bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The amplifier as claimed in claim 10 wherein said power controller is operable to update said lookup table with revised biasing controller configuration information based on said adjusted biasing parameters.

Related passage: The power amplifier of the third embodiment of the invention is characterized in that in addition to the configuration of the first embodiment the first predistortion circuit first predistortion compensation circuit 408 is disposed between the first highfrequency switch circuit 402 and the first amplifier preamplifier 403 and the second predistortion circuit second predistortion compensation circuit 409 is disposed between the second highfrequency switch circuit 404 and the second amplifier postamplifier 405.
Patent claim: The apparatus according to claim 2 wherein when there are a plurality of combinations of wireless communication paths in each of which a spatial distance between wireless communication paths is larger than a predetermined value said selection means selects a combination of wireless communication paths in which the amount of bandwidth occupied by wireless communication paths extending from the source node to the destination node is smallest.

Related passage: As a result if the transmission power is concentrated on the bandwidths B1 B2 B3 having a relatively high channel transfer function based on RSSI andor SNR measurement results the whole radiated transmission power PB1PB2 PB3 can be reduced.
Patent claim: An electric power tool 10 comprising a motor 21 an output shaft 38 a drive force transmission 23 configured to reduce drive speed of the motor 21 and transmit drive force of the motor 21 to the output shaft 38 a trigger 40 that can be pulled by a user a rotation speed changing circuitry 50 configured to change a rotation speed of the output shaft 38 that corresponds to a maximum pulled amount of the trigger 40 to a limited rotation speed that is lower than a maximum rotation speed of the output shaft 38 in a nonlimited rotation speed mode L1 L2 and a rotation speed control circuitry 50 configured to control a rotation speed of the motor 21 in correspondence with a pulled amount of the trigger 40 to obtain the rotation speed of the output shaft 38 that is changed by the rotation speed changing circuitry 50.

Related passage: The regulator 15 reduces a direct current voltage for example 14.4 VDC generated by the battery 18 to generate a control voltage Vcc for example 5 VDC which is a predetermined direct current voltage and applies the generated control voltage Vcc to predetermined circuits in a drive device 11 including the control circuit 13.
Patent claim: A multimodal polyethylene copolymer comprising I 35 to 55 wt of a lower molecular weight ethylene homopolymer component having an MFR2 of 200 to 400 g10min II 45 to 65 wt of a higher molecular weight ethylene copolymer component of ethylene and at least one C312 alpha olefin comonomer wherein said multimodal polyethylene copolymer has a density of 955 to 962 kgm3 an MFR2 of 2.0 to 10 g10min and an MwMn of more than 9.0.

Related passage: Shear thinning index SHI which is correlating with MWD and is independent of Mw was calculated according to Heino Rheological characterization of polyethylene fractions Heino E.L.Lehtinen A.Tanner J.Seppl J.Neste Oy Porvoo Finland Theor.Appl.Rheol.Proc.Int.Congr.Rheol 11th 1992 1 360362 and The influence of molecular structure on some rheological properties of polyethylene Heino E.L.Borealis Polymers Oy Porvoo Finland Annual Transactions of the Nordic Rheology Society 1995.
Patent claim: A positive electrode for a rechargeable lithium battery including a current collector a positive active material layer disposed on the current collector wherein the positive active material layer comprises a positive active material active carbon and an additive wherein said positive active material comprises a lithium metal oxide and wherein said additive comprises preferably consists in manganese oxide cobalt oxide iron oxide vanadium oxide or a combination thereof preferably manganese oxide cobalt oxide vanadium oxide iron oxide or a combination thereof more preferably Mn3O4 Co3O4 V2O5 Fe3O4 or a combination thereof.

Related passage: Fe2O3 may be intermixed in a proportion of more than 20by weight.However when the mixing amount increases the capacity of the positive electrode active material decreases.Therefore Fe2O3 should be mixed in an appropriate amount with safety being taken into account.
Patent claim: The battery pack of claim 1 or 2 wherein the reinforcement layer is adhered to the ferrite layer through an adhesive layer.

Related passage: During chargingdischarging of a bare cell gas may be generated in a can whichcauses the can to swell.Generally when swelling occurs an electrode assembly is volumetrically increased and thus central portions of the large lateral surfaces of a bare cell protrude outward.Such swelling may break a single sheettype absorber into a plurality of irregular sections.On the other hand because the absorbers 700 800 are formed of ferrite sintered bodies including a plurality of sections such breakage does not occur.
Patent claim: A colorimetric gas sensing layer comprising a substrate having a top surface and a bottom surface and a sensing material deposited on at least one of the top surface and the bottom surface the sensing layer comprising dextran and a salt.

