bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The pulse wave measuring apparatus according to claim 8 wherein the first region intersects with the second region on the contact surface.

Related passage: As will be known from the figures the LED 31 and photodiodes 32 and 33 are arranged in a line in this exemplary embodiment and are more specifically arranged so that distance L1 is less than distance L2 L1 lt L2 where distance L1 is the distance from the light emitting center of LED 31 to the photodetection center of photodiode 32 and distance L2 is the distance from the light emitting center of LED 31 to the photodetection center of photodiode 33.That is photodiode 33 is disposed so that the distance L2 from the photodetection center thereof to the light emitting center of the LED 31 is different from the distance L1 from the light emitting center of LED 31 to the photodetection center of photodiode 32.As a result the optical path from LED 31 to photodiode 33 is longer than the path from LED 31 to photodiode 32.
Patent claim: A method for managing packets according to any one of claims 1 to 6 wherein the step of receiving at the first node 1 the datapacket from the selected target node 2c comprises deleting the data packet C in at least one identified target node 2c 2e according to a given cache replacement policy.

Related passage: Step S302 A media resource query request is sent to multiple resource networks.In this embodiment the resource query request includes a URI of the media resource.In this embodiment the multiple resource networks include multiple different multicast networks.In this embodiment the media resource query request may be sent to any multicast network of the multiple resource networks and may also be sent to multiple different multicast networks at the same time.In this embodiment the Proxy node may not know which specific multicast network has the relevant information of the Cache nodes storing the requested media resource so the media resource query request may be sent to the multiple different multicast networks or may be sent to any selected multicast network.
Patent claim: A method for manufacturing a shell for a hearing device the method comprisingforming a shell body having an inner surface wherein forming the shell body comprises forming a guide structure on the inner surface wherein the guide structure comprises at least one guide member including a first guide member in the inner surface wherein the shell body extends from a first end to a second end the shell body comprising a rim defining an opening at the second end wherein the guide structure is for guiding an antenna and wherein at least a part of the first guide member extends along the inner surface substantially at an angle in a range between 45 degrees and 135 degrees to a rim plane normal.

Related passage: FIGS.4A4B illustrate hearing assistance devices including antenna channels in the housing according to various embodiments of the present subject matter.
Patent claim: The communication device antenna of claim 3 characterized in that the first slit 40 and the second slit 42 together form an Lshaped opening.

Related passage: Said recess 170 is arranged in alignment with the terminal portion 159 of the slot antenna 158 formed in the metal casing 101 after assembly of the RF module 100.Thus as shown in the enlarged view B of Figure 2 the width of the groove of the slot antenna 158 and the width of the terminal portion 159 correspond to the width of the narrow end of the tapered recess 170.Therefore improved couplingbetween the coplanar waveguide 125 and the slot antenna 158 can be achieved.In summary the recess 170 and the terminal portion 159 of the slot antenna 125 are adapted to provide a feeding mechanism between the coplanar waveguide 125 and the slot antenna 158.
Patent claim: A device for handling and emptying waste collection containers comprising a coupling head comprising a head structure 50 bearinga first holding member 10 suitable for being coupled to a handle 1 fixed on an outer surface of a container 3 for holding said container 3a second holding member 20 suitable for holding a gate operator element 2 arranged in the container 3 adjacent andor concentric to said handle 1 and mechanically linked to lower gates 4 of the container 3 for opening and closing same said second holding member 20 being installed in a moving carriage 51 movable along said head structure 50 andoperating means suitable for shifting said moving carriage 51 between gate closing and opening positions in which the gate operator element 2 of the container 3 held by said second holding member 20 performs the closure and allows the opening of said lower gates 4 of the container 3 respectively characterized in thatsaid first holding member 10 comprises one or more moving elements operated by a holding activation device 40 for moving between holding and release positions which determine the holding and the release of said handle 1said second holding member 20 comprises one or more moving elements operated by a holding activation device 40 for moving between holding and release positions which determine the holding and the release of said gate operator element 2 andthe head structure 50 integrates retaining elements 52 which contact with stops 21 of the one or more moving elements of the second holding member 20 preventing the movement thereof towards said release position being in said holding situation and said moving carriage 51 being in any position of travel except in a position in which the held gate operator 2 is in a standby situation.

Related passage: For safe use it is very important in practice that lower grab 18 and upper grab 27 are always opened and closed simultaneously.
Patent claim: The input device according to claim 6 or 7 wherein the processor is configured not to determine the input manipulation detail in the second detection layer if the manipulation orientation has been determined to be a particular orientation and configured to determine the input manipulation detail based on the movement of the indicator between the image surface and the first detection layer.

