bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The tire of at least one of the previous claims wherein the tire 12 is a selfinflating tire.

Related passage: As shown by FIGS.1 3 and 4A through 4D the inlet device 54 is connectedto the tube 50 at an inlet location opposite to the outlet device 72.The inlet device 54 has a cylindrical tube body 56 and an array of through perforations or openings 58 extending through the body 56 to allow ambient air into an axial passageway through the body 56 FIGS.4A through 4D.Surrounding the midportion of the tube body 56 is a filter sleeve 60 formed of porous cellular material of a density allowing air to pass through but blocking undesired particulates.The sleeve 60 is formed having a pair of outwardly extending lobe protrusions 62 64 a pair of channels 65 adjacent to respective lobe protrusions and a pair of barb detent ridges 66 on opposite sides of the sleeve that define with the lobe protrusions 62 64 the channels 65.The sleeve positioned around the body 56 filters input air flow in direction 61 passing through the sleeve and through perforations 58 into the body 56.The tube body 56 has opposite ends 68 70 that project outward free of the sleeve 60.The ends 68 70 may be provided with externally formed detent barbs or ridges to facilitate attachment of the ends to free ends of the annular air tube 50.The diameter of the tube body 56 is generally equivalent to that of the air tube 50 such that both may fit inline within the annular groove 38 formed within the tire sidewall.Moreover a bored sleeve body portion 67 surrounding the tube body is formed of a cellular or foam filtering material such that the portion 67 may be compressed to an extent necessary to force fit with the tube body 56 into the tire groove 38.The detent barb ridges 66 engage the sides of the tire groove 38 upon insertion to mechanically affix the inlet device into the tire groove.Additional means of attachment such as adhesive may be employed to fix the inlet device 54 into the groove 38 if desired.FIG.2 illustrates the peristaltic tube assembly 14 including inlet device 54 and outlet device 52 attached to the tube 50 installed into the groove 38 of the tire carcass.
Patent claim: The pneumatic tire of at least one of the previous claims wherein the solution polymerized styrenebutadiene rubber is functionalized with an alkoxysilane group and a primary amine group comprises the reaction product of a living polymer chain and a terminating agent of the formulaRNCH2XSiOR3Iwherein R in combination with the nitrogen N atom is a protected amine group which upon appropriate posttreatment yields a primary amine R represents a group having of from 1 to 18 carbon atoms selected from an alkyl a cycloalkyl an allyl or an aryl and X is an integer of from 1 to 20.

Related passage: The rubber composition of the outer cap layer also includes from 5 to 25 phr of processing oil.Processing oil may be included in the rubber composition as extending oiltypically used to extend elastomers.Processing oil may also be included in the rubber composition by addition of the oil directly during rubber compounding.The processing oil used may include both extending oil present in the elastomers and process oil added during compounding.Suitable process oils include various oils as are known in the art including aromatic paraffinic naphthenic and low PCA oils such as MES TDAE and heavy naphthenic oils and vegetable oils such as sunflower soybean and safflower.
Patent claim: A repair element 6 for repairing a sandwich component 1 having a honeycomb core 2 with an associated core height 3e which is arranged between a first cover plate 1b and a second cover plate 1d said sandwich component 1 comprising a damaged area 3 including a cover plate crack 3a of the firstcover plate 1b and a deterioration 3b of said honeycomb core 2 adjacent to said cover plate crack 3a said repair element 6 comprising a honeycomb wall element 7 that is helically rolledup and radially compressed into a compressed form with an associated compressed repair element diameter 7b which is smaller than an expanded repair element diameter 7c of said helically rolledup honeycomb wall element 7 in an expanded form.

Related passage: Next as shown in FIG.2B a fabric sheet 30 comprising reinforcing fibers is rolled into a cylindrical shape and inserted plugged into the temporary hole 11.At this time the fabric sheet 30 is preferably rolled as tightly as possible.
Patent claim: The combustor arrangement 10 according to any one of claims 3 to 7 wherein the housing 100 of the combustor arrangement 10 partially encompasses the lance body 50 and is adapted to be connected to a housing of the second burner reaction zone 40 of the turbine wherein in the connected position the free end 51 of the lance body 50 extends into the housing of the second burner reaction zone 40.

