Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

A method for controlling an Xray imaging apparatus the method comprising capturing a camera image of a target receiving a selection related to a stitching region including divided regions via the camera image and displaying a settings window which provides a graphical user interface GUI for receiving a setting of Xray irradiation conditions for the divided regions and the camera image in which positions of the divided regions are displayed.

The controller 120 adjusts the angle of the Xray generator 130 to have the first angle operation 531.The angle of the Xray generator 130 refers to an angle at which Xrays are irradiated.If the controller 120 generates a control signal and transmits the control signal to a driver of a motor etc.the driver may adjust the angle of the Xray generator 130.

The flexible display device of claim 1 or 2 wherein the display unit 10 and the support unit 20 are rolled in or rolled out by a plurality of driving means 50 60 wherein when the display unit 10 and the support unit 20 are rolled out the plurality of driving means 50 60 are simultaneously driven in a mode which allows restoring forces of the display unit 10 and the support unit 20 to bedirectionally opposite to each other in order to offset the restoring force of the display unit 10 and the restoring force of the support unit 20.

The display system 48 schematically shown in fig.12 is a roll embodiment of the kind as disclosed in WO 2006038171 A1

An electrode line monitoring unit according to any preceding claim wherein the signal includes one or more of information about one or more characteristics of the electrode line control instructions to control in use one or more electrode line monitoring units configuration data to configure in use one or more electrode line monitoring units information about a status of one or more end users andor one or more electrode line monitoring units.

This arrangement of distribution boxes 104 in two groups 77 and 78 has several advantages.Due to the position of the sea earthing electrode 18 the group 77 operates as a negative sea earth system that sends a positive current to the return path whereas the group 78 operates as a positive sea earth system that sends a negative current to the return path.Due to the combination a return current flowing through the sea earthing electrode 18 may be kept small and resulting corrosive effects may be reduced.In particular the return current may be made substantially null by imposing the same electric current at both terminals 16 and 17 e.g.with currentcontrolled generators.Further the size and material cost of the sea earthing electrode 18 may be reduced if a current rating of the electrode is small.

The heat pump apparatus according to claim 2 wherein the heat exchange agent is ambient air.

In contrast in the second operation the bypass valve 27a is opened fully while the solenoid valve 27b is closed fully by the flow path switching section 51.Accordingly all the refrigerant flowing in the evaporator 22 flows into the bypass circuit 28.In other words no refrigerant flows into the first flow paths 23a of the auxiliary evaporator 23 in the refrigerant circuit 20.Thus the refrigerant circuit 20 serves as a heat pump using only the outdoor air as a heat source in the second operation.

A computer readable medium storing computerexecutable instructions performing all the steps of the computerimplemented method according to any of claims 1 to 4 when executed on a computer.

The menu screen image 320 may expose some of the menu items while hiding other items according to the distance along which the tag 330 is dragged.Namely some of the menu items may be displayed while others may not be displayed according to the drag distance.Also the controller 180 may determine the type of touch that was or is being performed when the user touches or releases the tag icon 330 based upon at least one of the number of touches a contact time contact speed contact direction contact pressure and contact surface area or any combination thereof.

The turbomachine casing assembly according to claim 4 wherein the separator is arranged to pass through the broken frangible region as the inner casing element moves towards the outer casing element.

In an alternative arrangement the energy absorbing element takes the form of a fusible or stretchable fastener 142 such as a bolt as shown in Figure 3.The stretchable bolt 142 connects the first end 112 of the first casing element 110 to the first end 122 of the second casing element 120.As shown in Figure 5 these fasteners 142 extend through holes 144 in a forward rail 118 extending across the width of the first end 112 of the first casing element 110.As a further alternative these holes 144 further comprise slots 146a146b as shown in Figures 4a and 4b.The use of slotted holes allows the first end 112 of the first casing element 110 to hinge and move axially whilst the fasteners 142 stretch to failure.

The information processing device according to claim 10 wherein the firmware storage unit is a third memory area in the one or more memory modules or another storage device different from the one or more memory modules.

Load picker logic 411 in flash bank A 402 remaps the base address of the two flash banks depending on which flash bank contains a valid and updated software subsystem.After a software subsystem is upgraded flash bank A and flash bank B essentially swap base address mapping values and thereby become active or inactive.This avoids complex code relocation issues because a single loadware file 309 can be used in multiple banks of flash memory 311 rather than having different loadware files 309 compiled and linked for each banks address range.

CICAM 20 according to any of the previous claims 1112 comprising a male Type A USB connector 27.

Its to be note here that the data information transmitted via the UTI i.e.MPEG TS data or USB data may comprise service data as well as control information for controlling a device equipped with the UTI when the UTI is applied in a different environment.A detailed description will be given to the specific contents of the control information in the following embodiments.

The electromechanical gear changer of claim 19 further comprising battery contact seals surrounding each of the contacts and in particular further comprising a battery face seal disposed on one of the power supply housing and the rear housing portion and wherein the battery face seals to the other of the power supply housing and the rear housing portion and surrounds the terminals and the contacts when the power supply housing is attached to the housing.

Generally speaking operation of the front derailleur motor unit 32 is accomplished by a rider operating the shift control device 16 to drive the reversible electric motor 63 which in turn causes the chain guide 40 to be shifted between the low and top chain cage end positions.More specifically the motor drive train 64 has an output shaft 70 that is rotatably supported by the motor unit housing 60 to project out of the motor unit housing 60 to drive the motor linkage 34 that is connected to the inner link 41.This movement of the motor linkage 34 causes the chain guide 40 to be shifted between the low and top chain cage end positions.Thus the reversible electric motor 63 has a motor output stroke with the prescribed maximum movement range as mentioned above.

The mobile terminal of claim 4 wherein the first content corresponds to a first function of a first application and wherein the second content corresponds to a second function of the first application.

FIG.4 is a perspective view of a slidertype mobile terminal having two display units according to one embodiment of the present invention.

Process according to one of the preceding claims wherein the heterophasic propylene copolymer RAHECO after step g andor i fulfills inequation I CototalCoXCS1.0 wherein Co total is the comonomer content wt.of the heterophasic propylene copolymer RAHECO after step g and i respectively Co XCS is the comonomer content wt.of the xylene cold soluble fraction XCS of the heterophasic propylene copolymer RAHECO after step g and i respectively.

Even more particularly the propylene polymer composition to which the invention relates comprises a random propylene copolymer the comonomer being ethylene andor one or more C4C10 olefins having a total comonomer content12.0 mol preferably15.0 mol the random propylene copolymer comprising at least two distinct phases.

An airfoil blade comprising a metallic erosion strip 16 disposed on a leading edge 14 of said airfoil blade component 12.

Any suitable thickness of a single layer and a multilayer erosionresistant coating 64 may be used so long as it is effective to provide increased erosion resistance over that of the material of airfoil surface 32.In one embodiment for a single layer of TiN an effective layer thickness includes a minimum thickness of about 5 microns and single layer thickness in the range of 510 microns and a residual compressive stress of at least about 3792 MPa.In another embodiment of a multilayer that includes a plurality of Ti and TiN layers in an alternating arrangement a minimum thickness per layer of about 5 microns and a maximum overall thickness of about 60 microns with at least four layers of Ti and TiN is effective.An effective thickness range for at least one TiTiN combination and more preferably four or more Ti and TiN layers is about 560 microns and more particularly about 2560 microns and even more particularly about 4560 microns.In yet another exemplary embodiment of a single layer of WCCoCr as the erosionresistant coating 64 an effective layer thickness includes aminimum thickness of about 3 mils and single layer thickness in the range of 37 mils and a residual compressive stress of at least about 3792 MPa.The minimum thickness will be that effective to provide erosionresistance greater than that of the bare airfoil surface 32 which generally will be a layer thickness sufficient to insure complete coverage of the surface including features such as filmcooling holes etc.while avoiding coating defects sometimes associated with thin layers such as pinholes.The maximum thickness may be any suitable thickness but will generally be a thickness that is effective to provide a desired service life to the airfoil surface in a predetermined operating environment while also maintaining a desired level of adherence or bond strength to the airfoil surface 32 or sacrificial coating 62 to which it is applied as the case may be.The maximum thickness will typically be a function of the method used to dispose the erosionresistant material on the airfoil surface 32 or the sacrificial coating 62 the associated sacrificial coating 62 used and the overall minimum amount of residual compressive stress desired within airfoil coating 61.A minimum amount of overall residual compressive stress is desirable in airfoil coating 61 and erosionresistant coating 64 generally an amount that is at least as large as any minimum amount of residual compressive stress imparted to the airfoil surface 32 so that the airfoil coating 61 does not have the effect of decreasing the residual compressive stress in the airfoil surface 32 below the desired minimum amount and so that the airfoil coating 61 also maintains the desired minimum amount of residual compressive stress.

The playback device of claim 1 wherein the first aspect ratio is 169 and the second aspect ratio is greater than 169.

When authoring movies with a 169 screen in mind it makes sense to use the bottom black bar for the subtitles the movie content is not affected and the black bar is present anyway.However on a 219 screen the viewer most likely wants to use the full screen size for watching the movie and probably prefers to superimpose subtitles and popup menus on the active video area.Hence common video source formats may provide main video data for a display aspect ratio that is less wide than the available display.Moreover the main video data may have an active video area having an aspect ratio wider than the source aspect ratio and at least one black bar area adjacent to the active video area to fill the remaining area which is usually called letterbox video.Auxiliary video data like graphics or subtitles may be provided as separate data streams.The source device combines the auxiliary video data with the active video in an overlay area on the main video.

An exhaust gas sampling method using the exhaust gas sampling apparatus according to claim 1 comprisingon a basis of a moisture detected value obtained by the moisture detecting part controlling the constant flow rate mechanism to adjust a dilution ratio of the exhaust gas.

