bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The RFID tag according to claim 3 wherein the protector has a longitudinal direction and a widthwise direction and the length I of the protector is a length along the widthwise direction of the protector.

Related passage: The reinforcing member 50B is adhered to a portion of a surface 40A a top surface as illustrated in FIG.2A of the cover 40.The portion to which the reinforcing member 50B is adhered is located over the IC chip 30 and the connecting portion 20A.The reinforcingmember 50B covers the IC chip 30 and the connecting portion 20A through the cover 40.
Patent claim: The system according to claim 1 further comprising a unit 19 configured to correct the load adjustment range predicted by the load adjustment range prediction unit 16 in accordance with external factors including weather season use mode of the load.

Related passage: Subsequent to step S 112 in step S113 the operation states of the appliances at the current moment are along with time information the difference from the electric power amount acquired in step S101 and other data are added as a history record to the information table.Specifically judgments are made on the duration of defrostingcooling in the showcases and on the interior temperature deviation and the judgment results are added to the information table.Moreover the difference of the electric power amount corresponding to row 12 of Fig.6 is added to the information table.Here the abovementioned validity flag is also stored in the information table for example the validity flag is set based on the difference of the electric power amount.
Patent claim: The RFID tag according to claim 6 wherein the first portion is a circle a square an ellipse or a rectangle.

Related passage: The reinforcing member 50B is adhered to a portion of a surface 40A a top surface as illustrated in FIG.2A of the cover 40.The portion to which the reinforcing member 50B is adhered is located over the IC chip 30 and the connecting portion 20A.The reinforcingmember 50B covers the IC chip 30 and the connecting portion 20A through the cover 40.
Patent claim: The article of manufacture of claim 6 wherein the operations further comprise determining 342 by the controller an average wheel speed characteristic for a present takeoff wherein the lowest value is excluded from the average and storing 344 by the controller the average wheel speed characteristic for the present takeoff wherein the moving average is based on the average wheel speed characteristic for the present takeoff and is based on a stored average wheel speed characteristic from a past takeoff and preferably wherein the operations further comprise evaluating 352 by the controller the lowest value and the moving average against a threshold wherein the threshold is based on the moving average and preferablywherein the threshold is 50 to 70 of the moving average.

Related passage: Step 510 comprises comparing the deviation from the slip ratio average to a predetermined threshold value.In this regard if the deviation from the slip ratio average exceeds the threshold value it may be determined that a dragging brake is present.In response to the determination a dragging brake signal may be send to another aircraft component.A pilot or other crew member may then use the dragging brake signal to delay landing gear retraction to allow the dragging brake additional time to cool.In various embodiments a value is set to true or false in response to the determination of a dragging brake.
Patent claim: An air conditioner controller 12 comprising a plurality of heat generating electric components 22 23 installed in an outdoor unit 13 of an air conditioner 1 to control instruments of the air conditioner 1 a substrate 21 on which the heat generating electric components 22 23 are mounted and a thermally conductive block 25 to which body parts of the heat generating electric components 22 23 are fixed in contact and that is attached to a refrigerant pipe 10A wherein the thermally conductive block 25 includes a first surface 26 that extends substantially in parallel to the substrate 21 at a predetermined interval from the substrate 21 and to which at least one of the heat generating electric components 22 23 is attached a second surface 27 that intersects with the first surface 26 and to which at least one SIP type heat generating electric component 23 among the heat generating electric components 22 23 is attached and a third surface 31 to which the refrigerant pipe 10A is attached and wherein the third surface 31 is disposed facing to an opening part provided by removing a service panel 30A 30B of the outdoor unit 13.

Related passage: The controller 12 includes a controller body 18 and is provided with a substrate 21 having an upper side part and a lower side part fixed and installed on the controller body 18 through supporting tools 19 and 20 respectively.On the substrate 21 various control circuits a large number of electronic components configuring the circuits and the like are mounted.Herein a mounting structure and a coolingstructure of a plurality of heating electronic components 22 23 and 24 such as the active converter the diode module and the power transistor that are components of the inverter for driving an electric motor for the compressor 2 are hereinafter described in detail.
Patent claim: The method of claim 10 wherein the indium electroplating composition further comprises one or more sources of chloride ions wherein a molar ratio of the chloride ions to the indium ions is 21 or greater.