Related passage: While a combustor assembly 24 having a venturi 50 and venturi throat 52 is shown in FIGS.2 through 5 it should be understood that exemplary embodiment may include a combustor assembly 24 formed without a venturi such as shown in FIG.6 wherein like numbers represent corresponding parts in the respective views.FIG.6 illustrates an exemplary base load operation that results in outer premixed injection nozzles 80 establishing a first flame front in the first combustion zone 94 which is radially outward of center injection nozzle 62.First combustion zone 94 is located upstream of second combustion zone 97 that is created at center nozzle outlet 66.A third combustion zone 125 is located downstream of center injection nozzle 62 for example in the transition piece and in base load operation is fueled by late lean injectors 113 114 or alternatively late lean injectors 115116 andor 117118.In combustor assembly 24 three axially distinct combustion zones 94 97 and 125 are produced.
Patent claim: A protocol conversion gateway 200 according to any of claims 1113 wherein said at least one header is a Via header or a Contact header.

Related passage: The SIPx server 324 receives the initiation message 1 and references a registrar database 510.The registrar database 510 may be integrated inside the SIP server as shown or external thereto.The registrar database 510 has a list of users that are registered in network A 304 and within any other networks served by the SIPx server 324.The registrar database 510 also includes at least one contact address for each registered user.
Patent claim: The surgical access port expandable adapter collar assembly as recited in claim 8 wherein the source of inflation fluids is an air source andor wherein the source of inflation fluids is a saline source andor wherein the source of inflation fluids is a carbon dioxide source.

Related passage: Fig.8B shows the valved trocar jacket tube 100D as used in the fourth preferred embodiment.For mounting the valved trocar jacket tube 100D the under side off the skirt 110 is inserted into an abdominal incision Pa of a patient P while forcing the ringshaped elastic member 116 to have a slender elliptical shape.Thereafter the ringshaped elastic member 116 is expanded into a circular configuration in an abdominal cavity to engage with the abdominal incision Pa as shown in Fig 8B.Thereafter an air isinjected into the air container 112 through the air injecting inlet 113 such that the air container is inflated to have desired contour and cross section respectively corresponding to the contour of the abdominal incision Pa and the total thickness of the skin P1 the abdominal wall P2 and the peritoneum P3.At this time since the skirt 110 is pulled and expanded by the air container 112 the cylindrical member 111 fits securely with the peritoneum P3.When the female ring 12 is rotated at a predetermined angle for example 15 in either direction from the closed state of the cylindrical section 13a of the rubberlike member 13 the cylindrical section 13 is opened.For using the clamp or the like the surgeon inserts the clamp or the like into the abdominal cavity through the opened cylindrical section 13a and the cylindrical member 111.
Patent claim: Method of operating a variable speed wind turbine as a function of a wind speed the wind turbine having a rotor with a plurality of blades and one or more pitch mechanisms for rotating the blades and the method comprising a subnominal zone of operation for wind speeds below the nominal wind speed and a supranominal zone of operation for wind speeds above the nominal wind speed wherein in the supranominal zone a tip speed ratio of the wind turbine is substantially continuously being determined and wherein an instantaneous minimum pitch angle is substantially continuously being determined based on the instantaneous tip speed ratio the blades are pitched so as to maintain the rotor speed substantially constant but the blades are never pitched below the instantaneous minimum pitch angle.

