bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A bolted flange assembly 100 for securing rotating components in a gas turbine the bolted flange assembly 100 comprising two rotating wheels 102 each wheel 102 having at least one arm 106 extending towards a spacer 104 positioned partially between the two rotating wheels 102 wherein each arm 106 has a flange surface 108 facing the spacer 104 and at least a portion of each flange surface 108 is nonperpendicular to a centerline of the gas turbine such that in an unconstrained state a heel end 110 of each flange surface 108 is closer to the spacer 104 than a toe end 112 of each flange surface 108 and a bolt 114 extending through the arm 106 of each rotating wheel 102 and the spacer 104.

Related passage: The embodiment shown in Fig.5 includes the second flange 24 and the corresponding second coupling member 25 and also includes a further second flange 124 having a further second coupling member 125.The further second coupling member 125 comprises a projection 127 having frustoconical faces 136 138.The face 136 of the projection 127 cooperatively engages the face 228 of the first coupling member 123 and the face 128 of the projection 127 cooperatively engages the face 230 of the first coupling member 122 in the same way that the faces 36 38 of the projection 27 engage the faces 28 30 of the flange 122.The further second coupling member 125 is connected by an appropriate connection member 134 to the another rotary component of the gas turbine engine 10.
Patent claim: The CRUM unit of claim 1 wherein the first frequency is lower than the second frequency.

Related passage: According to FIG.12B when a clock signal whose high value and low value are changed by the first time t1 unit as in the first idle section the first pause section and the second pause section and the third pause section is received a data signal is not received.Thus the CRUM unit generates a decoding signal to be one of 0 and 1.When a clock signal whose high value and low value exceed the first time t1 as in the first data section and the second data section is received the CRUM unit may recognize that the section is a data section.
Patent claim: An end effector for use with a surgical stapling instrument comprising a first jaw member having an anvil assembly anda second jaw member at least one of the first jaw member and the second jaw member being movable relative to the other between a spaced position and an approximated position to engage and staple tissue therebetween the second jaw member including a cartridge assembly having an arcuate configuration the cartridge assembly including a surface configured to engage tissue a plurality of rows of fastener retaining slots extending along a length of the cartridge assembly and a knife channel disposed between adjacent rows of the plurality of rows of fastener retaining slots and a cartridge housing having an arcuate configuration and defining a channel therein configured for receipt of the cartridge assembly the cartridge housing including a base portion having a concave inner edge and a convex outer edge a first wall extending from the concave inner edge and a second wall extending from the convex outer edge the first and second walls each defining a plurality of notches therein wherein each slit of the plurality of notches is spaced from one another along a length of the cartridge housing.

Related passage: First jaw member 230 includes an opening 239 FIG.10 adapted to receive both legs 277 of stop portion 270 instead of two slots 139 each capable of receiving a leg 177 of stop member 170.Stop member 270 is similar to stop member 170.However stop member 270 has a stopping portion 274 directly connected to a distal portion 237 of first jaw member 230.Distal portion 237 contains a hole 235 FIG.10 adapted to receive a pivot pin 276.Pivot pin 276 or any other suitable apparatus pivotally couples stop member 270 to first jaw member 230.
Patent claim: The vehicle testing method of claim 1 wherein said determining whether the signal of the vehicle computer associated with said test action is consistent with a nontampered vehicle comprises comparing the signal of the vehicle computer to an expected response.

