bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method of manufacturing a device module the method comprising partially fixing an external connection 400 400 to a holder 500 500 500 500 500 500 a first end of the external connection being connected to a device 300 the device being a sensor an electronic component or a circuit board placing the device a first end portion 410 410 of the external connection and the holder into a cavity of first and second dies 10 10 20 inserting a second end portion 420 420 of the external connection into a housing recess 12 12 of the first die 10 10 and closing the housing recess of the first die with the holder and in this state injecting plastic material 30 into the cavity to insertmold thedevice the first end portion of the external connection and the holder in the plastic material.

Related passage: Then after surface mount type small electronic parts 11 such as resistors diodes and ICs a surface mount type electronic part 9 such as a microprocessor and a surface mount type large electronic part 8 such as an electrolytic capacitor are mounted on the board 5a solder reflow is performed Fig.12B.
Patent claim: Tie strap 10 10 for securing about an article 12 or articles 14 comprising an elongate strap 18 having a locking head 16 at one end and a tail 46 at the other end the elongate strap body 18 therebetween and the tail 46 being insertable into the locking head 16 for locking the strap 10 10 around the article 12 or articles 14 and the locking head 16 containing a ball 22 positioned within said locking head 16 for lockingly engaging said tail 46 upon insertion via a first direction and for locking engagement therewith upon movement of the tail 46 in a second direction opposite said first direction thereby retaining said tail 46 associated with said locking head 16 wherein the strap body 18 further defines a major plane 4a and a diametrically opposite minor plane 4b a plurality of formed waves 26a 26b 26c extending from the major plane 4a opposite the minor plane 4b of the strap body 18 for providing resilient retention of the strap body 18 about said article 12 or articles 14 upon said locking engagement of said tail 46 with said head 16.

Related passage: Cable tie 10 of the present invention is preferably formed by first obtaining a suitable length of strap 18 depending on the application of tie 10 from a spool not shown.Next spring means 26 discussed more fully below and a first projection 28 are formed in strap 18 at predetermined distances from a first end 30 of strap 18.Projection 28 is preferably formed so that it protrudes out of second surface 20b and operates to retain one end of locking head 16 at a predetermined position on strap 18 i.e.a specific distance from first end 30.As shown in Figs.18 strap body extension 24 is an integral part of strap body 18 and is defined generally by the distance or length of strap 18 between first end 30 and first projection 28 extending from locking head 16.However while extension 24 is preferably an integral portion of strap 18 it may also be a separate piece suitably attached to head 16 in a conventional manner.
Patent claim: Injector 1 according to any of claims 1 to 7 with the armature retainer 15 comprising an armature retainer guiding surface 31 and the pole piece 21 comprising a pole piece guiding surface 33 wherein the armature retainer 15 is operable for axially guiding the valve needle 7 with the armature retainer guiding surface 31 gliding along the pole piece guiding surface 33 when the valve needle 7 is axially displaced.

Related passage: The pole piece 37 has an inner recess 48.The retainer element 23 is arranged inside the inner recess 48 of the pole piece 37and axially moveable with respect to the pole piece 37.The pole piece 37 has a stop element 50 extending into the inner recess 48 of the pole piece 37 in radial direction.Preferably the stop element 50 is shaped as a ring element.The stop element 50 overlaps with the retainer element 23 when viewed in axial direction.
Patent claim: A method for performing a seismic survey the method comprising towing a streamer 104 connecting a headbuoy 110 to a head portion 1 04A of the streamer 104 or to a leadin 106 towing with the headbuoy 110 a headfloat 120 configured to float in water and determining a position of the streamer with positioning equipment 150 152 attached to the headfloat 120.

Related passage: Two or more handling cables 116 may be routed through the beam 112 and corresponding guide blocks 121.The handling cables 116 extend from floatation units 107 to anchor point 122 on the umbilical cable 113.The anchor point 122 may be located a selected distance forward of the floatation units 107.The handling cables 116 may be used for deployment and recovery of the source array 24.
Patent claim: The water dispersion for inkjet printing according to any one of claims 1 to 5 wherein the waterinsoluble polymer is a graft polymer comprising a constitutional unit derived from a a saltforming groupcontaining monomer a constitutional unit derived from b a macromer and a constitutional unit derived from c a monomer containing a straightchain or branched alkyl group or alkenyl group having 12 to 22 carbon atomsandor a constitutional unit derived from d an aromatic ringcontaining monomer.

