmitted to a remote location for example for real time analysis and fault diagnosis.

User computer configured to perform the method according to claim 3 or any one of claims 4 to 28 when depending from claim 3.

This disclosure relates to the field of authenticating users online by challenging them to prove their credentials.Particularly this disclosure relates to a computer implemented authentication system and method for authenticating users based on the responses of the users to the challenges provided to them online.

A stator segment 800 for a stator of an electrical machine in particular a generator the stator segment comprising a stator lamination stack and a cooling support element 100 as set forth in any one of the preceding claims.

In addition tubular aluminium profiles 9 are arranged on the periphery of the stators 8 of the mentioned generators 5 which profiles are located at the outer part of the body 1 in the constructive assembly arrangement of the wind generator such that said profiles 9 determine an air circulation passage whereby as a result of the good heat conductivity of their material they form an effective coolingsystem to dissipate the heat produced by the mentioned stators 8 of the generators 5 in power production operation.

The STB 120 according to claim 7 wherein the control unit 360 performs the pairing with the user terminal 110 using a shortdistance wireless communication and MachinetoMachine M2M communication method.

The NFC module 214 is a module for NFC and may use Bluetooth RFID IrDA UWB or Zigbee.

The user interface as recited in Claim 1 wherein said proportional animation graphics include a heating graphic element having a number of flames that varies based on a percentage of heating demand.

Like the cooling mode a heat exchange is performed with respect to the indoor air introduced through the inlet port 122 of the first indoor unit 100.Then the air is again discharged into the indoor space through the upper end of the first indoor unit 100.At this time the refrigeration cycle is reversibly performed.Therefore the heat exchanger embedded in the first indoor unit 100 acts as the condenser so that the temperature of the introduced indoor air rises.As described above when the air conditioner is turned on the display part 160 is also turned on to display the greeting AVATA.If the user selects the heating mode the set image of the AVATA is displayed.For example an image that the AVATA bathes in the sea can be displayed.Also various images can be displayed depending on the programs set by the user.

The printing apparatus according to Claim 1 wherein the UV radiation unit includes an radiation light source that radiates the ultra violet rays in the main scan that does not discharge UV ink.

Then the control unit 7 outputs a command signal to command the finalcuring UVLED 14 to irradiate the UV inks which are ejected from the respective regions P1 through P4 of the imaging inkjet head 11 and deposited on the medium 3 and the UV ink which is ejected from the region P5 of the backing inkjet head 12 and deposited on the medium 3 with ultraviolet light of the second light quantity step S6.That is for finally curing the UV inks the control unit 7 sets the light intensity of ultraviolet light emitted from the finalcuring UVLED 14 to the second light intensity and outputs a command signal to command the finalcuringUVLED 14 to emit ultraviolet light.Thus the finalcuring UVLED 14 emits the ultraviolet light of the second light intensity.Therefore the second light intensity is set in such a manner that the accumulated light quantity of ultraviolet light irradiating the UV inks is 200mJcm2 when the head unit 6 moves at the predetermined speed.As the UV inks monomer are irradiated with ultraviolet light of 200mJcm2 in accumulated light quantity the molecular weight of the UV inks is further increased thereby finally curing the UV inks.

The radio device of at least one of the preceding claims wherein the subscription information comprises at least one subscription identifier and at least one subscriber identification information whereinthe multidomain subscription unit is configured to maintaina onetoone assignment between on one hand the radio network domains in the set of radio network domains defined by the multidomain service subscription and on the other hand respective subscription identifiers andfor each of the subscription identifiers an allocation of respective subscriber identification information to be used for accessing the respective radio network domain and whereinthe number of different subscriber identification information is between and including one and the number of subscription identifiers.

Alternatively in another example the mobile station may select the correct access technology based upon the network detected and selected in which the network identifier is associated with a particular access technology or plurality of access technologies.In this example the mobile device selects a particular access technology based on the network detected and selected by the mobile device for example by utilizing a list or other instruction set that associates a network identifier with a particular access technology.

The ultrasonic welding device according to claim 8 wherein said second direction on said sonotrode is orthogonal to said first direction on said sonotrode with said plurality of energy directors of said sonotrode being regularly spaced in said first sonotrode direction and regularly spaced in said second sonotrode direction to form a grid pattern thereon and wherein said second direction on said anvil is orthogonal to said first direction on said anvil with said plurality of energy directors of said anvil being regularly spaced in said first anvil direction and regularly spaced in said second anvil direction to form a grid pattern thereon.

The filmfeed assembly 29 comprises for each supplementary film 31 drawing means for example of the gripper type with counteropposed rollers conveyor belt or otherwise which are not shown in any detail here.

A solid composition according to any of claims 712 wherein the composition comprises a source of hydrogen peroxide and a bleach activator.

The particle comprises sodium hydroxide.The particle may comprise between 0.1wt and 5wt or even between 0.25wt and 5wt or even between 0.5wt and 5wt or even between 0.5wt and 3.5wt sodium hydroxide.Without wishing to be bound by theory it is believed that the presence of the sodium hydroxide results in a more consumer acceptable level of clarity of the wash liquor.Furthermore without wishing to be bound by theory the presence of sodium hydroxide allows for lower polymer levels in the particle.Polymers preferably polycarboxylate polymers are added to provide good flowability of the particles.However theuse of such polymers is expensive.It was surprisingly found that presence of sodium hydroxide resulted in free flowing particles but at lower polymer levels.

The surgical instrument according to claim 1 wherein the controller is further configured to determine when motor current is unstable by determining whether the rate of change of the current draw is outside a first range of current draw values preferably wherein the controller is further configured to determine if motor current is stable by determining whether the rate of change of the current draw is within a second range of current draw values wherein the second range is within the first range.

It is contemplated in accordance with an embodiment of the present disclosure the feedback system incorporates a highly toleranced resistor R with an extremely low resistance about 0.05 ohms that is added to a low side of an Hbridge responsible for driving the first drive motor or the second drive motor.In operation the feedback system measures a voltage V across resistor R.By measuring the voltage V drop across resistor R the feedback system may calculate an amount of current I flowing through resistor R using Ohms Law

The junction box according to claim 1 wherein the ventilation holes are only formed on the peripheral edge of the cover.

Certain features of the junction box 10 described herein enable it to operate efficiently while protecting it from harsh environmental conditions.For instance the heat sink 112 dissipates heat from the interior of the housing 12 especially the heat generated by the diodes 118 to the external atmosphere by the fins 116.Since heat dissipation occurs external of the housing 12 the temperature of the interior of the housing 12 is kept at relatively low levels and therefore the internal components of the junction box 10 are protected from damage by extreme heat.In addition the vent 100 and filter 102 allow pressure and moisture laden air to pass outwardly from the interior of the housing 12 to the atmospherewhile only allowing air to pass from the atmosphere to the interior.As a result pressure equilibrium within the housing 12 is maintained thereby protecting the junction box 10 from damage caused by dangerous pressure levels.The filter 102 also prevents foreign particles from entering the housing 12.

The door of any of the preceding claims wherein the cover 50 50 is at least partially transparent.

Alternatively cover ring 7 can be fixed to rear frame 4 for example by means of the same snap fitting connection as described above wherein the seats 20 are located along the rear frame.

The display apparatus according to claim 3 or 4 wherein the duty value is calculated so that a brightness of an image displayed on the display unit after compensation for the gray scale is the same as a brightness of the input image before the compensation for the gray scale.