Related passage: In subsequent steps 525 to 545 the CPU 11 a performs processing necessary for charging.Since the value of the flag F is 1 the result of the judgment in step 550 becomes Yes and the CPU 11a proceeds to step 575 so as to store in the RAM 11c or the external memory 16 the charge result which is obtained as a result of the present execution of the routine of FIG.5 step 530 or step 545.As shown in Table 4 the charge result includes date and time unit sec longitude x latitude y inarea travel distance charged area and charge type.Notably the charge result may include charge amount.Table 4M D Hr Min Sec Position longitude Position latitude Inarea travel Distance Area Charge Type08 30 14 01 00 1353000.00 350000.00 0.0 m A Entry08 30 14 05 11 1353001.01 350016.44 506.2 m A Distance08 30 14 10 25 1353001.52 350032.28 1010.1 m A Distance08 30 14 15 26 1353001.27 350035.12 0.0 m B Entry08 30 14 21 15 1353002.15 350051.78 505.2 m B Distance08 30 14 30 37 1353002.13 350108.11 1001.8 m B Distance08 30 14 36 47 1353002.22 350110.05 0.0 m C Entry08 30 14 46 35 1353003.53 350126.99 509.7 m C Distance08 30 14 53 13 1353003.12 350143.05 1010.1 m C Distance08 30 15 00 56 1353003.25 350158.77 1501.8 m C Distance
Patent claim: An inserter for inserting a needle or cannula of an infusion set comprising a fixed inserter member and a movable inserter member movably connected to said fixed inserter member and adapted to receive the infusion set said movable inserter member being movable from a first position to a second position to expose the needle or cannula the movable inserter member being locked to the fixed inserter member in the first position to prevent accidentally exposing the needle or cannula.

Related passage: In Figure 11C the inserter module 200 passes further into the corresponding opening and the pivoting retaining hook 341 is displaced by the prismshaped element 416 and thus released.
Patent claim: A method of establishing traffic paths through a provider network wherein a customer edge device CE1 is connected to a first provider edge node PE1 and to a second provider edge node PE2 via UserNetwork Interfaces UNI wherein said provider edge nodes PE1 PE2 are interconnected directly or indirectly with provider core nodes P1P4 and further provider edge nodes PE3 PE4 via NetworkNetwork Interfaces NNI to form said provider network and wherein said provider edge nodes PE1PE4 and said provider core nodes P1P4 exchange routing information over said NetworkNetwork Interfaces NNI using a routing protocol the method comprisingrequesting by said customer edge device CE1 a first traffic path through said provider network to be established from said first provider edge node PE1within said provider network calculating said first traffic path LSP1 using said routing information and initiating setup of said first traffic path LSP1 using a signaling protocolrequesting by said customer edge device CE1 a second traffic path LSP2 through said provider network to be established from said second provider edge node PE2 and to be disjoint from said first traffic path LSP1 andwithin said provider network calculating said second traffic path LSP2 using said routing information and a constraint to be disjoint from said first traffic path LSP1 and initiating setup of said second traffic path LSP2 using said signaling protocol further comprisingdetermining shared constraint information of said first traffic path LSP1 and returning from said first provider edge node PE1 to said customer edge device CE1 via said UserNetwork Interface a data element indicative of said shared constraint information andforwarding said data element from said customer edge device CE1 to said second provider edge node PE2 to enable path calculation of said second traffic path using said shared constraint information as exclusion list.

Related passage: According to figure 5B the first client device C1 sends a request message REQ via its first port P1 to the network endpoint node NEN 1.The request message REQ is a request for a data connection to the client device C2 via network resources of the first set of network resources SA.Therefore the request message REQ contains the address of the second client ADR2 C2 and the indicating data identifying the first set of network resources which is the tag A.As a next step the network endpoint node NEN1 determines a first path PTH1 composed of only network resources of the first set SA.As a further step the network endpoint node NEN1 establishes the first path PTH1 and by this establishes the first data connection CON1 via the first path PTH1.The network endpoint node provides the established first data connection CON1 to theclient device C1 via the client network interface CNI by sending a providing message PRVCON1.
Patent claim: The information processing system 1 according to claim 18 characterized in that the information processing unit 14 22 changes the correspondence relation in response to a degree in which the controller 5 is operated so as to exceed the limit of the movable range other than the fixed position within the movable range and changes the correspondence relation in response to a degree in which the controller 5 is operated so as to exceed the second threshold value in the entire movable range when the controller 5 is operated so as to exceed the second threshold value.