Related passage: In addition to the additives other plating bath components are included in plating baths as a source of metal ions pH adjusters such as inorganic acids and a source of halide ions.Generally plating baths are aqueous.The pH range of the baths may range from 0 to about 14 preferably from 0 to about 8.Wetting agents employed in plating baths and amounts employed in such baths are well known in the art.Inorganic acids employed include but are not limited to sulfuric acid hydrochloric acid nitric acid phosphoric acid and the like.Sulfuric acid is a preferred acid.Halogen ions are optional.Halogen ions employed in plating baths preferably include chloride fluoride and bromide.Such halides are added into the bath as a water soluble salt.Chloride is preferred and is introduced into the bath as HCI.Water soluble salts of metals provide a source of the metal to be plated on a substrate.Such water soluble salts include metal salts of copper chromium gold silver cadmium platinum palladium cobalt bismuth indium rhodium ruthenium and iridium.
Patent claim: The actuator system of any preceding claim wherein the first sensor 212 308 is one of a rotatory variable transformer a linear variable transformer a synchroresolver or an encoder.

Related passage: The object of the invention may lie in proposing a drive system for moving control surfaces of an aircraft e.g.flaps flap segments slats or slat segments that does not rely on a mechanical coupling of adjacent control surfaces and at the same time provide at least the same degree of safety and reliability.Additionally it should further be possible to reliably detect a failure in the drive system or skewed control surfaces.
Patent claim: A computerimplemented authentication method comprising acquiring digital image data of at least a portion of a physical object analyzing the image data to form a digital fingerprint of the object querying a database based on the digital fingerprint to obtain a matching result wherein the database stores digital fingerprints from one or more objects and the matching result includes an indication as to whether the digital fingerprint matches a digital fingerprint stored in the database based on the matching result querying an incentive database to obtain an incentive result wherein the incentive database stores rewards associated with one or more objects and allocating rewards based on the incentive result.

Related passage: A common step for both identification and authentication is a selection of the prevention measures based on the results of identificationauthentication and registration of the request.By registering the device identifier IP address phone number user login etc.from which the identificationauthentication request is performed one obtains the advantage of controlling and preventing attempts to attack the system on the product andor server levels track the information about the requests performed based on the submitted data and thus providing system confirmation about the item authenticity consumption or distribution.By registering the number of successful checks of different product items from a given portable device one can award the device holder by the special product price reductions sales participation in the various lotteries or granting the portable device owner some extra free service to motivate the authentication demands.
Patent claim: The turbine stage 10 according to claim 1 or 2 wherein said purge valley 38 is configured having a maximum depth axially at a location forward the leading edge 24 of the airfoil 14.

Related passage: Various types of technology have been disclosed in Publications of Japanese Patent Application LaidOpen Publication Nos.HEI 1106903 HEI 4124406 9112203 2000230403 with respect to the development of the process for suppressing the reduction in the efficiency of the blade cascade caused by the secondary flow based on the investigation with respect to the mechanism thereof.
Patent claim: The apparatus of claim 12 wherein the deformable feature is configured to fold the outer portion of stapled tissue relative to the inner portion of stapled tissue.

Related passage: FIG.176 shows a body lumen transected by a surgical stapler with an adjunct such as the one shown in 118.The tissue 41076 is shown with noncontinuous adjuncts 41040 41050 in place.The washers 41046 41056 align and alongside each washer 41046 41056 and the suture filaments 41044 41054 connected to each washer is a single row of staples 41066 that is not sealed by adjunct material.Sealing material 41042 41052 prevents leaks in the dog ear portions of tissue with multiple rows of staples.
Patent claim: A gas turbine engine 10 comprising a rotor 51 having at least one disk 71 73 with circumferentially spaced blades 68 70 a stator 63 having at least one ring 100 with circumferentially spaced vanes 72 74 with the ring 100 being adjacent the disk 71 73 a recess 110 210 310 410 formed in one of the disk 71 73 and ring 100 to define a buffer cavity 112 212 312 412 a wing 114 214 314 414 extending into the recess 110 210 310 410 from the other of the disk 71 73 and ring 100 and defining a labyrinth fluid path 108 208 308 408 through the buffer cavity 112 212 312 412 and at least one set of protuberances 116 117 216 217 316 317 416 417 including a recess protuberance 118 218 318 418 extending from the recess 110 210 310 410 into the buffer cavity 112 212 312 412 and a wing protuberance 120 220 320 420 extending from the wing 114 214 314 414 into the buffer cavity 112 212312412.