In the Look Up Table according to an embodiment of the present invention average luminance for one frame period and reference duties are held in respective correlation so as to take the values on the curve a and the straight line b shown in FIG 15.

The liquid ejection device according to any one of claims 2 to 4 wherein the controller is configured to control the recovery unit to recover the liquid ejection when both the first and second sensors confirm an abnormal nozzle and when a position of theabnormal nozzle detected by the first sensor is matched to a position of the abnormal nozzle detected by the second nozzle.

The second density nonuniformity compensation information calculation unit 126 calculates second density nonuniformity compensation information relating to lowfrequency density nonuniformity caused by change in the diameter of the liquid droplets ejected from the ejection unit or the landing diameter of the liquid droplets on the basis of the second test pattern which has been read in by the inline detection unit 90.The second density nonuniformity compensation information calculation unit 126 sends the calculated second density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.

The method as claimed in any one of claims 1 to 6 further comprising outputting an alert through the communication device 11 when displaying the interface 500.

Thus user interface methods and apparatus for processing voice call requests based on communication conditions of a mobile communication device have been described.The mobile communication device of the present disclosure includes one or more processors a wireless transceiver coupled to the one or more processors and a user interface which includes a visual display.In one illustrative embodiment a voice call request for a voice call is received through the user interface.If the voice call request is received during an outofcoverage condition of the mobile communication device the processor causes a call denial indication to be displayed in the visual display which indicates that the voice call request could not be completed.The processor also causes a call reminder setup prompt to be displayed which may be accepted or declined through the user interface.If an acceptance of the call reminder setup prompt is received theprocessor causes a call reminder prompt for reattempting the voice call request to be displayed when an incoverage condition of the mobile communication device is subsequently identified.The call reminder prompt which may be accepted or declined through the user interface reveals various call information regarding the previous voice call request such as the telephone number name and time of the previous request.If the call reminder prompt is accepted the processor causes a voice call associated with the voice call request to be initiated.Additional call reminder techniques are disclosed to provide an even more flexible and easytouse interface.

The ultrasound apparatus of claim 10 wherein the controller receives a mode conversion command for converting a 3D image mode into a 2D image mode and the display unit displays a 2D ultrasound image corresponding to a location of the probe based on the mode conversion command in real time.

Also direction indicator mark 30 is moved usingcontrolpanel 10 while ultrasonic probe 2 is being fixed on object 50.Along with the movement of direction indicator mark 30 calculation 62 in positional information analyzing unit 6 computes the variation of the position and displacement magnitude of the 3dimensional rotation angle in real time.Then by constructing the rotated 3dimensional ultrasonic image in real time based on variation of the position and displacement magnitude of the 3dimensional rotation angle it is possible to stably display the 3dimensional ultrasonic image directed from direction indicator mark 30 on display 8.In accordance with the second embodiment adjustment of the 3dimensional ultrasonic image viewed from direction indicator mark 30 can be executed.

The display device according to claim 1 wherein in the touch driving mode the gate driver unit provides the touch drive signal or the signal corresponding to the touch drive signal to one or more of the plurality of gate lines by providing the touch drive signal or the signal corresponding to the touch drivesignal to at least one gate line from among the plurality of gate lines corresponding to one electrode group selected as a touch sensing electrode group from among the plurality of electrode groups.

Furthermore according to the present invention there may be provided a touch sensing apparatus that may eliminate an influence by a parasitic capacitance formed as a coupling component between neighboring sensing electrodes to exactly recognize a touch position without reducing a touch sensitivity.

A near field communication system comprising a mobile device MD as claimed in claim 1 and a transponder TP as claimed in claim 6.

If the mobile terminals 103ad receive a policy code from the RFID tags 105ac then they specify the control policy inside the concert hall 102 based thereon and each controls its own terminal based on the specified control policy.

The pulse wave measuring apparatus according to anyone of the preceding claims wherein the determined pressure is from 1 kPa to 6 kPa.

As will be known from the figures the LED 31 and photodiodes 32 and 33 are arranged in a line in this exemplary embodiment and are more specifically arranged so that distance L1 is less than distance L2 L1 lt L2 where distance L1 is the distance from the light emitting center of LED 31 to the photodetection center of photodiode 32 and distance L2 is the distance from the light emitting center of LED 31 to the photodetection center of photodiode 33.That is photodiode 33 is disposed so that the distance L2 from the photodetection center thereof to the light emitting center of the LED 31 is different from the distance L1 from the light emitting center of LED 31 to the photodetection center of photodiode 32.As a result the optical path from LED 31 to photodiode 33 is longer than the path from LED 31 to photodiode 32.

The mobile terminal according to claim 6 wherein according to a users security level the controller is arranged to determine in more detail that the security mode is a first security mode in which the display apparatus displays a second content that is nonshareable with the third party and a second security mode in which the display apparatus is arranged to display a third content that is nonshareable with the third party.

The television 10 reproduces contents and outputs video signals andor audio signals corresponding to the contents.When an operational input is received from a user the commander 20transmits a control command C to the television 10 according to the operational input.The operational input is carried out by operating hardware buttons or software buttons.The operational input can be carried out also by a first operation M in which the commander 20 enters a state where an operation surface 20a thereof is put face down and is placed still on a stationary plane S such as a desk and this state is maintained for a predetermined time.

The computer programm of claim 9 wherein the computer program is embedded on a nontransitory computerreadable recording medium.

As the processing of step S12 the user refers to the position of the indicator A on the electronic map and verifies whether or not the indicator A is at a position for which information storage is desired.If the result of this verification is that the position of the indicator A is a position for which information storage is desired the user for example as shown in FIG.6 presses a selection button assigned to the operation input section 2e so as to instruct the CPU 2a to store information with regard to the position of the indicator in the spot information database 1f.

The method of claim 1 wherein the aggregating of the sample values comprises generating a histogram of the sample values.

In a first aspect the present disclosure provides a system for managing network traffic the traffic management system having a quality of experience QoE measurement module configured to monitor a QoE metric in realtime a control module configured to periodically receive the QoE metric and determine a traffic management action based on the QoE metric and a traffic management module configured to apply the traffic management action to the network traffic.

A client device 2a according to anyone of claims 11 to 13 further configured to control the sizes of said two distinct areas on said graphical user interface 10 as a function of the selected main videoconference session.

Microsoft NetMeeting is used for shared surface and shared application functionality.ComputerTelephony Interface CTI for the PC 68 and PDA with features such as integrated contact lists autodialing of selected phone numbers or names calendar logging of call history automatic entry of contacts etc.can be used.

The method according to claim 10 characterized in that the step of forming a top electrode layer 1240 includes forming at least one layer selected from a group consisting of zinc oxide ZnO indium tin oxide ITO borondoped zinc oxide BZnO aluminumdoped zinc oxide AlZnO galliumdoped zinc oxide GaZnO and antimony tin oxide ATO.