Related passage: The operating tool detection unit may continuously detect an indication direction of the operating tool and may determine when the continuously detected indication direction of the operating tool is within a predetermined threshold value an indication direction of the operating tool based on the continuously detected indication direction of the operating tool.Thereby detection accuracy of the indication direction of the operating tool can be enhanced.
Patent claim: A method according to claim 5 wherein the displayed content for the area corresponding to the non selected main videoconference session comprises basic information such as the title of the session the name of the active talker and shared data.

Related passage: A node can include a member party terminal or participant of a conference.A conference typically comprises at least three nodes and could have 10 or 20 or even 50 or 100 or 150 or greater nodes.Number of Participants Total Bandwidth Kbps Bandwidth using VAD 5 talkers Bandwidth using VAD 25 talkers Bandwidth using VAD All talkers Bandwidth using AudioStorm Control All talkers10 640 320 640 640 64025 1600 320 1600 6400 640100 6400 320 1600 6400 640Total audio bandwidth must NEVER exceed 1000 Kbps or video may be impaired.Audio Storm bandwidth control method limits maximum talkers to 10 to prevent audio and video degradation.
Patent claim: A pressuresensitive adhesive tape for an electrochemical device the pressuresensitive adhesive tape comprising a substrate and a pressuresensitive adhesive layer placed on at least one face of the substrate and an anchoring strength of the pressuresensitive adhesive layer to the substrate being 7.0 N10 mm or more.

Related passage: For the crosslinking agent in the present invention the trifunctional isocyanate compound is preferred because it has excellent reactivity and can cure a polymer more immediately.
Patent claim: The capacitive environmental sensor of any preceding claim wherein the electrodes include a plurality of separate groups of electrodes arranged on the substrate each group having a different electrical configuration for making differential capacitive measurements between each group.

Related passage: The signal quality of such a sensor may be improved by performing a differential measurement in which two electrode configurations can be read out simultaneously.By modifying the effective sensitive volume of the individual configurations the differential measurement can be tuned so that sensor drift or other unwanted effects influencing the sensor response are strongly reduced.A differential measurement relying on two sensor signals of the same sensor but at different electrode configurations effectively reduces sensor drift and especially in the case of gas sensors humidity influence.As will be understood by a person skilled in the art the reduction of drift and other undesiredinfluences is very effective since the reference capacitor used for the differential measurement is exactly the same devicethe same capacitor and the same sensitive layeras the sensor capacitor only the electrode configurations differ.
Patent claim: The optical amplification stage 1 according to any one of the preceding claims wherein the first and second optical reflectors are structured so that the optical power ratio of the optical radiation reflected by each optical reflector to the radiation incident thereto throughout the whole WDM band is less than or equal to 25 dB.

Related passage: When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.
Patent claim: The method of claim 1 wherein the data structure comprises a Hash table.

Related passage: Fig.8 shows rules with a dependency mask hit count in a format similar to that of Fig.3.Special symbols are included for certain host designations namely i a dot symbol.calling for inclusion of packet data of the corresponding category and ii a caret symbolcalling for inclusion of packet data from a certain different category instead.Hit count indicates the number of matches which must be found in the cache for the specified action to be taken.For example in the dependency mask named realaudio a count of 1 is used for passing UDP packets provided one requisite TCP session is active.In the dependency mask telnet a count of 10 is used to drop packets to prevent overloading of resources.
Patent claim: The process according to any one of the preceding claims wherein the hydrogen to ethylene ratio in the fluid reaction mixture of the second polymerisation stage is from 10 to 150 molkmol.

Related passage: All the catalysts were tested in 1butene copolymerization.40 to 50 mg of catalyst was used in all the polymerizations and triethylaluminium TEA was used as cocatalyst with an AlTi ratio of 30.The polymerizations were carried out in a 3 L bench scale reactor whose procedure is as follows To an empty 3 L reactor was added 55 ml of 1butene using 0.2 bar of nitrogen pressure and stirring at 200 rpm was started.1250 ml of propane was fed to the polymerization reactor as a polymerization medium.After addition of the reaction medium hydrogen was introduced 0.75 bar after which temperature was increased to 85 C.A batch of ethylene 3.7 bar was added then reactor pressure was allowed to be stable at 0.2 bar of overpressure and stirring speed was increased to 450 rpm.Then the catalystand the cocatalyst were added through automatic feeding using N2 and 100 ml of propane.The total reactor pressure was 38 bar which was maintained by continous ethylene feed.Polymerization time was 60 min after which the polymerization was stopped by venting off the monomer together with the reaction medium.Activity of the catalyst was measured on the basis of the amount of polymer produced.Some information about the molecular weight and molecular weight broadness was received through MFR values.The butenecomonomer amount was measured by IR.The results are listed in Table 1.Table 1 The polymerization resultsExampleCE1 CE2 CE3 CE4 CE5 CE6 IE1 CE6Donorno I II II II I II IIDonor amount molmol1 0 0.52 0.25 0.1 0.25 0.25 0.25 0.50Activity kg POg2 4.4 2.7 0.1 0.8 0.4 0.53 4.0 0.02C43 wt.4.2 4.62.96.2 3.5BD4 kgm3 410 390410425MFR2 g10min 2.7 2.1n.d.67.8 1.5MFR21 g10min 71.6 52.513.337.7FRR526.5 25n.d.25.11 DonorMg 2 PO means produced ethylene1butene copolymer 3 C4 means 1butene 4 BD means Bulk density 5 FRR means MFR21MFR2 6 not determined
Patent claim: The method of any one of claims 1 to 7 further comprising reading in from memory the pixel data representing all or part of the reference frame at the at least one different resolution to the first resolution using the pixel data when performing a processing operation on a frame in the sequence of video frames to generate pixel data representing a processed frame and storing the pixel data representing the processed frame in memory.