Related passage: The ink jet recording aqueous ink of the present invention may be prepared for example in the following manner the waterinsoluble vinyl polymer is dissolved in an organic solvent and specific carbon black water a neutralizing agent and according to the need a surfactant are added and mixed.Then the mixture was diluted with water according to the need and the organic solvent is removed to obtain a water dispersion of the waterinsoluble vinyl polymer containing carbon black.Then a wetting agent dispersant antifoaming agent mildew proofing agent chelating agent and the like are added according to the need.The amount of water in the aqueous ink is preferably 40 to 90 by weight.
Patent claim: The method of claim 16 wherein the lower pins are sandwiched between the backing bottom and the ceramic after being stack pressed.

Related passage: The first connector 140 is interconnected to the sound matching layer 130 through the extension part 138 and are interconnected only to one side of the piezoelectric member 120 through the contact part 136 of the sound matching layer 130 without interconnection to the other side of the piezoelectric member 120.
Patent claim: The vehicle lighting fixture 1 1B according to any one of claims 1 to 4 characterized in that the plurality of light sources 21 are arranged in a matrix in two arrangement directions generally orthogonal to each otherthe at least one projector lens 7 8 7B 8B includes at least two projector lenses 7 8 7B 8B that are juxtaposed in the optical axis X and the front surface 71 71B of a projector lens 7 7B on a rear side is formed to correspond to one of the two arrangement directions and the rear surface 81 81B of a projector lens 8 8B on a front side is formed to correspond to the other of the two arrangement directions.

Related passage: In the lens 3S for spot light distribution in a case where the first quadrant Q1 and the fourth quadrant Q4 are compared with each other in a symmetrical position relationship with respect to the X axis as the horizontal axis i.e.in a case where a sectional curve C 14 in the fourth quadrant Q4 passing through the first sampling point P1 and the fourth sampling point P4 obtained when the first quadrant Q1 and the fourth quadrant Q4 of the lens 3S for spot light distribution are cut on a vertical face parallel to the vertical axis YS passing through the first sampling point P1 and the fourth sampling point P4 is compared with an inverted sectional curve C11 of the first quadrant Q1 inthe fourth quadrant Q4 which is a sectional curve in the first quadrant Q1 and is inverted around the X axis as the horizontal axis a portion of about 13 or more of the first quadrant Q1 is lower than the fourth quadrant Q4 in the forward direction foreside F of the reference axis ZS of the lens 3S.For example as shown in FIG.7 in a case where the fourth sampling point P4 in the fourth quadrant Q4 is compared with an inversion point P 14 of the first sampling point P1 of the first quadrant Q1 in the fourth quadrant Q4 the inversion point P14 of the first sampling point P1 of the first quadrant Q1 in the fourth quadrant Q4 is lower than the fourth sampling point P4 in the fourth quadrant Q4 by a dimension T2 in the foreside F.A portion which becomes lower than the fourth quadrant Q4 of the first quadrant Q1 is from about 13 to all.The portion that becomes lower may start from an edge of the lens 3S or alternatively may start from a center of the lens 3S.Further it may start from an intermediate portion between the edge and the center of the lens 3 S.
Patent claim: Process according to one of the preceding claims wherein the first intimate mixture IM has a a comonomer content 8.0 to 18.0 wt.andor b the first intimate mixture IM has a xylene cold soluble XCS fraction in the range of 30 to 55 wt..

Related passage: The object of the present invention has been achieved by a propylene polymer composition comprising a random propylene copolymer the comonomer being ethylene andor one or more C4C10 olefins having a total comonomer content12 mol preferably15 mol and exhibiting a glass transition temperature Tg of8 C according to DMTA ISO 6721 with a broadness Tg of55 C the random propylene copolymer comprising at least two distinct phases where the at least two phases are forming a cocontinuous interpenetrating network structure determined with Transmission Electron Microscopy after contrasting with RuO4.
Patent claim: The method of any of claims 10 to 11 wherein the potential of the suppressor forces thermally emitted electrons away from areas outside the surface of the extractor electrode.