A preferred type of Group 1a1b3a6a material is a CIGS material.A preferred method of the present invention comprises a method for preparing a CIGS material comprising providing a substrate providing a seleniumGroup 1b ink of the present invention wherein the Group 1b component comprises copper optionally providing an indium source optionally providing a gallium source optionally providing a sulfur source and optionally providing a selenium source forming at least one CIGS precursor layer on the substrate by depositing copper and selenium on the substrate using the seleniumGroup 1b ink of the present invention optionally depositing an indium material on the substrate using the indium source optionally depositing a gallium material on the substrate using the gallium source optionally depositing a sulfur material on the substrate using the sulfur source and optionally depositing a selenium material on the substrate using the selenium source treating the at least one CIGS precursor layer to form a CIGS material having a formula CuvlnwGaxSeySz wherein 0.5v1.5 preferably 0.85v0.95 0w1 preferably 0.68w0.75 more preferably w is 0.7 0x1 preferably 0.25x0.32 more preferably x is 0.3 0 lt y2.5 and 0z lt 2.5.Preferably wx1 and 1.8yz2.5.More preferably the CIGS material prepared has a formula CuIn1bGabSe2cSc wherein 0b1 and 0c lt 2.The components of the CIGS precursor layers can be treated by known methods to form the CIGS material having formula CuvInwGaxSySez.When multiple CIGS precursor layers are applied the layers can be treated individually or in various combinations.For example a seleniumGroup 1b ink of the present invention and at least one of an indium source and a gallium source can be sequentially or codeposited on a substrate to form a CIGS precursor layer followed by heating of the precursor layer to a temperature of 200 to 650C for 0.5 to 60 minutes followed by deposition onto the substrate of another CIGS precursor layer using more seleniumGroup 1b ink of the present invention and at least one of an indium source and a gallium source followed by heating to a temperature of 200 to 650C for 0.5 to 60 minutes.In another approach the components ofthe CIGS precursor layers are all applied to the substrate before annealing.Annealing temperatures can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional selenium can be introduced during the annealing process in the form of at least one of selenium ink selenium powder and hydrogen selenide gas.The CIGS precursor layers can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The CIGS precursor layers can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.

A portable electronic device according to any preceding claim wherein the housing is made of metal.

The battery attachment portion 101c is a portion to which the battery 107 is attached and has a concave shape with respect to the lower housing 101a.The step portions 101d and 101e are portions protruded in the attachment direction of the battery 107 with respect to the bottomsurface of the battery attachment portion 101c.Incidentally the portions the battery attachment portion 101c and the step portion 101d covered by the battery cover 117a when the battery 107 is attached to the lower housing 101a corresponds to a battery housing portion recited in claims.The SD card 123 is attached to the SD card connector 116 from the outside of the housing 101.The opening portion 134 of the SD card connector 116 is arranged to be covered by the openclose lid 125 which can be opened and closed with respect to the lower housing 101a.

The nontransitory computerreadable storage medium 548 of claim 22 further comprising for each one of a set of one or more service types received in the configurationrequest establishing a corresponding GTP tunnel 126 to the PDN gateway 308 for that service type.

For example a wireless access gateway WAG of an alternate access network operates as a SaMOG to enable GTPbased connectivity with a mobile network gateway of a mobile network.Using nonmobile authentication methods a wireless device sends subscriber credentials that do not include an ISMI to the SaMOGbased WAG.The WAG forwards the subscriber credentials to an Authentication Authorization and Accounting AAA server which uses the subscriber credentials to query a subscriber database that is not a Home Location Register HLR for the mobile network.The subscriber database uses the subscriber credentials to look up and return an IMSI and MSISDN for the subscriber to the AAA server which forwards the IMSI and MSISDN to the WAG to emulate an HLRbased lookup of subscriber account information.The IMSI and MSISDN may or may not be affiliated with the subscriber in the mobile network HLR.

A display device comprisinga first pixel connected to a scan line and a first data output line a second pixel connected to the scan line and a second data output line a scan driver configured to supply a scan signal to the scan line a data driver configured to supply a data signal to a data input line and a demultiplexer configured to transmit the data signal supplied to the data input line to the first data output line and the second data output line wherein the demultiplexer is as set out in any preceding Claims 1 to 8.

In this way data driver 230 sequentially outputs R G and B data voltages to signal lines D1 D2...Dn under the control of the controller.

Locking system of weapons by satellite tracking according to previous claim characterizes that the GPS signal receiver system 1 represents the axis of the shot 7 from de weapon in a virtual or real cartographic system from the representation of the symbol 15 of the position of the first chip 13 and of the symbol of the second emitter chip position of the GPS signal 14 and it also represents two parallel lines 3 and 5 to such axis 7 from the GPS signal first transmitter chip symbol onwards with a separation of about 50 centimeters between each depending on the axis of the shot or what is considered enough to define a security strip 4 which could mantain any person that could enter in such security strip in a safe position marked by the axis of the fire of the weapon..

Figure 4A shows an example of a blueforcesoldier 400 with a weapon system 410 and an injury zone 420 of the weapon system 410 in accordance with embodiments of the invention.An injury zone of a weapon system may be determined based on a direction of fire.Figure 4A shows an injury zone 420 with dashed lines and defined by a left extent 414a right extent 416 and an outer extent 418 oriented around a direction of fire DOF 412.The direction of fire 412 may be determined as described above with reference to Figure 3.

The metallic nanoparticle dispersion according to any of the preceding claims wherein the viscosity of the dispersion is between 2 and 100 mPa.s at 25C at a shear rate of 90 s1.

The dispersant of the present invention comprises a matrixophilic polymer backbone part which confers the steric stabilization in the dispersion medium and anchor groups with affinity for the metallic metal oxide or metal precursor nanoparticles that are chemically bonded preferably covalently bonded to the polymer backbone.The anchor groups ensure optimal stabilization of the nanoparticles.

An apparatus according to any of claims 1 to 6 wherein the apparatus further comprises a source flow controller located between the treatment solution source and the first and second intermediate containers such that treatment solution delivered to the first intermediate container and the second intermediate container from the treatment solution source passes through the source flow controller.

In the first phase the shutoff valves 14 15 and 16 are opened and the blood pump 1 and the individual transfer pumps 5 6 and 7 are operated with a set flow rate.As a result the filtrate that has remained in the drain reservoir container 8 is discharged via the drain branch line 17 and the line 23 due to the drop.To the dialysate reservoir container 9 and the replacement fluid reservoir container 10 there are poured the dialysate and the replacement fluid from the dialysate reservoir unit 21 and the replacement fluid reservoir unit 22 respectively due to the drop via the dialysate branch line 18 and the replacement fluid branch line 19 respectively.

Straddletype vehicle 1 comprising a body frame 2 comprising a left pipe section 12 and a right pipe section 13 a seat 7 comprising a bottom plate 7b and a cushion element 7a provided on the bottom plate 7b wherein the seat 7 overlaps at least a portion of the left pipe section 12 and at least a portion of the right pipe section 13 in plan view a power unitengine 6 rigidly fixed to the body frame 2 such that the power uniteangine cannot rotate with respect to the body frame 2 and at least one electrical component 50 characterized in that the Straddletype vehicle 1 further comprises a resin support member 30 connecting the left pipe section 12 and the right pipe section 13 the seat 7 overlaps at least a portion of the resin support member 30 in plan view and the at least one electrical component 50 is supported on the resin support member 30.

Referring to FIG.5 the left and right rear side walls 16L and 16R have fastening holes 87L and 87R perforated therein such that fastening members attached to the left and right seat rails reference symbols 72L and 72R in FIG.7 are fitted in the fastening holes 87L and 87R respectively.The rear fender 10 is fastened to the rear frame reference numeral 70 in FIG.8 making use of the fastening holes 87L and 87R.Referring to FIG.8 left and right hooking portions 88L and 88R extend outwardly in the vehicle widthwise direction from the left and right side walls 15L and 15R in such a manner as to hook the left and right seat rails 72L and 72R respectively.