Related passage: The term measurement used herein should be most broadly interpreted so as to encompass any measurement which can provide any information concerning existence of a thiol groupcontaining compound including qualitative and quantitativemeasurements.When the measurement is performed according to the method of the present invention if a thiol groupcontaining compound is contained in a sample the compound interacts with the microparticles of a substance selected from the group consisting of a metal and a metal compound contained in the thin membrane and as a result a detectable color change arises on the thin membrane.The term interaction used herein includes various physicochemical andor chemical interactions which occur between a thiol groupcontaining compound and a colloid comprising a substance selected from the group consisting of a metal and a metal compound and the term should be most broadly construed so as to include for example formation of a complex or a salt adsorption chemical bonding and the like.Moreover the term also encompasses interaction between a substance produced by an enzymatic action e.g.a substrate after decomposition by the action of a protease and a substance selected form a metal and a metal compound.
Patent claim: The method of claim 1 or claim 2 further comprising determining a quality factor for each of the wireless network served by the apparatus and the neighboring wireless networks the quality factor representing quality of the allocation for the respective wireless network and normalizing the quality factor for each of the wireless network served by the apparatus and the neighboring wireless networks.

Related passage: Suppose that the smallest unit of the spectrum to be allocated that can be partitioned and allocated is f and all available spectrum shared by multiple RATs is Nf.For convenience the symbol of the smallest unit f is omitted in the description hereinafter and the available spectrum shared is represented by N.Figure 2 is a schematic diagram illustrating all spectrum N shared by multiple RATs.
Patent claim: The method of claim 3 further comprising calculating a spread factor that indicates how close the quality factors are to each other on average for the wireless network served by the apparatus and the neighboring wireless networkscalculating a width factor that indicates how far from each other are the extreme values of the individual quality factors for the wireless network served by the apparatus and the neighboring wireless networks and comparing the spread factor and the width factor with a threshold value to determine whether the allocation of the available resources is fair.

Related passage: In Step D6 determine whether there will be spectrum congestion i.e.determine whether the sum of the spectrum demand r1 of the serving AP and the spectrum demand r2 of the cAP is greater than the total spectrum N that can be shared if yes proceed to Step D7 otherwise proceed to Step D8.
Patent claim: A bearing assembly according to any of Claims 3 to 4 wherein said groove 30 32 is oblique.

Related passage: Further according to the present invention a distance between a surface of the rotary disc located in a position notopposed to any one of an inside magnetic pole tooth and an outside magnetic pole tooth of corresponding one of the electromagnetic stators and a surface of the corresponding electromagnetic stator opposed to the surface of the rotary disc is formed to be larger than a distance between a surface of the rotary disc located in a position opposed to each of the inside magnetic pole tooth and the outside magnetic pole tooth of the corresponding electromagnetic stator and a surface of the corresponding electromagnetic stator opposed to the surface of the rotary disc.
Patent claim: Organosilicon compound of claim 1 having the general formula 6wherein R R m a b c abc ab c abc and aa are as defined above.

Related passage: According to preferred embodiment the thiocarbamatesilane is obtained from the reaction between 3triethoxysilylepropyl isocyanate and 2mercaptoethyl sulphide using dibutyltin dilaurate as a catalyst.The thiocarbamate synthesized by this reaction has the molecular structure
Patent claim: The ultrasonic imaging apparatus according to claim 8 further comprising a focuser configured to focus ultrasonic signals corresponding to the received ultrasonic waves or to focus ultrasonic signals for the target regions acquired by the ultrasonic signal obtainer preferably wherein the focuser is configured to focus filtered ultrasonic signals acquired by filtering the ultrasonic signals corresponding to the received ultrasonic waves or by filtering the ultrasonic signals for the target regions acquired by the ultrasonic signal obtainer.

Related passage: The silicon substrate is a filmthat is sufficiently thin so as to be able to undergo the bending oscillation.Even if the thickness of the membrane is several m the depth of the cavity is generally the same and the thickness of the Si substrate is 50 m the total thickness will be equal to or smaller than 60 m.This level of thickness allows bending deformation on a large scale.
Patent claim: The ultrasonic welding device according to claim 2 wherein said engagement surface of said anvil configured to selectively engage said surface of said sonotrode comprises a plurality of energy directors said plurality of energy directors being spaced in a first direction and in a second direction to form a pattern each of said plurality of energy directors comprising a rectangularshaped plateau surface with each side of said rectangularshaped plateau surfaces configured to transition into an angled side surface to create a first a second a third and a fourth angled side surface for each said plateau surface each of said angled side surfaces of each said plateau surface being connected with another side surface of an adjacent plateau surface except at an outer periphery of said sonotrode wherein said engagement surface of said sonotrode configured to selectively engage said surface of said anvil comprises a plurality of energy directors being spaced in a first direction and in a second direction to form a pattern each of said plurality of energy directors comprising a rectangularshaped plateau surface with each side of said rectangularshaped plateau surfaces configured to transition into an angled side surface to create a first a second a third and a fourth angled side surface for each said plateau surface each of said angled side surfaces of each said plateau surface being connected with another side surface of an adjacent plateau surface except at an outer periphery of said anvil and wherein said energy directors of said sonotrode and said energy directors of said anvil are configured for alignment to ultrasonically weld thin work pieces whereby said side surfaces of said sonotrode plateaus interlock with said side surfaces of said anvil plateaus in a pattern in both said first direction and said second direction.

