bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The electrical signal computing module capable of accommodating printed circuit board of claim 10 wherein the second side heat leading tunnel 143 has a distribution flow hole 1431 and two second leading surfaces 1432 are formed on the second side heat leading tunnel 143 the air flows to the second side heat leading tunnel 143 and the distribution flow hole 1431 distributes the air to flow on the second side heat leading tunnel 143 wherein the air flows from the thirdaccommodating area 23 to the first accommodating area 21 through the host bridge microchip 148 along with one second leading surface 1432 and the lower blowers 141 draw the air out of the first accommodating area 21 along with another second leading surface 1432.

Related passage: Since the cooling air flowing into the CTL module 10 is immediately applied to the cooling object components 1 131 for example the EXP 122 and the CPU 121 close to the connector 111 side the cooling performance of the components is relatively high.Meanwhile since the air once warmed through the EXP 122 and the like is applied to the cooling object components 2 132 for example the bridge 123 the DCTL 124and the like adjacent to the back thereof the cooling performance is relatively deteriorated.To cope with the situation in the present embodiment by branching the cooling air flow path by means of the structure of the block 150 the cooling air is directly applied also to the cooling object component 132 of the latter stage.In this manner the cooling performance of the cooling object component can be enhanced.
Patent claim: A method of manufacturing a gallium nitride substrate comprising growing a gallium nitride film on a base substrate and separating the base substrate from the gallium nitride film wherein growing the gallium nitride film comprises forming pits in the gallium nitride film the pits inducing an inversion domain boundary to be formed inside the gallium nitride film.

Related passage: According to the present invention with placing the GaN in an HVPE reactor maintaining the temperature ranging from about 600C to about 900C flowing HCl gas into the reactor forming gallium chloride gas providing NH3 gas through another inlet the intended GaN can be made by a reaction of the gallium chloride and the NH3 gas.At this time a volume ratio of the HCl gas and the NH3 gas can be controlled to be from about 11 to about 120 and the gallium is used in an excess of quantity.
Patent claim: The heater lamp 110 120 130 140 according to claim 3 wherein a number of turns of the second lightemitting portion 12 is less than a number of turns of the first lightemitting portion 11 and more than a number of turns of the second coil.

Related passage: In Fig.2a the first 30 and the second 31 portion of the incandescent body are integral with the nonlightemitting connecting portion 36.The second portion 31 is subdivided into lightemitting 32 and substantially nonlightemitting sections 33.
Patent claim: The method for controlling activation to applications operating on an electronic device as claimed in claim 11 or claim 12 further comprising disregarding said output signal if a magnitude of said output signal is below a threshold.

Related passage: An apparatus to control an operation of a multimedia device hereinafter a control apparatus detects tapping of a user in Operation 810.To control the portable multimedia device the user taps the portable multimedia device by hand.To detect the users tapping for example a microphone or a sensor installed in the multimedia device can be used.
Patent claim: The housing as claimed in claim 1 wherein a surface of each nonconductive member attached to the main portion comprises a plurality of ribs a side surface of each main portion defines a plurality of holes the ribs are embedded and fixed into the holes.

Related passage: FIGS.612B are diagrams illustrating a process for manufacturing an electronic device housing component in accordance with aspects of the present disclosure.Referring to FIG.6 a 3dimensional 3D metal housing body 5310 is formed by press processing a metal plate made of aluminum stainless steel andor any other suitable material.The metal housing body 5310 includes an opening 53101 as illustrated.In some implementations the conductivity of the metal used to make the housing body 5310 may not exceed predetermined conductivity such as 150 m in order to block deterioration in performance of at least one antenna.
Patent claim: The electronic device according to any of claims 1 to 2 wherein the support frame has a field and a perimeter edge surrounding the field and the perimeter is thicker than the field.