The water content of the exhaust gas is measured by a humidity sensor 44 shown in Figure 1A to determine the composition of the exhaust gas.The humidity sensor 44 is shown connected to the fluid conduit 37 by a fluid conduit 45 after the pump 36 to measure the diluted exhaust gases.However it is to be understood that the water content of the exhaust gas may be measured elsewhere.Preferably the carbon dioxide in the exhaust gas is also determined to further increase the accuracy of determining the Kfactor for the exhaust emissions.Combustion stoichiometry is used to determine the composition of the combustible mixture and the composition of the products of reaction to calculate the Kfactor for each product of reaction.Because the concentration of carbon dioxide and water content is measured in the dilute exhaust gas the concentration of raw exhaust gas values have to be calculated and applied to the calculation of the Kfactor which may be represented by the equation below.

The gaseous fuel internal combustion engine 10 of any one of claims 5 or 6 further comprising a transmission device 80 180 configured to transmit a stroke generated by the cam lobe 58 of the at least one camshaft 56 to the plunger of the at least one highpressure fuel pump 70.

The stroke of the pump cam 16 may be traced by for example a roll 33 arranged at the end of a pump operating lever 34 and transmitted to the pump piston 24.

An apparatus according to any one of claims 1 to 9 wherein the controlunit is configured to calculate from the received weight signals the amount of treatment solution delivered to the output controller from both the first intermediate container and the second intermediate container.

Hereafter the operation of the blood purifying apparatus 50 is described.The operation includes a removed body fluid weight measuring phase consisting of a first and a second phase and a feed weight measuring phase consisting of a third and a fourth phase the various phases being appropriately combined when the apparatus 50 is controlled.

The turbine machine of any preceding claim wherein the controller compares the predicted turbine outputs for the adjustments of the respective control parameters to select a first target control parameter having a first target adjustment and a second target control parameter having a second target adjustment that together result in the target turbine output and operates the turbine with the first target adjustment of the first target control parameter and the second target adjustment of the second target control parameter.

The objective function is a mathematical way of defining the goal of the control system.The objective function determines what is defined as optimal.Some general objective functions are to minimize fuel consumption maximize thrust maximize engine life minimize stress minimize temperatures follow reference pressures follow reference ratios of pressuresfollow reference thrust or power follow reference speed minimize or maximize actuator commands follow reference flows minimize dollars andor minimize costs.Figure 8 shows an example of using MPC to maximize thrust or Mach number on a detailed engine and flight simulator 80.This figure shows that for this operating condition the Mach number of the aircraft was increased 9 by using modelbased optimization in the control.The optimization algorithm used inside the control can be constrained or unconstrained linear or nonlinear.

The portable terminal of any one of the preceding claims wherein the portable terminal is adapted to output the information related to the event only on the auxiliary display area 120 in case the determined mode of the portable terminal corresponds to a situation in which the main display area 110 is not used.

It was mentioned above that the decision made in step 412as to whether or not an MMI handover between display areas 321 and 322 is appropriatewould be based on the assumption that the user 1 remains stationary.Since this may not always be the case in reality the embodiment of Figs 3 and 4 provides enhanced accuracy in the selective control of the display areas 321 and 322 by the provision of the face detection functionality provided by the image processor 340 in cooperation with the cameras 341 and 342.This functionality is performed as steps 420424 in Fig 4 in the form of a branch performed after the MMI handover determination step 412 but prior to the actual execution of the MMI handover in step 414

Method according to anyone of claims 1 to 6 characterized in that information on the transmitting gateway is included in a multiplex header.

The header analyzing unit 12 has a function of extracting the packet size of the user packet from theheader information 11A output from the packet input unit 11 a function of extracting from the header information 11A internal identification information to identify the user packet from other user packets in the input buffer a function of extracting destination user information representing the destination user of the user packet from the header information 11A and a function of outputting attribute information 12A containing the packet size internal identification information and destination user information.

The surgical stapling apparatus of any of Claims 1 to 10 wherein said layer comprises a buttress material.

Turning to the Drawings wherein like numerals denote like components throughout the several views in FIGS.12 a surgical stapling and severing instrument 10 includes a handle portion 12 that manipulates to position an implement portion 14 formed from a fastening end effector specifically a staple applying assembly 16 distally attached to an elongate shaft 18.The implement portion 14 is sized for insertion through a cannula of a trocar not shown for an endoscopic or laparoscopic surgical procedure.Advantageously an electrically actuated buttress deployment mechanism 20 reliability retains upper and lower buttress pads 22 24 respectively on an upper jaw anvil 26 and a lower jaw 28until tissue clamped within the staple applying assembly 16 is stapled and severed.Thereafter the electrically actuated buttress deployment mechanism 20 deploys the buttress pads 22 24 without undue force or ancillary surgical procedures e.g.use of a grasper.

Induction hob comprising a power stage 10 with at least one switching element 20 for enabling an alternating current flow through an induction element 21 and a control unit 11 providing an enabling signal P to the switching element 20 for enabling said current flow through said induction element 21 characterised in that the induction hob comprises a trigger generation unit 12 said trigger generation unit 12 receiving an oscillating voltage Vc provided at a first monitoring point 23 of the power stage 10 and a reference voltage Vdc provided at a second monitoring point 24 of the power stage 10 the trigger generation unit 12 being adapted to derive a trigger signal TS based on the oscillating voltage Vc and the reference voltage Vdc the trigger generation unit 12 being coupled with the control unit 11 for transmitting said trigger signal TS to the control unit 11 the control unit 11 comprising a delay unit 11.1 said delay unit 11.1 being triggered by the trigger signal TS wherein the delay unit 11.1 is configured to control the provision of an enabling signal P to the switching element 20 after elapsing of a delay time At.

Even if the use of a sensor associated to a magnetic field concentrator is preferred nevertheless a simple coil or several turns of conductive wire wrapped as a coil affected by the magnetic field changes can be used as a sensor as well.

The computer readable storage medium of any one of claims 10 to 12 wherein the assistive computing device is a mobile telephone.

The execution of phase 3 Authenticating the customer and identifying the teller machine is started by CAATM after the transmission of the information of the card to the AATM in phase 2.The termination of this phase with the validated PIN automatically starts phase 4 Setting up a secure channel.

An apparatus according to claim 1 wherein the control unit is configured to control the source flow controller the container selection controller and the output controller such that a continuous flow of treatment solution is provided to the treatment solution port when switching between the first mode and the second mode.

In the second phase the individual valves 14 15 and 16 are closed and then a drain fluid is poured into the drain reservoir container 8 in accordance with the flow rate of the drain transfer pump 5.On the other hand the fluids in the dialysate reservoir container 9 and the replacement fluid reservoir container 10 are discharged in accordance with the flow rate of the transfer pumps 6 and 7 respectively.

The data processing system of Claim 8 or 9 wherein the value for the property is a current value for the property received in response to a request to launch a navigation application 126 228 associated with the management system 100 1110.

Configuration and interaction with navigation tabs can be related to a system a state of the system a specific user task different types of users and to accompany specific user preferences as recorded for example in user profile user or needs.On a system level it is important to relate the grouping arranged with a navigation tab to an application of the system or a task that is to be preformed.In many cases a process graphic or the representation may be directly linked to a control object or a configuration setting.It is also possible to implement this as specific workplaces tailored to the application or task to be preformed.These specific workplaces use the tabs to be able to access the appropriate information for the application or task and easily switch between a plurality of appropriate displays ordesignated views.For example these may be operations such as start up operate change operation alarm handling tasks specific process related tasks maintenance tasks active or past work orders emergency actions shut down and so on.

A method of operating a wind turbine 1 comprising steps ofmeasuring an operating temperature in a plurality of components 3 4 5 of the wind turbine 1 yielding a plurality of measured operating temperaturesfor each measured operating temperature subtracting the measured operating temperature from a predefined maximum allowable operating temperature for the corresponding component 3 4 5 of the wind turbine 1 thereby yielding a plurality of operating temperature marginsdetermining a minimum operating temperature margin among the plurality of operating temperature margins andsetting at least one operating parameter of the wind turbine 1 in accordance with the minimum operating temperature margin.

According to a preferred embodiment and as indicated in figure 4 in module 14 the distribution coefficientis cyclically calculated aiming to modify it towards the value opt which reduces losses in the subsystem having the greatest index tx and which therefore has the component that is closest to its limit temperature at that moment.

A hearing instrument according to any of the preceding claims wherein the hearing instrument is further configured for mixing a plurality broadcasted messages parts of which are received simultaneously by the hearing instrument upon successful authentication of the respective transmitters of the plurality of broadcasted messages and for converting the mixed output into the acoustic signal for transmission towards the eardrum of the user of the hearing instrument.

FIG.10 shows a flow diagram for the initialization of a DECT receiver DECT RX e.g.after powerup of the receiver.The initialization procedure presumes a preceding pairing procedure wherein an authorization code allowing the DECT receiver to receive information from the DECT transmitter in question and a list of preferred slots SL1N where N is an integer indicating the number of slots in the list.N is limited to 240 and is preferably smaller than 120 such as smaller than 10 or 5.The slots need not be located adjacent to each other but can be located anywhere in the map cf.FIG.2.In other words a slot list comprising 3 slots N3 may be constituted by slots defined by any three different combinations of channel numbers p0 to 10 and time slot numbers n0 to 11 or 24 e.g.pn24 53 and 36 corresponding for example to i1 2 and 3 respectively.The initialization procedure comprises the following steps

A gas turbine engine comprising a fan and an intake liner the liner comprising at least two acoustic absorption segments forming a duct and an axially extending splice at each axially extending interface between segments the splice being located between the segments and where at least one of the splices comprises a first portion and a second portion the splice having a greater segment separating width in the second portion than in the first portion so that adjacent the first portion the segments are closer together than adjacent the second portion and where further the first portion is nearer to the fan than the second portion.