Related passage: When such hierarchical data as described above are used to accept a moving request for a display region of a moving picture being displayed including expansion or reduction if the data compression technology of the present embodiment is applied then only compression data of a necessary tile image may be loaded and only a necessary region may be decoded.Therefore in comparison with an alternative case in which an entire image is loaded or decoded the waste is reduced in the cost for the loading process and the decoding process the transfer cost and the memory cost.For example when data of the third hierarchy 36 are used to carry out image display since the display region is given using only a small portion of the data the cost saving effect is particularly high.As a result the processing can be progressed typically at an equal cost without depending upon the resolution for the display and smooth moving picture display can be achieved.
Patent claim: A target component calibration device that calculates the content of target components of a test object the device comprising a test object observational data obtaining section that obtains observational data regarding the test object a calibration data obtaining section that obtains calibration data which includes independent components corresponding to the target components and a calibration simple regression equation a mixing coefficient calculating section that calculates mixing coefficients of the target components regarding the test object based on the calibration data and the observational data regarding the test object and a target component content calculating section that calculates the content of target components based on the simple regression equation representing the relationship between the content and the mixing coefficients corresponding to the target components and the mixing coefficients calculated by the mixing coefficient calculating section wherein the target component content calculating section adjusts at least one of two constants of the simple regression equation depending on a measurement condition when the observational data is obtained.

Related passage: After the execution of step S210 the CPU 10 stores a combination method of the constants u and v of the regression equation F calculated in step S210 the target component rank k Fig.7 obtained in step S150 the independent component matrix Y calculated in step S120 of the mixing coefficient calculation process Fig.6 and the preprocessing selected in the preprocessing selection in the hard disk drive 30 as a data set for measurement DS2 step S220.Then the CPU 10 proceeds to return to temporarily end the process of calculating the regression equation.As a result it is possible to obtain the regression line of the calibration curve and the calibration curve creation method shown in Fig.1 alsoends.In the processing of steps S210 and S220 the CPU 10 functions as the regression equation calculation unit 450 shown in Fig.3B.
Patent claim: The surgical access port of any preceding claim wherein the sealing member is configured and dimensioned to sealably contact a contoured body surface.

Related passage: With reference now to FIGS.12 a surgical anchoring apparatus 1000 is disclosed for use in a surgical procedure e.g.a minimally invasive procedure.Anchoring apparatus 1000 includes a body member 10 and a dilator element 300 at least partially positionable therein.Body member 10 defines a longitudinal axis A and a longitudinally extending passage 12 and includes a grip segment 100 and an expandable section 200.
Patent claim: The security module of claim 1 wherein one unassigned secure domain of the plurality of unassigned secure domains is assignable to a service provider after the security module is deployed.

Related passage: Following the above technical solution of the present invention is described in detail in conjunction with embodiments.As illustrated in Figure 3 Figure 3 is a signaling flowchart of the specific processing procedure of the key distribution method according to an embodiment of the present invention.It shall be explained that although the following description is based on the example of mobile terminal electronic payment system architecture illustrated in Figure 1 the application occasions of the present invention are not limited to the mobile terminal electronic payment system architecture illustrated in Figure 1.
Patent claim: The unit of any one of the preceding claims wherein the containers comprise first containers 19A and second containers 19B having a complementary shape so that when coupled with each other they are symmetrical with respect to said axis 5.