Related passage: The segmented ring 86 is radially located in a neck region 96 of the blades 58.The neck region 96 extends radially outward above the rim 60 from the attachment 66 to a platform 98 that supports an airfoil 100 and defines the inner radial contour of the annular duct 30.Individual ring segments 186 extend axially outward from the neck region 96 of each blade 58 and are formed by casting turning grinding broaching electrodischarge EDM or other suitable process.With the blades 58 interposed with the lugs 64 adjacent ring segments 186 substantially align defining a complete segmented ring 86.A single segmented ring 86 as shown in FIG.2 may be used or multiple segmented rings 86 as shown in FIG.3 may also be used.The addition of multiple segmented rings 86 provides a greater leakage restriction but the actual number may be limited by space and weight requirements.
Patent claim: The clock circuit according to any one of claims 1 to 4 wherein the treeshaped clock structure is an Hshaped clock network structure.

Related passage: Turning now to Fig.2 a diagram illustrating one embodiment of a clock tree that may be implemented in IC 10 is shown.In the illustrated embodiment clock generator 11 is configured to generate a clock signal that is conveyed to the root clock signal node via clock driver 13.Clock generator 11 may be any suitable type of clock generating circuit such as a phase locked loop PLL or a ring oscillator.
Patent claim: The longrange cloud conditions detector of claim 4 further comprising third and fourth signalprocessing channels each electrically coupled to the polarizing antenna the third and fourth signalprocessing channels configured to receive from the polarizing antenna the third and fourth detection signals respectively each of the third and fourth signalprocessing channels including a pulsereflection delay timer configured to generate a signal indicative of a time difference between the second electrical emission signal and the received electrical detection signal a signal strength module configured to generate a signal indicative of a signal strength of the received electrical detection signal and a decayrate module configured to generate a signal indicative of a rate of decay of the received electrical detection signal.

Related passage: The systems and processes of the radar type applied in meteorology existing in the market and for the observation of weather phenomena using real aperture antenna use an antenna real aperture or sensor or electronic scanning to obtain a good azimuth resolution.These devices allow the determination of the position the radial speed in the direction of propagation of radar signals and estimate the degree of wind turbulence due to the analysis of structures such as rain clouds snow hail among others.By these observations we can classify the type of particles which constitute each phenomenon and thus foresee the degree of severity of a storm for example.
Patent claim: The surgical stapling system of Claim 12 wherein each said forming pocket comprises a proximal forming cup and a distal forming cup.

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 image forming apparatus according to claim 9 wherein the second halftoning is halftoning using the AM screen and wherein the number of lines of a screen for the first halftoning is smaller than the number of lines of a screen for the second halftoning.

Related passage: An image processing apparatus is typically in turnedoff state during nighttime and in turnon state during daytime.Thus a user is allowed to select only the button 1004 when the main power switch of the MFP 101 is turned on and power is supplied.Alternatively a user may be allowed to select only the button 1004 unless both types of calibration are executed within a predetermined time period.A user may also be allowed to select only the button 1004 unless both types of calibration are executedbefore printing is executed using a predetermined number of sheets.
Patent claim: The integrated industrial system according to any one of claims 11 to 13 wherein the defender is installed in the first zone in which the safety instrumented system is installed wherein the defender is configured to obtain the detection result of the firstdetector and the second detector through the network and wherein the defender is configured to perform the countermeasure through the network.

Related passage: A traditional flat network approach in an IACS which allows all devices to communicate with each other is no longer tolerable due to the security risks that it imposes.Therefore an IACS communication network must be segregated or divided into different network security zones.A network security zone is a collection of network nodes or resources such as controllers servers PCs that share common security exposure and risk in terms of criticality and consequence.Any communication between zones must be via a defined conduit.Conduits control access to zones and include security controls intended to mitigate a difference between security level capacity and security requirements of a zone.Exemplary conduits include interzone barrier devices such as firewalls routing devices with Access Control Lists ACLs or switches with layer 3 capabilities enabled and ACLs.In this context it has to be noted that Virtual Local Area Network VLAN concepts alone do not provide security mechanisms sufficient to separate traffic from different securityzones.Likewise subnets or subnetworks as logical divisions of an IP network are separated by routers and only qualify as security zones if the latter include Access Control Lists ACLs or if firewalls are used.Generally a security zone might comprise several subnets.
Patent claim: The system of any preceding claim wherein the aircraft system is a bleed air system and wherein the plurality of zones comprise bleed air ducts.