Related passage: When the CPU 311 has set the time counting flag to off the CPU 311 resets the switching time t to zero step 205.Specifically the CPU 311 updates and initializes the switching time data 509 stored in the main memory 32 such that the switching time t indicates zero.
Patent claim: The covering 100 of any of the claims 1 to 10 whereinthe polymer layers 121 122 123 124 125 113 114 of the covering 100 that have been made by casting extrusion or coextrusion in total have a specific weight of at least 20 gm2 optionally at most 80 gm2 wherebythe water vapour transmission rate WVTR according to the standard ISO 2528 of the polymer multilayer structure 120 is less than 1 gm2day at the temperature 23 C in the pressure 1 atm and at the relative humidity 50.

Related passage: The aim of the present invention is to solve the abovementioned technical problems eliminating the drawbacks in the cited known art bydevising a panel structure that possesses good insulating properties and which maintains the properties of impermeability to the expanded gases over time and that can be hotscarfed at the same time.
Patent claim: An apparatus according to claim 7 or 8 characterized in that the apparatus comprises means for detecting an earth fault in the threephase electric network.

Related passage: An apparatus according to any one of the embodiments may be implemented by means of a computer or corresponding digital signal processing equipment provided with suitable software for example.Such a computer or digital signal processing equipment preferably comprises at least a working memory RAM providing storage area for arithmetical operations and a central processing unit CPU such as a generalpurpose digital signal processor.The CPU may comprise a set of registers an arithmetic logic unit and a control unit.The control unit is controlled by a sequence of program instructions transferred to the CPU from the RAM.The control unit may contain a number of microinstructions for basic operations.The implementation of microinstructions may vary depending on the CPU design.The program instructions may be coded by a programming language which may be a highlevelprogramming language such as C Java etc.or a lowlevel programming language such as a machine language or an assembler.The computer may also have an operating system which may provide system services to a computer program written with the program instructions.The computer or other apparatus implementing the invention further preferably comprises suitable input means for receiving e.g.measurement andor control data which input means thus enable e.g.the monitoring of current and voltage quantities and output means for outputting e.g.fault alarms andor control data e.g.for controlling protection equipment such as switches disconnectors and circuitbreakers.It is also possible to use a specific integrated circuit or circuits andor discrete components and devices for implementing the functionality according to any one of the embodiments.
Patent claim: A method comprising calculating a data flow identifier associated with a first data packet based at least in part on one of a source identifier of the first data packet or a destination identifier of the first data packet comparing a data flow value associated with the data flow identifier with a data flow threshold sending at a time and in response to comparing the data flow value with the data flow threshold a transition signal such that a forwarding module stores after the time the first datapacket in a first output queue based on the data flow identifier the forwarding module configured to store prior to the time a second data packet in a second output queue based on the data flow identifier and modifying the data flow value in response to comparing the data flow value.

Related passage: Another possibility might be to have thresholds on queues in the network and when the threshold is exceeded to allow only those packets that are within their CIR to enter the queue dropping the others.This however would not guarantee that all packets within their CIR would be allowed since the queue would already contain packets marked as not complying and they would be allowed to remain.
Patent claim: The medicated module of claims 13 further comprising at least one seal 216ac 416 wherein each of the at least one seal is configured to seal at least one of the bypass flow path 204 404 and the medicament cavity 206 406.

Related passage: An example of how the medicine injector of Fig.6 is used will be made with reference to Figs.7 to 9 which illustrate a sequence of operation for injecting contrast media into a vein.
Patent claim: Method according to any of the previous claims wherein the curd blocks are ripened over a period longer than 4 weeks preferably longer than 8 weeks preferably 4 to 100 weeks more preferably 8 to 40 weeks most preferably 10 to 25 weeks.

