bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A clock circuit comprising a buffer module N first multiplexers and N clock gating cells wherein N is a positive integer wherein the buffer module comprises an input end and N output ends the buffer module is configured to enhance a driving capability of a clock signal received by the input end and output the clock signal whose driving capability is enhanced from the N output ends and the N output ends of the buffer module are connected to data ends of the N clock gating cells one to one output ends of the N first multiplexers are connected to enabling ends of the N clock gating cells one to one and each first multiplexer is configured to choose according to a logic selection signal received by an address input end whether to output from an output end a gating logic signal received by a first data input end or a frequency division logic signal received by a second data input end and each clock gating cell is configured to output a clock signal from an output end according to a frequency division logic signal or a gating logic signal received by an enabling end from an output end of a corresponding first multiplexer and the clock signal received by a data end from an output end of the buffer module.

Related passage: Clockgating unit 25 in the embodiment shown includes a latch 26 and an AND gate 27.Latch 26 in the embodiment shown is a levelsensitive latch that is coupled to receive the enable signal EN on its D input and the input clock signal ClkIn on its clock input.The output of latch 26 is a synchronized enable signal EnIn that is provided as the second input to AND gate 27.When the synchronized enable signal provided to AND gate 27 is high the output of clockgating unit 25 from AND gate 27 follows the state of the input clock signal.Otherwise the output clock signal is low.
Patent claim: An apparatus for encoding a signal comprising a code classification module 12 adapted to perform a classification decision process on high frequency band signals in input signals to determine a type of the high frequency signals the types of the high frequency signals specifically include a transient signal and a nontransient signal an adaptive encoding module 13 adapted to adaptively encode the high frequency band signals according to the result of the classification decision process and a code stream output module 14 adapted to output a code stream comprising codes of low frequency band signals in the input signals adaptive codes of the high frequency band signals and the result of the classification decision process.

Related passage: If the current frame is FIXVAR 12060 checks the region between the transient and next nominal SBR borderV for possible need for intermediate borders.The Forward Search Type I method as described further below in 3.5.1.2 is used for this purpose.At the end of Forward Search noBorder representing the number of borders is checked in 12070.If noBorder is found to be below the maximum allowed number of borders MaxBorder 12080 uses a Backward Search method to check the region between the the transient and the start border and instantiate more intermediate borders if necessary.The above sequence of operations prioritizes the posttransient region in finding intermediate borders.
Patent claim: Laundry treatment appliance 2 according to claim 1 or 2 whereby said assembly 66 comprises an electronic board 64.

Related passage: Accordingly according to the knob assembly 10 of the present invention rotation of the rotary knob 12 transmits rotary force to the rotary actuated potentiometer 14.Rotation of the rotary knob 12 causes the knob teeth 64 thereon to rotate.The knob teeth 64 will thereafter transfer rotary motion to the teeth 42 of the transfer gear 38 through the gear slot 34 in the knob shell 24 thereby causing the transfer gear 38 to rotate.Rotation of the transfer gear 38 will cause rotation of the rear pin 46 of the transfer gear 38 to rotate thereby adjusting the rotary actuated potentiometer 14 to a desired resistance.Preferably rotation of the rotary knob 12 transmits rotary force to the rotary actuated potentiometer 14 via the transfer gear 38 on a 11 rotational basis.However other rotational bases are contemplated.Furthermore as illustrated in FIG.4 a leaf spring 70 includes a curved end 72 that is biased against the knob teeth 64 of the rotary knob 12.The curved end 72 extends into spaces between the knob teeth 64 as the rotary knob 12 is rotated thereby providing a detent feel to the rotary knob 12.Accordingly the person rotating the rotary knob 12 will know when the rotary knob 12 is rotated to a particular position e.g.between three settings fan low fan medium and fan high.It is contemplated that other methods of providing a detent feel could be used.
Patent claim: The tire of claim 2 wherein the cover strip 46 has a complimentary substantially funnelshape in crosssection dimensioned to closely fit within the funnelshaped groove access passage 40.