Process according to one of the preceding claims wherein the xylene cold soluble XCS fraction of the first intimate mixture IM has a a comonomer content 1.0 to 8.0 wt.andor b the intrinsic viscosity of the xylene cold soluble XCS fraction of the first intimate mixture IM is in the range of 1.5 to below 2.8 dlg.

The first phase A of the inventive propylene copolymers comprises a semicrystalline phase containing 215 mol preferably 212 mol comonomer.The second phase B of the inventive propylene copolymers comprises an elastomeric phase containing 2070 mol preferably 2565 mol comonomer.The propylene copolymer of which the first phase of the inventive random copolymer is comprised may be a binary copolymer or may be comprised of more than two comonomers e.g.be a terpolymer.The propylene copolymer of which the second phase of the inventive random copolymer is comprised may also be a binary copolymer or may be comprised of more than two comonomers e.g.be a terpolymer.Examples of the comonomers are ethylene 1butene 1pentene 4methyl1pentene 1hexene 1heptene or 1octene.Preferred are ethene andor 1butene.Examples for the propylene copolymer of the first phase are propyleneethylene propylenebutene and propyleneethylenebutene polymers.Examples for the propylene copolymer of the second phase are propyleneethylene and propyleneethylenebutene polymers.

The surgical instrument according to any of claims 6 to 8 wherein the controller is further configured to store a stability counter of current draw samples within the second range.

Surgical device 10 includes a housing having lower portion 12 forming a base and an intermediate portion 14 which includes several fingeractuated control buttons 17 and 18 and rocker device 27.Lower portion 12 is configured to selectively store a power source in the form of a battery or the like not shown.Intermediate portion 14 is configured and adapted to house at least one drive motor not shown that is powered by the power source.Surgical device 10 further includes control circuitry not shown therein which controls the operation of surgical device 10 based on input from a user andor feedback obtained prior to during or after operation of surgical device 10.

The invention of any preceding claim wherein the at least one medicant includes an angiogenic medicant configured to provide a desired effect of blood vessel growth.

Typically a knife not shown substantially in the form of an open cup with the rim thereof defining a knife edge is disposed within staple cartridge assembly 22 and mounted to a distal surface of a staple pusher not shown.The knife edge is disposed radially inward of the pair of annular arrays of staples.Accordingly in use as the staple pusher is advanced the knife is also advanced axially outward.

The portable electronic device 200 of any preceding claim wherein the feedback module 240 includes at least one clip 246 for securing the display 206 to the feedback module 240.

The touch sensor portion 2 according to this embodiment uses the socalled resistance film type to detect whether the touch sensor portion 2 has been pressed at what position.In this case the pressing portion 21 has a structure of which a plurality of electrode sheets on which a transparent electrode is formed are layered so that they are equally spaced and the electrode surfaces are oppositely aligned.Disposed in the frame 22 is circuitry that applies a voltage to the electrode sheets and detects voltages therefrom.When the pressing portion 21 is pressed bya users finger or a pointing device such as a pen the electrode sheets contact each other.By detecting resistance changes of the electrode sheets the position that is pressed can be identified.

A network device for a packet radio communication system comprising an apparatus according to claim 2 or any claim dependent on claim 2.

Physical signals are received over a communication link 282 established with a peripheral device 310.A physical signal includes a reservation request frame 284.The reservation request RR is encoded in reservation request frame 284.

The hapticallyenabled device of claim 10 wherein the AV media is identified based on corresponding AV recognition data.

Thus according to an embodiment a system is provided that can analyze a source data such as audio source data and can identify one or more haptic effects that are the most similar to the source data.The system can then match the identified one or more haptic effects with the source data.The system can subsequently output the identified one or more haptic effects.Through this technique the system can utilize source data such as audio source data before the source data has been mixed.By utilizing source data earlier in the process before the source data has been mixed the system can increase an appropriateness and quality of a haptic effect that can be added to the overall content.Further the system can be very valuable for haptic effect design in games and other content that have effects such as audio effects and haptic effects playing simultaneously.The system can provide an easy way for content producers to identify appropriate haptic content and customize the haptic content for their game or experience.

The surgical apparatus of Claim 4 wherein the performance parameter comprises a performance parameter of the electric motor.

With reference to FIG.2 the handle 30 includes components 110180 disposed therein.The components 110180 are configured to cooperatively manipulate the end effector 19 to act on tissue andor to change the position of the end effector 19 relative to the handle 30.For example when a drive motor 110 is activated the drivemotor 110 turns a drive gear 120 such that a driven gear 130 rotates a drive shaft 135 operatively associated with one or more functions of the end effector 19.Such a surgical instrument having a powered handle is disclosed in commonly owned and copending U.S.Patent Application Serial Nos.11894959 filed on August 21 2007

Method of any of the claims 1 to 10 wherein the security message is an Entitlement Control Message ECM.

According to one embodiment of the current invention control message 152 can contain the description of the access conditions of the receiver.Once received by the receivers security unit the control message is decrypted and the access conditions are compared with the rights contained in the security unit.If the access conditions match with the rights the CO can then be processed.

An infant or adult diaper 10 having a longitudinal centerline Y and a lateral centerline X perpendicular to the longitudinal centerline Y wherein the diaper 10 comprises a topsheet 22 and a backsheet 24 and positioned therein between an absorbent core 20 and a first longitudinally extending elastic cuff 30a and second longitudinally extending elastic cuff 30b the first and the second elastic cuff 30a 30b being positioned on either longitudinal side of the topsheet 22 and opposing each other and wherein the diaper 10 has a crotch region B positioned in between a front region A and a back region C and the first and the second longitudinally extending elastic cuff 30a 30b each have a crotch region B positioned in between a front region A and a back region C these regions of the longitudinally extending elastic cuffs 30a 30b being positioned in the respective regions of the diaper 10 and the first longitudinally extending elastic cuff 30a and the second longitudinally extending elastic cuff 30b each have a proximal edge 32a 32b at which the respective longitudinally extending elastic cuff is attached to the diaper and the first longitudinally extending elastic cuff 30a and the second longitudinally extending elastic cuff 30b each have a distal edge 34a 34b at least the crotch region B of which is not attached to the diaper 10 and forms a free flap 38a 38b and wherein the diaper 10 comprises a barrier element 70 the barrier element 70 comprising at least a wall element 76 and a first bridge 72 element and a second bridge element 80 the first bridge element 72 being positioned at a first level L1 above the topsheet 22 and the second bridge element 80 being positioned at a second level L2 above the topsheet 22.