The splice of FIG.4 like that of FIG.3 is oriented over at least some of its length L substantially perpendicular to the shock orientation direction D.However because the shock orientation direction D changes along the shock so does the local orientation of the splice.For example near the aft end of the acoustic liner the shock locally forms an angle A with a circumferentially extending reference line 50.However at a more forward location the shock forms a more acute angle B.As a result the splice edges 46a 46b are oriented more axially in the vicinity of angle B than they are in the vicinity of angle A.In the limit as seen in FIG.4 the splice is curved so that its edges 46a 46b are curved to be locally substantially perpendicular to the local shock orientation direction along the length of the splice.The meanline 44 is likewise curved.Although the illustration shows a splice whose edges are approximately equidistant from the meanline a variable width splice with nonequidistant edges may also be used.The meanline would be curved even if the edges were nonequidistant.

The display device according to claim 9 wherein the data driver unit further applies the touch drive signal or the signal corresponding to the touch drive signal to a subset of the plurality of data lines including at least one data line corresponding to one electrode group selected as a touch sensing electrode group from among the plurality of electrode groups.

Additionally a parasitic capacitance may be formed between two neighboring sensing electrodes 15.For example it is assumed that capacitances of the sensing electrodes 15 are respectively measured in sequence.In this example when a capacitance of one of the sensing electrodes 15 is measured another neighboring sensing electrode 15 may be switched to be connected to the ground.A parasitic capacitance may be formed as a coupling component between the sensing electrode 15 of which the capacitance is measure and the sensing electrode 15 connected to the ground.The parasitic capacitance may also reduce the touch sensitivity similar to the abovedescribed parasitic capacitance formed between the sensing electrode 15 and the shielding layer 18.

The subsea unit 1 as claimed in claim 6 or 7 wherein the fasteners 19 are arcmounted bolts.

It should be clear that the subsea electronic system 10 may comprise further components that are not illustrated in figure 1 such as the components illustrated with respect to the subsequent figure 4.Other components may for example comprise a mount or a support structure by means of which the electronic component 12 is supported on a wall of the enclosure 11 or other elements commonly used in such systems.Enclosure 11 may for example be a subsea canister.It should further be clear that the electronic component 12 does not need to comprise a circuit board chips integrated circuits or any of above mentioned electronic elements but may comprise very simple electronics requiring cooling such the abovementioned power electronics.

The honeycomb structure as claimed in claim 1 characterized in that an amount of ion exchange with the iron ions of the zeolite is more than or equal to 1.6 mass.

Such a catalyst carrier is preferably constituted of a porous material.For example a specific surface area of the catalyst carrier is preferably from 10 to 1000 m2g further preferably from 30 to 600 m2g and especially preferably from 100 to 600 m2g.For example the porous material having an average particle diameter of 5 m or more and a specific surface area in the above numeric value range can satisfactorily be used as the catalyst carrier onto which the noble metal is loaded.

The activation management system for an electronic device as claimed in claim 3 wherein said signal filter disregards said acoustic signal if a magnitude of said acoustic signal is below a threshold.

Examples thereof include a mobile phone a digital camera having a sound recording function as well as an image recording function an IC recorder an information processing device such as a personal computer having an audio communication function a mobile device and a noise cancellation headphone hereinafter referred to as an NC headphone.

A system comprising a generator including an output stage configured to generate energy to treat tissue and a controller coupled to the output stage and configured to control the output stage and an energy delivery device coupled to the generator and configured to treat the tissue the energy delivery device including an electrode configured to deliver the generated energy to the tissue a plurality of temperature sensors including first and second temperature sensors the plurality of temperature sensors configured to be in thermal communication with the tissue and the electrode wherein the controller comprises a signal processor configured to estimate mass of the tissue and a thermal resistance scale factor of the tissue and the electrode based on the sensed temperatures of the tissue and the electrode and an output controller configured to generate a control signal to control the output stage based on the estimated mass and the estimated thermal resistance scale factor.

Prior to proceeding to step 334 to determine if the seal process is complete the algorithm performs a plurality of error checks.In particular the algorithm determines whether excessive fluid has entered the field or an object has been encountered that causes the impedance to drop unexpectedly to affect the ongoing tissue reaction.This event is identified by a negative deviationbetween the target impedance and tissue impedance e.g.tissue impedance is less than target impedance as represented by phase VI in Fig.5.Therefore to identify that this event has occurred and is real e.g.not an arcing event several conditions are verified.In step 344 the algorithm determines whether the impedance dropped below a reset threshold value RstLim above the lowest impedance reached ZLow and whether the impedance deviated sufficiently from the target request.This event is calculated based on the following formula Zt lt RstLimZLow amp Zt lt targetRstLim.It is recognized that the RstLim ranges from about 1 ohm to about 750 ohms.If no drop in impedance or deviation has occurred then the sealing process was successful and the algorithm proceeds to step 334 as discussed above.If a deviation has been detected then in step 346 the algorithm performs a subsequent verification.

The spraydried powder according to any preceding claims wherein the first particle has a mean particle size of between 350m and 500m preferably between 375m and 425m and the second particle has a mean particle size 350m and 500m preferably between 375 m and 425 m.

The detergent composition can be in any form for example the detergent composition can be in the form of a liquid.Alternatively and preferably the detergent composition is in the form of a solid such as in form of freeflowing particles or in the form of a tablet.Preferably the detergent composition is in the form of freeflowing particles such as agglomerates extrudates spraydried particles noodles needles flakes and combinations thereof.It may be preferred that the composition is not in tablet form.It may be preferred for the composition to be a granular laundry detergent composition.The detergent composition in freeflowing particulate form typically has a bulk density of from 450gl to 1000gl preferred low bulk density detergent compositions have a bulk density of from 550gl to 650gl and preferred high bulk density detergent compositions have a bulk density of from 750gl to 900gl.During the laundering process the composition is typically contacted with water to give a wash liquor having a pH of from above 7 to 11 preferably from 8 to 10.5.

The mobile terminal of claim 1 wherein the controller is further configured to turn off a fingerprint recognition function of the sensing unit when the display is switched from an active state to an inactive state and turn on the fingerprint recognition function of the sensing unit when the touch input is applied to the sensing unit while the display is in the inactive state.

Regarding use of facial information as the biometric information a facial image captured by the camera 121 is compared with facial images prestored in the memory 160 by a face recognition technique.Various known face recognition techniques are available.

Method according to claim 9 wherein the step of scheduling comprises selecting the header packet with the highest or lowest adapted time as next outgoing packet.

The operation of the time validity flag renewal circuit 121 provided within the scheduled transmission time storage 12 will be explained by referring a flowchart shown in Fig.11.

The mobile terminal of claim 2 wherein the controller is further configured to seamlessly display a first image output through a touchscreen provided to the side of the body and a second image output through a touchscreen included in the external terminal when the content is displayed in the overall shared area.

The intermediate level further includes an event handler 331 which receives coordinates and forwards occurring events between the various hardware and software components and a file handler 333 which allows the enduser applications 340346 and GUI handler 334 to access the local file system in the storage memory 305.

The security module of claim 1 wherein each respective first security value of each of the unassigned secure domains is different from each other first security value.

Moreover if the supplementary security domain of the application provider does not exist it is required to perform supplementary security domain creation and the supplementary security domain key distribution first.

The combustor arrangement 10 according to any one of claims 1 to 11 wherein each first burner 20 comprises first fuel supply elements 23 extending into the combustion cavity of the associated first burner wherein the first fuel supply elements 23 are connected with the fuel ducts 28 128 wherein the first fuel supply elements 23 are optionally axial swirler injectors flame sheet injectors EV or AEV burners.

While a combustor assembly 24 having a venturi 50 and venturi throat 52 is shown in FIGS.2 through 5 it should be understood that exemplary embodiment may include a combustor assembly 24 formed without a venturi such as shown in FIG.6 wherein like numbers represent corresponding parts in the respective views.FIG.6 illustrates an exemplary base load operation that results in outer premixed injection nozzles 80 establishing a first flame front in the first combustion zone 94 which is radially outward of center injection nozzle 62.First combustion zone 94 is located upstream of second combustion zone 97 that is created at center nozzle outlet 66.A third combustion zone 125 is located downstream of center injection nozzle 62 for example in the transition piece and in base load operation is fueled by late lean injectors 113 114 or alternatively late lean injectors 115116 andor 117118.In combustor assembly 24 three axially distinct combustion zones 94 97 and 125 are produced.

The capacitive position sensor system according to claim 1 further comprising a dummy capacitor being adapted to equalize the parasitic capacitance of each sensor capacitor node to ACground.

The combined output voltage VCOMBOUT on line 112 is applied as an input to signal processor 50 which includes a lowpass filter an analogtodigital converter for converting the filter output to a digital format and a digital signal processor DSP for analyzing the capacitance measurement and producing an object detection status output on line 60 for indicating the presence or absence of an object in proximity to the sensor strip 10.Of course the output voltage VOUT of operational amplifier 36 can be converted to a digital signal prior to applicationto circuits 92 94 and 96 if desired.By analyzing the sum of the absolute value of the differences of VOUTA VOUTB and VOUTC i.e VCOMBOUT the signal processor 50 is responsive to changes in the fringing capacitance of any sensor element of the strip 10.More importantly all commonmode variation due to factors such as sensor moisture temperature and sensor aging are cancelled out.

The method of Claim 1 further comprising the steps of measuring the stall margin to obtain the measured stall margin and comparing the measured stall margin with the required stall margin.

Turbofan engines are continually being developed and improved for maximizing their thrust capability with the greatest aerodynamic efficiency possible.Since the fan produces a substantial amount of thrust during operation noise is also generated therefrom and should be reduced as much as possible consistent with the various competing design objectives.