Related passage: As best seen from FIGS.8D 9 10A and 10B the tire 12 may further form one or more compression ribs 66 extending the circumference of and projecting into the groove 56.The ribs 66 may form a pattern of ribs of prescribed pitch frequency and location as described below.For the purpose of explanation seven compression ribs may be referred to generally by numeral 66 in the first rib profile pattern shown and specifically by the rib designations D0 through D6.The ribs D0 through D6 may be formed in a sequence and pitch pattern in order to optimize the pumping of air through the tube passageway 43.The ribs 66 may each have a unique and predetermined height and placement within the pattern and as shown in FIG.8D project outward into the groove 56 at a radius R3 FIG.8A within a range of 0.95 mm to 1.60 mm.
Patent claim: The solar cell module of claim 4 wherein the second adhesive layer is positioned on each first adhesive layer and wherein at least a portion of the second adhesive layer is formed in a long pattern in which a second direction length of the second adhesive layer is longer than a second direction length of the first adhesive layer.

Related passage: The antireflection layer 130 and the back surface field regions 172 may be omitted inthe embodiment of the invention if necessary or desired.In the following description the embodiment of the invention is described using the solar cell including the antireflection layer 130 and the back surface field regions 172 as an example.
Patent claim: The slide rail assembly of claim 8 characterized in that the second rail section 26 of the guide rail 22 is located at a front end of the guide rail 22 the guide rail 22 further has a rear blocking part 27 located at a rear end of the guide rail 22 the third rail section 28 of the guide rail 22 is extended along a longitudinal direction of the first rail section 24 of the guide rail 22 and connected to the rear blocking part 27.

Related passage: Figs.1 2 and 3 illustrates an embodiment of slide rail assembly pair according to the present invention which can be used to installing a UPS onto a cabinet.The slide rail assembly pair comprises a first slide rail assembly 60 and a second slide rail assembly 60.Each slide rail assembly has threesection slide rails that is the first slide rail assembly 60 and the second slide rail assembly 60 each comprise a first slide rail a second slide rail and a third slide rail.During the use as shown in Fig.8 the leading end of the first slide rail 10 of the second slide rail assembly 60 is fixed on the right one of posts 91 at the front side of the cabinet the leading end of the second slide rail 20 is connected to the trailing end of the first slide rail 10 and the leading end of the third slide rail 30 is connected to the trailing end of the second slide rail 20 while the trailing end of the third slide rail 30 is fixed on the right one of the posts 91 at the rear side of the cabinet 90 so as to fix the second slide rail assembly 60 at the right side of the cabinet 90.The first slide rail assembly 60 is fixed at the left side of the cabinet in the same way.In use the first slide rail assembly 60 is located at the left side of the UPS as shown in Fig.8 while the second slide rail assembly 60 is located at the right side of the UPS.
Patent claim: The honeycomb structure according to claim 9 wherein the zeolite material includes 3 to 8 vol of the inorganic fiber in a total volume of the zeolite material.

Related passage: The inorganic fiber included in the honeycomb unit has an aspect ratio of preferably 2 to 300 more preferably 5 to 200 and still more preferably 10 to 100.The inorganic fiber having an aspect ratio of less than 2 reduces the effect of increasing the strength of the honeycomb unit.The inorganic fiber having an aspect ratio of more than 300 causes clogging or the like of the mold during extrusion molding for forming the honeycomb unit or causes bending of the inorganic fiber to reduce the effect of increasing the strength of the honeycomb unit.
Patent claim: The RFID tag according to claim 6 wherein the antenna wiring is provided across edge portions of the first portion from each side in the second direction.

Related passage: Thus in the RFID tag 100 the length X of the IC chip 30 the lengths L and the thicknesses D2 of thereinforcing members 50A and 50B and thicknesses D1 of the base 10 and the cover 40 satisfy formulas 1 to 3 in order to protect the IC chip 30 and the connecting portion 20A from the deformation.LgtX gt2X 2D11D22
Patent claim: A downhole system according to any of claims 712 wherein the downhole flow device is arranged between the two annular barriers.

