bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A ceramic heater 4 according to claim 1 wherein 1 mmA5 mm is safisfied.

Related passage: Particularly as the area S1 of a portion of the first electrode leadout member 19 near the surface of the ceramic base 23 is increased this improves heat dissipation from the first electrode leadout member 19 through the first electrode 25 and suppresses the temperature from rising in the portion near the surface of the ceramic base 23.As a result the first electrode leadout member 19 can be suppressed from deteriorating and cracks can be suppressed from occurring in the ceramic base 23 due to heat generated in the first electrode leadout member 19.Particularly it is made possible to effectively suppress cracks from occurring in the surface of the ceramic base 23.
Patent claim: An apparatus the apparatus comprising a a body assembly b a shaft extending distally from the body assembly c an end effector attached to the shaft wherein the end effector comprises i a jaw ii an anvil pivotable from an open position to a closed position relative to the jaw and iii a knife member configured to translate relative to the anvil in order to sever tissue and d a cartridge defining a longitudinal channel wherein the knife member is configured to translate within the longitudinal channel wherein the cartridge comprises i a deck comprising an upper surface facing toward the anvil ii a buttress assembly wherein a first portion of the buttress assembly is positioned on top of the deck wherein a second portion of the buttress assembly is positioned within the longitudinal channel and iii a folding sled configured to translate within the longitudinal channel to move the second portion of the buttress assembly to a position that is above the deck in response to actuation of the knife member.

Related passage: Referring primarily to FIGS.65 and 66 a firing assembly 5430 can include a firing bar 5432 a cutting edge 5436 and a foot 5438.The cutting edge 5438 can cut tissue andor the layer of material 5458 for example and the foot 5438 can guide the firing assembly 5430 along the slot 5456 in the cartridge body 5450 FIG.64 for example.In various embodiments the firing assembly 5430 can move along the slot 5456 in the cartridge body 5450 during a firing stroke.The firing assembly 5430 canengage the sled 5434 in the cartridge body 5430 and can drive the sled 5434 at least partially through the cartridge body 5450 for example.In certain embodiments the sled 5434 can have a camming surface or ramp 5442 which can engage drivers in the fasteners cavities 5454 during the firing stroke.When the ramp 5442 engages a driver in a fastener cavity 5454 the ramp 5442 can cam the driver and the corresponding fastener toward the cartridge deck 5452 and can eject the fastener from the fastener cavity 5454 for example.In certain embodiments referring primarily to FIG.65 at the beginning of the firing stroke the firing assembly 5430 can be positioned at a proximal portion 5404 of the second jaw 5402.In such embodiments referring primarily to FIG.66 the firing bar 5432 can drive the firing assembly 5430 distally during the firing stroke.In various embodiments the cutting edge 5436 can cut the proximal connector 5480a and the distal connector 5480b during the firing stroke.The cutting edge 5436 can cut the proximal connector 5480a at or near the beginning of the firing stroke for example and can cut the distal connector 5480b at or near the end of the firing stroke for example.
Patent claim: A lowpressure turbine comprising a stage according to any of the preceding claims.

Related passage: Alternatively the mixture of cubic boron nitride grit 68 and chromised 64 silicon carbide grit 62 is secured to the tips 44 of the turbine rotor blades 26 by direct laser deposition of the layer of material 66 onto the tips 44 of the turbine rotor blades 26 or by melting the tips 44 of the turbine rotor blades 26 by direct laser deposition to form the layer of material 66.
Patent claim: The apparatus of claim 3 wherein the holder 143 is provided with a protrusion 143a protruding upwardly from an upper end thereof and preventing shaking of the pin portion 130 upon being closely adhered on the pin portion 130.

Related passage: The switch 293 is receivably installed at one side of the actuator 161 in the case 141 and contactors 295 which are contacted upon being pressed upon are formed at one side of the switch 293.The interworking member 313 may include a rotational shaft 315 at its center and two arm portions 317 extending in different directions from the rotational shaft 315.The two arm portions 317 respectively extend toward the switch 293 and toward the trip slider 181.A contact piece 319 is disposed between the contactors 295 and the interworking member 313 to uniformly press upon the contactors 295.A pressing rod 187 extends at the trip slider 181 to press upon the arm portion 317 of the interworking member 313 for rotation when the trip slider 181 is moved to the trip position.
Patent claim: The controller 100 for a bicycle image capturing device 70 according to claim 6 wherein the reception unit 102 obtains at least one of cadence of the bicycle 10 human power that is input to the bicycle 10 a rotation speed of a wheel 14A 16A of the bicycle 10 pressure applied to the bicycle 10 pressure applied to the bicycle component 30 inclination of the bicycle 10 and a geographical position of the bicycle 10.