Related passage: FIG.12 shows a flow chart 1200 of a typical operation of an embodiment of the invention.In step 1202 the emitter tip is first flashed and then a voltage is applied across the cleaning filament to induce a heating current through the cleaning filament toohmically heat the cleaning filament to an elevated temperatureheating currents may typically range from 1.5 to 5.0 A.In optional step 1204 a bias voltage is applied between the cleaning filament and both the emitter enclosure electrode and the extractor electrodetypical bias voltages may range from a few V to a few kV with the voltage on the filament being negative relative to the emitter enclosure electrode and the extractor.If step 1204 is omitted cleaning of the electrodes in step 1206 will be solely thermal mode 2 in FIG.5.If step 1204 is not omitted the combination of heating and bias voltage on the filament induces thermionic emission of electrons from the cleaning filament in step 1206 to bombard the surfaces of the emitter enclosure electrode and extractor electrode facing the emitter wire the electron bombardment stimulating electron impact desorption of molecules from the emitter enclosure electrode and extractor electrodethis corresponds to cleaning mode 1 or 3 in FIG.5.Note that in the case of electron impact desorption EID of gas off the surfaces of the emitter enclosure electrode and the extractor a certain minimum electron bombardment energy may be necessary typically in the range from a few eV up to a few keV.Thus even with a certain power into the electrodes to be cleaned calculated as the product of the filament bias voltage times the electron current there may be inadequate desorption of gas if the bombarding electrons have insufficient energy to desorb individual gas molecules.Conversely for thermal gas desorption the total power imparted to the electrodes is the prime consideration for cleaning rates.Cleaning step 1206 typically lasts from a few minutes to 12 hours.After cleaning step 1206 the heating current and bias voltage are turned off in step 1208.In step 1210 the emitter tip is flashed and then an extraction voltage is applied between the extractor and emitter positive voltage on emitter to induce cold field emission of electrons from the emitter tip towards the extraction electrode.The extraction voltage is typically between 100 V and 4000 V more typically between 1000 V and 3000 V.
Patent claim: The device according to any one of the preceding claims wherein said transducer 2 is of an electromagnetic type andhas a characteristic inductance Ls and wherein said energy scavenging stage 5 6 comprises an interface stage 5 which has a first input terminal 5a and a second input terminal 5b coupled to said transducer 2 and is configured to define a switching converter using the characteristic inductance Ls of said transducer 2.

Related passage: Then once the time interval TDELAY has elapsed and a minimum threshold value ITH has been reached for the current in the inductor 22b the first and second transistors 30 and 36 or likewise the third and fourth transistors 31 38 in the caseof negative halfwaves of the voltage VIN are controlled so as to transfer the energy accumulated to the capacitor 27load 28.This situation is shown schematically in Figure 4b.
Patent claim: The control program according to claim 13 wherein the computer is caused to perform determining target loads of the third control units 101 and 102 and the first control unit 103 in accordance with the performance information of the third control units 101 and 102 and the first control unit 103 and selecting the virtual volume 2 as the moving virtual volume 2 in the descending order of the loads of thevirtual volumes 2 from among the plurality of the virtual volumes 2 in a range for which a sum of the load information of the selected virtual volumes 2 does not exceed the target load of the first control unit 103 based on the load information.

Related passage: Further in each of the foregoing embodiments although a case was mainly explained where the management terminal is configured from a separate computer the present invention is not limited thereto and the configuration may be such that the function of the management terminal is built in one of the virtualization storage devices.
Patent claim: The broadcast receiving apparatus of any one of claims 9 through 11 wherein the call word setter displays a user interface UI which is used to set the call word of the external input apparatus connected through the external input terminal.

Related passage: A device setting system according to an embodiment of the present invention is now described with reference to the drawings.Fig.1 is a block diagram showing the structure of the device setting system according to the embodiment of the present invention.
Patent claim: The laundry dryer 1 according to any of the preceding claims including a main fan 12 to blow air in said process air conduit 18 said main fan 12 being located downstream said first and second heat exchanger 31 32 in the direction of flow of said process air.

Related passage: In other words hotair generator 6 provides for continually dehumidifying and heating the air circulating inside rotatable drum 3 to rapidly dry the laundry inside the drum and basically comprisesan air recirculating conduit 11 which has a first end in direct communication with i.e.fluidly connected to the airvent 9 located in the rear wall 2b of casing 2 and a second end in direct communication with i.e.fluidly connected to the airvent 10 preferably located in the annular frame that delimits the laundry loadingunloading opening on front wall 2a an electricallypowered centrifugal fan 12 part of its volume is shown in Figures 1 and 2 or other type of air circulating pump which is located along recirculating conduit 11 to produce inside recirculating conduit 11 an airflow f which flows through the rotatable drum 3 and over the laundry inside drum 3 an aircooling device 13 which is located along the air recirculating conduit 11 preferably though not necessarily upstream of the centrifugal fan 12 and is structured to cool the moist air arriving from rotatable drum3 so as to cause the quick condensation of the surplus moisture inside the airflow f and an airheating device 14 which is located along the air recirculating conduit 11 downstream of the aircooling device 13 and preferably also upstream of the centrifugal fan 12 and which is structured for heating the dehumidified airflow f arriving from the aircooling device 13 and directed back to rotatable drum 3 so that the airflow f directed back into the rotatable drum 3 is heated to a temperature preferably though not necessarily higher than or equal to that of the moist air flowing out of the same rotatable drum 3.
Patent claim: A hearing aid according to any of the previous claims wherein the antenna forms a loop.