Related passage: Fig.1 shows a completion component 1 having a circumference for insertion into a well tubular structure 2 as illustrated in Fig.12.The completion component 1 comprises a tubular base part 3 which is to be mounted as part of the well tubular structure 2 via a thread 30.The tubular base part 3 has an axial extension along the axial extension of the well tubular structure and a thickness t1.The completion component 1 comprises a displaceable part 4 arranged within a groove 33 in the tubular base part 3 and displaceable in relation to the tubular base part 3 from a first position to a second position in order to align or unalign a first opening 20 in the tubular base part 3 with a second opening 21 in the displaceable part 4 to let fluid flow between a formation surrounding the completion component 1 and an inside of the tubular base part 3.A screen 22 is arranged on the outside of the tubular base part 3 opposite the opening 20 in the tubular base part 3 for filtering the well fluid before it is let into the tubular base part 3.The base part 3 comprises a first marker 5 and the displaceable part 4 comprises a second marker 6 for determining a position of the displaceable part in relation to the tubular base part 3.As can be seen the first and second markers 5 6 are arranged with a first marker distance in which the openings 20 21 are unaligned so that the first and second openings do not overlap and no fluid is allowed to flow from the formation into the tubular base part 3.Sealing means 32 such as Orings or Chevron seals arranged in grooves in the tubularbase part 3 provides a sealing connection between the tubular base part 3 and the displaceable part 4.
Patent claim: The fiber according to any of claims 110 wherein the mode field diameter MFD at a wavelength of 1550 nm is comprised between 9.5 m and 14 m.

Related passage: Fiber arrangements according to embodiments of the invention exhibit a chromatic dispersion having a magnitude greater than 200.2 psnmkm and a dispersion slope less than 0.062 psnm2km at a wavelength of 1550 nm.Moreover such fiber arrangements have a mode field diameter MFD of at least approximately 11.90.7 m at a wavelength of 1550 nm and the effective core area Aeff is greater than 100 m2 for example 106 m2 at a wavelength of 1550 nm.Also the relativedispersion slope RDS which is the dispersion slope at 1550 nm divided by the dispersion at 1550 nm is less than 0.0032 nm1.
Patent claim: The adapter assembly of claim 3 wherein each of the second and third drive members includes a tubular portion the tubular portion of the third drive member being slidably disposed within the tubular portion of the second drive member.

Related passage: In operation as seen in FIGS.5 and 6 the activationrotation of a first drive shaft not shown of powered surgical device 20 results in concomitant rotation of first proximal drive shaft 116 of adapter assembly 100.As first proximal drive shaft 116 is rotated first proximal drive shaft 116 causes rotation of pinion gear portion 134.Since pinion gear portion 134 at a distal end portion of first proximal drive shaft 116 engages worm gear portion 132a of actuation shaft 132 rotation of pinion gear portion 134 causes axial translation of actuation shaft 132.It is contemplated that the actuation shaft 132 is supported by any number of appropriately positioned and sized bearings and bushings not shown that enable axial translation in the direction of A as shown in FIG.6.Accordingly with connection member 136 of actuation shaft 132 connected to a first drive member of end effector 50 axial translation of actuation shaft 132 causes concomitant axial translation of the first drive member of end effector 50 to effectuate an operation andor function thereof such as for example firing of the end effector 50.
Patent claim: A reposable surgical clip applier comprising a shaft assembly including a spindle translatably supported within the shaft assembly a pusher bar translatably supported in the shaft assembly and a barrel cam assembly a first portion of the barrel cam assembly being in mechanical communication with the spindle and a second portion of the barrel cam assembly being in mechanical communication with the pusher bar wherein translation of the spindle effectuates rotation of a portion of the barrel cam assembly the rotation of the barrel cam assembly effectuating translation of the pusher bar.

