bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The system 100 according to Claim 1 wherein the thermal skeleton 206 provides a thermal conduction path for the heat and comprises at least one of a plurality of heat pipes a single hermetic 3dimensional heat pipe structure a 3dimensional heat pipe structure constructed from adjoining heat pipes a plurality of copper rods a plurality of diamond rods and a plurality of graphite rods.

Related passage: FIG.3 shows a conventional chassis for housing circuit card assemblies.Referring to FIG.3 a chassis frame 310 is shown having a number of chassis grooves 330 for seating a number of circuit cards 340 with the heat spreaders and electronics.The chassis frame 310 has a network of chassis fins 320 about the perimeter of the chassis frame to provide for heat transfer which is typically on three sides such as right left and top.When there are multiple cards in the chassis frame there may be considerable heat generated by the individual cards such that other heat transfer features such as heatpipes and vapor chambers may be utilized.In this example the electronic circuit card is coupled to the heat spreader card which is then inserted into the chassis frame via the grooves using the wedgelock to secure the card assembly to the chassis frame.
Patent claim: The method according to claim 9 wherein the determining to start the pool exit process is responsive to a state of the pool cleaning robot.

Related passage: Furthermore those skilled in the art will recognize that boundaries between the above described operations merely illustrative.The multiple operations may be combined into a single operation a single operation may be distributed in additional operations and operations may be executed at least partially overlapping in time.Moreover alternative embodiments may include multiple instances of a particular operation and the order of operations may be altered in various other embodiments.
Patent claim: System configured to execute a closed loop control on data for cloudbased applications 70 comprisingan industrial automation device configured to generate cloud variablesa cloudbased application 70 which is hosted by a network device with a cloudcomputing infrastructurean industrial controller configured to control the industrial automation device by a userdefined program hosted by industrial controllerthe userdefined program configured to receive the cloud variablesa cloud agent 21 configured for communication with the userdefined control program and for communication with the cloudbased application further configured to collecting the cloud variables and sending the cloud variables to the cloudbased applicationthe cloudbased application 70 configured to determine updated optimized cloud variables and to notify the cloud agent 21 in the industrial controller with the updated optimized cloud variablesthe cloud agent 21 configured to reload the updated optimized cloud variables and to notify the userdefined control program with the updated optimized cloud variablesthe userdefined control program further configured to include cloud constructs which request the updated optimized cloud variables on runtime and to reload the updated optimized cloud variables in the userdefined control program.

Related passage: The following presents a simplified summary in order to provide a basic understanding of some aspects described herein.This summary is not an extensive overview nor is intended to identify keycritical elements or to delineate the scope of the various aspects described herein.Its sole purpose is to present some concepts in a simplified form as a prelude to the more detailed description that is presented later.
Patent claim: The baggage drop system according to claim 1 wherein the first system includes a display movable from an inoperative position proximal the housing to an operational position above the conveyor system.

Related passage: The mechanical operation i.e.the rotation 10 of the head section 2 of the MPCU 1 is synchronized automatically with the logical functional operation of the MPCU 1 i.e.the electronic automatic mode switch 11 whereas the modes 5 6 are switched between the selfservice mode 5 and the staff attended mode 6 while the head section 2 of the MPCU 1 is rotated 10 between the first 3 and the second position 4.
Patent claim: The surgical stapling system of any one of Claims 17 wherein said first staple cartridge assembly comprises a first jaw attachable to said frame and wherein said second cartridge assembly comprises a second jaw attachable to said frame.

Related passage: The second staples 285b are laterally wider than the third staples 285c.In various instances the second staples 285b are twice as wide laterally than the third staples 285c for example.The second staples 285b can be at least twice as wide laterally than the third staples 285c for example.In some instances the second staples 285b are thrice as wide longitudinally than the third staples 285c for example.Similar to the above the second staples 285b are laterally wider than the first staples 285a.In various instances the second staples 285b are twice as wide laterally than the first staples 285a for example.The second staples 285b can be at least twice as wide laterally than the first staples 285a for example.In some instances the second staples 285b are thrice as wide laterally than the first staples 285a for example.The second staples 285b are comprised of thicker wire stock than the first staples 285a and the third staples 285c however other embodiments are envisioned in which the first staples 285a the second staples 285b and the third staples 285c comprise any suitable thickness.
Patent claim: The article 100 of any preceding claim wherein the substrate comprises Rene 88 Rene 88DT Rene 104 Rene 65 Rene 95 RR1000 Udimet 500 Udimet 520 Udimet 700 Udimet 720 Udimet 720LI Waspaloy Astroloy Discaloy AF115 ME16 N18 or IN100.

