bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A wind turbine having a generator a rotor with a plurality of blades one or more pitch mechanisms for rotating the blades a system for determining the rotor speed a wind speed sensor a control system comprising a pitch control system and a generator control system the generator control system being adapted to control the generator the pitch control system being adapted to control the pitch mechanisms wherein the generator control system is adapted to determine generator torquecommands in accordance with a steadystate control loop and the pitch control system is adapted to determine pitch commands in accordance with a transient control loop and the steadystate control loop and the steadystate control loop being adapted to calculate generator torque set commands and pitch set commands based at least partially on the instantaneous rotor speed determined by the system for determining the rotor speed the transient control loop being adapted to calculate an instantaneous tip speed ratio based on a wind speed measured by the wind speed sensor and the instantaneous rotor speed determined by the system for determining the rotor speed and is further adapted to determine instantaneous minimum pitch commands based on the instantaneous tip speed ratio and wherein in a supranominal zone of operation for wind speeds above a nominal wind speed the pitch control system is adapted to determine whether the pitch set command is above the instantaneous minimum pitch command and in case of positive result follow the received pitch set command and in case of negative result follow the instantaneous minimum pitch command.

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: Method according to one of the preceding claims further comprising setting the valve 103 to a flow rate of the fuel such that the error signal is zero the method afterwards comprising supplying another fuel to the combustor the other fuel being different from the fuel obtaining another inlet air pressure PT7 at the compressor inlet obtaining another inlet air temperature Tinlet at the compressor inlet obtaining another outlet air pressure PT8 at the compressor outletestimating another heat input HIengmodel of the other fuel supplied to the combustor based on the other inlet air pressure the other inlet air temperature and the other outlet air pressure comparing the other estimated heat input with the demanded heat input FFDEM to derive another error signal 121 and controlling the valve 103 based on the other error signal 121 such that the valve 103 is set to another flow rate of the other fuel different from the flow rate of the fuel previously applied.

Related passage: In accordance with certain embodiments of the invention0 may correspond to natural gas only fuel.Highermay indicate worse NOx and better CO.In accordance with certain example embodiments of the invention one or more emissions parameters including NOx CO or unburned hydrocarbons may be monitored.In certain embodiments performance parameters including but not limited to temperature compressor pressure ratio load or speed may be additionally monitored.According to example embodiments fuel composition may be estimated based at least in part on one or more of the one or more monitored emissions parameters or the one or more monitored performance parameters.In an example embodiment at least one turbine operating parameter may be adjusted based at least in part on the estimated fuel composition.
Patent claim: The amplifier as claimed in any preceding claim wherein said power controller comprises a lookup table providing for each of a plurality of requested power outputs switching mechanism configuration information for reconfiguring said switching mechanism and biasing controller configuration information for configuring said biasing controller.

Related passage: Similarly when at least one of the transistors Q12 Q13 and Q14 is appropriately biased so as to perform a predistortion operation the effects of the third embodiment can be attained without involving a predistortion circuit.
Patent claim: The method according to claim 11 further comprises the step of setting before said changing step a duty cycle of said first motor control signal or second motor control signal at said target speed optionally said setting step comprises looking up for a value of said duty cycle in a first lookup table according to said target speed of said brushless motor.

Related passage: In general the brushless motor is widely used when a constant speed is required and when high speeds and low speeds are required a brush motor is used because it is easily driven at variable speeds.In other words a problem is produced that when the abovedescribed brushless motor is controlled by using a speed control feedback system based on the output of the Hall effect sensor and the brushless motor is driven at low speeds because the output of Hall effect sensor has a small amount of information a response to the feedback is reduced to make the rotation unstable and to reduce the rotation because of a variation in load.In order to solve this problem thebrushless motor can be provided with an encoder for detecting the position of rotationin addition to the Hall effect sensor for detecting the polarity of the field magnet to increase the amount of information relating to the speed control but the cost of the brushless motor is greatly increased if the brushless motor is provided with an expensive encoder only for speed control.
Patent claim: A machine 1 according to claim 2 wherein the exchanger 9 comprises a fixed portion and a movable portion wherein the fixed portion always stays positioned inside the compartment 100 and wherein the movable portion of the exchanger 9 can be replaced with the drawer.