Related passage: FIG.3 shows a block diagram of an embodiment of a circuit 312 configured for use with other components in a hearing instrument.The hearing instrument may include a microphone a power source or other sensors and switches not illustrated in FIG.3.The illustrated circuit 312 includes an antenna 313 a match filter 314 an RF drive circuit 315 a signal processing unit 316 and an amplifier 317.The match filter 314 RF drive circuit 315 signal processing unit 316 and amplifier 317 can be distributed among the layers of the hybrid circuit illustrated in FIG.2 for example.The match filter 314 provides for matching the complex impedance of the antenna to the impedance of the RF drive circuit 315.The signal processing unit 316 provides the electronic circuitry for processing received signals via the antenna 313 for wireless communication between the hearing aid and a source external to the hearing aid.The source external to the hearing instrument can be used to transfer information for testing and programming of the hearing instrument.The signal processing unit 316 may also provide the processing of signals representing sounds whether received as acoustic signals or electromagnetic signals.The signal processing unit 316 provides an output that is increased by the amplifier 317 to a level which allows sounds to be audible to thehearing aid user.The amplifier 317 may be realized as an integral part of the signal processing unit 316.
Patent claim: The mobile wireless communications device of Claim 1 wherein at least one of said first and second electrically conductive arms has an opening therein.

Related passage: Adjustable electrical components 168 may be included in antenna 40 to help provide adjustable antenna system 150 with adjustability.As an example an adjustable electrical component may bridge one of gaps 182 e.g.by connecting one of components 168 between terminals 190 and 192 on opposing sides of a gap in peripheral conductive member 180.Adjustable electrical components 168 may alsobe connected between the other conductive components in adjustable antenna system 150 e.g.between a first terminal such as terminal 198 that is attached to peripheral conductive member 180 and a second terminal such as terminal 188 that is connected to a conductive trace in board 194 e.g.a ground plane trace.
Patent claim: Method for providing an xDSL broadband transmission service between a central office 1 and a customer premises equipment 2 the method comprising the steps initiating a handshaking procedure between the central office 1 and the customer premises equipment 2 determining an xDSL transmission standard for providing the xDSL broadband transmission service utilizing a nonstandard information field during the handshaking procedure to indicate a support of a safeguard mode between the central office 1 and the customer premises equipment 2 and initiating the safeguard mode in case no synchronization is established or synchronization is lost between the central office 1 and the customer premises equipment 2 after the handshaking procedure.

Related passage: Preferably the capability information of a modem for supporting the 8.625kHz tone space is communicated using the G.994.1 Handshaking G.HS protocol.This capability information is transmitted through a nonstandardinformation field.As defined in G.994.1 a nonstandard information field parameter will be set as a one binary bit in the identification field of a transmission message.
Patent claim: An edge fitting 1 according to any of the preceding claims characterized in that said border profile 6 has a height of at least 5 mm at least 10 mm 10100 mm 2060 mm or 3050 mm.

Related passage: As illustrated in FIG.6 the box structure 22 is disposed on the outer surface 20 of the vertical wall 18.The box structure 22 includes a plurality of ribs 36 inside andhas an Lshaped crosssectional surface.The box structure 22 forms the load transmitting portion which includes the load transmitting surface formed outward from the outer surface 20 of the vertical wall 18.More specifically a top surface 37 and an inferior surface 39 of the box structure 22 are in parallel with each other.When the solar panels P are stacked the top surface 37 forms a load receiving surface 74 which receives a load from the upper resinmade corner module 100 while the inferior surface 39 forms a load releasing surface 72 which releases the load to the lower resinmade corner module 100.The positioning portion has a projecting portion 70 which projects downward in the lower portion of the resinmade corner module 100.When the upper resinmade corner module 100 is stacked on the lower resinmade corner module 100 such that the load releasing surface 72 of the upper resinmade corner module 100 is placed on the load receiving surface 74 of the lower resinmade corner module 100 the outer surface of the projecting portion 70 of the upper resinmade corner module 100 is brought into contact with the inner surface of the upper portion of the lower resinmade corner module 100 from inside.
Patent claim: The mobile terminal as claimed in any one of claims 1 to 4 wherein the controller is configured to perform a burst shot in response to the first drag input being held at a point on the drag input for a predetermined time.

Related passage: Touches that are associated with an edge may also include multiple touches andor multitouch gestures in which touches are simultaneous i.e.overlap at least partially in time and at least one of the touches is at or near an edge.