Related passage: The wrapper 24 shown in Fig.5 is made with films 25 and 26 of equal length and slightly protruding from the bristles 15 the wrapper shown in Fig.6 has strips 25 and 26 of a different length wherein the strip 26 defines a single section protruding with respect to the bristles 15 whereas the wrapper shown in Fig.7 has strips 25 and 26 of equal length defining a double section protruding from the bristles 15.
Patent claim: The hypervisor replacing method according to claim 2 wherein when a first format for the particular information and a second format for information used by the second hypervisor are different the data loading process includes a format conversion process of converting the particular information from the first format to the second format.

Related passage: In operation the bank switch routine using the chip selects is copied from flash memory 311 to DRAM 312 step 804.The program counter is set to an address in DRAM 312 and the bank switch routine is executed.The bank switch routine reads base register values CS0 and CS1 from each bank in flash memory 311 step 808.Base register value CS1 is stored as temporary base register value TCS1 and base register value CS0 is stored in temporary base register value TCS0 step 810.The base registers are then swapped by storing temporary base register value TCS0 as base register value CS1 and temporary base register value TCS1 as CS0 step 812.Once the base register values are swapped processing continues at the next address in the second bank in flash memory 311.
Patent claim: The operating method of claim 7 wherein the first aspect ratio is 169 and the second aspect ratio is greater than 169.

Related passage: A conventional video source will in such a scenario render secondary video content e.g.user interface graphics such as icons subtitles etc using the full output window.Therefore part of this content will be placed upon the black bars is indicated in Fig.6 wherein 239 content 601 is presented in a letter box format with horizontal black bars 603 with an overlaid user interface graphic 605 and subtitles 607 that partly fall on the black bars 603.
Patent claim: A nuclear transformation apparatus comprising an accelerator 10 which emits a charged particle beam Pa target T which is irradiated with the charged particle beam P to generate a predetermined nucleus or neutron through a nuclear spallation reaction a beam transport path 48 that transports the charged particle beam P which is emitted from the accelerator 10 to the target T and a current detection portion 60 which detects a current value of the charged particle beam Pwherein the current detection portion 60 is provided inside the beam transport path 48 along an inner wall 48a of the beam transport path 48 in a state of being insulated by the inner wall 48a.

Related passage: As shown in FIG.4 in a neutron beam irradiation apparatus according to a modified example the beam duct 48 see FIG.2 connected to the neutron beam generating unit 36 is divided into a downstream target T side beam duct 48x and an upstream beam duct 48y.An annular spacer 56 formed of an insulator such as ceramic is interposed between the beam ducts 48x and 48y and thus the downstream beam duct 48x is electrically insulated from the other parts.In this state by measuring current which is generated from the target T by irradiating the target T with the charged particle beam P and which flows from the target T to the downstream beam duct 48x by the use of an ammeter 58 the dose of the charged particle beam P with which the targetT is irradiated may be measured in real time.The relationship between the current flowing in the downstream beam duct 48x and the dose of the charged particle beam P with which the target T is irradiated is calculated in advance.
Patent claim: A semiconductor die 30 suitable for being tested for manufacturing defects the semiconductor die 30 comprising a surface with a plurality of electrical contact elements 31 31a 31b 31c 31d Pad A Pad B Pad X Pad Y at least an interconnectundertest 32 between a first electrical contact element 31a Pad A and a second electrical contact element 31b Pad B and an electrical component 33 C electrically coupled between the interconnectundertest 32 and at least one third electrical contact element 31c Pad X Pad Y.

Related passage: In a second aspect the present invention comprises a stack comprising at least one die according to embodiments of the first aspect of the present invention.Hence a stack in accordance with embodiments of the present invention comprises at least one die with a test architecture adapted for performing tests both before and after bonding.
Patent claim: Method according to any of the preceding claims wherein the second image is used for directing the cutting member towards the cutting position of the plant.