That is the present invention provides the following items 1 to 17.1 An absorbent article includinga first leak preventer in sheet form having a base part a pair of side members extending in a longitudinal direction on right and left sides of the base part of the first leak preventer an absorber comprised of at least one layer in an inner space formed by the base part of the first leak preventer and the side members containing a super absorbent polymer and capable of absorbing a body fluid and a bridging member bonded to the pair of side members for bridging the side members dividing the inner space into front and rear parts capable of exhibiting a function of separating urine and feces in which the bridging member is formed to be stretchable in a lateraldirection.2 The absorbent article according to the above item 1 including a main body bonding member capable of bonding to the first leak preventer or the absorber at a lower end of the bridging member.3 An absorbent article includinga first leak preventer in sheet form having a base part a pair of side members extending in a longitudinal direction on right and left sides of the base part of the first leak preventer an absorber comprised of at least one layer in an inner space formed by the base part of the first leak preventer and the side members containing a super absorbent polymer and capable of absorbing a body fluid and a bridging member bonded to the pair of side members for bridging the side members and a urinefeces separating member dividing the inner space into front and rear parts capable of exhibiting a function of separating urine and feces in which the bridging member is formed to be stretchable in a lateral direction.4 An absorbent article includinga first leak preventer in sheet form having a base part a pair of side members extending in a longitudinal direction on right and left sides of the base part of the first leak preventer an absorber comprised of at least one layer in an inner space formed by the base part of the first leak preventer and the side members containing a super absorbent polymer and capable of absorbing a body fluid a bridging member bonded to the pair of side members for bridging the side members and a second leak preventer in sheet form present above the absorberon a rear side of the first leak preventer in which the bridging member is formed to be stretchable in a lateral direction.5 The absorbent article according to the above item 4 including a feces stopping member in an upper surface or in a vicinity of a front end of the second leak preventer.6 The absorbent article according to the above item 4 or 5 including a main body bonding member bonding to the first leak preventer the absorber or the second leak preventer at a lower end of the bridging member.7 The absorbent article according to the above item 2 or 6 in which the bridging member and the main body bonding member are formed of a same material.8 The absorbent article according to any one of the above items 2 6 and 7 in which the bridging member andor the main body bonding member is stretchable.9 An absorbent article according to any one of the above items 1 to 8 in which the side members are formed of a pair of extended parts of the first leak preventer formed integrally with the base part and a pair of peripheral shape retaining members provided along peripheries of the extended parts.10 The absorbent article according to any one of the above items 1 to 9 in which the side members have stretchability.11 The absorbent article according to the above item 10 in which the side members are leg gathers provided on right and left ends of the base part.12 The absorbent article according to the above item 11 in which the leg gathers are standing leg gathers each including a leg part bonded to the base part and formed of a nonwoven fabric and a head part bonded to the leg part and including an elastic body.13 The absorbent article according to any one of the above items 1 to 12in which the bridging member includes a stretchable area in a center part and nonstretchable areas on right and left sides of the stretchable area and the bridging member is bonded to the side members in the nonstretchable areas.14 The absorbent article according to any one of the above items 1 to 12 in which the side members are each stretchable the bridging member is nonstretchable and the side members are bonded to the bridging member so that the bridging member becomes stretchable in a lateral direction.15 The absorbent article according to any one of the above items 1 to 12 in which the side members and the bridging member are integrally formed of a stretchable material.16 The absorbent article according to the above item 15 in which the side members on right and left sides are bonded to each other in a longitudinal center part to form the bridging member.17 The absorbent article according to the above item 15 or 16 in which the side members and the bridging member form a front opening and a rear opening.

The system according to any one of claims 1 or 2 or any one of claims 4 to 7 excluding when dependent on claim 3 wherein the energy delivery device is a vessel sealing device.

In step 334 it is determined if the measured impedance is greater than the specified level of impedance above the initial impedance value i.e.Zt gt EndZEndZOffset and if yes the algorithm verifies whether this state is maintained for the given time.In step 336 the algorithm initializes the timer DZDTENDZTIMER.In step 338 the algorithm performs the determination of step 334 for the duration of the timer DZDTENDZTIMER which may be about 400 ms the expiration of which is verified in step 340.If the entire sealing processes has exceeded a predetermined time period e.g.maximum seal timer which may be about 12 seconds the algorithm exits with an alarm.This alerts the user to a possible unfused tissue condition.

The mobile terminal any one of claims 1 to 10 wherein when the first touch is released the controller 180 is further configured to activate the touch screen 151 and output to the activated touch screen 151 at least one of the input memo information and a graphic object for selecting whether to store the memo information.

The output unit 150 generates outputs relevant to the senses of sight hearing touch and the like.And the output unit 150 includes the display unit 151 an audio output module 152 an alarm unit 153 a haptic module 154 a projector module 155 and the like.

The computing device 400 as claimed in claim 10 wherein notifier module 422 prompts the user when a conditional map is present between the prospective utilization of the computational resources 402 406 506 508 510 512 by the one or more foreground applications 102 104 and the starvation of the computational resources 402 406 506 508 510 512 for execution of the data analytics application 306.

By having the daemon process 212 running as one of the higher importance process 208 the user application process 204 does not experience a drop in performance by making a service request to daemon process 212.For this daemon process 212 having the daemon service requests alleviate the performance drop for the user application process204.However another problem arises because this daemon 212 may also process service requests from other daemons or other processes running in the operating system 202.By processing other service requests the high importance daemon process 212 receives more of the mobile device 200 resources and reduces the amount of resources available to user application process 204.This problem can worsen as the number of daemon process running as high importance processes 208 increases.Furthermore this situation still suffers from the problem of the low importance daemons handling service requests at a low importance.

The portable terminal of claim 3 wherein the controller is adapted to output information in one color on the main display area 110 or block power supply of the main display area in case the determined mode of the portable terminal corresponds to the situation in which the main display area 110 is not used.

One embodiment offers a further convenience to the user 1 even after the user has stopped moving the apparatus 300 and put it in a spatially steady state for instance by putting the apparatus on the surface of a table.Thus after completion of step 416 in the method of Fig 4 the display controller 301 will repeatedly receive a sequence of images from at least the camera 341 or 342 that is located to capture images of the surrounding of the currently activated display area i.e.the new display area activated in step 414.In the sequence of captured images the display controller 301 will determinean angular change in the appearance of the face of the user 1 and control the currently activated display area to switch from a first angular display mode for instance a portrait mode or a zerodegree rotated display mode to a second angular display mode for instance a landscape mode or a mode where the display contents are rotated by e.g.90 degrees compared to the first angular display mode.The user 1 may therefore move conveniently around the steadily oriented apparatus 300 with the angular display mode of the apparatus being automatically adjusted so that the display contents will continue to appear at a suitable orientation for the user.

The image recording device according to claim 12 wherein the storage 141 is configured to store data relating to the signal and wherein the communication section is further configured to determine whether an read error has occurred during reading of the data and to prohibit the recording operation when the read error has occurred.

In a state that the ink 60 stored in the ink cartridge 2 is greater in height than the barrier member 64 both conduction routes X and Y are conductive.However since the conductive route X is larger in crosssection and shorter in length than the conduction route Y most of the current flows along the conduction route X and hence the detected resistance between the electrodes should be low.In the first embodiment the resistance between the electrodes amounts to about 50 k in a state that the conductive route X is conductive see Fig.4.

The method of claim 1 wherein R is independently hydrogen or C1C6alkyl.

Such a plating promoter is one of additives which are added to a solution for copper plating and is alsoknown as a brightening agent or brightener.It is believed that when a plating promoter is deposited on the surface of an object to be plated the resistance involved with plating is lowered and a current for plating is concentrated so that plating is promoted.

The electrode assembly of any one of claims 1 to 7 wherein the first polar plates are arranged at a first interval and the second polar plates are arranged at a second internal wherein the first interval is equal to the second interval.

The width W1 of the electrode group defined by a length of the electrode group in a direction perpendicular to the extending directions of the positive electrode terminal and the negative electrode terminal was 70 mm.On the other hand the thickness t1 of the electrode group 1 was 5 mm as pointed out above.Therefore each of the areas Sp and Sn which are calculated by t1W1 was 350 mm2.It follows that the secondary battery for Example 1 formed the relationships of S20.3Sp and S30.3Sn.