Related passage: In some configurations and referring to FIG.2 various components are housed in nacelle 102 atop tower 104.One or more microcontrollers or other control components not shown are housed within control panel 112.The microcontrollers include hardware and software configured to provide a control system providing overall system monitoring and control including pitch and speed regulation highspeed shaft and yaw brake application yaw and pump motor application and fault monitoring.In alternative embodiments of the disclosure the control system may be a distributed control architecture not solely provided for by the control panel 112 as would be appreciated by one of ordinary skill in the art.The control system provides control signals to a variable blade pitch drive 114 to control the pitch of blades 108 FIG.1 that drive hub 110 as a result of wind.In some configurations the pitches of blades 108 are individually controlled by blade pitch drive 114.
Patent claim: The robotic mower according to one of the claims 1 to 4 wherein the signal transmitted by the boundary driving circuit is an encoded signal.

Related passage: Attention is now directed to Figs.1 8 and 9.In Fig.1 there is shown an exemplary work area 24 bounded by the perimeter wire loop 28.The robot 22 may be either inside the perimeter wire loop 28 or outside of the perimeter wire loop 28 to illustrate Figs.8 and 9.In Fig.1 the current from the signal generating unit 30 moves clockwise around the perimeter wire loop 28 from OUT to IN as indicated by the arrow AA.Similarly the coil 200 in the robot 22 is wound in a manner that signals produced by the signal generating unit 30 will be in phase.Alternately the current could move through the perimeter wire loop 28 counterclockwise with all signal detection and pulse counts reversed for the robot 22 inside and outside the perimeter wire loop 28 and the coil 200 of the robot 22 is in phase with the signal generating unit 30.For explanation purposes of the subject matter herein the system will be described with the current moving clockwise around the perimeter loop 28 in the direction of Arrow AA and the coil 200 of the receiver 181 in the robot 22 wound accordingly to be in phase with the signal generating unit 30.
Patent claim: A power tool with an ergonomic handgrip comprising a housing with a rear end portion a front end portion and lateral sidewalls the housing defining a tool axis a motor disposed in the housing a working end coupled to the front end portion of the housing and configured to be driven by the motor a handle with a proximal portion coupled to the housing a distal end portion away from the housing a rear wall portion and a front wall portion the handle defining a handle axis a trigger coupled to the handle the trigger defining a trigger axis extending in a direction of trigger movement a first gripping region including a rear concave recess on the rear end portion of the housing and a lateral concave recess extending along one of the lateral sidewalls of the housing generally parallel to the tool axis the rear concave recess having an innermost point that is closest to the front end portion of the housing and a second gripping region including a convex surface on the rear wall portion of the proximal portion of the handle wherein a vertical line extending from the innermost point generally perpendicular to the tool axis intersects the trigger axis at a first intersection point that is forward of a second intersection point where the trigger axis intersects the handle axis.

Related passage: With respect to the sectional configuration of the handgrip 130 of FIG.4 FIGS.5 to 9 shows the sectional views taken along line AA line BB line CC line DD and line EE in FIG.4 respectively.In this embodiment these cross sections are taken along the direction in which the battery 140 extends lengthwise.
Patent claim: Method of claim 4 wherein the premarking record further comprise the original value at the content index said WM Inserter 104 verifying that the value in the content is the same as the original value of the premarking record informing the Conditioner 200 of the result of the verification.

Related passage: According to one embodiment of the present invention the treatment of the data 212 and 213 occurs completely inside the security unit which can be considered as the unique trusted entity at the client side.The process 22 decrypts LUs 221 then pass them through the entity 23 before delivering to the descrambling unit 2b a new form of data Primary Marked Correction Data PMCDs 231.The role of PMCD is to be combined with the lured media 211 within the Recompositor 26 in order to produce the reconstructed data which are actually the original data for each of the extracted syntax elements.Such reconstructed compressed content 261 identical to the compress original content 100 is then decoded by the entity 27 to become a meaningful content 271 which is useable to clients.
Patent claim: A method according to claim 1 wherein the minimum pitch angle is defined as the pitch angle corresponding to an angle of attack that is a predefined amount or percentage below a critical angle of attack of a representative wind turbine blade section.