Related passage: In some cases the microstructure of the assolidified single crystals may include irregular gammaprime particles and regions of gammaprime eutectic phases.The solution heat treatment may dissolve the irregular gammaprime particles and most or all the gammaprime eutectic constituent into the gamma matrix.The subsequent aging treatment precipitates an array of gammaprime precipitates having a generally cuboidal shape and relatively uniform size.The gammaprime precipitates may vary from about 0.3 to about 0.5 microns in size.
Patent claim: The system of claim 11 further comprising a measurement system configured to determine the unmodified second signature by a measurement or further comprising a communications subsystem configured to communicate with the source of the haptic effects.

Related passage: The device 102 also comprises a sensor 120.The sensor 120 is configured to detect a parasitic vibration and transmit a signal associated with the parasitic vibration to the processor 110.Sensor 120 may be a component of haptic output device 118.For example haptic output device 118 may comprise a piezoelectric actuator that also serves as a sensor to detect parasitic vibrations.Additionally or alternatively sensor 120 may comprise another type of vibration detection device for example an accelerometer.Additionally or alternatively sensor 120 may comprise a sensor configured to determine the location of device 102.For example sensor 120 may comprise a GPS sensor configured to determine whether the device 102 is currently in an area associated with a specific type of parasitic vibration e.g.a road a train an airplane or some other location associated with a parasitic vibration.Sensor 120 is not a required component of device 102.
Patent claim: A display apparatus comprising a signal receiver configured to receive an image signal a signal processor configured to process the received image signal a display configured to display an image based on the processed image signal a storage configured to store information a user input receiver configured to receive a user input and a processor configured to display on the display at least one candidate profile from among a plurality of candidate profiles each of which comprises different setting information for a plurality of setting items of the display apparatus select one from among the displayed at least one candidate profile according to the received user input and in response to the selecting store in the storage the setting information for the plurality of setting items comprised in the selected candidate profile.

Related passage: Fig.1 illustrates a method for initially setting certain control parameters for a television device according to an embodiment of the present invention.When the television device is powered up for the first time after leaving the factory referred to as first powerup the television device detects this first powerup condition and carries out an initialization process.
Patent claim: Printing system according to any of the preceding claims wherein the control unit is configured in case of a detected discrepancy between the properties and the predetermined raster image processor settings to prohibit or at least to postpone the printing of the print job by the print unit.

Related passage: An NTC network control unit 110 controls the operation of an NT network apparatus 111.A system bus 112 is provided to transfer the data among the foregoing component elements illustrated in FIG.3.
Patent claim: The electronic circuit according to claim 6 wherein said second instant t3 falls during said time interval t.

Related passage: As previously mentioned the phaseshift module 21 introduces a phase shift that is as close as possible to 90.The feedback signal of the microelectromechanical loop 18 must in fact be converted into electrostatic forces for compensating the damping forces that act on the driving mass 7 and keeping the amplitude of oscillation constant.In order to maximize the amplitude of oscillation the electrostatic forces which are produced by the driving voltages VD1 VD2 applied to the driving terminals 13a 13b of the microstructure 2 must be in phase with the damping forces which are proportional to the velocity x of the driving mass 7.As explained previously the signals read by the charge amplifier 20 feedback voltages VFBS1 VFBS2 are proportional to the position x of the driving mass 7 with respect to the driving axis X and hence phaseshifted by 90 with respect to the damping forces hence the need for the phaseshift module 21.However a difference even of some tens of degrees is in any case normally tolerable given the frequency selectivity of the microstructure 2 see in this connection the corresponding Bode diagrams given in Figures 8 and 9 an even significant phase difference entails a rather limited variation of the amplitude of oscillation which can effectively berecovered by adapting the gain of the variable gain amplifier 23.
Patent claim: A wingtobody join method to join a portside wing assembly 14 and a starboardside wing assembly 14 to a body assembly 16 of an aircraft 12 the method comprising a performing the method 100 of any one of claims 1 to 10 with the portside wing assembly and b performing the method 100 of any one of claims 1 to 10 with the starboardside wing assembly wherein the a performing is at least partially concurrent with the b performing.