Related passage: The following is a description made primarily with reference to FIG.6 of the device configuration and assembly method for the bottom casing of the portable device accordingto the present embodiment.A flexible circuit board 300 for key switches is mounted on the resin shell 200 that is integrally molded with the boxshaped metal structure 100.Specifically the wires 301 of the flexible circuit board 300 are passed through the wire hole 103 of the metal structure 100 to bond the flexible circuit board 300 to the switchreceiving surface 101 of the metal structure 100.Dome switches 302 and LED Light Emitting Diode backlights 303 are mounted on the flexible circuit board 300.Furthermore a key sheet unit 400 is attached over the flexible circuit board 300.The key sheet unit 400 is attached to a key attachment surface 108 rather than the switchreceiving surface 101.This makes it possible to prevent water droplets from entering from above.In the present embodiment LED backlights 303 are used but another possibility is to use EL Electroluminescence backlights instead of LED backlights.In this case either the EL backlights are installed in the key sheet unit 400 or the EL backlights are inserted between the key sheet unit 400 and the flexible circuit board 300.
Patent claim: Stator coil segment according to one of the preceding claims further comprisinga first bus bar 117 connected to one end of the first coil 107aa second bus bar 122 connected to one end of the second coil 109a wherein the first bus bar is connectable to the input terminal 121 of the first power electronic device 103 and the second bus bar 122 is connectable to the input terminal 124 of the second power electronic device 105 wherein in particular another end of the first coil and another end of the second coil are connected to a ground electric potential 119123.

Related passage: The construction of the inverters i.e.the essential feature of the present invention will be described below.As shown in Fig.1 two first and second threephase inverters Inv1 and Inv2 are employed in this embodiment.Positive poles and negative poles of the threephase inverters Inv1 and Inv2 are connected respectively in commonper pole.The positive pole common to the threephase inverter Inv1 and the threephase inverter Inv2 is connected to the positive pole of the highvoltage battery VB through a switch unit S1.Also the negative pole common to the threephase inverter Inv1 and the threephase inverter Inv2 is directly connected to a negative pole of the highvoltage battery VB.The first inverter Inv1 has output terminals Ou Ov and Ow which are connected respectively to the first windings U V and W.Similarly the second inverter Inv2 has output terminals Ou Ov and Ow which are connected respectively to the second windings U V and W.
Patent claim: A structure comprising a A substrate 1 having a topography presenting a relief 2 b an antireflective film 3 conformally overlaying said substrate 1 and comprising either i.an organic compound chemically bound to an inorganic compound wherein the organic compound or the inorganic compound is bound to the substrate and wherein said organic compound absorbs light at at least one wavelength selected in the range 150500 nm or ii.a monodisperse organic compound absorbing light at at least one wavelength selected in the range 150500 nm and c a photoresist layer 4 on said antireflective film.

Related passage: According to the present invention antireflective coating 104 is preferably a film represented by the formula SivOwCxNuHyFz wherein vwxuyz100 v is from 10 to 35 atomic w is from 5 to 65 atomic x is from 5 to 80 atomic u is from 0 to 50 atomicy is from 10 to 50 atomic and z is from 0 to 15 atomic.Preferably antireflective coating 104 is formed by the chemical vapor deposition of a composition comprising 1 at least one precursor selected from an organosilane an organosiloxane and an aminosilane and 2 a hydrocarbon.The hydrocarbon functions to provide a species that absorbs light.Whether a species absorbs light at wavelengths less than 400 nm is measured by the ability of the resultant film to minimize light from being reflected such as for example back toward a top coat or photoresist yet be essentially transparent at higher wavelengths such as at 632 nm where alignment processes are performed.Light absorption can be measured by numerous tools such as spectrophotometers reflectometers and ellipsometers and in some cases may be interpreted as the imaginary portion of the refractive index as this is normally related to the absorptive properties of the film.
Patent claim: A pouch according to any of the preceding claims wherein the liquid composition is an aqueous composition comprising about 10 or more of water by weight 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 hearing aid according to any of the previous claims wherein an absolute relative difference between the total length of the antenna and the wavelength is less than a threshold.

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 end effector of any of claims 3 to 5 wherein the distal recessed groove is positioned proximally from a distal end of the central longitudinal slot on each of the staple cartridge and anvil plate.