Related passage: In the embodiment illustrated in the enclosed Figures the handle 22 advantageously comprises two arms 23a 23b preferably triangular shaped protruding from the parallel sides of the frontal frame 18 which when the condenser 8 is placed into the seat 6 are substantially horizontally positioned the two arms 23a and 23b support a grasping element 24 preferably cylindrical.
Patent claim: A vein authentication module comprising a light source for irradiating an authentication object with light an image sensor for taking an image of a vein pattern of the authentication object a reflecting mirror for reflecting the light emitted from the light source and making the reflected light reach the authentication object and a housing containing the light source the image sensor and the reflecting mirror wherein the image sensor is of an area sensor type and the light source and the reflecting mirror are located within a plane perpendicular to an optical axis of the image sensor and including the image sensor.

Related passage: Alternatively as illustrated in FIGs.20A to 20C the light sources 10 may be arranged at both ends of the light guide section 32A.Thereby the light amount is easily adjusted and light is allowed to be applied more uniformly.
Patent claim: The carrier according to any one of claims 1 to 3 wherein the sum total of the volatile organic compounds in the core material is 1 ppb or more and 0.5 ppm or less.

Related passage: Next the pellets were pulverized to an average particle size of about 4 m with a dry media mill vibration mill stainless steel beads of 18 inch in diameter.Then water was added to the pulverized pellets and the mixture thus obtained was further pulverized for 10 hours with a wet media mill upright bead mill stainless steel beads of 116 inch in diameter.The particle size primary particle size in pulverization of the slurry thus obtained was measured with a Microtrac analyzer and the D50 was found to be 1.5 m.An appropriate amount of a dispersant was added to the slurry and for the purpose of obtaining an appropriate pore volume PVA 20 solution as a binder was added to the slurry in an amount of 0.2 by weight in relation to the solid content of the slurry.Then the resulting slurry was granulated and dried with a spray dryer.The obtained particles granulated substance were regulated in particle size and then heated at 700C for 2 hours with a rotary electric furnace to remove the organic components such as the dispersant and the binder.
Patent claim: A radiation curable composition containing a a free radical polymerizable composition containing at least 95 wt relative to the free radical polymerizable composition of one or more monofunctional methacrylates wherein at least 80 wt of the one or more monofunctional methacrylates consist of monofunctional methacrylates including at least one five or six membered acetal ring in their structure and b at least one acetal containing polymer having a plurality of repeating units according to Formula Iwherein R1 and R2 are independently selected from the group consisting of a hydrogen an alkyl group an alkenyl group an alkynyl group an aralkyl group an alkaryl group an aryl group and a heteoraryl group.

Related passage: The materials used in the present invention are as follows.IRGALITE BLUE GLVO phthalocyanine pigment Ciba Specialty Chemicals CINQUASIA MAGENTA RT355D C.I.Pigment Violet 19C.I.Pigment Red 202 mixed crystal pigment Ciba Specialty Chemicals NOVOPERM YELLOW 4G01 C.I.Pigment Yellow 155 pigment Clariant SPECIAL BLACK 250 carbon black pigment Ciba Specialty Chemicals SOLSPERSE 32000 Noveon dispersant VCAP Nvinylcaprolactam ISP SR285 tetrahydrofurfuryl acrylate THFA Sartomer SR9003 propylene glycolmodified neopentyl glycol diacrylate PGmodified NPGDA Sartomer SR506 isobornyl acrylate Sartomer SR531 trimethylolpropane formal acrylate CTFA Sartomer SR395 isodecyl acrylate Sartomer SR339 2phenoxyethyl acrylate Sartomer CN964 A85 difunctional aliphatic urethane acrylate containing 15 wttripropylene glycol diacrylate Sartomer FIRSTCURE ST1 polymerization inhibitor mixture of trisNnitrosoNphenylhydroxyamine aluminum salt 10 wt and phenoxyethyl acrylate 90 wt Chem First LUCIRIN TPO photopolymerization initiator 246trimethylbenzoyldiphenylphosphine oxide BASF IRGACURE 184 photopolymerization initiator 1hydroxycyclohexyl phenyl ketone CibaGeigy Ltd.TEGORAD 2100 siliconebased surfactant Degussa Preparation of cyan mill base C1 phthalocyanine Pigment
Patent claim: The method of claim 12 wherein the authenticating of the user comprises incrementing an authentication attempt counter if the authenticating of the user fails and reattempting the authentication of the user if the authentication attempt counter is less than a predetermined authentication attempt threshold.