Related passage: The imaging system 101 further comprises a vibration detection means 111 which is configured to facilitate the correction for vibration of the camera 103 when it is mounted on the vehicle.In this way the negative effects on the quality of the image presented on the image display means 107 caused by vibration of the vehicle are reduced.
Patent claim: The surgical instrument according to claim 6 wherein the proximal end portion of the anvil retainer defines a notch and wherein the resilient legs of the anvil shaft include a retaining ring extending inward from an inner surface thereof the retaining ring positionable within the notch of the anvil retainer to secure the anvil shaft to the anvil retainer.

Related passage: Figs.1314 illustrate surgical stapling device 10 with anvil assembly 30 attached to anvil retainer 38 and the surgical stapling device 10 in the unapproximated or open position.Referring to Fig.14 during attachment of anvil assembly 30 to anvil retainer 38 anvil retainer 38 is positioned within bore 170 of center rod 154 of anvil assembly 30.Flexible arms 155 of the center rod deflect outwardly to accommodate the anvil retainer 38.Center rod 154 is advanced onto anvil retainer 38 in the direction indicated by arrow K in Fig.14 which pushes section 165 of the anvil retainer proximal as it compresses 162.This allows internal shoulder155b of flexible arms 155 to pass over annular protrusion 177 formed on anvil retainer 38.At this point flexible arms 155 releasably engage the anvil retainer 38.The position of the remaining components of stapling device 10 are not affected by attachment of anvil assembly 30 to anvil retainer 38 and remain as described above and shown in Fig.1012.
Patent claim: A slide rail assembly 10 for a rack system configured tomount a chassis 42 to a rack 14 a fixing member 43 being arranged on one side of the chassis 42 the slide rail assembly 10 characterized by a guide rail 22 having a first rail section 24 a second rail section 26 and a third rail section 28 wherein the first rail section 24 is bent relative to the second rail section 26 for supporting a portion of the chassis 12 42 the third rail section 28 is arranged above the second rail section 26 wherein the fixing member 43 on the chassis 42 has a first fixing part 38 and a second fixing part 40 connected to the first fixing part 38 the first fixing part 38 is connected to the chassis 42 an outer diameter of the second fixing part 40 is greater than an outer diameter of the first fixing part 38 wherein when the chassis 42 is mounted to the guide rail 22 the first fixing part 38 of the fixing member 43 on the chassis 42 abuts against an upper edge of the second rail section 26 of the guide rail 22 and one side of the second rail section 26 and one side of the third rail section 28 of the guide rail 22 are configured to support another portion of the chassis 42.

Related passage: The present invention relates to a slide rail assembly and a slide rail assembly pair and in particular to a slide rail assembly and slide rail assembly pair for carrying UPS uninterruptible power supply.
Patent claim: A method for operating an energy management system comprising allowing to process first data collected from a power system into second data if an enable state allowing to classify the second data into dynamic data and static data according to an established data classification and selectively synchronizing the first data and the dynamicdata or the static data with another energy management server in a standby state.

Related passage: In other words as in table of Fig.4b data values are not stored in a existing scheme of storing data values corresponding to each point at each period but as in table of Fig.4c only data values for periods and points corresponding to varied data values are stored when the data corresponding to points do not vary at each period.
Patent claim: A computerreadable medium having instructions stored thereon that when executed by a processor cause the processor to enter an energy savings mode the entry of the energy savings mode comprising executing by a processor a haptic track for a hapticallyenabled device configured to generate a haptic effect determining the presence of a zeroforce interval within the haptic track determining a duration of the zeroforce interval determining if the duration of the zeroforce interval exceeds a predetermined threshold determining an overhead time associated with a termination of the energy savings mode entering if the duration of the zeroforce interval exceeds the predetermined threshold at the start of the zeroforce interval an energy savings mode and terminating the energy savings mode at the conclusion of the zeroforceinterval less the overhead time.

Related passage: In these embodiments when the duration of the corresponding haptic effect pattern is greater than or equal to the duration threshold a rampup duration is firstcalculated as a product of a predefined value that indicates a duration for the standarddefinition haptic output device to reach a maximum vibration intensity identified as an intensity and a maximum amplitude of the corresponding haptic effect pattern.Thus the rampup duration indicates a duration for the standarddefinition haptic output device to reach a vibration intensity that corresponds to the maximum amplitude of the corresponding haptic effect pattern.When the rampup duration is greater than or equal to half of the duration of the corresponding haptic effect pattern the vibrotactile haptic effect pattern is rendered so that an active duration and a silent duration of the vibrotactile haptic effect pattern are each set to half of the duration of the corresponding haptic effect pattern.Thus the original haptic effect pattern is replaced by a vibrotactile haptic effect pattern with equal active and silent durations that collectively cover an entire duration of the original haptic effect pattern.The rendering of the vibrotactile haptic effect pattern in this scenario is further described below in greater detail in conjunction with Fig.5.
Patent claim: The catheter of claim 6 wherein the selfcentering multiray electrode assembly has a maximal outer diameter within the first curved region at an intermediate location of the first curved region.