Related passage: A cheese of basically rectangular shape such as the Euroblock is eminently suitable for the removal of the plastic coating from it by the peeling process.The Euroblock is a rectangular block of cheese measuring about 50 x 30 x 10 cm which is often used in cheesemaking.However the peeling also works with other types of cheese whether they have one or more surfaces.
Patent claim: The apparatus 1 according to claim 1 wherein the lighting circuit 5 is disposed in a space the space is surrounded by distal ends 7b of the thermal conducting fin 7.

Related passage: Embodiment 6 of the present invention is described below with reference to drawings.FIG.15 is a schematic longitudinal sectional view illustrating a configuration of a lighting device according to Embodiment 6 of the present invention.FIG.16 is an exploded perspective view of a main part.FIG.17 is an exploded perspective view of a main part illustrating a configuration of a heat radiating part 2002 according to Embodiment 6 of the present invention.
Patent claim: The system of Claim 1 wherein the headfloat further comprises a hydrogenerator 162 configured to generate energy by rotating a propeller 162 and a protection grid 302 402 502 602 for protecting the propeller from debris andor marine animals.

Related passage: An example marine seismic data acquisition system that may be used with a seismic source according to the invention is shown schematically in FIG.1.The acquisition system includes a seismic vessel 10 that moves along the surface of a body of water 11 such as a lake or the ocean.The seismic vessel 10 includes thereon equipment shown generally at 12 and described for convenience herein as a recording system that may include none shown separately in FIG.1 data recorders navigation devices such as global positioning system GPS receivers and seismic energy source control devices.The recording system 12 may also include equipment for operating buoyancy control and hydrodynamic lift devices on one or more seismic source arrays as will be explained below in more detail.
Patent claim: A gas turbine engine airfoil component having a surface area of an internal wall defining a trailing edge cooling cavity therein wherein the surface area has a noble metalcontainig diffusion aluminide coating thereon and wherein the gas turbine engine airfoil component is made by a method in accordance with one of the claims 1 to 6.

Related passage: The present invention provides a method and apparatus for electroplating of a surface area of an internal wall defining a cooling passage or cavity present in a gas turbine engine airfoil component to deposit a noble metal such as Pt Pd etc.that will become incorporated in a subsequently formed diffusion aluminide coating formed on the surface area in an amount of enrichment to improve the protective properties thereof.
Patent claim: Method according to any of claims 1 to 3 where contributions to the risk maps are calculated with indicators like TimeofClosestEncounter TCE TimeToClosestEncounter TTCE PositionofClosestEncounter PCE DistanceofClosestEncounterDCE and physical states at the TCEPCE.

Related passage: Objects closer to the drivable area of the vehicle 20 and objects facing towards the drivable area have a higher risk of collision with the ego vehicle 20 than objects further away from said drivable area or objects pointing facing away from said area.This is explained below in relation to the example in fig.3.The resulting risks for each object i.e.each traffic participant can be expressed in values and can be sorted ranked.
Patent claim: The mobile terminal of claim 1 wherein when the prescribed motion is detected via the motion sensor the controller displays a thumbnail of the second screen on the first screen and wherein when the thumbnail is selected the controller switches the displayed screen from the first screen to the second screen.

Related passage: The control unit 330 may output final views of applications running in the background to the foreground based on the request signal input method determined by thedetermining unit 340 and the application switching request.The final views may be the last image of an application displayed on a screen before returning to the background.When a view outputted to the foreground is maintained for a predetermined period of time and a touch event is generated through the view outputted to the foreground the control unit 330 may determine the application being outputted to the foreground to be an application that is to be run in the foreground.
Patent claim: The method of claim 11 wherein the step of analyzing each of the plurality of voicetotext converted messages to determine the measure of validation for each of the plurality of voicetotext converted messages further comprises determining if the subordinate value is consistent with the identified keyword.