Related passage: The distal end of the proximal beam segment 1022 has a distally protruding tab 1028 that is pinned to a link 1042 of the reversing linkage assembly 1040.The link 1042is pivotally attached to the housing 1010 by pin 1044 and is also attached to a proximal tab portion 1032 of distal drive beam segment 1030.The distal end 1034 of the distal drive beam segment 1030 may be pivotally attached to an upper nonstaple forming manipulation jaw 1050 by a first pivot link 1052 and also attached to a lower nonstapleforming manipulation jaw 1060 by a second pivot link 1062.As used herein the term nonstaple forming refers to jaws that are designed to grip or manipulate tissue but are not designed to form support or drive staples such as for example anvils staple cartridges or portions of units designed to support staple cartridges.
Patent claim: System according to any one of claims 1 to 5 characterized in that the cloud agent 21 is configured to aggregate continuously at least the cloud variables from the userdefined control program and sends it to a cloudbased application 70.

Related passage: This iterative process of generating a simulated process response associated with the boiler system 516 and iteratively modifying set point parameters based on the results comprises a set point parameter optimization loop that graduallyconverges to the suggested set point parameters 508 determined to yield optimal efficiency andor capacity associated with the boiler system 516.Once the iterative process has completed e.g.based on a defined completion condition the suggested set point parameters 508 can be provided to the client device 514 via the client interface component 406 e.g.a cloud interface.Therefore the client interface component 406 can serve as a user interface for the cloudbased boiler control process.In an example where the client interface component 406 also serves as an interface to an industrial controller of the boiler system 516 the client interface component 406 can also generate user prompts offering a user an option to apply the suggested set point parameters 508 to the actual controller of the boiler system 516.In another scenario the client interface component 406 may allow the suggested set point parameters 508 to be exported to a separate controller programming interface for download to the controller.
Patent claim: The isolator system according to claim 1 further comprising a second blocking member which blocks the second opening connector outside of the subisolator and a second decontamination mechanismwhich supplies the decontamination medium into the subisolator to perform decontamination wherein when the inside of the subisolator is decontaminated the second opening connector is not connected to the first opening connector and the second opening connector is blocked with the second blocking member from an outside.

Related passage: Next the incubator 3 can accommodate two or more incubation containers and may be equipped with means not illustrated for adjusting the temperature and the humidity which maintains the inside of the incubator 3 at a necessary temperature and necessary humidity and enables incubating of cells in the optimal environment.
Patent claim: The gas turbine engine of claim 2 and further comprising an engine panel 65 moveably connected to the gas turbine engine such that the engine panel has a closed position configured to enclose at least a portion of the gas turbine engine and an open position configured to provide access to an interior of the gas turbine engine wherein the electric motor is positioned outside the auxiliary reservoir within the interior of the gas turbine engine and is accessible when the engine panel is in the open position and preferably wherein the engine panel is a cowling door 66 pivotally attached to the gas turbine engine 10.

Related passage: FIG.2 is a schematic view of pump system 50.Pump system 50 includes bearing compartment 52 having a compartment cavity that contains fan drive gear system 36 including bearings 54 auxiliary pump 44 gutter 56 auxiliary reservoir 58 and first shuttle valve 60.Pump system 50 also includes second shuttle valve 62 main reservoir 64 main pump 66 and scavenge pump 67 positioned outside of bearing compartment 52.Passages 68 70 72 74 76 78 80 82 84 86 and 88 connect the various components as illustrated and as further described below.
Patent claim: An actuator system 100 for controlling a flight surface 24 26 of an aircraft 10 the system comprising a first actuator 200 300 having a first actuator input 204 310 and a first linear translation element 208 304 that moves based on rotational motion received at the first actuator input 204 310 a first sensor 212 308 coupled to the first linear translation element 208 304 that generates a first output based on a displacement of the first linear translation element 208 304 a second actuator 202 300 having a second actuator input 206 310 and a second linear translation element 210 304 that moves based on rotational motion received at the second actuator input 206 310 a second sensor 214 308 coupled to the second linear translation element 210 304 that generates a second output based on a displacement of the second linear translation element 210 304 and a control unit 102 that receives the first and second outputs and determines if an error condition exists for the system based on first and second output.