Related passage: Usually a plant has to be cut into more than two different parts to obtain more than one strike cutting from a single plant.The number of cuttings can be determined on forehand based on the type of plant by visual observation of a person or automatically by means of image analysis.For a fast and accurate strike cutting an image analysis of the individual plants is preferred.The total number of cuttings may be determined before a first cutting of the plant in step 2 or it may be determined later for instance after cutting.In the later situation indicated by II in figure 1 it hasto be decided after each cutting whether the plant has to be cut further to obtain the required total number of cuttings.In the first situation indicated by I in figure 1 the decision about further cutting may be based on the earlier obtained image analysis or on a further image analysis of the remaining part of the plant.
Patent claim: The cooling support element 100 as set forth in any one of the preceding claims wherein the separator elements 105 106 form a meandershaped cooling channel.

Related passage: In addition tubular aluminium profiles 9 are arranged on the periphery of the stators 8 of the mentioned generators 5 which profiles are located at the outer part of the body 1 in the constructive assembly arrangement of the wind generator such that said profiles 9 determine an air circulation passage whereby as a result of the good heat conductivity of their material they form an effective coolingsystem to dissipate the heat produced by the mentioned stators 8 of the generators 5 in power production operation.
Patent claim: The device according to claim 7 wherein said controller is further configured to update the database with the electronic program guide information comprised in said received event information table if said type of said received event information table is of said second type 62a and its payload is different from payloads of previously received event information tables of said second type 71 a and its payload is further different from a payload of a last received event information table that was used to update said database of electronic program guide information 74a.

Related passage: The process of fetching and processing all the EIT tables can appear to be very time consuming.
Patent claim: The method of claim 1 or 2 wherein all transmission schedule tables TS for all output port schedulers OPS are built by a centralized module.

Related passage: To allow full P2P emulation the OLT must have N MAC interfaces ports each one associated with each existing and registered LLID see FIG 5a.When sending a frame downstream the emulation manager in the OLT will insert the LLID associated with a particular MAC port on which the frame arrived and even though the frame will be delivered to each ONU in the downstream the EPON is purely broadcast due to the multidirectional properties of the PSC Passive Splitter Combiner located in the Remote Node placed somewhere in thefield only the ONU with the matching LLID number can accept the frame packet filtering and pass it to its MAC layer for further processing.The MAC layers in all remaining ONUs will never see this particular data frame.Therefore it may be considered that the employed P2P emulation mechanism makes the packet frame appear to have been transmitted over a true P2P connection.
Patent claim: The method of any of claims 5 to 7 wherein the starterelectric generator of the gas turbine engine is a main starterelectric generator and wherein the auxiliary power system includes an auxiliary electric generator driven by the one or more shafts of the gas turbine engine.

Related passage: The controller 242 may also be configured to connect the auxiliary generator 236 to provide steady state benefits to the engine 210 or to help accommodate periods of transient behaviour.For example the auxiliary generator 236 may be connected during descent periods to provide a steady state benefit in which the high pressure off take is reduced andthe intermediate pressure or low pressure power off take increased which allows the engine speed to be reduced.This allows a reduction in handling bleed and a resultant fuel saving.For transients the auxiliary generator 236 may be brought into service for a few seconds or minutes when required to help improve surge margin particularly during periods of lower power output for the engine.For example if the auxiliary generator is connected to its respective spool it could be configured to take any transient loading in preference to the main generators reducing the impact of transients.
Patent claim: The branching unit 210 of any previous claim whereinthe optical cable is connectable at one end to a terminal 103 of the optical transmission system 200 configured for providing continuous direct current electrical power to the branching unit 210 via the optical cable.

Related passage: FIGS.6 and 7 illustrate the configuration of a conventional submarine optical transmission system.The submarine optical transmission system 50 comprises terminal stations 51 and 52 a branch station 53 and an optical branching device 54.The terminal stations 51 and 52 and the branch station 53 are land stations while the optical branching device 54 is placed under water.
Patent claim: Method according to claim 1 wherein the selected section of the blades is a section at or near a tip of the blades.

Related passage: It should be appreciated that the angle of attack 54 may vary from the value chosen for the baseline angle of attack in a positive direction i.e.an increase in angle ofattack 54 over the baseline angle of attack andor in a negative direction i.e.a decrease in angle of attack 54 from the baseline angle of attack.Thus any portion of the total variation allowed by the predetermined tolerance may be added to andor subtracted from the baseline angle of attack to define an allowable range of values for the angle of attack 54.For instance depending on the wind conditions the predetermined tolerance may be added to the baseline angle of attack to define an allowable range of values or subtracted from the baseline angle of attack to define an allowable range of values.Alternatively a percentage of the predetermined tolerance may be added to the baseline angle of attack with the remaining percentage being subtracted from the baseline angle of attack to define an allowable range of values.