Related passage: Method 100 for reducing and detecting readback and hearback errors continues by transcribing into text the inbound voice reply to the readback step 138.The inbound voice reply is transcribed into text by the speech transcription module.The transcribing step 138 may further comprise using the contextual data to validate the transcription.
Patent claim: A pouch according to any of the preceding claims further comprising a second compartment containing a second composition comprising a moisture sensitive ingredient wherein the moisture sensitive ingredient is preferably selected from the group consisting of bleach enzymes and mixtures thereof.

Related passage: Preferred organic builders include aminocarboxylate builders such as salts of MGDA methylglycinediacetic acid GLDA glutamicNN diacetic acid iminodisuccinic acid IDS and carboxymethyl inulin.Salts of MGDA and GLDA more in particular salts of GLDA are especially preferred herein with the trisodium salt thereof being preferred and a sodiumpotassium salt being specially preferred for the favourable hygroscopicity and fast dissolution properties when in particulate form.
Patent claim: A diamond film for cuttingtools according to any of claims 1 through 4 characterized in that the multilayered film layer A is disposed directly on the base material.

Related passage: The cutting edge flank of an end mill was blast bombarded under the same conditions as in Experimental Example 1 and the blast life was measured for each of a multilayer film A a multilayer film B and a multilayer film C in which a first coating a second coating and a third coating were formed in the layering configurations described below to a total thickness of 11 to 12 m on a cemented carbide base metal twoflute squaretype cemented carbide end mill having a diameter of 10 mm average particle diameter of WC particles 1 m Co content 6 wt using a thermal filamenttype CVD device and the same base metal temperature gas type gas pressure and gas flow rate ratios as in Experimental Example 1.The results are shown in FIG.8.The First coating singlelayer film portion of FIG.8 shows the results of a comparative example in which only the first coating was formed to a thickness of 11 to 12 m on the base metal under the same conditions as in Example 1.Multilayer film A base metalfirst coatingsecond coatingthird coating film thickness ratio 122 Multilayer film B base metalfirst coatingsecond coatingfirst coatingsecond coating film thickness ratio 1111 Multilayer film C base metalfirst coatingsecond coatingfirst coatingsecond coatingthird coating film thickness ratio 876712
Patent claim: The resin according to claim 3 wherein at the grain boundary 54 an element of either bismuth or praseodymium is present at a higher concentration than in the inside of the primary particles 53.

Related passage: In the second embodiment as well the semiconductor layer 15 and the first powder body 52 are connected in parallel between the pside external terminal 23a and the nside external terminal 24a that are exposed to the outside in the state prior to mounting and the first powder body 52 functions as a protection element that protects the semiconductor layer 15 from the surge voltage.The surge current can flow between the pside external terminal 23a and the nside external terminal 24a via the first powder body 52 without passing through the semiconductor layer 15.
Patent claim: The apparatus of claim 1 wherein the second layer comprises a transparent background color and the unlock command input to the first layer is displayed through the second layer.

Related passage: If there is a multigesture input received through the display module 151 and the received multigesture input represents one or more functions S320 the controller 180 may control the functions represented by the received multigesture input to be performed at the same time in a multitasking mode S325.
Patent claim: The magnetic drill of claim 2 wherein the detector further comprises a first diode interposed between the converter and the electromagnet.

Related passage: If the condition of IL gt Vref1 is satisfied at step S207 S207 yes the main control unit 14 executes control for forcibly reducing the supply voltage to the motor 12 in order to avoid the overload condition S301 in FIG.4.The main control unit 14 then blinks the LED of the display 34 in red at a high frequency S302 to warn the user that the driving force of the motor has been changed.The main control unit 14 now receives zerocross signals from the zerocross detector 24 and then starts zerocross counting S303.Then the main control unit 14 compares the zerocross count value at step S303 with a predetermined value n S304.For example azerocross count value of n represents a lapse of several seconds after occurrence of the overload condition.