bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A return electrode monitoring system according to any preceding claim wherein the controller is configured to determine the complex impedance across the at least one pair of split electrode pads as a function of at least the reactance.

Related passage: If the drive signal is either a sine or a square wave the frequency of the drive signal is swept from a first predetermined frequency e.g.fa to a second predetermined frequency e.g.fb across the resonance range.The drive signal passes through the patient and is returned to the detection circuit 22 via the second electrode pad 42.In addition to measuring the amplitude of the drive signal to obtain the magnitude of the impedance the detection circuit 22 also measures voltage current and phase thereof with respect to frequency.More specifically for each frequency the voltage sensor 54 measures the voltage and the current sensor 53 measures the current.The measured voltage and current are then transmitted to the controller 24 which determines a phase difference between the measured voltage and current outputs.The controller 24 calculates the phase for both the voltage and current of the REM CLK signals as measured by the detection circuit 22.The controller 24 also calculates the phase difference between the measured output voltage and current.In one embodiment the detection circuit 22 may also be adapted to determine the phase difference directly.The phase difference between the output voltage and current is substantially the same as the difference between the output current and the drive signal REM CLK.Therefore measuring the phase difference between the output voltage and current allows for a determination of the phase difference between the drive signal and the output current.
Patent claim: A mobile terminal 100 comprising a wireless communication unit 110 configured to provide wireless communication a touchscreen 151 a motion sensor 140 configured to detect a motion of the mobile terminal and a controller 180 characterized in that the controller is configured to receive a touch input through the touchscreen in combination with a rotation of the mobile terminal detected through the motion sensor and execute a specific function on the mobile terminal corresponding to the combination of the touch input and the rotation of the mobile terminal.

Related passage: The sensing unit 140 of the portable terminal according to the present exemplary implementation may be equipped with a motion detector such as a gyro sensor or the like for detecting motion of the portable terminal.
Patent claim: The vehicle according to claim 9 wherein the power switching device is configured as a synchronizer configured to selectively synchronize the output unit and the transmission unit andor wherein the operation modes of the vehicle comprise an electrical vehicle EV mode and a hybrid electrical vehicle HEV mode and the HEV mode comprises at least one of a series operation mode a parallel operation mode or a seriesparallel operation mode and each of the EV mode and the HEV mode comprises at least one of a frontwheel drive operation mode a rearwheel drive operation mode or a fourwheel drive operation mode preferably the operation parameter of the vehicle comprises at least one of an electric quantity of the power battery a speed of the vehicle a maximum discharge power of the power battery a slope of a road where the vehicle runs on a required torque of the vehicle or a required power of the vehicle.

Related passage: The driving power correcting means 150 computes the drivingpower correction part on the basis of the driving power variation part found in the driving power variation part estimating means 140 computes the target torque Tm of the motor 19 and sends the target torque Tm of the motor 19 to the motor controlling unit 37 through the LAN.
Patent claim: The robotic work tool system 200 according to claim 1 wherein the cutting load determined is based on an average of the load exerted on the cutting blade 160.

Related passage: The number of operations i.e.lawn mowing sessions during a given period of time depends on factors including the mowing capacity of the robotic lawnmower 100 i.e.the area to be covered for a particular period of operation the lawn area and the type of grass including factors such as speed in which the grass grows and the frequency which it needs to be cut.It is desirable to program the robot to operate for only the minimum number of times that will maintain the lawn at the desired cut level.Previously the schedule programming process required a relatively large number of input operations from the user including inputting data such as the exact date and time of the week the robot should engage in the mowing process.Also a user was previously required to change the scheduling program during an initial period of operation until an optimum operation schedule was determined The presently disclosed method for robot scheduling automatically determines the required scheduling data by employing at least one of the methods described below.
Patent claim: The method of claim 10 further comprising in response to determining that the total number of active unlock display screen objects exceeds the predetermined threshold selectively replacing in accordance with input received via an input interface 206 associated with the electronic device 201 a reference to an object that was previously configured to be included on the unlock display screen 150 with the reference to the object associated with the received instruction.