Related passage: With continued reference to FIG.10 when buttress 500 is used in connection with anvil assembly 300 a suture S3 may extend transversely across a distal end portion of anvil assembly 300 and be captured by or otherwise secured to the distal pair of recesses or attachment points 318 of anvil assembly 300 wherein suture S3 is in registration with distal recesses 524 of secure body portion 520 of buttress 500.Additionally when buttress 500 is used in connection with anvil assembly 300 a suture S4 may extend transversely across a proximal end portion of anvil assembly 300 and be captured by or otherwise secured to each of a proximal pair of recesses or attachment points 316 of anvil assembly 300 wherein suture S4 is inregistration with the distal pair 526b of the proximal pair of recesses of body portion 520 of buttress 500.
Patent claim: CI host 10 according to any of the previous claims wherein the first logical pipe 33 is a message pipe using the control transfer type.

Related passage: A detailed description is presented above to the architecture and signal processing procedure for a universal transport interface according to the invention with reference to Figs.1 to 5.The host device equipped with the UTI 10 may be DTV receiver STB SetTop Box computer entertainment system or multimedia server and the like.The external service module equipped with the UTI 10 may be a peripheral device such as DTV CA receiving system module abbreviated as CA module HDD digital recorder digital camera or the like.
Patent claim: The switching device as claimed in claim 1 or 2 wherein the second switching circuit 32 comprises two sets of second power dividers 50a50b wherein each set of second power dividers 50a50b receives one of the two sets of wideband LNB signals WBV WBH respectively thereby generating outputs and a first subswitching circuit 52a52n coupled to the two sets of second power dividers 50a50b and selecting one of the outputs of the two sets of second power dividers 50a50b and the first legacy LNB output signal L1Ln according to the digital switching control signal Sd thereby outputting the first switching output signal S1Sn.

Related passage: The satellite signal receiver 10 is an embodiment of the present invention however the present invention is not limited thereto and those skilled in the art might make modifications or alterations accordingly.For example the instruction signal SInstr may be a Digital Satellite Equipment Control DiSEqC signal.Combined 13V volts or 18V direct current DC voltage with or without 22kHz tone i.e.an alternating current AC signali.e.13V no tone 13V with superimposed 22 kHz tone 18V no tone and 18V with superimposed 22 kHz tonea DiSEqC signal can provide four different kinds of commands to the determination module 144 such that the determination module 144 correspondingly sends the control signal SCtrl to control the switch module 142.The switch module 142 provides one of the verticallypolarized wideband signal WBV the horizontallypolarized wideband signal WBH and the conventional narrowband signal SLegacy to the settop box 150 according to the control signal SCtrl and enhances output signals with the amplifier 146 of the signal switching device 140.
Patent claim: The method of claim 8 or claim 9 further comprising connecting or disconnecting said first conductor path and said second conductor path from the optical trunk cable.

Related passage: The electrical unit 40 comprises a main line 49 that connects the electrical port of the hybrid connector 21 on one side of the sea case 20 to the electrical port of the hybrid connector 22 on the other side of the sea case 20 to allow the highvoltage DC current to be transmitted through the distribution box 4 further down the trunk cables 3 e.g.to feed further repeaters 5.The electrical unit 40 comprises an auxiliary power supply module 41 and a highpower electric converter 42 both of which are fed in series with the highvoltage DC current from the main line 49.
Patent claim: The combustor arrangement 10 according to any one of claims 1 to 13 wherein the central lance body 50 is removably mounted in the combustor arrangement 10 optionally especially for an axial removal along the longitudinal axis 13 of the combustor arrangement 10.

Related passage: Combustor portion 20 also includes a plurality of outer premixed injection nozzles two of which are indicated at 80 and 81 that are disposed in an annular array radially outward from center injection nozzle 62.The term premixed injection nozzle should be understood to mean an injection nozzle in which fuel and air are mixed soas to have greater than a 50 mixedness or homogeneity.In accordance with one aspect of the exemplary embodiment premixed injection nozzles 80 and 81 have greater than 80 mixedness.As each outer premixed injection nozzle 80 81 is similarly formed a detailed description will follow with reference to premixed injection nozzle 80 with an understanding that premixed injection nozzle 81 includes corresponding structure.It should also be understood that the number of outer premixed injection nozzles can vary.
Patent claim: The video reproducing device of any one of claims 1 to 6 wherein the controller is further configured to select the video frames of the selected layer from among all video frames of the selected layer and further select at least one video frame among the selected video frames of the selected layer to reproduce for the trick play according to the additional information.