The surgical device of any preceding claim wherein the tube and the housing are monolithically formed.

In one embodiment of a surgical access device having a mechanically adjustable retractor diameter illustrated in FIG.11 the device can be configured and used similar to the surgical access devices 10 100 300 discussed above and can include a housing not shown similar to the housings 12 112 312 discussed above that is configured to seat one or more sealing ports therein and configured to be releasably or fixedly mated to a retractor 218.The retractor 218 can be similar to the retractors 18 118 318 discussed above have a circular elliptical or other crosssectional shape and include a proximal retractor base 220 coupled to a substantially flexible distal portion 222 having a proximal flange 224 and a distal flange 226 with an inner elongate portion 228 extending therebetween.As discussed above regarding the device 10 of FIGS.1 and 2 a retractor retaining band 244 can be positioned between the proximal retractor base 220 and the flexible distal portion 222 to help form a secure seal therebetween.

A nontransitory processorreadable medium storing processorexecutable instructions which when executed cause one or more processors to perform the method claimed in any of claims 1 to 11.

In the case of collisions occurring at the time of registration a plurality of feature vectors are registered as a list by using a chaining method as shown in FIG.3.In this case a too long list will cause a problem of a significant increase in costs of the distance calculation.Therefore in the present embodiment a threshold c corresponding to a list length n is set and when ngtc is satisfied the list is entirely deleted from the hash table.As a preliminary experiment various weighting used for information retrieving were performed and a result of the experiment did not present significant difference in the recognition rate.The deletion is advantageous not only for the recognition rate but also for speeding up and thus in the present embodiment the deletion is applied instead of the weighting.If there are a large number of feature vectors having an identical hash value the feature vectors do not much contribute to image recognition.Therefore deletion of such feature vectors hardly affects the image recognition.The abovedescribed processing is performed with respect to all the feature vectors registered in the database and the data registration is completed.

The apparatus according to claim 2 wherein the processor is configured to estimate the risk level by predicting that the perforation is not imminent upon detecting that the gradient is lower than the predefined gradient threshold.

An operator 30 inserts probe 22 through the vascular system of patient 28 so that a distal end 32 of probe 22 enters a chamber of heart 26.System 20 typically uses magnetic position sensing to determine position coordinates of the distal end inside heart 26.In this case console 24 comprises a driver circuit 34 which drives magnetic field generators 36 placed at known positions external to patient 28 e.g.below the patients torso.A magnetic field sensor 38 within the distal end of the probe generates electrical position signals in response to the magnetic fields from the coils thereby enabling processor 42 to determine the position i.e.the location and typically also the orientation of distal end 32 within the chamber.Sensor 38 also referred to herein as sensor P typically comprises one or more coils usually three coils orthogonal to each other.This method of position sensing is implemented for example in the CARTO system produced by Biosense Webster Inc.Diamond Bar California and is described in detail in U.S.Patents 5391199

A method according to claim 5 wherein the trusted platform module is a virtual trusted platform module.

When determining that the obtained entry is the last entry the tamper detection process unit 173 judges whether an unread hash information piece is present.When determining that it is present the tamper detection process unit 173 reads the unread hash information piece and performs the above operation.When determining that it is not present the tamper detection process unit 173 outputs a nontampering notice to the detection control unit 171.

The mobile device of claim 1 further including at least one input device 118 120 provided on the first and second housings.

Each of one surfaces of the first and second bodies 110 and 120 rotatably coupled to each other may include a recessed region 123a.The one surfaces face each other in the closed configuration and denote the upper surfaces of the front cases 111 and 121 see FIG.2 having the display units 113 and 123.

A drag knob for regulating drag force of a drag mechanism configured to brake rotation of a spool rotatably mounted to a reel unit of a fishing reel the drag knob comprising an operating member being rotatably mounted to the reel unit a coil spring extending and contracting in a rotary axis direction of the operating member in conjunction with rotation of the operating member a receiver member being configured to receive urging force of the coil spring and apply drag force to the spool and a slide member being disposed between the coil spring and the receiver member in the rotary axis direction the slide member having a friction coefficient less than a friction coefficient of the receiver member.

When the spinning reel described above is to be used the bail 43 will be pushed over to the line releasing side when the fishing line is to be reeled out.Then when the fishing rod is cast fishing line is reeled out from the spool 3.When thefishing line is to be retrieved the bail 43 is returned to the line winding side.When the handle 10 is rotated in the line winding direction in this state this rotational force is transmitted to the pinion gear 12 via the handle shaft 10a and the face gear 11.Then the rotational force transmitted to the pinion gear 12 rotates the rotor 2 which is coupled to the front portion of the pinion gear 12.In addition the rotational force transmitted to the pinion gear 12 simultaneously rotates the worm 15 via the intermediate gear not shown in the figures that is meshed with the pinion gear 12.When this occurs the slider 16 that meshes with the spiral grooves of the worm 15 is guided by the guide shaft 17 and moves forward and backward.When the slider 16 moves the slider 16 the spool shaft 14 and the spool 3 will reciprocate forward and backward.The fishing line guided from the bail 43 and the line roller 41 is uniformly wound forward and backward around the outer periphery of the spool 3 by the rotation of the rotor 2 and the forward and backward movement of the spool 3.When a spinning reel that operates in the abovedescribed manner is used if a fish is hooked and pulls on the fishing line with a force that exceeds a predetermined drag force the spool shaft 14 and the spool 3 will rotate relative to each other and the rear drag mechanism 45 will activate.Here with the rear drag mechanism 45 the drag force is set to a predetermined value with respect to the spool 3 by operating the first drag knob 50 and the second drag knob 51.

The manufacturing method of claim 2 wherein in the second cutting operation the block is cut so as to have a width of 15mm or more.

A plurality of rectangular Ndbased sintered magnets having dimensions of 100mm by 100 mm by 20 mm and magnetized in a direction of the thickness 20 mm were provided and subjected to the diffusion treatment.The diffusion treatment was carried out by mixing granular dysprosium fluoride with ethanol immersing the magnets in this mixture wherein faces of each of the magnets excluding one face perpendicular to the magnetization direction were masked and then heating the magnets in an Ar atmosphere at 900C for an hour.Cubes with a side length of 1 mm were cut out from a portion between the center of the face having subjected to the diffusion treatment and the depth at a distance of 1 mm from the treated face and from an inner central portion respectively of one of the magnets.Then magnetic coercive forces measured were 1700 kAm for the diffusiontreated face of the magnet and 1200 kAm for the inner central portion of the magnet.

The method of claim 10 further comprising after allocating antenna resources sending an allocation decision to each requesting channel unit indicating whether or not antenna resources were allocated to the channel unit and tracking at each channel unit an antenna access request successfailure rate for a corresponding transmitreceive assignment.

Through the processing of Fig.5 the mobile station 30 in communication decreases the received CIR because a directional beam is directed to itself while the mobile station 30 with no directional beam being directed thereto not in communication increases the received CIR therefore the processing is expected to present the effect of keeping down deviation of radio channel allocating opportunities among the mobile stations 30.In this case however the reception quality is not always good in practical communication even if the received CIR of the pilot signal is good.Therefore the base station can be configured to estimate the interference with the directional beam of its own cell at each mobile station 30 from the shape of the current beam the location information of each mobile station 30 etc.if possible and subtract it to suppose and compare reception qualities in practical communication environments.

An electronic device comprising a processor 1416 a memory 1418 communicatively coupled to the processor 1416 configured to store information operated upon by the processor 1416 and a user input device 102 comprising an illumination source 402 an image sensor module 406 a translucent layer 408 disposed above the illumination source 402 and the image sensor module 406 the translucent layer 408 comprising at least a first set of patterns 414 disposed thereon and a deformable layer 418 disposed above the translucent layer 408 the deformable layer 418 comprising at least a second set of patterns 420 the illumination source 402 configured to illuminate at least the portion of the translucent layer 408 andthe image sensor module 404 comprising a field of view corresponding to at least a portion of the translucent layer 408 the image sensor module 404 being configured to a detect a third set of patterns 804 when the first set of patterns 414 and the second set of patterns 420 are displaced with respect to each other.

Fig.12 to Fig.14 are force vectors reconstructed as the results of an experiment.Fig.12 is for the case of pressing vertically at one point in the center of a contact surface and Fig.13 is for the case of pressing horizontally at the same point.From these two results it is understood that reconstruction is possible for at least force vectors acting at one point.Fig.14 is for a case where two points of the contact surface are pressed and it will be understood from these results that distribution of forces contacting the surface are being reconstructed.This system has a simple theory and can be manufactured easily but because the images as they are do not constitute tactile information it is necessary to obtain horizontal movement vectors from the images by calculation.However with the advance in computers in recent years the problem of computing load has been substantially resolved and in the example actually described the time taken to obtain force vector distribution from taking the image was less than 100 ms using a Pentium III800MHz PC and this time is substantially proportional to the area of the contact surface in question.

Method according to anyone of claims 1 to 9 characterized in that the tunnelling information is a TEID.

Next if an unprocessed multiplexed packet is stored in the reception buffer step S203 in step S210 the reception processing apparatus 20 causes the header analyzing unit 22 to extract the multiplex information 31 which is header extension information based on the 3GPPLTE communication technique and including a multiplex flag group and a sequence number group from the header information 21A of the multiplexed packet and output the multiplex information 31 as multiplex combination information 22A step S210.

The method of any preceding claim wherein the movable device comprises a satellite positioning receiver for determining using a satellite positioning system the position of the movable deviceand the method further comprises determining the calibration location using the satellite positioning receiver.