Related passage: FIGURE 5A is an example screen 510 for creating an enterprise perimeter based on using a GUI.The GUI may be presented on a touchscreen display 245 of a wireless communication device e.g.a BlackBerry Playbook tablet PC as described with regard to FIG 2.As shown in the first screen 510 of the example GUI the left hand side of the GUI displays content includes in a personal perimeter 540a.The personal perimeter 540a may be a default perimeter of the wireless communication device as described with regard to FIG 4.Since the personal perimeter 540a may be a default perimeter a user of the wireless communication device may have the permission to access and manipulate the documents under the personal perimeter 540a.The right hand side of the GUI displays an enterprise perimeter or a corporate perimeter 550a.In 510 the user has not logged in to its enterprise account.Thus the corporate screen associated with the enterprise perimeter 550a is locked.The user may slide or click the scroll bar 560 to trigger a password authentication process.
Patent claim: Arrangement 100 according to claim 2 wherein the first centre section 112 the second centre section 122 andor the third centre section 132 comprise a respective supporting beam 901 wherein the supporting beam 901 is detachably coupled to the respective open side of the respective open profile of the respective centre frame 152 162 172 182 such that the respective centre frame 152 162 172 182 to which the supporting beam 901 is attached forms a closed profile.

Related passage: By having a transport system the spars or spars are easily stacked on top of each other and the transport system provides a safety distance between the spars or spars during transport.Furthermore the transport system provides a transport solution where the several spars arranged in the transport systems can be lifted together or the spars can be lifted separately or only part of them together depending on the power of the crane present.
Patent claim: The light emitting device package according to claim 7 wherein the inorganic cover layer is eutectically bonded to the uppermost end of the package body using metal.

Related passage: A recess may be indented in a lower portion of the package body 210.The recess may be disposed above a support structure that supports the package body 210.For example the support structure may include the fifth layer 215 that comes into contact with the radiator 220.The radiator 220 may be disposed in the recess of the package body 210.The light emitting device 230 may be disposed above the radiator 220.The third layer 213 may be disposed between the light emitting device 230 and the radiator 220.The third layer 213 may have a small thickness to ensure efficient transfer of heat generated from the light emitting device 230 to the radiator 220.For example the thickness of the third layer 213 may be in a range of 40 m to 60 m.
Patent claim: A plant according to claim 1 or 2 wherein an inlet of the heat exchanger 28 128a 128b is connected to the closed cooling circuit 11 111 downstream of the auxiliary devices 10.

Related passage: FIG.3 also illustrates that an alternate or auxiliary heat exchanger 181 may also be coupled to the lines carrying the heat transfer medium.The auxiliary heat exchanger would utilize some other source of heat such as a plant auxiliary cooling system to heat the heat transfer medium.That heat energy would then be used to preheat the inlet air flowing into the compressor 120.The auxiliary heat exchanger 181 could be used alone or in conjunction with the heat exchanger 180 to heat the heat transfer medium.
Patent claim: An end effector for a circular surgical stapler comprising a cartridge assembly having a cartridge body removably attached thereto the cartridge body having on a tissuefacing surface thereof a plurality of annularlyarranged staple cavities configured to seat staples therein an anvil assembly having an anvil with a plurality of annularlyarranged staple forming cavities formed on a tissuefacing surface thereof at least one of the cartridge assembly and the anvil assembly being movable relative to the other a biocompatible adjunct material releasably retained on at least one of the tissuefacing surfaces of the cartridge assembly and the anvil assembly and configured to be delivered to colon tissue by deployment of the staples in the cartridge body the adjunct material being in the form of a fiber lattice having at least two distinct heterogeneous fiber lattice sections each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized colon tissue remodeling and an effective amount of at least one medicant disposed within and releasable from the adjunct material the at least one medicant being effective to provide a desired effect on colontissue ingrowth in a predetermined manner and being releasable from the adjunct material in a homogeneous manner.

Related passage: Reference may be made to U.S.Patent No.5915616 to Viola et al.
Patent claim: The medicated module of claim 6 further comprising a reservoir cap 218 having a valve 220 configured to equalize pressure in the medicamentreservoir portion 214 when the slidable bung 202 is actuated.

Related passage: An example of how the medicine injector of Fig.10 is used will be made with reference to Figs.11 to 13 whichillustrate a sequence of operation for injecting contrast media into a vein.
Patent claim: The display apparatus according to claim 1 further comprising a user input unit which comprises a plurality of buttons to select the UI and through which the command is input.

Related passage: The size adjustment or slope adjustment may be performed after the formatter 360 arranges the 3D image signal in a specific format.The size adjustment or slope adjustment may be performed by the scaler 335 in the image processing unit 320.The OSD generator 340 may generate an OSD object in any of the forms illustrated in FIG.6 to emphasize 3D effects.
Patent claim: Network device for transmitting packets having packet properties comprisingat least two inputoutputbuffers for queuing packets in the network devicea sojourn time calculator for calculating a sojourn related time for each head packet in the at least two inputoutputbuffersa sojourn related time adaptor for based on an adaptation function assigned to the corresponding inputoutputbuffer adapting said sojourn related time into an adapted time for each head packet in the at least two inputoutputbuffersa scheduler for scheduling outgoing packets based on the adapted time.