Related passage: The process begins by holding a structure for manufacturing a wing using a support system comprising a plurality of supports during the manufacturing process used to form the wing operation 1300.Metrology data is generated using a group of transmitters and a plurality of target systems associated with the plurality of supports of the support system operation 1302.Eachtarget system in the plurality of target systems may be associated with a corresponding element of a supporting member of a corresponding support in the plurality of supports.In some cases more than one target system may be associated with a particular support in the plurality of supports.
Patent claim: The nonwoven fabric fastening structure 1 as claimed in claim 1 wherein each fastening unit 12 comprises a linking part 121 and a hooking part 122 the linking part 121 has two ends one of the ends of the linking part 121 is connected to the surface of the fastening end 11 the other end of the linking part 121 is connected to the hooking part 122.

Related passage: Note that as shown in Fig.2 and Fig.3 some fibrous materials in one rib portion4 are connected with the adjacent rib portion 4 in a base portion base layer portion 7 of the rib portion 4.This connection allows the female member 1 to keep the form of a nonwoven sheet.
Patent claim: The system for weighing and cutting food dough of claim 6 wherein the controller corrects a predetermined cutting weight based on the actual weight of the piece of the food dough.

Related passage: The second weighing conveyor 25 measures the part of the food dough F2 that is cut by the first weighing conveyor 23 after it is cut by the cutting apparatus 27.Similarly to the first weighing conveyor 23 the second weighing conveyor 25 is supported on a base 25S by a load cell 25L.The level of the second weighing conveyor 25 is the same as that of the first weighing conveyor 23.The second weighing conveyor 25 is longer than the first weighing conveyor 23 so that the second weighing conveyor 25 can hold the entire part of the food dough F2 that is cut out.
Patent claim: The multimedia capturing control unit as claimed in claim 8 further comprises the processor configured to change one or more features and orientation of the plurality of multimedia capturing devices associated with the identified area of interest based on the interest index.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: The wearable neutron detector according to claim 2 wherein the flexible clothlike material has a shape of top clothing.

Related passage: Figure 3 illustrates schematically the neutron detector 8 illustrated in Figure 1.The neutron detector 8 in this example comprises two of the neutron detection elements 14 illustrated in Figure 2 with their associated photodetectors 20.The neutron detector 8 further includes a tubular sleeve 24 of neutron moderating material generally surrounding the neutron detection elements 14.The sleeve 24 is generally elongate having a similar length to the neutron detection elements 14 and a diameter similar to the width of the neutron detection elements 14.
Patent claim: The method of claim 1 further comprising detecting the number of contention subslots between which a collision occurs due to BSR frames in the BSR phase if the BSR frame is not successfully received and adjusting the number of contention subslots given in a BSR phase after the BSR phase based on the detected number of the contention subslots.

Related passage: In one example the available scheduling modes for the radio bearers include a dynamic scheduling mode in which radio resources are dynamically allocated by dynamic grants and a semipersistent scheduling mode in which radio resources are allocated on a semipersistent basis by semipersistently configured scheduling grants.In this connection it should be noted that the term semipersistently scheduled radio bearer refers to a radio bearer carrying data which is applicable to semipersistent scheduling and which are transmitted on the activated semipersistently scheduled resources.Whether or not a semipersistent resource allocation is utilized by the scheduler for radio bearers carrying data suitable for semipersistent scheduling is up to the schedulers decisionof course the scheduler will try to allocate radio bearers carrying data suitable for semipersistentscheduling on a semipersistent resource allocation but this is not mandatory and may be influenced by other scheduling parameters like channel quality load etc.
Patent claim: The method according to Claim 12 wherein providing a conduction path comprises constructing the at least one thermal skeleton 206 with at least one of a plurality of heat pipes a single hermetic 3dimensional heat pipe structure a 3dimensional heat pipe structure constructed from adjoining heat pipes a plurality of copper rods a plurality of diamond rods and a plurality of graphite rods.

Related passage: Referring to FIG.6B a three dimensional 3D vapor channel chamber 600 for a circuit card 610 is depicted in a cut away side perspective view.The modular vapor chamber 600 has a component side 680 that in this example is custom designed to conform to the heat generating components 620 and optimize heat transfer by being in close proximity to the components.In one example the component side 680 is configured to conduct heat from at least one surface of the components 620 inparticular those that generate the most heat.In another example the component side 680 is configured to conduct heat from more than one surface of the components 620 such as the component top surface and one or more side surfaces.In one embodiment coupled to the component side 680 is a wick structure 650 that helps to direct liquid towards the heated components 620 such as from the receptacle 690 located near the sides.The liquid is converted to vapor by the heated components 620 wherein the vapor absorbs the heat and moves outwards towards the receptacles 690 where the vapor is converted back into liquid.The receptacles 690 provide for further heat transfer such that heat from the vapor is removed and turns into liquid.
Patent claim: The electrical power system 150 of claim 10 further comprising a controller 120 configured to provide additional damping control for the first and second inertia systems 152 154 wherein the electrical power system 150 comprises at least one of gas turbine engine 10 a wind turbine or a steam turbine.