Related passage: One aspect of the present disclosure includes a method for operating a wind turbine.The method includes providing a wind turbine having at least one blade having adjustable pitch angle that is adjusted according to an operational parameter schedule.A blade efficiency parameter is determined in response to a wind speed and a rotor speed.A minimum pitch angle is determined in response to the blade efficiency parameter and the pitch angle of the at least one blade in response to the blade efficiency parameter is maintained to an angle equal to or greater than the minimum pitch angle independent of the operational parameter schedule.
Patent claim: A user device according to any of claims 12 to 15 configured to perform the method of any of claims 1 to 11.

Related passage: The following steps 480 and 490 are test steps to determine if the decoder has received a new channel change request during this new timeout period.If this new timeout period expires without a new change request being received a physical channel change request is transmitted to the access network in step 500 and if not it is restarted at step 460.
Patent claim: A control method of an electronic apparatus 100 the method comprising receiving terminal information of a new terminal device 300 from an authentication terminal device 200 that is registered with an access point AP 400 and transmitting stored authentication information S150 to the new terminal device 300 based on the received terminal information of the new terminal device 300.

Related passage: The communicator 110 connects to the AP 10 in accordance with an infrastructure mode of a WiFi standard thereby connecting the first electronic apparatus 100 to the network to enable twoway communication.Alternatively the communicator 110 may connect to an external device one to one by a peertopeer P2P architecture in accordance with a WiFi direct mode of the WiFi standard instead of via the AP 10.
Patent claim: System according to one of the preceding claims further comprising an assembling module 50 for assembling an aircraft 60 using at least one of the determined aircraft component designs 31.

Related passage: The design constraints may comprise combinations of dimensions of the component surfaces of the component and load paths of the component during use and the manufacturing constraints may comprise combinations of a line of sight associated with the component during manufacture an angle associated with the component an angle between normal and adjacent surfaces of the component a tolerance associated with the component and a tooling feature in addition to mapping of required supports and fixtures.
Patent claim: A method for cutting a honeycomb molded body being a pillarshaped honeycomb molded body that is made of a material including silicon carbide is manufactured by extrusion molding and has a large number of cells placed in parallel with one another in a longitudinal direction with a cell wall interposed therebetween and a peripheral wall formed on each side face to a predetermined length in a direction vertical to the longitudinal direction the method comprising the steps of forming a cut guide groove on the periphery of the honeycomb molded body by applying laser in a wavelength range of 0.7 to 2.5 m and cutting the honeycomb molded body along the cut guide groove with a wire.

Related passage: In this case a motor 7 is provided for each bobbin 8 and a tension of the fine line 2 is provided by imparting a rotational force in counter directions to the two motors and the intensity thereof is adjusted by acting on the extent of the rotational force.From the point of view of preventing breakage of the fine line 2 caused by superannuating and thus preventing a decrease in the cutting efficiency caused by an increased efficiency of restretching and tension adjustment of the fine line 2 the motor may be rotated and the position of the fine line used for cutting may be changed every an appropriate number of runs of cutting.The kind of the motor is not limited so far as it permits use for the aforementioned purposes.Among others however a servo motor or a torque motor is suitably applicable.
Patent claim: The multimixer system 100 of claim 1 characterized in that the mixers 1221122M comprises a first group 1221 and a second group 12221225 the first group 1221 comprises at least one of the mixers whose output node is connected to one internal node N1 of the filter module 124 and the second group 12221225 comprises two or more of the mixers whose output nodes are all connected to another internal node N2 of the filter module 124.

Related passage: In some embodiments each of the hfinal filters 662 and 664 is split into two filter blocks.One filter block can be an allpass type of filter with constant phase delay over theband of frequencies covered by the high band.This filter block can have coefficients change from one acquisition to the next to compensate for the f2 oscillator offset with respect to a time reference point on the input waveform.The second filter block can be a low pass filter which corrects phase and magnitude errors over the entire bandwidth of the reconstructed signal.This filter block can have constant coefficients from one acquisition to the next.Moreover these can be calibrated at manufacture time using known techniques.The outputs of the hfinal filters 662 and 664 correspond to the substantially reconstructed original signals represented by waveforms 650 and 655 respectively.
Patent claim: The method according to claim 7 wherein the closing of the housing recess 12 includes fitting a distal portion of the holder 500 500 500 500 500 in the housing recess 12 of the first die 10.