Likewise there are three equations for the timing measurements mic.t4ti1u.h.f4fifor i123

The process according to claim 1 or 2 wherein the long chain branched first polymer is obtained by polymerizing propylene monomer and optionally at least one alpha olefin comonomer in the presence of a metallocene polymerization catalyst a diluent and in the absence of hydrogen.

Hence the branched polypropylene i.e.the longchain branched polypropylene obtained by the process of the instant invention is characterized in particular by extensional melt flow properties.The extensional flow or deformation that involves the stretching of a viscous material is the dominant type of deformation in converging and squeezing flows that occur in typical polymer processing operations.Extensional melt flow measurements are particularly useful in polymer characterization because they are very sensitive to the molecular structure of the polymeric system being tested.When the true strain rate of extension also referred to as the Hencky strain rate is constant simple extension is said to be a strong flow in the sense that it can generate a much higher degree of molecular orientation and stretching than flows in simple shear.As a consequence extensional flows are very sensitive to crystallinity and macrostructural effects such as longchain branching and as such can be far more descriptive with regard to polymer characterization than other types of bulk rheological measurement which apply shear flow.

Recording medium comprising computer executable program code configured to instruct a computer to perform a method according to any of the claims 16.

An overall operation of the printing device 10 is controlled by a microcomputer 300.As the microcomputer 300 a known microcomputer including for example a CPU a ROM and a RAM is usable.There is no specific limitation on the hardware structure of the microcomputer 300.Software is read into the microcomputer 300 and the microcomputer 300 acts as each of units described below.The microcomputer 300 acts as a storage unit 50 that stores various types of information on for example an image captured by the camera 26 a positionposture acquisition unit 52 that acquires the position and the posture of the printing subject 200 placed on the top surface 14a of the table 14 and a printing data creation unit 54 that creates printing data actually usable for printing based on printing data edited by an operator.

A method of acquiring electronic program guide information from event information tables comprised in a broadcast stream multiplex comprising audiovideo data and program information for a plurality of audiovideo services characterized in that the method comprises receiving 61 an event information table from an audiovideo service selected from said plurality of audiovideo services comprised in said broadcast stream multiplex said received event information table being one of a first type comprising event information related to the selected audiovideo service or of a second type comprising event information related to other audiovideo services comprised in said broadcast stream multiplex and if said type of said received event information table is of said first type 62b and its payload is different from a payload of a last received event information table that was used to update a database of electronic program guide information 63b updating 64 the database with electronic program guide information comprised in said received event information table.

The method according to the invention limits the time of processing all the EIT tables after changing the transponder.It is possible thanks to computing of the CRC checksum for the EIT table of a different type depending on the needs respectively for the ACTUAL or OTHER type.

The electronic device of claim 10 wherein the PMIC comprises at least one of a current source port and a low drop output LDO port for the battery discharge.

The embodiments account for a high percentage of gas swelling of the battery pack 30 in the PED 10.More specifically the embodiments mitigate or even prevent such swelling at high temperatures and high states of charge of the battery pack 30 and not merely reduce the swelling after the fact i.e.after the swelling is detected.

The analysis method according one of the preceding claims wherein the realtime nucleic acid amplification reaction RNR is a realtime polymerase chain reaction PCR.

In accordance with an embodiment of the invention the cycle number Cq quantitation Cycle number at which the growth signal exceeds a predefined threshold line e.g in relation to the baseline.This cycle number is also referred as the CT value in the art.Alternative methods for determining the Cq value from the growth signal may be used such as determining Cq by determining the maximum of the second derivation of the growth curve.

The window element according to any one of claims 15 wherein the interactive film 5 and the projection film 11 are at least partially superimposed and attached to the first pane 6.

As described above the digitizer 106 may be integrated into the display device 11 of the electronic device 10.In this case the input panel combined with the input device 100 100a or 100b may be the display device 11 of the electronic device 10.FIG.10 illustrates a structure of a part of the electronic device 10 for example the display device 11 in a crosssection.The digitizer 106 is integrated in the display device 1 l and thus the display device 11 itself may operate as an input panel capable of detecting the written contents of the input device 100 100a or 100b.

The RFOG of claim 1 further comprising a first phase modulator in optical communication with the resonator ring cavity the first phase modulator configured to apply a laser stabilization modulation frequency to a portion of the reference optical signal from the master laser device a second phase modulator in optical communication with the resonator ring cavity the second phase modulator configured to apply a first high frequency modulation to a portion of the CW optical signal from the first slave laser device and a third phase modulator in optical communication with the resonator ring cavity the third phase modulator configured to apply a second high frequency modulation to a portion of the CCW optical signal from the second slave laser device wherein a portion of the CW optical signal from the resonator ring cavity is directed to a first photodetector that converts the CW optical signal to an electrical CW transmission signal wherein a portion of the CCW optical signal from the resonator ring cavity is directed to a second photodetector that converts the CCW optical signal to an electrical CCW transmission signal.

Additionally in some embodiments the processing unit 104 outputs the calculated parameters to an optional display unit 108.For example in some embodiments the display unit 108 displays the geographic location velocity andor orientation e.g.pitch roll andor yaw of a vehicle in which the RFOG 102 is located.The display unit 108 can be implemented as any suitable display unit such as but not limited to various CRT active and passive matrix LCD and plasma display units.

The metallic component 100 as claimed in any one of Claims 9 to 13 further comprising a second repair zone 170 superposed on the first repair zone 140 the second repair zone 170 comprising a plurality of second repair layers 160 of the second material 150.

The material in an ALM process might be added to an existing structure in the form of cladding or for the repair or addition of fixings.Alternatively it may be the free form deposition of a material to form an independent structure.In blown powder ALM systems powder is delivered from a powder stock by a delivery system.The powder feed is directed into the path of a laser beam which heats the powder and melts it.Upon cooling a fully dense solid is produced.This process is repeated so as to provide the layered structure as desired.

The display apparatus according to claim 6 wherein if the extracted APL value is greater than or equal to the predetermined value the brightness compensating unit further comprises a histogram calculator arranged to calculate a histogram of the input image a maximum gray scale extractor arranged to extract a maximum gray scale of the calculated histogram and a compensation processor arranged to compensate for a gray scale of the input image based on a compensation coefficient that is set so that the extracted maximum gray scale corresponds to a predetermined gray scale value.

For example by use of the Look Up Table in which average luminance for one frame period and reference duties are held in respective correlation so as to take values on the curve a and the straight line b shown in FIG 15 the luminescence amount regulator 202 may set a reference duty according to the average luminance for one frame period calculated by the average luminance calculator 200.

Method according to claim 4 in which said element of information is obtained from said UE.

In step 401 the UE actively measures the MBMS service wherein the measurement triggering type is that the block error rate occurring by the UE receiving the MTCH channelexceeds a preset threshold T4 such as 10 then the measurement content or measurement log needed to be reported is recorded and the measurement content includes the radio signal quality RSRP and RSRQ values of the current network the bit error rate of the UE receiving the MTCH service channel the signal to noise ratio SINR of the MCH channel the identification of the MBSFN area where the UE is currently located the service identification and session identification of the MBMS service currently performed by the UE the identification of the serving cell where the UE is currently located and GPS geographical location and the recorded timestamp information.

The system of claim 5 wherein said game controller 154 authenticates packets received from said gaming console 100.

The present invention is directed to a solution for conveying virtual controller ports e.g.wireless controllers as distinct from the two physical controllers 1421 and 1422.The present invention also addresses the need to inform players of messages and system notifications.To accomplish these goals and others a wireless controller is provided that includes an LED indicator having quadrants that indicate a particular wireless controller and a notification system that interacts with games running on the console 100.

A calorific value measurement system 100 configured to measure a calorific value of measurement target mixed gas the system comprising a heater element 61 coming in contact with gas the heater element being configured to generate heat at a plurality of different temperatures a measurement module 151 configured to measure a value of an electric signal from the heater element and a determination module 152 configured to compare a determination value with a predetermined threshold the determination value being based on a measured value of an electric signal from the heater element the heater element 61 generating heat at a first temperature out of the plurality of different temperatures and to determine if the gas is measurement target or not based on a comparison result wherein the predetermined threshold is set based on a value of an electric signal from the heater element the heater element generating heat at the first temperature and being in contact with the mixed gas.

The multivariate analysis includes a support vector regression and multiple regression analysis disclosed in A.J.Smola and B.Scholkopf A Tutorial on Support Vector Regression NeuroCOLT Technical Report NCTR98030 1998 and Fuzzy Qualification Theory of Second Order disclosed in JPA5141999

The calorific value measurement system according to claim 1 wherein the mixed gas includes a plurality of kinds of gas components the determination value is a ratio between a measured value of an electric signal from the heater element 61 the heater element generating heat at the first temperature and a value of an electric signal from the heater element 61 the heater element 61 generating heat at the first temperature and being in contact with one gas component out of the plurality of kinds of gas components and the predetermined threshold is set based on a value of a ratio between a value of an electric signal from the heater element the heater element 61 generating heat at the first temperature and being in contact with the mixed gas and a value of an electric signal from the heater element 61 the heater element generating heat at the first temperature and being in contact with the one gas component wherein in particular the one gas component is a gas component having the highest rate out of the plurality of kinds of gas components.

The calorific value calculation formula creation system 20 further includes a calorific value calculation formula storage device 402 connected to the CPU 300.The calorific value calculation formula storage device 402 saves the calorific value calculation formula created by the calorific value calculation formula creation module 302.Further an input device 312 and an output device 313 are connected to the CPU 300.As the input device 312 for example a keyboard a pointing device such as a mouse or the like can be used.As the output device 313 an image display devicesuch as a liquid crystal display or a monitor a printer or the like can be used.

The method of claim 4 wherein applying the bandwidth profiling further comprises adding an indication of the packet colour to a data field in the packet.