Related passage: In the depicted embodiment each sensing element 16a 16b...16N is configured to sense temperature changes in M distinct zones.As stated above each sensing element 16a 16b...16N is outfitted with FBG having a distinct Bragg wavelength B in each zone Z1 Z2...ZM thereby allowing high speed spectrometer 20 and data processor 22 to distinguish between temperature changes in each zone.According to this embodiment high speed spectrometer 20 identifies M distinct Bragg wavelengths from each sensing element 16a 16b...16N corresponding to zones Z1 Z2...ZM and analyzes the relative shift in each e.g.11 22...MM.Processor 22 may alternatively or additionally differentiate between each zone Z1 Z2...ZM based on timeofflight from each zone to interrogator 12.Some embodiments of the present invention may sense only one temperature i.e.only one zone per sensing element 16a 16b...16N.
Patent claim: The system of any one of claims 8 to 14 wherein the heat exchanger 53 is operable at a temperature of about 175F to about 350F or about 80C to about 180C and a pressure of about 1 bar absolute to about 10 bar absolute or about 1.4 bar absolute to about 6 bar absolute for heating of waste water.

Related passage: The desulfurization apparatus 15 is an apparatus that removes the sulfur oxides contained in the flue gas 18 which is supplied through a gas supply line L4 after the soot and dust are removed in a wet manner.For example limestone slurry an aqueous solution obtained by dissolving limestone powder in water 20 is used as an alkaline absorbent in the desulfurization apparatus 15 anda temperature in the apparatus is adjusted to about 30 to 80C for example.The limestone slurry 20 is supplied to a liquid reservoir in a column bottom portion 22 of the desulfurization apparatus 15 from a limestone slurry supply apparatus 21.The limestone slurry 20 which is supplied to the column bottom portion 22 of the desulfurization apparatus 15 is fed to a plurality of nozzles 23 provided in the desulfurization apparatus 15 through an absorbent supply line not illustrated and is ejected from the nozzles 23 toward a column top portion 24.The flue gas 18 rising from the column bottom portion 22 of the desulfurization apparatus 15 comes into gasliquid contact with the limestone slurry 20 ejected from the nozzles 23 so that the sulfur oxides and the mercury chlorides contained in the flue gas 18 are absorbed by the limestone slurry 20 and are separated and removed from the flue gas 18.The flue gas 18 purified by the limestone slurry 20 is discharged from the column top portion 24 of the desulfurization apparatus 15 as a purified gas 26 and is discharged from a stack 27 to the outside of the system.
Patent claim: Machine according to claim 1 wherein the flow generating means comprise one or more fans 22 22A 22B22C.

Related passage: The final reduction stage 27 is advantageously designed with an input 34 and output 35 which are coaxial with the axis 17 and by means of an epicyclic reducer 27 of the type known per se and therefore not illustrated in detail.The angular transmission stage 33 is advantageously an angular speed reducer.This optimizes the dimensions of the system resulting in a reduction in the number of revolutions so that an epicyclic reducer with a small number of stages for example one or advantageously two stages may be obtained.It has been found that this reduces the costs and the noisiness of the motorunit.
Patent claim: The fuel supply pump according to any one of claims 1 to 5 wherein the damper cover 14 has ribs 14G in radiation directions.

Related passage: Although the damper cover 14 is fixed to the pump housing by being screwed in this embodiment the damper cover 14 can also be fixed by for example welding the entire periphery at the P position.In this case a seal is also provided by the welding so the seal member 10D in the first embodiment can be eliminated.
Patent claim: A downhole manipulation method for shifting a position of a downhole flow device of a downhole system according to any of claims 713 comprising the steps ofarranging the tool in engagement with the sliding sleevemoving the sliding sleeve along the axial extension until the projecting part of the sliding sleeve engages the second groove andforcing the projecting part out of engagement with the second groove by moving the sliding sleeve further along the axial extension towards engagement with the third groove.

Related passage: In Fig.8A the detection tool 50 comprises a centraliser 57 for maintaining the detection tool at a predetermined radial distance r from the completion component.The detection tool further comprises a measurement device 59adapted to continuously measure the radial distance from the detection tool to the completion component.The detection tool further comprises a processor device 58 adapted to process observations provided by the detectors for calculating the first distance on the basis of the detectors detecting the respective markers.The processor device may also be arranged in the detection unit.The detection tool comprises a communication unit 60 adapted for communicating the determined first distance to an external source.The communication may be performed via a wireline connecting the detection tool with surface.