Related passage: If desired the catheter may include a steering mechanism for deflection of the distal end of the catheter body 12.With such a design the distal end of the catheter body 12 preferably comprises a short length of tubing e.g.50mm to 100mm 2 to 4 inches in length that is more flexible than the remainder of the catheter body 12.A suitable steering mechanism comprises a puller wire not shown that extends from a proximal end in the control handle 16 through the central lumen 15 in the catheter body 12 and into an off axis lumen in the short length of tubing.Within the catheter body 12 the puller wire extends through a closely wound coil that is bendable but substantially noncompressible.The coil is fixed near the proximal and distal ends of the catheter body 12 and prevents deflection of the catheter body 12.The distal end of the puller wire is anchored at the distal end of the short length of tubing in the off axis lumen.The proximal end of the puller wire is anchored to a movable member in the handle 16 that can be moved relative to the catheter body 12.Proximal movement of the movable member relative to the catheter body 12 results in deflection of the short length of tubing.An example of such a steering mechanism and construction is described in more detail in U.S.Patent No.6064905 the disclosure of which is incorporated herein by reference.When incorporating a steering mechanism into the inventive catheter 10 it may be desirable to include a location sensor at the distal end of the catheter body 12.As would be recognized by one skilled in the art of a slurring mechanism is not including the handle 16 can be eliminated although it is described to maintain the handle for ease of use by the cardiologist.
Patent claim: The method of claim 1 wherein the one or more security keys comprises a link key.

Related passage: It is understood that the communication between the user communications device and the service provider server may be established via other communications means.For example the user communications device may be connected to a computer e.g.via a serial port such as an IrDa port and the computer may communicate with the service provider server via the Internet.Hence the PIN value may be exchanged between the computer and the service provider server and subsequently transferred from the computer to the user communications device.In anotherembodiment the user communications device may comprise a network interface for connecting the user interface to a LAN such that the user communications device may connect to the Internet via a web server on the LAN.
Patent claim: The gas turbine engine 100 of Claim 1 or 2 wherein said processor 402 is further programmed to estimate the health of the compressor 124 using at least one of pressure and temperature sensors 406 at an inlet 123 and an exit 125 of the compressor 124.

Related passage: In yet another embodiment a gas turbine engine for use in an aircraft is provided.The gas turbine engine includes at least one sensor configured to sense an engine parameter and to generate a sensor input representing the engine parameter a control system configured to control at least one of the gas turbine engine and the aircraft and an estimation system coupled in communication with the control system.The estimation system is configured to output an estimated operating parameter to the control system.The estimation system includes a primary model configured to receive at least the sensor input and to estimate the operating parameter using at least the sensor input and a redundancy system configured to receive the estimated operating parameter and to determine whether an anomaly is present within the estimated operating parameter.
Patent claim: Household appliance 2 according to claim 4 whereby said cover 78 at its periphery comprises a groove 196 and whereby said gasket 180 is positioned at least partially inside said groove 196.

Related passage: Moreover with reference to Figures 2 3 and 4 each protecting box 4 preferably though not necessarily has on its bottom wall 4b a number of passthrough holes or slots 4a each of which is dimensioned for being engaged in passthrough manner by a respective display device or manuallyoperated input device of the corresponding piece 3a 3b of the internal printed circuit board 3 and it is structured for being firmly fixed to the rear face 2r of dashboard 2 with its bottom wall 4b directly faced to the rear face 2r of the outer dashboard 2 and locally substantially parallel to and spaced from the surface of said dashboard 2.Thus all display devices andor manuallyoperated input devices of the internal printed circuit board 3 have to engage in passthrough manner the bottom wall 4b of the protecting boxes 4 for reaching and fitting into the corresponding passthrough openingsandor seats 2a on dashboard 2.
Patent claim: The dissolved air flotation system according to claim 8 wherein the coagulator further includes a porous separation member 130 that partitions the first mixing and coagulation part 110 and the second mixing and coagulation part 120 from each other to maintain the different turbulent flow strengths between the first mixing and coagulation part 110 and the second mixing and coagulation part 120.