FIG.2 is a graphical representation of load on the network 100 versus time utilized in a preferred embodiment of the present invention.A load level 200 for a plurality of GBR bearers provides a specific load level on the network for determining which attribute to use.The actual load 202 from the plurality of GBR bearers is also shown.In addition an actual load 204 from GBR and nonGBR bearers is also depicted.For each type of resource a limit of a load level for the plurality of GBR bearers may be set.When the actual load 202 is lower than the specified load level 200 the GBR bearers are allowed to exceed their individual GBR bit rate but not exceed their individual MBR bit rate i.e.rate policing is done on MBR for each GBR bearer as depicted in regions 206.However when the load 202 reaches or exceeds the specified limit of the load level 200 the GBR bearers are no longer allowed to exceed their guaranteed bit rate i.e.rate policing is done according to the GBR for each GBR bearer as depicted in regions 208.

The system according to claim 1 wherein the operation unit determines a value calculated by subtracting a control processing time tctrl from the control end time TGnend as the control start time TGnstart in which the control processing time tctrl is calculated by dividing a variance of wind power generation of each group by the ramp up or ramp down rate RGC of the gridcode.

The invention relates generally to the field of wind power generation and in particular to wind farms having multiple wind turbine generators.Specifically embodiments of the present technique provide a method and system to control power ramp down rate of a wind farm during high wind speed conditions.

A mobile wireless communications device communicating with a computing device having a second display a second near field communication NFC transceiver and a secondcontroller the mobile wireless communications device comprising a first display configured to a display a primary resource having at least one hyperlink therein associated with a secondary resource a first NFC transceiver and a first controller coupled to said first display and said first NFC transceiver and being configured to store the at least one hyperlink based upon displaying of the primary resource on said first display and without displaying the secondary resource on said first display and to send the stored at least one hyperlink to the computing device using the first and second NFC transceivers the second controller being configured to display the secondary resource associated with the at least one hyperlink on the second display.

While the webpage screen information 54 in the step S218 is being displayed if the second menu 53b e1 access disconnect is selected from the menus 53a 53b 53c and 53d shown in c of FIG.26 the controller 270 of the second terminal 200 stops displaying the webpage screen information 54 and is then able to switch to a current screen to a screen according to b of FIG.26.

The electronic device of claim 1 wherein the chassis has first recesses positioned about the opening and the plastic part is mechanically bonded to the metal of the chassis via first flow portions of the plastic part being positioned within the first recesses.

Sheet metal components formed by press molding commonly have narrow elastic deformation regions and are therefore highly rigid yet plastically deformable.To reduce plastic deformation either the sheet thickness must be increased or a material having a wider elastic deformation range must be used.However increasing the sheet thickness more than is needed from the standpoint of strength is contradictory to the requirements that portable devices be thin small and lightweight.Therefore it is preferable to use a material having a wide elastic deformation region but moldability is reduced in this case.The structure of the present invention can be formed using a metal material whose elastic deformation region is within a range that allows the shape of the boxshaped metal structure 100 to be obtained and the plastic deformation of the metal structure 100 is reduced at the same time by the use of the resin shell 200.Specifically since the peripheral ribs 102 and the peripheral resin ribs 206 deform in integral fashion the peripheral ribs 102 are not likely to add to the load distribution of the peripheral resin ribs or to buckle when subjected for example to a bending load and the amount of plastic deformation is therefore far less than it would be with only one set of ribs.

An electrical signal computing module capable of accommodating printed circuit board comprising a main case body 1 including a bottom case 11 having an external right side board 111 and an external left side board 112 wherein the external right side board 111 has a first external flow hole 1111 and a second external flow hole 1112 an internal board set 12 being disposed within the bottom case 11 and further including a front right side board 121 fixing to the external right side board 111 and having a front side flow hole 1211 wherein air flows in sequence through the second external flow hole 1112 and the front side flow hole 1211 into the main case body 1 a front middle board 122 having a front middle flow hole 1221 a rear right side board 123 fixing to the external right side board 111 and having a plurality of rear right side flow holes 1231 wherein the rear right side flow holes 1231 are formed by the first external flow hole 1111 a rear middle board 124 and a rear left side board 125 fixing to the external left side board 112 a transmission circuit board 13 being disposed within the bottom case 11 and having a plurality of transmission flow holes 131 wherein a first accommodating area 21 is formed by the transmission circuit board 13 the front right side board 121 and the front middle board 122 a second accommodating area 22 is formed by the transmission circuit board 13 the front middle board 122 and the external left side board 112 a third accommodating area 23 is formed by the transmission circuit board 13 therear right side board 123 and the rear middle board 124 a forth accommodating area 24 is formed by the transmission circuit board 13 the rear middle board 124 and the rear left side board 125 wherein the air flows in sequence through the first external flow hole 1111 and the rear right side flow holes 1231 into the third accommodating area 23 wherein the air flows from the third accommodating area 23 through the transmission flow holes 131 into the first accommodating area 21 wherein the air flows from the second accommodating area 22 through the front middle flow hole 1221 into the first accommodating area 21 a first main circuit board module 14 being disposed in the first accommodating area 21 connecting to the transmission circuit board 13 and further having a plurality of lower blowers 141 a first side heat leading tunnel 142 a second side heat leading tunnel 143 a first main processor 144 a second main processor 145 a side heat flow hole 146 and a plurality of memory devices 147 wherein the lower blowers 141 are disposed in front of the first main circuit board module 14 and draw the air out of the first accommodating area 21 the first side heat leading tunnel 142 is disposed on right side of the first main circuit board module 14 and close to the side heat flow hole 146 the second side heat leading tunnel 143 is disposed on left side of the first main circuit board module 14 the first main processor 144 is disposed on the first main circuit board module 14 and close to the transmission circuit board 13 the second main processor 145 is disposed on the first main circuit board module 14 and close to the first side heat leading tunnel 142 the side heat flow hole 146 is disposed on right side of the first main circuit board module 14 the memory devices 147 flank the second main processor 145 wherein the lower blowers 141 draw the air out of the first accommodating area 21 so the air from external of the bottom case 11 flows in sequence through the front side flow hole 1211 and the side heat flow hole 146 into the firstaccommodating area 21 and the second main processor 145 and a second main circuit board module 15 being disposed in the first accommodating area 21 and being above the first main circuit board module 14 also connecting to the transmission circuit board 13 wherein the second main circuit board module 15 has a plurality of upper blowers 151 the upper blowers 151 are disposed in front of the second main circuit board module 15 and draw the air out of the first accommodating area 21 wherein the lower blowers 141 and the upper blowers 151 draw the air out of the first accommodating area 21 so the air in the third accommodating area 23 flows into the first accommodating area 21 and the air in the forth accommodating area 24 flows into the second accommodating area 22 wherein the air on the first main circuit board module 14 flows through the first main processor 144 the memory devices 147 and the second main processor 145 the lower blowers 141 then draw the air out of the first accommodating area 21 wherein the air in the second accommodating area 22 flows through the front middle flow hole 1221 into the second main circuit board module 15 the upper blowers 151 then draw the air out of the first accommodating area 21.

Next FIG.10 shows a schematic horizontal planar configuration corresponding to the section of one CTL module 10 seen from above ofthe basic chassis 100.Further the arrow marks show representative flow and a flow amount of the cooling air to be described later.The front part 1 has the HDD modules 30 and the rear part 2 has the CTL module 1 10 and the two left and right power source modules 40.Two fans 43 as a fan unit 42 are provided in a row in a backandforth direction on the rear side of the power source module 40.Ventilation holes 96 are provided at the illustrated positions in each partition plate 95 between the CTL module 10 and the power source module 40.An area 114 in which a block 150 is disposed above such components as ICs on the substrate is provided in the CTL module 10.

The downconversion circuit 30 according to any preceding claim wherein the passive output combiner network 90 is tunable to adjust magnitudes and phases of the first and the second downconverted signals.

This idea is mainly intended for IF mixers.Therefore an oversampled LO signal can be used to accurately generate a waveform with desired duty cycle.The accuracy in duty cycle is expected to be better than using other methods based on matching of components andor voltage levels.Being able to use switched mixer solutions and integer ratios of components that need to be matched is a great advantage.

The lithographic printing plate precursor according to claim 6 wherein the cation corresponding to Y is selected from a proton cations of alkali and alkaline earth metals cations of metals of the groups 3A 4A 5A 6A 7A 8 1B 2B 3B 4B of the periodic table and cationsof any of formulae K to Owherein R1R4 each independently is H alkyl aryl alkenyl or alkynyl and R11R16 each independently is a monovalent organic residue.

Composition ratiomolar ratiothe left repeating unitcentral reating unitright repeating unit304040Weight average molecular weight50000

The power tool according to any preceding claim wherein said flywheel ring rotates at a speed in a range of from about 2500 rpm to about 20000 rpm.

The crosssection of the driving block 5 has an I shape.The upperside 52 of the driving block has a fixed pin axis 85 the underside 51 is coupled to the outer bulge of the driving block 5 the middle part is settled in the arcuate slot 192 of the slot board 19 and holds the driving block 5 fixed in the slot board and allows it to slide relatively.

The information processing apparatus according to Claim 1 wherein the memory 12 13 14 is further configured to store at least one operating system at least partially.

Depending upon kind of the processor 100 interrupt masking of a combination of the foregoing 1 and 2 or a combination of 1 and 3 may be provided frequently.When the processor having the latter combination is employed theinterrupt level is assigned depending upon importance and minimum response period of the corresponding input and output device.For example an interrupt from a network requiring a short response period is set at higher level than that of the interrupt from the switch 105 the storage device 106 and so forth.

The method of claim 7 wherein the detecting a privacy condition in the wireless device comprises using signal analysis to detect electronic signals that indicate the wireless device is in a nonprivate environment.