Related passage: If the input bandwidth for the priority packets issmall a transmission bandwidth for packets to be transmitted with high priority falls below the guaranteed bandwidth.In this case the guaranteed bandwidth chiefly intended for accounting cannot be utilized effectively.In order to effectively use the guaranteed bandwidth the packet read out circuit 14 may read out packets from a non priority queue and the priority information supplement circuit 15 gives high priority to these non priority packets when no transmitwait packet exist in a priority queue even if the scheduled transmission time for the priority queue is reached.
Patent claim: A diamond film for cuttingtools according to claim 2 characterized in that a film layer B having a film thickness of 0.5 m or more and 10 m or less is formed on the outermost layer and the X value of the film layer B is greater than the X value of the film layerwhen the crystal part of the crosssection of the film layer B is exposed to an electron beam to carry out electron energyloss spectroscopy EELS.

Related passage: The blast life is the time until the coating directly under the nozzle is removed and the base metal appears during blast bombardment under the conditions described below.Under blast bombardment the diamond coating is gradually removed and the bombarded portion peels off exposing the base metal when the coating thickness is reduced to a certain thickness.When adhesion between the coating and the base metal is low the remaining coating peels off while still relatively thick and when adhesion is high the remaining coating does not peel off until the thickness thereof is relatively small.
Patent claim: A straddletype vehicle according to claim 1 wherein a dimension 41W of each of the left rear flasher 41 and the right rear flasher 42 in a vehicle width direction and a dimension 41 H of each of the left rear flasher 41 and the right rear flasher 42 in a vehicle vertical direction are each smaller than a dimension 41 N of each of the left rear flasher 41 and the right rear flasher 42 in a vehicle frontrear direction andor a dimension 41 H of each of the left rear flasher 41 and the right rear flasher 42 in a vehicle vertical direction is smaller than a dimension 41W of each of the left rear flasher 41 and the right rear flasher 42 in a vehicle width direction andora dimension 30H of the tail light 30 in a vehicle vertical direction is smaller than a dimension 30W of the tail light 30 in a vehicle width direction.

Related passage: Fig.9 is a cross sectional view taken along the line 99 in Fig.8 and showing a state in which the lower portion of the flange 233 is rubbermounted to the lower bracket 155 with a bolt and a screw nut 157 via a rubber bush 156.The reference numeral 158 designates a collar.
Patent claim: The electronic device as claimed in claim 2 wherein the controller in response to a touch interaction being input to the second curved sub display area while main user interface of a first application is provided to the main display area sub user interface of a first application is provided to the first curved sub display area and sub user interface of a second application is provided to the second curved sub display area configured to controls the display to provide main user interface of the second application to the main display area according to the touch interaction.

Related passage: The mobile terminal 100 is shown having components such as a wirelesscommunication unit 110 an input unit 120 a sensing unit 140 an output unit 150 an interface unit 160 a memory 170 a controller 180 and a power supply unit 190.It is understood that implementing all of the illustrated components is not a requirement and that greater or fewer components may alternatively be implemented.
Patent claim: An information processing method of moving a virtual camera in a virtual space within a predetermined movable range in response to a movement andor an orientation of a controller 5 characterized in that a correspondence relation between the movement andor the orientation of the controller 5 and a capturing direction andor a viewing point position of the virtual camera is changed after the capturing direction andor the viewing point position of the virtual camera reaches a limit of the movable range in response to the movement andor the orientation of the controller 5 in a predetermined direction.

Related passage: The display control means may arrange the first virtual camera such that a forward direction of the second object from behind the second object in the virtual world is an imaging direction of the first virtual camera and arrange the second virtual camera such that a position in the forward direction of the second object in the virtual world is a point of view of the second virtual camera and the second object is displayed in the second image at a constant position with respect to the point of view.The display control means may control the positions andor theattitudes of the first virtual camera and the second virtual camera in accordance with the action of the second object.
Patent claim: The light emitting device of claim 10 wherein the second bonding pad is arranged at a second edge region of the light emitting device.

Related passage: The first pad part 142 may be aligned at a center of the first lateral surface 181 and the second pad part 152 may be aligned at a center of the second lateral surface 182.An end of the first expanded part 144 may be spaced apart a predetermined distance from the second pad part 152 and the first expanded part 144 may be branched from the first pad part 142 along the first direction to be aligned on the second pad part 152.
Patent claim: A method of fabricating a phase plate as set forth in claim 5 wherein said substrate is a silicon substrate.