Related passage: The refrigerating apparatus 13 is drive with power supplied from the battery device 12.That is the high electric cable 11 drawn out from the battery device 12 is branched into two systems of a high electric cable 11A for driving the vehicle and a high electric cable 11B for driving the refrigerating apparatus 13 by a branch unit 70 and the high electric cable 11B is connected to the refrigerating apparatus 13.The refrigerating apparatus 13 has an inverter 72 for converting DC power of high voltage supplied from the battery device 12 to AC power of predetermined power and the compressor 50 is driven by the AC power of the inverter 72.A compact compressor having so high capacity as to cool the battery device 12 is used as the compressor 50 and the refrigerating apparatus 13 is configured in a compact size.
Patent claim: A semifluorinated alkane of the formula FCF2nCH2mH wherein n is an integer from the range of 3 to 8 and m is an integer from the range of 3 to 10 for use in a method of solubilizing meibum and removing abnormal and obstructive meibum from clogged meibomian gland ducts the method comprising topically administering the semifluorinated alkane to an eye of a patient.

Related passage: Examples of potentially useful oily excipients which may be used in combination with one or more SFAs include triglyceride oils i.e.soybean oil olive oil sesame oil cotton seed oil castor oil sweet almond oil mineral oil i.e.petrolatum and liquid paraffin medium chain triglycerides MCT oily fatty acids isopropyl myristate oily fatty alcohols esters of sorbitol and fatty acids oily sucrose esters or any other oily substance which is physiologically tolerated by the eye.
Patent claim: A semiconductor die 30 according to any of claims 8 to 14 wherein the die 30 is any of a passive interposer an activelite interposer or an active interposer.

Related passage: Another implementation is illustrated in FIG.25 which is similar to the implementation of FIG.24 but where in Die 1 a hard logic 0 is implemented.In Die 2 a pull up 250 is implemented.If Die 2 is standalone prebonding no signal is applied to the TSV 241 and the pull up 250 pulls up the output signal PostbondPrebondN to a logic 1 indicating that Die 2 is in a prebond configuration.If Die 1 and Die 2 are stacked together the hard logic 0 is applied to the TSV 241.Despite the pull up 250 the output signal PostbondPrebond N will be a logic 0 indicating that Die 2 is in a stacked configuration.
Patent claim: The stereoscopic display apparatus according to any of the preceding claims wherein the shutter apparatus comprises an infrared receiver and the infrared receiver receives the light emitted by the infrared emitting device so as to control the shutter apparatus.

Related passage: In an exemplary embodiment the shutters 106 and 108 are liquid crystal cells that open when the cell goes from opaque to clear and the cell closes when the cell goes from clear back to opaque.Clear in this case is defined as transmittingenough light for a user of the 3D glasses 104 to see an image projected on the movie screen 102.In an exemplary embodiment the user of the 3D glasses 104 may be able to see the image projected on the movie screen 102 when the liquid crystal cells of the shutters 106 andor 108 of the 3D glasses 104 become 2530 percent transmissive.Thus the liquid crystal cells of a shutter 106 andor 108 is considered to be open when the liquid crystal cell becomes 2530 percent transmissive.The liquid crystal cells of a shutter 106 andor 108 may also transmit more than 2530 percent of light when the liquid crystal cell is open.
Patent claim: Process of manufacturing a seamless quenched and tempered steel pipe having a yield strength from 415 MPa to 635 MPa the process consisting of the following stepshot forming a seamless steel pipe having a chemical composition according to claim 1 and a wall thickness WT higher than or equal to 35 mm and lower than or equal to 80 mmcooling in air the seamless steel pipe up to reach the room temperatureheating the seamless steel pipe with a first heating rate between 0.1Cs and 10Cs to an austenitizing temperature above the Ac3 transformation point in a range between 880C and 980C and providing a soaking time between 180s and 5400squenching the seamless steel pipe by means an external and internal cooling with a cooling rate greater than 6Cs and up to 30Cs at mid thickness of the pipe and with a cooling rate of 100200Cs in proximity of the outer and inner surfaces of the pipeheating the seamless steel pipe with a second heating rate between 0.1Cs and 10Cs to a tempering temperature comprised in a predetermined rangeand providing a holding time at said tempering temperature between 600s and 7200s wherein said predetermined range is calculated with a tolerance of20 C using the following equation TC10001.42C1.84Mn4.6Cr11.6Mo25Va3.8C1.5Mn4.3Cr10.7Mo20V273.15 where a is a parameter having a value equal to 0.07 0.16 or 0.40 if the grade to be achieved is X60Q X65Q or X70Q respectively.

Related passage: In the heat treatment after pipe making to obtain a homogeneous structure is needed in order to ensure toughness.The quenching treatment is based on the inline heat treatment of executing quenching without once cooling to room temperature in succession with hot rolling.However if the reheating andthe quenching are performed after cooling finer grains are made improving the toughness.When the quenching is executed in succession with isothermal treatment in an isothermal furnace after the end of hot work a steel pipe with minimized strength dispersion can be obtained.