According to one aspect of the present invention there is also provided an apparatus and method for automatically transmitting a predetermined voice message from a portable wireless terminal to a calling partners terminal over a currentlyestablished traffic channel when the portable wireless terminal enters a speakerphone call mode.

A computerreadable recording medium having stored thereon instructions which when executed by a computer of an information processing apparatus causes the computer to execute the steps of displaying a screen in which is performed an operation for controlling another apparatus and managing an error occurring in the other apparatus and controlling displayingnondisplaying of error information indicating an occurrence of the error wherein the displayingnondisplaying of the error information is controlled based on a relationship between the error occurring and a screen displayed in the displaying step.

As shown in FIG.1 the personal computer 11 has a status monitor 15.The status monitor 15 serves to obtain status information 51 refer to FIG.5 FIG.6 and FIG.7 and identification code information 55 refer to FIG.6 from the printer 21 using an SNMP protocol.The status information 51 refer to FIG.5 FIG.6 and FIG.7 includes numerical value data and the like showing the status of the printer 21.The identification code information 55 refer to FIG.6 includes character string data and the like indicating at least the IP address 52 the job name 53 and the user name 54.

A method of representing at least part of an organisation by generating at least one model to represent the said part of the organisation said model allowing the generation of a response to a request for factual andor predictive information in relation to the said organisation said method comprising the steps of including in said model a plurality of items representing features of the organisation identifying one or more databases which include data relating to the organisation identifying one or more sources of data external to the said model and wherein at least some of said items are linked to at least one further item in the model andor at least one of said databases andor at least one of the sources of data external to the said model.

In a yet further aspect of the invention there is provided an organization representation system said system including at least one business model representing at least one task to be performed within the organization identifying for said business model a series of elements which are requited to be performed as part of the business model identifying one or more components which are required to be utilized to allow each element to be completed graphically representing each of said elements in a manner to allow user interaction therewith linking the appropriate components to each element wherein upon user interaction with said element access is gained to said one or more components for that element.

The electronic device of any preceding claim further comprising a circuit board received in the enclosure member wherein the conductive material portion of the support member is connected to the circuit board to provide grounding of the circuit board.

The second image input unit 127 faces a direction which is opposite to a direction faced by the first image input unit 115 see FIG.1 and may have different pixels from those of the first image input unit 115.

The network device of claim 8 where the processor is further to select a set of existing LI sessions from the stored LI session records associated with the lowest priority determine whether there exists at least one LI session in an idle state in the selected set of existing LI sessions and select an LI session associated with a longest idle time as the particular LI session to terminate when there exists at least one LI session in an idle state in the selected set of existing LI sessions.

In a second manner the interception center assigns the interception task of intercepting the target users A and B to an interception gateway after receiving the interception task sent from the interception center the interception gateway forwards the interception task to the interception NE.

The method of claim 11 further comprising providing the PS through the first modem when an electric intensity of a signal received from a second BS supporting the first RAT for the second time is equal to or greater than the reference electric intensity and continuously providing the PS through the second modem when a signal received from a second BS supporting the first RAT for the second time is less than the reference electric intensity.

If the dual mode mobile terminal does not move between cells and is not positioned in the shadow area the dual mode mobile terminal returns to step 400 so as to repeatedly detect the WCDMA signal in the CDMA idle state.Through the abovedescribed steps in order to prevent the pingpong phenomenon from frequently occurring the dual mode mobile terminal can detect the WCDMA signal after a long time using a waiting time which exponentially increases according to an increase of the number of the pingpong occurrences if the dual mode mobile terminal does not switch the CDMA mode into the WCDMA mode.

An image forming method for controlling an image forming apparatus wherein the image forming apparatus comprises a carriage 3 that includes at least one head and is moved for scanning in a mainscanning direction the head including a black nozzle array 4k2 in which a plurality of nozzles for ejecting black droplets are arranged and a color nozzle array 4c1 4c2 in which a plurality of nozzles for ejecting color droplets are arrange the black nozzle array 4k2 being disposed at a position shifted in a subscanning direction downstream in a medium conveying direction with respect to the color nozzle array 4c1 4c2 and a conveying unit 13 14 16 to 18 configured to convey a recording medium 10 in the subscanning direction and the image forming method comprising forming an image by the color nozzle array 4c1 4c2 in a main scanning in one direction relatively moving the recording medium 10 to a subsequent mainscanning position thereafter and forming an image by the black nozzle array 4k2 on the image formed by the color nozzle array 4c1 4c2 in a following main scanning in the other direction so as to complete an image for one scanning area.

In this overlap printing method in the case of colored inks as is shown in Figure 12 raster lines 1 3 5...19 are recorded in the first pass forward pass and raster lines 6 8 10...24 are recorded in the second pass reverse pass.The raster lines 6 8 10...20 are recorded so that they fill the spaces between the already recorded raster lines 5 7 9...19.The raster lines 22 and 24 are newly recorded with one raster line left blank between the respective raster lines.The raster lines 21 23 and 25 that constitute the gaps between the raster lines 22 and 24 are recorded for the first time in the fifth pass forward pass.The raster lines 11 13 15...29 are recorded in the third pass.The raster lines 11 13 15 17 and 19 were already recorded in the fist pass and are therefore recorded for the second time here.As a result of this second recording pass all of the pixels of the raster lines 11 13 15 17 and 19are recorded.Then the raster lines 27 and 29 are newly recorded with one raster line left blank between the respective raster lines.Printing is then subsequently repeated in the same manner.

The window element according to claim 6 wherein the interactive film 5 and the projection film 11 are attached on the surface of the first pane 6.

The representative configuration of such electronic devices is related to a portable terminal e.g.a portable phone or a smart phone and some components may be omitted or changed as needed.First as an example of an electronic device to which the present disclosure is applied a configuration of a portable terminal will be described with reference to FIGS.11 to 13.

A gas turbine component according to any one of claims 1 to 5 wherein the thickness of the thermal barrier layer 12 is from 0.1 to 1 mm.

The present invention generally provides a process for protecting a thermal barrier coating TBC on a component used in a hightemperature environment such as the hot section of a gas turbine engine.The invention is particularly directed to a process by which a CMAS inhibitor is applied so as to form a protective deposit on the surface of the TBC as well as infiltrate porosity within the TBC thereby providing the benefits of an additive portion overlying the TBC and available for sacrificial consumption as well as an internal portion within the TBC to maintain a level of CMAS protection in the event the additive portion is breached or lost through spallation erosion andor consumption.

The coating system of claim 1 wherein the diffusion barrier layer consists essentially of a nickelbase alloy.

Fig.2 illustrates an arrangement of a combustor liner 22 and a transition duct 24 and shows by a thick arrow the passage of the hot gas therethrough.In fact in a turbine between the combustor liner 22 and the transition duct 24 there are normally provided additional combustor liners forming the so called combustor basket.The compressor discharge air is mixed with the fuel combusted near the top of the combustor basket.The basket is designed to contain the flame to mixin diluent air to control temperature emissions and smoke to channel the hot gases into the turbine and to provide for air cooling of the metal walls.The combustor liner 22 and the transition duct 24 have been near netshape formed by VPS in accordance with the present invention and have a multilayered structure shown in crosssection in Fig.3 for the combustor liner made with a reusable mold and in Fig.4 for the transition duct made with a destructible mold.

The manufacturing method according to claim 12 wherein the heat conduction layer extends inwards radially along the outside surface of the circular rim or covers the outside surface of the circular rim.

Said electroplating is to attach two metal layers to the surfaces grinded in the grinding step by means of electroplating.The strengthen layers 111 are then provided to the main body 1.In some possible embodiments of the present invention the whole main body may be electroplated so that metal would attach to the ungrinded surfaces including the inner surface and the outer surface.The additional metal may bring user a special appearance.In the present embodiment metal can be ensured attaching to only the grinded surfaces by coating resin before or after grinding.Thus ungrinded surfaces are covered by resin and are nonconductive to which the metal can not attach by electroplating.

The paint film protection sheet according to any one of Claims 1 to 4 wherein the tackifier resin TH is a rosinbased resin.

A preferable natural product is rosin.A rosin can be modified into derivatives such as a disproportionated rosin a hydrogenated rosin a polymerized rosin a maleated rosin and a fumarated rosin.Preferable tackifier resins include a rosin phenol resin and a rosin ester.Rosin phenol resins include a resin obtained by addition reaction of a phenol to the rosinbased resin such as natural rosin and a rosin derivative and a socalled rosin modified phenol resin obtained by causing a resol phenol resin to react with a rosinbased resin.A rosin phenol resin can be used as a metal salt of a rosin phenol resin.A rosin ester is an esterified compound obtained by reacting the rosinbased resin with a polyvalent alcohol.And also a rosin phenol resin can be transformed into an esterified compound.

Horizontal axis washing machine according to any of claim s10 to 12 wherein it comprises a user interface 12 for inputting a indication of high load or the like such input triggering the adoption of the fast speed rotations F at predetermined intervals.

The rinsing procedure starts by causing the laundry machine 100 to load clean water.The control unit 130 commands the opening of the electrovalve 120 for example for a predetermined time interval or in case the flow meter 125 is provided until the reading of the flow meter 125 itself about the amount of clean water loaded reaches a predetermined value.In the example of Figure 2A the amount of clean water loaded in the first stage is advantageously approximately 2022 liters the water may be loaded in one or more shots.

The fluid ejection device according to claim 3 wherein the volume V2 is V10.007.

Fig.1 is a configuration drawing showing the fluid ejection device as a surgical instrument.In Fig.1 a fluid ejection device 1 includes a fluid supply container 2 in which fluid is stored a pump 10 as a fluid supplying unit a pulsed flow generator 20 as a pulsed flow generating unit configured to transform fluid supplied from the pump 10 into a pulsed flow and a drive control unit 15 as a controller configured to control drive of the pump 10 and the pulsed flow generator 20.The pump 10 and the pulsed flow generator 20 are connected bya fluid supply tube 4.