Related passage: In the case of a typical engine control unit encapsulated by resin molding once sealed with resin itis impossible to probe or visually analyze the electrical circuit even if some problem occurs.According to the present embodiment however the top portion of the cover 6 can be cut out and removed.Therefore when the unit must be analyzed due to the occurrence of a problem it is possible to probe and visually analyze the electrical circuit constituted by the parts mounted inside the cover 6.
Patent claim: The method according to any of claims 7 to 9 wherein the placing of the device 300 the first end portion 410 410 of the external connection 400 400 and the holder 500 500 500 500 500 500 includes bringing the holder into contact with the first die 10 10 and the second die 20 to close the housing recess 12 of the first die.

Related passage: FIG.8 illustrates a second example of an electronic circuit device of the present invention.In this example a projection 18 is provided on the outer surface of the resinmolded portion 15 of the electronic circuit device 10.The housing 41 of a concave connector 40 is provided with a pivot 50 and a lever 51.The convex connector 12 of the electronic circuit device 10 is inserted into the concave portionof the housing of the concave connector 40.Thereafter the lever 51 is pivoted about the pivot 50 to engage it with the projection 18.As a result the convex connector 12 of the electronic circuit device 10 is locked on the concave connector 40 with reliability.
Patent claim: Machine according to claim 2 or 3 characterized in that each of said upper and lower breaking tools 18 20a 21a is a wheel carried in a rotatable manner about its axis A1 by a respective support 22b 23b rotatable around an axis Z2 or Z3 perpendicular to the direction X and the direction Y.

Related passage: Automatic cutting of multilayered glass sheets is obtained with machines of the type illustrated in Figure 2 comprising a bench 1 defining a resting surface 2 for the glass sheets L and a fixed bridge 6.Cutting of the multilayered glass sheet L is obtained with a first step of scoring of the top and bottom sheets a step of breaking of each of said top and bottom sheets into two separate portions a step of softening of the plastic film and a step of detachment or of tearing of the plastic film to obtain a total separation of the two portions of the multilayered glass sheet.On account of the relative complexity of said operations the bridge 6 is fixed with respect to the work bench in so far as it has a very complex and heavy structure.An example of embodiment of the devices prearranged on the fixed bridge 6 may be seen in the annexed Figure 3 which also regards the prior art.The fixed bridge 6 comprises wheel scribing tools 7 and 8 set respectively beneath and above the working surface 2 carried respectively by two slides 9 and 10 that slide in the direction Y on the bridge 6.The bridge 6 further comprises means for breaking the top sheet and the bottom sheet included between which is for example a breaking wheel of the type designated by 11 in Figure 3.Likewise provided are means for heating the plastic film not illustrated that intervene following upon the breaking operation.
Patent claim: The subsea unit 1 as claimed in claim 11 wherein the plurality of electronic devices 9 are arranged in a grid pattern and the plurality of tension members 13 form a tension arrangement.

Related passage: Enclosure 11 is a pressure compensated enclosure i.e.an enclosure that equalizes its inner pressure with the pressure of the medium surrounding the enclosure e.g.with the surrounding water pressure.This can be achieved by completely filling the free volume inside the enclosure with a dielectric liquid 13 and providing one or more pressure compensators not shown which transmit the outside pressure to the inside of the enclosure.For pressure transmission the compensator can comprise a flexible element such as a bellow a membrane a bladder or the like.Outside and inside pressure are thus approximately equal.Arrangements for slightly increasing the inside pressure can be provided.Such arrangements may comprise a spring or a weight which apply a force to the flexible member for creating an overpressure inside the enclosure.This prevents the entering of water.As the pressure differences are relatively small the enclosure 11 can be provided with relatively thin walls compared to a pressure resistant enclosure.