Related passage: To accomplish the above object according to an aspect of an exemplary embodiment there is provided a flocculation basin inclusion type water treatment apparatus using dissolved air floatation DAF which includes a flocculation basin which forms flocs by mixing a coagulant inserted into feed water and grows up the flocs a contact zone to which fine bubbles are induced through a nozzle disposed at a lower part and a separation zone which removes the flocs when the fine bubbles are attached to the flocs and the flocs float on the surface of water the flocculation basin inclusion type water treatment apparatus including a fine bubble forming part which separates some of the feed water of the upstream side of the flocculation basin by piping forms saturated water using the separated water and supplies the saturated water to the nozzle.
Patent claim: The power conversion device 100 according to claim 2 wherein the cooling device 300 is configured by a radiator 310 that cools down the liquid refrigerant an air blower 320 that supplies a cooling air to the radiator 310 a pump 330 that circulates the liquid refrigerant a distribution pipe 350 that divides and supplies the liquid refrigerant to the plurality of power units 200 and a gathering pipe 360 that receives the liquid refrigerant from the plurality of power units 200 the plurality of coolingdeviceside pipe connectors are provided in the distribution pipe 350 and the gathering pipe 360 and are provided in a bottom surface of thecooling device 300 the air blower 320 is provided on a windward side of the radiator 310 and the cooling air is supplied from a side surface of the power conversion device 100 to the radiator 310 passes through a space between the distribution pipe 350 and the gathering pipe 360 and is discharged from a bottom surface of the power conversion device 100.

Related passage: Furthermore when the apparatus casing 12 in which the cooling jacket 19A is formed is cooled down the lower case 16 is also cooled down in the lower portion of the apparatus casing 12.The heat of the capacitor module 500 is thus transmitted into the cooling water through the lower case 16 and the apparatus casing 12 thereby the capacitor module 500 is cooled down.
Patent claim: Computer program comprising computer executable instructions configured to perform when executed the steps of method according to claim 9.

Related passage: Figure 1A illustrates an architecture diagram of a system embodiment according to the present invention.The system 10 comprises a gaze capture module 11 a gaze distance determination module 12 a gazed virtual object identification module 13 a gaze translucency algorithm module 14 and a virtual object modification module 15.The gaze capture module 11 is configured to capture 115 a users gaze information comprising gaze coordinates said gaze coordinates representing a position on a display at which said user is looking or gazing not shown.The gaze distance determination module 12 is configured to determine 125 a distance or gaze distance between a virtual object and a gaze distance origin using said gaze information 115.The gazed virtual object identification module 13 is configured to identify 135 a gazed virtual object of a number of virtual objects based on the determined distance or distances 125.The gaze translucency algorithm module is configured to assign to one or more of said virtual objects a modification command based on said identified gazed virtual objects.The virtual object modification module 15 is configured to modify one or more virtual objects of said number of virtual objects based on said modification command 145.In this manner the system can implement gaze translucency since information about what virtual objects users are looking at e.g.the gazed virtual object 135 can be used to modify for instance one or more display properties of said virtual objects.This modification can for instance be performed by a virtual object itself e.g.by applying a shader rather than on its rendering representation on the display in other words its pixel representation on said display.The skilled person will moreover understand that the gaze information 115 the determined distances 125 the identified virtualobjects 135 and the modification commands 145 may be implemented as a local system property or as events or as parameters to function calls.Moreover the skilled person will understand that a network module not shown may be used to transmit andor receive any of the data connections that are shown thereby facilitating networked and distributed operation.
Patent claim: An image reading apparatus 500 comprising a first light receiving element substrate 14a including a plurality of first light receiving elements 31 arranged at an arrangement interval T in a longitudinal direction of the first light receiving element substrate 14a and a second light receiving element substrate 24a including a part in the longitudinal direction that overlaps with a part of the first light receiving element substrate 14a so as to form an overlapping region 35 wherein the first light receiving element substrate 14a and the second light receiving element substrate 24a are shifted from each other in a direction perpendicular to the longitudinal direction wherein the second light receiving element substrate 24a includes a plurality of second light receiving elements 31 arranged in the longitudinal direction the second light receiving elements 31 being arranged at the arrangement interval T at least outside the overlapping region 35 and wherein when an interval between two of the second light receiving elements 31 of the second light receiving element substrate 24a disposed in the overlapping region 35 is expressed as a specified interval TS the specified interval TSand the arrangement interval T satisfy the following relationship TTS2T.

Related passage: However in this embodiment since the oddnumbered light emitting chips C and the evennumbered light emitting chips C are different from each other it is necessary to prepare two kinds of light emitting chips C.In other words although not shown in the drawings wiring lines connected to the light emitting chips C are disposed on the upper side of the drawing with respect to the oddnumbered light emitting chips C and are disposed on the lower side of the drawing with respect to the evennumbered light emitting chips C.Therefore in the oddnumbered light emitting chips C and the evennumbered light emitting chips C the connection directions of the wiring lines are different from each other by 180 degrees.For this reason it is also necessary that a wiring pattern on the oddnumbered light emitting chips C are different from a wiring pattern on the evennumbered light emitting chips C.Therefore two kinds of light emitting chips are necessary.
Patent claim: The watersoluble unit dose article according to claim 9 wherein the high active polymer composition is combined with one or more further compositions or components before addition to the watersoluble unit dose article.

Related passage: The nonaqueous liquid compositions of examples 1 to 16 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.