The method of claim 2 wherein the first home zone is a home network associated with the primary subscriber identity wherein the second home zone is a home network associated with the temporary subscriber identity and wherein the visited zone is a visited network for the primary subscriber identity.

In the process according to the invention illustrated in Figure 3 the Mobile station 10 establishes contact with a first visited network 12 14 as in conventional roaming steps 2123.Thus after the Mobile Station 10 is successfully established in roaming mode it initiates a data call 34 to the server 18 giving it the information it needs to initiate the transfer.If a single server 18 covers a number of different territories this information would include the identity of the network 1214 on which is it currently roaming.Other than the fact that it is set up automatically this call 34 is set up in the same manner as a conventional outgoing call 24 as already described.

The electronic apparatus 100 as claimed in any one of claims 1 to 4 further comprising a detector 150 configured to detect whether one or more terminal devices 300 are located within a preset threshold distance from the detector and a display 160wherein the controller 140 is configured to control the second communicator 120 to transmit a signal to the new terminal device 300 requesting the terminal information of the new terminal device 300 in response to detecting that the new terminal device 300 is located within the preset threshold distance and the controller 140 is configured to control the display 160 to display a list user interface of one or more terminal devices already registered with the AP when the terminal information of the new terminal device 300 is received through the second communicator.

As shown in FIG.4 the first electronic apparatus 300 wirelessly connects to the AP 20 for communication S610.In the meantime the first electronic apparatus 300 is wirelessly connected with the remote controller 400 for communication S620.Here when the first electronic apparatus 300 is wirelessly connected to the AP 20 in accordance with a WiFi protocol the remote controller 400 may be wirelessly connected to the first electronic apparatus 300 in a different protocol for example Bluetooth.Accordingly the remote controller 400 may transmit a control signal based on user manipulation to the first electronic apparatus 300 and the first electronic apparatus 300 performs an operation corresponding to the control signal.

An apparatus for providing broadcast information the apparatus connected to one or more broadcast receiving devices over a network the apparatus comprising an interestinformation collection unit configured to collect interest information from the one or more broadcast receiving devices and a tagdetermining unit configured to determine interest tags for a plurality of programs and an order interest order of the interest tags by using the interest information wherein the interest tags and the interest order are transmitted to the one or more broadcast receiving devices and the one or more broadcast receiving devices displays the determined interest tags on any one plane of an XY YZ and ZX plane in an XYZ coordinate system on a screen and displays general broadcast information on a remaining plane to implement a program guide.

According to another exemplary embodiment of the present invention an apparatus for displaying electronic program guide EPG content for a plurality of programs is provided the apparatus including a receiver which receives the EPG content for the plurality of programs and an EPG processor which parses the received EPG content and determines tags associated with the received EPG content.

The apparatus of claim 10 wherein the predetermined response criteria comprises the one or more response messages including both FHS and EIR packets corresponding to the source apparatus the FHS packet having a received signal strength indication RSSI at or above a predetermined signal strength level.

The host cell phone 201 scans for the broadcasting devices 103 to determine if there are any candidates available for the APC function.If no broadcasts are detected the APC function checks to see if any devices have already been saved to a memory 104.This saved information has been referred to as a second set in this text.If no devices are saved to the memory in the second set the APC operation is terminated.In some embodiments the scan may continue as long as the APC operation is enabled.Other embodiments may include without being limited to the use of a timer to disable the scanning after a specified period of time andor to schedule periodic scan cycles.If the host cell phone 201 detects a broadcast 103 then the APC function may read 105 the DI 206 that is contained in the received broadcast.

The information processing system 1 according to any one of claims 1 to 22 characterized in that the information processing unit 14 22 changes the correspondence relation so that a difference from the unchanged correspondence relation gradually decreases in response to the movement andor the orientation of the controller 5 in a direction opposite to the predetermined direction when the controller 5 is operated to a predetermined change limit in a direction opposite to the predetermined direction.

When the CPU 311 has determined the virtual camera distance Kk step 155 or when CPU 311 has calculated the virtual camera distance Kk step 195 or when the CPU 311 has reset the switching time t to zero step 205 the left virtual camera Hk is disposed in the virtual space step 215.Specifically the CPU 311 updates the imaging direction data 504 by adding the angular velocities of the rotations about the respective axes which are represented bythe angular velocity data 503 having been referred to in step 125 to the rotation angles relative to the respective axes which are represented by the imaging direction data 504.When the imaging direction data 504 has been updated the CPU 311 moves the left virtual camera Hk in the xaxis negative direction so as to be distanced from the originating point O of the virtual space by the virtual camera distance Kk.The CPU 311 disposes the left virtual camera Hk at the rotation angle relative to each axis which is represented by the imaging direction data 504 having been updated by rotating about the originating point O of the virtual space the left virtual camera Hk having been moved.Thus the CPU 311 is allowed to dispose the left virtual camera Hk in cooperation with the movement of the game apparatus 10 as described above.

The medicated module of any of the preceding claims wherein the housing comprises a medicamentreservoir portion 214 314 wherein the medicamentreservoir portion 214 314 is capable of holding a volume greater than the medicament cavity 206 306 and wherein prior to actuation of the slidable bung 202 302 the medicamentreservoir portion 214 314 is in fluid communication with the medicament cavity 206 306 wherein the medicamentreservoir portion 214 314 is at least partially filled with the second medicament 224 324 such that the medicament cavity 206 306 is completely filled with the second medicament 224 324.

The first and second gaskets 2 3 are fluidtightly and movably fitted into the cylindrical body 1 and spaced from one another to form a fluid chamber 4 between them.

The method of any one of claims 8 to 12 wherein the first home zone is one of a home network associated with the primary subscriber identity wherein the second home zone is a home network associated with the temporary subscriber identity and wherein the visited zone is a visited network for the primary subscriber identity or a local location area associated with the primary subscriber identity wherein the second home zone is a local location area associated with the temporary subscriber identity and wherein the visited zone is a nonlocal location area for the primary subscriber identity.

The callrouting programme 44 configures the mobile station 10 to route outgoing call requests to the POP server 19.These call requests include the users permanent original directory number CLI.On receiving such a request the POP server 19 generates a call request to the directory number 16 dialled on the handset.The user is then put in contact with the final destination.However whilst forwarding the call the POP server 19 will overwrite the CLI of the caller 10 with the directory number associated with its original subscription thereby allowing a called party 16 Figure 1 to identify the caller by his usual directory number.

The branching unit 210 of claim 1 wherein the first mode is a powered mode of the optical bypass switch 345 subject to the optical bypass switch 345 receiving electrical power via the optical cable above a power threshold and wherein the second mode is an unpowered mode of the optical bypass switch 345 subject to the optical bypass switch 345 receiving electrical power via the optical cable below the power threshold.

According to the present invention by contrast the Raman pump light propagated through one line is redirected to the other paired line so that the redirected pump light may be introduced into the EDF inserted in the paired line.This arrangement permits amplification control to be performed such that the optical amplifications of up and downlines are interrelated with each other.Since Raman amplification is performed with respect to one of the up and downlines while optical amplification by means of the EDF is performed with respect to the other line optical signals on the two lines can be amplified with high efficiency and as a consequence no repeaters need to be arranged in the up and downlines.

The ultrasound image display method of claim 1 wherein the receiving of the selection of the at least one range comprises displaying a setting window for setting the at least one range on a screen and receiving the selection of the at least one range through the setting window.

Referring to FIG.2 the operation of displaying the stereoscopic information related to the ultrasound sectional plane of the target object based on the height information h operation S400 may include displaying the stereoscopic information related to the ultrasound sectional plane in a stereoscopic space by using the depth information d as a first axis the capture time information t as a second axis and the brightness information as a third axis.For example as shown in FIG.3 the stereoscopic information related to the ultrasound sectional plane may be displayed with respect to a plane formed by an axis of the depth information d an axis of the capture time information t and a height axis of brightness values of the ultrasound sectional plane of the target object.

The heat pump system of claim 1 wherein the means configured to block the refrigerant flow toward the water heat exchanger includes a refrigerant circuitshutoff valve 33 34 provided at one or both of an outlet and an inlet of a refrigerant circuit connected to the water heat exchanger 35.

In the defrosting operation used in the heat pump system 1 in Modification 3 the aqueous medium cooled by evaporation of the heatsourceside refrigerant is liable to freeze because not only is the second usageside heat exchanger 101a made to function as an evaporator of the heatsourceside refrigerant but the first usageside heat exchanger 41a is also made to function as an evaporator of the heatsourceside refrigerant.

Micro base station 1 according to claim 11 wherein said quality parameters are at least one parameter taken in the whole of parameters comprising the power level the bandwidth and the signaltonoise ratio

Then when a communication request occurs for any one mobile station MSk of the mobile stations 72 to 74 and communication with the femto base station 4 is thereby performed a measurement instruction is transmitted to the mobile station MSk steps S105 and S106.The mobile station MSk measures the reception quality level of a common pilot signal transmitted by the femto base station 4 in response to the instruction from the femto base station 4 and transmits its measurement report to the femto base station 4.Then the femto base station 4 receives the measurement report from the mobile station MSk and sets a flag Fk corresponding to the mobile station MSk that has completed the measurement to 1 steps S 107 and S108.

Opening mechanism according to any of the preceding claims characterized in that the locking element 38 is comprised of a fastening plate 40 by means of which the locking element 38 can be fastened to a part of a lockable device.

The mechanism for the automatic return of the rod clickshut is made by an horizontal helical spring 3 and a pin 4 that drives the spring 3.

The signal processing method of claim 12 characterized in that the filters 2241224M are lowpass filters bandpass filters or highpass filters or their combination.

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