Related passage: The rotary sensor may thereby be connected to an evaluation unit arranged in the aircraft.The evaluation unit may be integrated in an existing control unit and preferably in a slat flat control computer SFCC or a similar unit.In case theevaluation unit detects a rotation measured by the rotary sensor a signal may be generated and displayed as a warning in the cockpit.The signal may furthermore be used for switching into an emergency operation mode e.g.accompanied by activating wing tip brakes and interrupting the drive of a drive unit.
Patent claim: The method of claim 13 further comprising displaying a protocol list for receiving a selection of one of the Xray imaging protocols wherein the camera image is displayed in response to an input of a camera image display command.

Related passage: FIG.1 is a schematic view illustrating an Xray device according to an exemplary embodiment of the present invention.FIG.2 is a schematic view illustrating a crosssection of an Xray generator 1 and an Xray irradiation region controller 10 of the Xray device according to the exemplary embodiment of the present invention.
Patent claim: Method according to claim 1 wherein the ringopening metathesis polymerisable mixture has a 1000 at 30C of more than 10 sec more preferably of more than 12 sec even more preferably of more than 14 sec even more preferably of more than 16 sec and most preferably of more than 20 sec.

Related passage: The properties of the sheetlike resin formed articles and the laminates obtained in Examples and Comparative Examples were measured and evaluated as described below.The results are shown in Table 1.
Patent claim: The fuel cell module 230 according to claim 1 further comprising a second flow passage F2 being formed between the fuel cell 43a and the cathode gas introduction member 57 the second flow passage F2 communicating with the cathode gas flow passage 95 the second flow passage F2 sending the cathode gas from the first end to the second end and a second flow block member 247c being provided within the second flow passage F2 atthe second end of the second flow passage F2 in the second direction the second flow block member 247c blocking the cathode gas from flowing in the second flow passage.

Related passage: Note that while the oxygencontaining gas introduction member 11 is disposed so as to be positioned between the two cell stacks 5 arranged side by side in the interior of the housing 2 in FIG.2 the location of the oxygencontaining gas introduction member 11 may be changed as appropriate depend on the number of the cell stacks 5.For example when the housing 2 houses only one cell stack 5 two oxygencontaining gas introduction members 11 may be provided and disposed so as to sandwich the cell stack 5 from both side surface sides.
Patent claim: A gazed virtual object identification determination module GVOIDM according to claim 1 wherein said Object identification Retrieving Means OIRM is configured to retrieve said object identification from a vertex attribute assigned to a vertex mapped onto a position at said display matching said gaze coordinate P.

Related passage: A person of skill in the art would readily recognize that steps of various abovedescribed methods can be performed by programmed computers.Herein some embodiments are also intended to cover program storage devices e.g.digital data storage media which are machine or computer readable and encode machineexecutable or computerexecutable programs of instructions wherein said instructions perform some or all of the steps of said abovedescribed methods.The program storage devices may be e.g.digital memories magnetic storage media such as a magnetic disks and magnetic tapes hard drives or optically readable digital data storage media.The embodiments are also intended to cover computers programmed to perform said steps of the abovedescribed methods.
Patent claim: The actuator system of any of claims 1 to 6 wherein the first linear translation element 208 is a hydraulic actuator.

Related passage: Each adjusting unit 8 comprises a differential 14 connected to the main shaft 6 for receiving an input torque and is connected to two rotary actuators 16 for outputting torque.Exemplarily both rotary actuators 16 from each adjusting unit 8 are arranged relative to each other e.g.facing each other such that one end of an adjustment lever can be connected to both rotary actuators 16 at the same time.