Related passage: The various embodiments of the present invention provide systems and methods that enable users to secure data stored on their smart cards by requiring biometric authentication before the stored data can be accessed.Access is controlled by an access controller that receives biometric authentication information from a biometric sensor.Embodiments provide the biometric sensor and access controller integrated within the smart card.Other embodiments provide the biometric sensor and access controller as a modular unit that can be plugged into a smart card.Still other embodiments provide the biometric sensor as a modular unit that can be plugged into a smart card which includes the access controller unit.Because the biometric sensor may be vulnerable to mechanical failure and physical damage some embodimentsinclude replaceable biometric sensors.In use the various embodiments require a user to provide a biometric sample such as a fingerprint scan prior to storing or accessing sensitive personal data to the smart card.In some embodiments each time users devices or applications attempt to access the stored sensitive data users must authenticate themselves before access will be granted.In other embodiments access to stored sensitive data is permitted so long as users have authenticated themselves within some acceptable period of time or other criterias.
Patent claim: The mobile terminal as claimed in any one of claims 1 to 7 wherein the controller is configured to check whether a received notification message is present upon reception of a second drag input applied to a second corner of the touchscreen and dragged to the center of the touchscreen and display one or more application icons related to the received notification message along a drag path of the second drag input when the received notification message is present wherein one of the first corner and the second corner corresponds to one of left and right corners of the touchscreen and the other one of the first corner and the second corner corresponds to the other of the touchscreen.

Related passage: The disclosure generally relates to an electronic device which is a portable or nonportable electronic device in the embodiments described herein.Examples of portable electronic devices include mobile or handheld wirelesscommunication devices such as pagers cellular phones cellular smartphones wireless organizers PDAs wirelessly enabled notebook computers tablet computers and so forth.Examples of non portable electronic devices include electronic white boards for example on a wall smart boards utilized for collaboration builtin displays in furniture or appliances and so forth.The portable electronic device may also be a portable electronic device without wireless communication capabilities such as a handheld electronic game device digital photograph album digital camera or other device.
Patent claim: The method of Claim 8 further comprising receiving the polarization signal over an optical supervisory channel OSC.

Related passage: An optical signal which is transmitted from the optical transmitter 10 and passes through the optical fiber transmission line 150 is inputted to the optical receiver 20 of Fig.1 and is inputted to the polarization descrambler 180.As the polarization descrambler an optical device such as a polarization scrambler of varying a polarization of an optical signal in the direction inverse to the direction of the polarization scrambler 140 at a high speed is pertinent.The polarization descrambler 180 cancels polarizationscrambling of an optical signal subjected to polarization scramble at the polarization scrambler 140 by subjecting an optical signal which has been subjected to polarization scramble at the polarization scrambler 140 in a direction inverse to a direction of rotation of the polarization scramble at the polarization scrambler 140 at a polarization scrambling frequency the same as that of the polarization scrambler 140.The optical signal the polarization scrambling of which is canceled by the polarization descrambler 180 is received by the polarization dependent optical receiving part 190.
Patent claim: The power tool assembly of claim 14 or claim 15 wherein the power tool includes a first axis of rotation and the accessory includes a tool having a second axis of rotation the first and second axes of rotation defining a plane and wherein the key feature is offset from the plane by an angle.