Related passage: The controller 40 includes a filter 74 a halfwave rectifier 76 a threshold monitor 78 and a gate driver 80.The filter 74 is operable to change a gain or phase of the input signal 71 from the GCU 22.The halfwave rectifier 76 removes a negative portion of the input signal 71 leaving only the positive portion.By using filter 74 e.g.a high pass filter and halfwave rectifier 76 to reject a steady or DC frequency the threshold monitor 78 could use this filtered frequency signal to detect generator speed oscillations indicative of torsional oscillations.In one example the threshold monitor 78 verifies 1 that a torsional oscillation exceeds the predefined acceptable threshold of torsional oscillation such that active damping is needed and 2 that the load damper 12 is still capable of absorbing additional energy without thermally damaging the resistive load 52 and without causing the resistive load 52 to fail.If both of these conditions are true the controller 40 commands gate driver 80 to divert electrical current from the generator 26 through a plurality of resistive loads see Figs.3ab within damper 12 to damp the torsional oscillation.By using filter 74 to establish an appropriate gain and phase compensation the controller 40 can establish a proper phase relationship between the duty cycle of the switches 56 58 and the sensed rotor speed oscillations of generator 10 such that positive mechanical damping is provided and torsional oscillations are damped out.In one example the filter 74 is selected such that the load damper 12 is broadband over a wide frequencyrange e.g.2040 Hz and as such the load damper 12 could be applied to a variety of different gas turbine engine gearbox applications.
Patent claim: A system comprising a work surface 104 for arranging and compacting uncured composite layers a heat source 214 arranged relative to the surface and operable to provide a burst of thermal energy to a surface 111 of uncured compacted composite layers on the work surface 104 a thermographic digital camera 212 arranged relative to the surface 111 and operable to capture at least one digital thermographic image of the surface 111 of uncured compacted composite layers on the work surface 104 a computer processor 222 in communication with the thermographic digital camera 212 and the heat source 214 and a computer memory 224 containing a program 226 that when executed on the computer processor 222 performs an operation for processing data comprising outputting a signal to the heat source 214 to apply a burst of thermal energy to a surface 111 of uncured compacted composite layers capturing at least one digital thermographic image of the surface 111 of the uncured compacted composite layers after applying the burst of thermal energyanalyzing at least one heat characteristic of regions of the uncured compacted composite layers in the at least one digital thermographic image to identify defect regions in which the at least one heat characteristic is different than surrounding regions and upon identifying a defect region outputting an alert.

Related passage: It has been observed that the composite structure 22 produces high glare when illuminated across the direction of placement of strips 24 while producing substantially less glare when illuminated along the direction of placement of the strips.While conventional systems sought to eliminate the glare the systems and methods of at least some of the embodiments of the present invention seek to exploit the glare.In particular the systems and methods of these embodiments exploit the highglarelowglare phenomenon by casting light across the top layer of composite strips in a direction substantially perpendicular to the direction of placement of the strips which produces a relatively large amount of glare on the top layer.The underlying layers which produce significantly less glare than the top layer because of their orientation will show through any gaps or other defects in the top layer and thusbe easily located.In addition twists and other surface defects in the top layer will alter the orientation of the strips in the top layer and thus correspondingly alter i.e.decrease the glare of the top layer at the defect location.
Patent claim: Method as claimed in one of the claims 1 to 3 characterized in that a proper subset of the turbine outlet temperature measurements 18 19 is selected for obtaining the trimmed turbine outlet temperature TAT TR and in that the proper subset excludes at least one turbine outlettemperature measurement 18 19 which is offset in a circumferential direction around the axis of the gas turbine 10 from the circumferential location of a burner 24 25 to which a first fuel flow is supplied by an offset anglewherein the offset anglecorresponds to the circumferential offset around the axis of the gas turbine 10 the hotgas is subjected to when traveling from the combustor 13 16 through the turbine 14 16 to the turbine outlet temperature measurements 18 19.

Related passage: This feature makes sure that independent from the number of operative burners and their location inside of the second combustor none of these burners is exposed to high temperatures that may cause damage or a life time reduction of this particular burner.