Related passage: The first layer 22 is formed on the support body 10 and disposed over and in registry with the opening 4.For example the first layer 22 is made of silicon nitride.No restriction is placed on the material of the first layer 22.The first layer 22 may be an insulator layer as made of silicon oxide or a metal layer made of any one of various metals.Examples of these metals include Ti IGZO AuSi PdSi Cu40Zr60 Fe20B20 Co90Zr10 and Ni78Si10B12.Especially a layer of Ti exhibits good electrical conductivity.Since a layer of Ti is deposited amorphously this Ti layer is desirably used as the phase control layer 20.The thickness of the first layer 22 is approximately between 4 nm and 15 nm inclusive.
Patent claim: A selection apparatus for selecting wireless communication paths extending from a source node to a destination node comprising determination means for determining the amount of bandwidth occupied by wireless communication paths extending from the source node to the destination node and selection means for selecting based on spatial distances between wireless communication paths a plurality of combinations of wireless communication paths from combinations of wireless communication paths in which the amount of bandwidth with respect to a combination of wireless communication paths is smaller than a predetermined threshold.

Related passage: Please note that the search for candidate wireless paths may be limited to a given angular area for each antenna.This may e.g.be the case when the first station 2 comprises several first antennas 4 5 6 so that said first antennas 4 5 6 can be directed to different and complementary areas
Patent claim: The method of claim 11 wherein performing the further acts comprises performing for a first packet a single additional access to the data structure resulting in accessing a rule record and performing for a second packet an additional access resulting in another additional access.

Related passage: In the firewall a decision module or engine here called a domain support engine DSE determines which security policy to use for a new network session.Each new session must be approved by the security policies of the source domain and the destination domains.For connections going to the Internet it is likely that only a single domaincheck is performed.The DSE makes the domain selection based on the incoming or outgoing network interface as well as on the source or destination network address of each packet.Inclusion in packets of source or destination addresses allows for multiple users to be supported by a single network interface.The incoming or outgoing network interface may be in the form of a network interface card NIC e.g.an Intel EtherExpress Pro 100B card available from Intel Corporation.
Patent claim: The composite material according to claim 3 or 4 further comprising a common lead coupling part to which a common lead that applies current to the composite material is electrically coupled the common lead coupling part being provided in a part of the composite material where the composite material sheets are not separated.

Related passage: The first composite material may include a common conductivewire connector to which a common conductive wire is electrically connected the common conductive wire which allows a current to be applied to the specimen.
Patent claim: A computer system for forwarding packets the system comprising a processor and a storage device storing instructions that when executed by the processor cause the processor to perform a method the method comprising receiving by a communication component from a coordinating entity a command message to store a current state of the component wherein the communication component is used in processing messages based on a name and wherein a name is a hierarchically structured variable length identifier HSVLI which comprises contiguous name components ordered from a most general level to a most specific level determining a current state for the communication component and storing the current state for the communication component in a data structure.

Related passage: In a further variation the session state information includes a hypertext transfer protocol HTTP cookie.
Patent claim: The light emitting device or the backlight module of claim 8 or claim 9 wherein the light incident surface comprises a fourth region with 0 lt 11 max the fourth region has a turning point whose tangent has a minimum absolute value of slope the first incident angle of light impinged on the turning point is in a range from a to b and the light with the first incident angle of 1 max emits out of an outmost side of the light output surface.

Related passage: Fig.19 illustrates a lightemitting device 100 disclosed in the Patent document 1.With lightemitting device 100 the light direction is changed solely on a lightoutgoing surface 102b.As such the lightoutgoing surface 102b is formed in a concave shape in the vicinity of the light axis Z.On the other hand according to the present invention the lightoutgoing surface 102b of the lightemitting device is not limited to a concave shape unlike the lightemitting device 100.Alternatively the lightoutgoing surface 102b may also be arranged in convex and concave shapes as in the lightemitting device 10 and the light emitting device 11 respectively.As such a degree of freedom in designing can be higher.
Patent claim: The moving object monitoring system according to claim 4 wherein the startup lock function is one or both of a function for prohibiting startup of an engine 31 of the moving object 1 and a function for prohibiting an operation of a working actuator of the moving object 1.

Related passage: In this state the position detecting unit 3c which constructs the position detecting control unit 3 no matter whether or not there is an instruction signal from the control unit 3a calculates the current position of the hydraulic excavator from signals from the GPS satellites upon capturing the signals and outputs the results to the control unit 3a.The control unit 3a compares the inputted current position withthe operable area stored in the storage unit 3b and when the current position departs from the operable area outputs information on the current position and a theft signal to the main controller 2.