The display device according to claim 1 wherein during the touch driving mode the touch integrated circuit provides at a time the touch drive signal to one electrode group selected from among the plurality of electrode groups as a touch sensing electrode group and to an electrode group adjacent to the touch sensing electrode group.

Since the sensing electrode 110 and the shielding electrode 130 that correspond to each other are maintained at the same voltage level a parasitic capacitance may not be formed between the sensing electrode 110 and the shielding electrode 130.The buffer 140 may transfer a voltage of the input port to the output port however may not transfer a voltage of the output port to the input port.Accordingly the buffer 140 may function to prevent the sensing electrode 110 from being affected by a noise signal generated from a Liquid Crystal Display LCD module located on a rear surface of the touch sensing apparatus.

The combustor arrangement 10 according to any one of claims 1 to 11 comprising between two and ten first burner devices in the first burner stage 20.

Combustor portion 20 is also shown to include a center injection nozzle 62 that extends substantially along a centerline of combustion chamber 46.Center injection nozzle 62 includes a first end or center nozzle inlet 65 that extends from injection nozzle housing 37 to a second end or center nozzle outlet 66.Center injection nozzle 62 includes a center nozzle housing 68 within which extends a centerbody 69.Center injection nozzle 62 receives fuel and air through ports not separately labeled in endcover 38.As such center injection nozzle 62 constitutes a premixed injection nozzle or an injection nozzle that mixes fuel and air to form a combustible mixture.Of course it should be understood that the combustible mixture could include other constituents such as various diluents.

The electrosurgical device of claim 11 wherein the at least one metric includes power.

The electrosurgical generator 10 obtains information such as complex impedance information for the cable andor the other suitable components Zsrc 28 and ZLkg 34 phase information related to the phase relationship between the current and voltage signals output by the electrosurgical generator information relating to the voltage andor current output by the electrosurgical generator 10 generated by at least one of sensors 18 digital information generated by a processing device not shown andor a combination thereof.The above stated information may be provided to the control system as input data and processed by the control system 12.A portion of the input data may be entered by a user via one or more user interfaces not explicitly shown e.g.a knob slider a keypad etc.which may be provided for example on a panel of the electrosurgical generator 10.

The coffee machine as claimed in any one of Claims 1 to 8 further characterized in that said brewing device 1 further includes a housing 11 having spacedapart lower and upper walls 111 112 and a receiving space 113 that is defined between said lower and upper walls 111 112 said milk box 4 being removably received in said receiving space 113.

The shell wall 21 has a first shell wall portion 211 that extends vertically and a second shell wall portion 212 that extends horizontally from a top end of the first shell wall portion 211 and that is connected to the flexible soft pipe 121 of the steamgenerating unit 12.

A clothes 2 drying or washingdrying machine 1 comprising a heater 8 a heat exchanger 9 and a tub inside of which a rotary drum 3 is located characterized in that the heat exchanger 9 is at least partly interchangeable with a drawer 110.

In the embodiment illustrated in the enclosed Figures the handle 22 advantageously comprises two arms 23a 23b preferably triangular shaped protruding from the parallel sides of the frontal frame 18 which when the condenser 8 is placed into the seat 6 are substantially horizontally positioned the two arms 23a and 23b support a grasping element 24 preferably cylindrical.

A data generating device including at least two processing units configured to generate control data for controlling a control target apparatus on the basis of input data the data generating device transmitting the control data to a control device that controls the control target apparatus the data generating device comprising a processing unit of a first system configured to output dispersed code data of a first system encoded with an algorithm including dispersion information of the first system withrespect to control data of the first system generated on the basis of the input data and a processing unit of a second system configured to output dispersed code data of the second system encoded with an algorithm including dispersion information of the second system with respect to control data of the second system generated on the basis of the input data wherein when both of the dispersed code data of the first system and the dispersed code data of the second system are valid the data generating device generates using the dispersed code data of the first system and the dispersed code data of the second system code data with which validity of the control data of the first system can be verified and transmits the code data and the control data of the first system to the control device wherein optionally the data generating device makes it possible to change the algorithms including the dispersion information at least at every control period.

First referring to FIG.4 the following describes how the controller sends data to the multiple system processor 100.The processing units 101103 of the multiple system processor 100 will use this data for their processing.

The vehicle testing method of claim 1 wherein said determining whether the signal of the vehicle computer associated with said test action is consistent with a nontampered vehicle comprises determining whether the signal of the vehicle computer associated with said test action meets an expected response and wherein a determination that the signal of the vehicle computer associated with said test action does not meet said expected response indicates that tampering has occurred.

As a result the result of the judgment in step 720 of FIG.7 becomes Yes and the CPU 21a of the monitor apparatus 20 proceeds to step 725.In step 725 the CPU 21a immediately transmits dummy data to the automatic charging apparatus 10.The dummy data are stored in the external memory 24 of the monitor apparatus 20 and as shown in Table 3 include date and time unit sec longitude x latitude y and supplementary information.In this case the supplementary information S.I.includes information for indicating whether each dummy data set is the first or last data set.The supplementary information is added to relevant data sets only.Table 3Month Date Hr Min Sec Position longitude Position latitude S.I.08 30 14 01 00 1353000.00 350000.00 First08 30 14 01 01 1353000.01 350000.5008 30 14 01 02 1353000.01 350001.0008 30 14 01 03 1353000.01 350001.5008 30 14 01 04 1353000.00 350002.0008 30 14 05 10 1353001.00 350016.0108 30 14 05 11 1353001.01 350016.4408 30 14 05 12 1353001.01 350016.9808 30 14 05 13 1353001.01 350017.5008 30 14 05 14 1353001.00 350017.9808 30 14 05 15 1353001.00 350018.4008 30 14 05 16 1353001.00 350018.8808 30 14 05 17 1353001.01 350018.8808 30 14 05 18 1353001.01 350018.88Last

The battery pack of claim 5 or 6 where the supporting portions extends along three side portions of the assembling opening which face the second third and fourth side portions.

The second side 330 is opposite to the first side 320 of the subframe 300.The second side 330 is also provided with a flange not shown and fixing ribs 332.The flange and the fixing ribs 332 have the same configuration and function as the flange 321 and the fixing ribs 322 on the first side 321 described above.Further although it is shown in the figure when the fixing ribs 332 are formed at the positions corresponding to the fixing ribs 322 on the first side 320 it is not limited thereto.As described above the fixing ribs 332 have only to fix the secondary battery cell accommodated inside the subframe 300 to prevent the secondary battery cell from moving inside the subframe 300.However it will be preferable to form the flanges 321 and the fixing ribs 322 332 at the same positions on the first and second sides 320 330in order to reduce the manufacturing cost of the subframe 300.

A system for remotely monitoring andor controlling a plurality of power distribution units andor sensor units 110 120...1n0 in a data centre according to claim 1 wherein each one of said power distribution units andor sensor units 110 120...1n0 is configured with a node number and a single one 110 of said power distribution units andor sensor units is configured with an Internet Protocol IP address IP1.

A daisy chain configuration may be enabled by including a built in switch on each device and specially for the time slotted networks such as EtherCAT and PROFINET IRT the topology may be daisy chains to a loop but also for standards based on normal Ethernet solutions such as PROFINET IO EtherNetIP Modbus TCP etc..

