bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: 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.

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

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: CICAM 20 according to any of the previous claims 1112 comprising a male Type A USB connector 27.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: An airfoil blade comprising a metallic erosion strip 16 disposed on a leading edge 14 of said airfoil blade component 12.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: The surgical stapling apparatus of any of Claims 1 to 10 wherein said layer comprises a buttress material.

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.