Related passage: Fig.3 is a schematic block diagram illustrating various elements in a PVR system for playing back certain frames of an MPEG transport stream using the framecorrelated NAV table 100 during a userselected trick mode in accordance with an embodiment of the present invention.
Patent claim: A method for determining the presence of a target substance using differential capacitive measurements the method comprising providing a capacitive environmental sensor according to any of claims 1 to 12 making a first measurement of capacitance of at least some of the electrodes in a first electrical configuration making a second measurement of capacitance of at least some of the electrodes in a second electrical configuration applying a scaling factor to the second measurement to compensate for sensitivity of the sensor to a factor other than the presence of the target substance anddetermining the presence of the target substance by evaluating the difference between the first measurement and the second measurement.

Related passage: The invention is based on the novel idea that1 by providing a variable electrode configuration i.e.different electrical connections of different electrode subunits or groups and 2 by varying the connections to the readout circuitry the electric field i.e.the distribution of the field lines may be modified resulting in a variation of the sensor capacitor and thus the sensor itself.
Patent claim: Process according to one of the preceding claims wherein elastomeric propylene copolymer E of the heterophasic propylene copolymer RAHECO i.e.the polymers produced in reactors R3 and R4 together hashave a comonomer content in the range of 10.0 to 20.0 wt..

Related passage: Soft polypropylenes have been a development target for several years.Optimally these materials should combine a number of properties which are difficult to achieve simultaneously especially a melting point above 100 C or for sterilisation applications above 120 C with good transparency and a certain lowtemperature impact strength.The application areas for such materials are wide and are determined by those current polymers which are intended to be replaced like plasticised polyvinyl chloride sPVC styrene elastomers e.g.styreneethylenebutenestyrene block copolymers SEBS or thermoplastic polyurethanes TPU.Until today a satisfactory combination of softness transparency and lowtemperature toughness has not been achieved for purely PObased materials.Partially this is due to the limitations imposed by the heterophasic structure necessary for high impact retention down to freezer temperatures which is a common requirement for e.g.blood pouches for storage.Contradictory to this is the demand for transparency since even moderate levels of transparency are often achieved only at the sacrifice of high toughness because the low viscosity which is necessary for a fine dispersion of the elastomer phase requires a low molecular weight of said phase and thus limits the cohesion of disperse and matrix phase and can even lead to migration effects.
Patent claim: The method according to one of the preceding claims wherein in case the transformation coefficients cij of the blocks BB of the first image PHR are entropy encoded an entropy decoding step is performed prior to the first downsampling step CDDS.

Related passage: Partial decoder 900 can be thought of as an embodiment that combines the method of scaling IDCT processed data as featured in partial decoder 600 and reducing the data size in the frequency domain as featured in partial decoder 700.
Patent claim: The atomizer according to claim 11 wherein the atomizer further comprises a metallic tube nesting the atomizing tube and the metallic tube defines a window through which the tobacco liquid in the liquid supply can be seen.

Related passage: Referring to FIGS.1 and 2 one end of the liquid storage case 20 is connected with an atomizing device 30 so the medicinal liquid in the liquid storage case 20 will be output into the atomizing device 30 under negative pressure.The atomizing device comprises an atomizing assembly a liquid guiding assembly and a connector assembly.
Patent claim: Method according to claim 1 wherein said performance indicator is a Mean Time Between Error determined in function of at least one of an amount of Code Violation of Errored Seconds and of Severly Errored Seconds.

Related passage: Bit rate or NDR optimization 302 typically uses the MBTR metric obtained through the monitoring module 301.This optimization comprises pushing the parameter NDR as high as possible while maintaining an acceptable level for the MTBR i.e.MTBR should be higher than a minimum preconfigured threshold.If MTBR is below the minimum threshold configured by the operator NDR is reduced until MTBR increases to an acceptable level.Preferably the bit rate optimization results in a value for the maximum Net Data Rate maxNDR corresponding to the maximum allowed bit rate i.e.the maximum bit rate allowed by an operator.Several state of the art methods can be used in DLM systems to optimize the bit rate from the simplest trial and error approach to more advanced techniques including the computation oftheoretically achievable line performance theoretical bit rate based on the estimation of noise conditions.