The method according to claim 1 characterised in that the method further comprises the steps of sending by a first network device A of a first Ethernet LAN LAN1 of the two or more Ethernet LANs LAN1 LAN2 LAN3 an Ethernet packet 20 destined for an Ethernet address of a second network device B of a second Ethernet LAN LAN2 of the two or more Ethernet LANs LAN1 LAN2 LAN3receiving by a first customer edge device CE1 associated with the first Ethernet LAN LAN1 the Ethernet packet 20 and checking if a forwarding table 31 managed by the first customer edge device CE1 contains a mapping of the Ethernet address of the second network device B to an IP address of a customer edge device CE2 associated with the second Ethernet LAN LAN2 if the forwarding table 31 does not contain the said mapping sending by the first customer edge device CE1 an address resolution request to the centralised server 10 and receiving from the centralised server 10 in response to the address resolution request a reply message specifying the said mapping encapsulating by the first customer edge device CE1 the Ethernet packet 20 with an encapsulation header comprising a destination address of the second customer edge device CE2 according to the mapping sending the encapsulated Ethernet packet 28 via the interconnecting IP network N to the second customer edge device CE2 and decapsulating by the second customer edge device CE2 the received encapsulated Ethernet packet 28 for delivery within the second Ethernet LAN LAN2 to the second network device B.

In step 203 the routing processor 130 identifies each intermediate router 60 in the list of intermediate routers 60 and corresponding communication paths 23b previously identified by the routing processor 130 in step 202 that is capable of processing the information to determine which routers are currently available.

A door lock apparatus comprising a first interface configured to communicate with a plurality of external apparatuses a near field communicator configured to perform authentication for opening a door a second interface configured to communicate with a display apparatus and a controller configured to control the first interface to receive status information on each of the plurality of external apparatuses from the plurality of external apparatuses and in response to the authentication being performed by the near field communicator control the second interface to transmit the received status information to the display apparatus to be displayed by the display apparatus.

The IC chip manufacture order number of the present example is formed from a number of totaling 10 digits including marks including a maker number of three digits a category code of three digits and a serial number of four digits.

The display apparatus according to claim 4 wherein the user input unit comprises a button to select one of the multiview devices and the controller controls the display to display thereon information regarding the selection of the at least one multiview device.

Although not illustrated shutter glasses may also be used as the viewing device 195 when the format of the 3D image signal is a sidebyside format FIG.4a or a topdown format FIG.4b.In this case the left and righteye glasses of the shutter glasses may be kept opened and instead the polarization directions of the left and righteye glasses may be different.That is the shutter glasses may operate as passivetype polarized glasses.

The washing machine according to claim 2 wherein the front flange comprises a front inclined surface inclined downward toward a front side of the cabinet a rear inclined surface inclined downward toward the opening and a door mounting portion formed between the front inclined surface and the rear inclined surface so that one side of the door is mounted thereon when the door is closed.

The hopper assembly 12 may comprise an appropriately shaped receptacle or recess adapted to receive and accommodate the movable arm 15 when the latter is in the inoperative position thereof so that the same arm 15 is positively prevented from being of hindrance to the loading of the clothes 7 through the opening 8 of the drum 6.

The mobile terminal of any of claims 1 to 7 wherein when a spaced distance from the external terminal device is equal to or less than a preset distance S403 S602 the controller is configured to display the content list of the contents to share with the call counterpart.

Alternatively a content server 120 may be provided that is operatively interconnected to a content sharing endpoint 104.The content server 120 may operate as a repository of files that can be accessed by users of one or more content sharing endpoints 104 and may be connected to a content sharing endpoint 104 directly or through a network 114.For example the content server 120 if provided may store audio or text files that can be selected for sharing with the endpoints 104 108 participating in an audio communication.

The method of claim 1 wherein heat treating the densified preform to open internal pores of the densified preform comprises heat treating the densified preform to open the internal pores to define a porosity of less than approximately 10 microns.

At this point the carbonized preform is subjected to Vacuum Pitch Infiltration employing a low cost isotropic coal tar pitch at a pressure of 100 psi.The pitchinfiltrated preform is then carbonized charred at a temperature of 810C and subsequently heattreated at a temperature of 1600C.The resulting strengthened heattreated disc is then subjected to Resin Transfer Molding with a synthetic naphthalene isotropic pitch AR pitch from Mitsubishi Gas Chemical Co.at a pressure of 900 to 1600 psi.At this point oxidative stabilization is carried out at a temperature of 175C to advance the pitch and prevent its exudation during carbonization.The stabilized RTMpitchinfiltrated disc is carbonized at a temperature of 810C and then heattreated at a temperature of 1600C.Finally the brake disc preform is subjected to a single cycle of CVDCVI densification followed by final machining and treatment with antioxidant solution to prepare the desired carboncarbon composite brake disc.

The system according to claim 1 further characterized such that said vaporizer comprises a solar collector.

Additionally intermediate fluid condensate produced in organic working fluid vaporizer 22 can be used to preheat the organic working fluid prior to it entering the organic working fluid vaporizer.Moreover if preferred the intermediate fluid cycle can include a recuperator.An example of such a cycle is shown in Fig.2 wherein numeral 10A designates another embodiment of the present invention and is presently considered the best mode for carrying out the present invention.As can be seen from the figure numeral 21 designates an intermediate fluid recuperator in which heat is transferred from expanded intermediate fluid vapor exiting intermediate fluid turbine 16 to intermediate fluid condensate supplied by pump 19A from the intermediate fluid side of organic working fluid vaporizer 22.In this embodiment portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to organic fluid preheater 23 for preheating the organic working fluid prior to supplying it to organic working fluid vaporizer 22.A further portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to intermediate fluid vaporizer 12.In addition in this embodiment organic working fluid racuperator 27 is included and is used for transferring heat from expanded organic working fluid vapor exiting organic working fluid turbine 24 to organic workingfluid condensate supplied by pump 30A from organic working fluid condenser 28.Heated organic working fluid condensate exiting organic working fluid recuperator 27 is supplied to organic working fluid preheater 23.Apart from these items previously mentioned with reference to the present embodiment described with relation to Fig.2 this embodiment is similar to the embodiment described with relation to Fig.1 and also operates in a similar manner.

The compound cycle engine as defined in any one of the preceding claims wherein the compressor and the second stage turbine are in driving engagement with one another through a turbocharger shaft rotatable independently of the common shaft.

Also the use of a velocity turbine as the power turbine 26 eliminates the need for the large volume exhaust collector typically required between the rotaryengines and a pressure power turbine.This allows for the power turbine 26 to be located upstream of the compound turbine 22 instead of downstream thereof.

The method of claim 2 wherein the controlling is closed loop control and the monitoring is used as feedback for the controller.

With reference to Figure 1 the simple cycle gas turbine system 10 includes a compressor 12 a turbine component 14 and a load e.g.a generator 16 arranged on a single rotor or shaft 18.A combustor 20 of the gas turbine receives fuel via stream 22 and control valve 24 as well as hot discharge airbled off from the compressor 12 via stream 26.Combustion gases are introduced into the turbine component 14 via stream 28.

The RFOG of claim 4 further comprising an analog to digital converter that receives the net error signal from the laser stabilization servo module and outputs a digital error signal to the first and second demodulatorsa first digital to analog converter that receives the I signal component from the sine wave generator and outputs an analog I signal to the resonator ring cavity through a first filter and a second digital to analog converter that receives the digital stripper signal from the summer and outputs an analog stripper signal to the laser stabilization servo module through a second filter.

The output of rotationsensing resonator 112 is modified in order to improve errorcorrection of rotationsensing error.In particular a CW beam combiner 254 and a CCW beam combiner 256 optically mix the reference laser 116 with the respective optical output signals of the resonator 112.Thus the CW beam combiner 254 and the CCW beam combiner 256 create an intensity modulation wherein the frequency of the intensity signals are the beat frequencies between the reference laser 116 and the optical output signals of the resonator 112.This allows for discrimination between signals carrying rotation rate information and rotationsensing errors.It is understood that the CW beam combiner 254 and the CCW beam combiner 256 operate in a similar fashion.For example assuming there are no rotationsensing errors the approximate expected output of the CW beam combiner 254 is f0 since that is the beat frequency between the CW slave laser 214 and the reference laser 116.However for example due to errors such as optical backscatter some of the light from CCW1 slave laser 226 locked to a beat frequency of f1 with the master laser 116 back reflects into the same path of the light of CW slave laser 214 in the resonator 112.The backreflected light will undergo a different path than the CW light and therefore may appear to be off resonance thus generating a false error signal at the resonance tracking modulation frequency.However since the optical mixer 110 mixes the resonator output light with a beam from the reference laser 116 the backscatter light will mix with the reference beam which will modulate the backscatter light at f1 whereas the CW beam will mix with the reference beam which modulates the CW light at f0.The resonance tracking electronics 114 can be configured to filter the unwanted signal f1 by demodulating the output signal of the CW beam combiner 254 at f0 using lockin detection synchronous demodulation.

A power control apparatus for highfrequency dielectric heating for controlling an inverter power supply circuit which includes a DC power supply circuit configured to generate a DC power source produced by rectifying a voltage of an AC power source at least one or more of a series circuit which has at least two semiconductor switching devices and to which the DC power source is input a resonance circuit which is connected to the series circuit and includes a primary winding of a leakage transformer and a condenser the primary winding and the condenser being seriesconnected and a rectifier circuit connected to a secondary winding of the leakage transformer and configured to supply high voltage to a magnetron and the power control apparatus comprising a control circuit which comprises an input current detection section configured to detect an input current of the AC power source and to output input current information an input voltage detection section configured to detect an input voltage of the AC power source and to output power supply voltage waveform information a resonance voltage comparison section configured to output resonance voltage control information based on a resonance circuit voltage information taken from the leakage transformer an input current comparison section configured to outputpower control information based on the input current information a magnetron oscillation detection section configured to determine when a predetermined time has elapsed after the input current information is compared with a threshold value of the magnetron oscillation comparison information and the input current information exceeds the threshold value of the magnetron oscillation comparison information that the magnetron is oscillating stably and set the magnetron oscillation detection information to be true a mixing circuit configured to generate a switching frequency control information from the power supply voltage waveform information based on the resonance voltage control information or the power control information selected depending on the magnetron oscillation detection information a minimum frequency limiting circuit configured to select a predetermined minimum frequency depending on the magnetron oscillation detection information so as to limit a minimum frequency of the switching frequency control information having been output from the mixing circuit and a switching pulse generation section configured to generate drive signals each for driving each of the semiconductor switching devices based on the switching frequency control information from the minimum frequency limiting circuit and output each of the drive signals to each of the semiconductor switching devices.

There is a configuration of the oscillation detector 248 using the characteristic that a clear difference occurs between before and after the oscillation start of the magnetron while the resonance voltage of the resonance circuit is maintained at a given level and making a comparison between the preset oscillation detection threshold level between lin1 and lin2 as shown in FIG.28 and the output of an input current detection section by a comparator etc.and latching the output or the like.

The device of claim 1 wherein the processor is further configured to generate the wakeup keyword model based on the speech signal of the user which is received through the audio input receiver and register the generated wakeup keyword model in the memory.

In step 202 the electronic device 100 performs speech recognition on the voice signal to discern whether the voice signal contains a predetermined wakeup command.This speech recognition can include a speaker dependent recognition scheme in one embodiment or a speaker independent recognition scheme in another embodiment.Additional schemes are possible where a number of different wakeup commands are predetermined in which one or more predetermined commands is a speaker dependent wakeup command and one or more other commands is a speaker independent command.

The vehicle testing system of claim 13 wherein the tamper testing sequence is operable to transmit a command from said testing device to the vehicle computer of a vehicle being tested with said command comprising said test action.

When the result of the judgment in step 705 is No the CPU 21a proceeds to step 795 so as to end the present routine.Subsequently theprocessing in step 705 is executed every time a predetermined period of time elapses.Thus the CPU 21a monitors whether the vehicle has stopped at the fixed position.

Method according to claim 1 or 1 wherein said first and new sets of transmitting parameters comprise a transmitting power value and reiterating steps b to c comprises reducing 4.7 at each iteration the transmitting power value of said micro base station 1 for transmitting said new radio test signal.

Therefore since the received power Pmacro of the common pilot signal CP1 in the femto base station 91B is smaller in comparison to that of the femto base station 91A the transmission power of a common pilot signal CP2B of the femto base station 91B becomes also smaller.Accordingly the received power of the common pilot signal CP2B in the mobile station 92B becomes smaller in comparison to that of a common pilot signal CP2A in the mobile station 92A.Further the interference power from the macro base station 81 is larger in the mobile station 92B located near the window in comparison to that of the mobile station 92A.Therefore the communication quality in the mobile station 92B is significantly poorer in compassion to that of the mobile station 92A.As described above since indoor communication quality is significantly dependent on the place at which a femto base station is installed and the place at which a mobile station is used there is a problem that invariant appropriate communication quality cannot be obtained.

A mobile terminal according to claim 9 characterized in that the mobile terminal 1 is configured to establish a connection byselecting a network corresponding to the retained domain of said most recent retained connection andestablishing a connection to said selected network using the retained radio access technology for said most recent retained connection.

In some cases the wireless device 10 may have previously received a preferred networkRAT combination list 15 for country B.This may for example have been stored inmemory when the wireless device 10 was first issued or may have been updated OTA as described above either during a previous period of operation in country B or as part of a preferred networkRAT combination list 15 update from the data communication service while visiting a neighbouring country.For example in some embodiments the preferred networkRAT combination list 15 update that the wireless device 10 received when it connected to the data communication service through RAT B of PLMN 23 may have included a preferred networkRAT combination list 15 update for both country A MCC A and country B MCC B.This type of multicountry update may be preferred for neighbouring countries so that wireless devices are aware of the preferred networks in their current location as well as those in the neighbouring countries into which they may be likely to roam.

The system according to claim 6 further characterized by means for supplying said preheated working fluid condensate to said recuperator.

Heat recovery vapor generator 40E is a oncethrough heatervaporizer comprising the heater bundles and structure exhaust gas ductwork diverter valve and actuators exhaust stack and bypass stack.The purpose of the heat acquisition subsystem is to a direct and controlmeter the gas turbineswaste heat to the heat recovery vapor generator using a diverter valve b convert the heat contained in the combustion gases to vapor and c discard the cooled combustion gases to the atmosphere through a further exhaust stack 11E.

Method according to claim 2 wherein the step of analysing the first image comprises the construction of a threedimensional image from the images made from different points of view.

Based on the image analysis it is determined in step 6 whether or not the plant has to be cut or has to be cut further as will be discussed below.If no cutting or further cutting is required or no proper cutting position could be found the plant will be removed 7 from the carrier.