Related passage: FIGS.26A and 26B illustrate the ratchet attachment head 110 according to one construction of the invention.The ratchet attachment head 110 is a compact right angle tool for manipulation in small spaces.The ratchet attachment head 110 includes a drive shank or 38 inch hex head 239 and a dial 240 or forwardreverse knob cover coupled with a direction knob 241 FIG.27.In other constructions the hex head 239 may be a size smaller or larger than 38 inch.As shown in FIG.26B the hex head 239 receives a socket adaptor 220 and sockets 222A 2228.FIG.27 is an exploded view of the ratchet attachment head 110.FIGS.28 and 29 are cross sections of the ratchet attachment head 110.
Patent claim: The mobile device of claim 13 or 14 wherein the one or more computer readable memory150 including further instructions configured to cause the one or more processors to perform operations including outputting the audio signals to the external audio output device if the external audio output device is connected to the connecting unit while the music file is being reproduced in the silent mode.

Related passage: The process of the portable telephone 1 when there is an incoming call from a partner during an audioreproduction will be described below with reference to display screens of Figs.15A 15B and a flowchart of Fig.16.
Patent claim: A method for detecting a road dividing object in a target scene comprising obtaining an input image of the target scene selecting an image unit from the input image extracting an image feature within the image unit in each of continuous input images of the target scene so as to generate an image feature sequence and detecting the road dividing object based on the image feature sequence.

Related passage: FIG.10 is a flowchart illustrating the method for detecting the continuous road partition with a height according to the second embodiment.
Patent claim: Method of any of the claims 1 to 7 wherein the Entitlement Control Message ECM comprises access conditions these access conditions being checked by the Conditioner 200 before the content key is transferred to the CA Descrambler 103.

Related passage: In case that the access conditions are met the CO is then processed in view of furnishing to the descrambler of the receiver the Primary Marked Correction Data PMCD 231 to descramble the modified stream.
Patent claim: A system to represent at least part of an organisation said system including at least one model which represents at least part of the organisation said model including a plurality of items representing features of the organisation which are available to be referred to in a predetermined manner wherein said model is provided independently of one or more databases which include data relating to the organisation and accesses data from said one or more databases andor external sources in a predefined manner to provide a representation of at least part of the organisation at an instant of time.

Related passage: For example for one element a number of components may be required to be performed.Each of these components can be shown on a display screen when the particular element is selected.The user is then provided with the required components for that element immediately and typically interacts with the components to perform the same.The interaction conventionally includes inputting data values representative of the requirement at that time and allowing the component to use that data to perform a particular task.The user may have to repeat this interaction for each component linked to each element.
Patent claim: The search system claimed in claim 12 further comprising instructions that when executed by the one or more processors cause the one or more processors to select a scalar quantizer wherein expanding the set includes first quantizing the data points in the set of data points.

Related passage: The method will be described in more detail.The process to be performed is common to the feature vector of the query and the feature vectors in the database and thus the feature vector is generally represented by v.By using L different functions g1v...gLv which are generated based on the following procedure v is stored in the corresponding L hash tables.The respective pieces of gjv are used to transform v into the kdimensional vectors so as to satisfy gjvh1v...hkv.Hiv is a function to transform v into an integer and is expressed as follows.
Patent claim: A method for adaptively processing audio commands supplied by a user in an aircraft cabin comprising the steps of receiving ambient noise in the aircraft cabin via one or more audio input device sampling with a processor the received ambient noise analyzing in the processor the sampled ambient noise and based on the analysis selecting one or more filter functions and adjusting one or more filter parameters associated with the one or more selected filter functions selectively receiving audio and ambient noise via the one or more audio input device and filtering through the selected one or more filter functions the audio and ambient noise supplied to the one or more audio input devices to thereby supply filtered audio.

Related passage: In an exemplary embodiment the voice command recognition process 200 continues by receiving or otherwise sensing an audio input indicative of a desired voice command from the audio input device task 208.In this regard the audio input device 104 receives or otherwise senses sound and converts the sound to a corresponding electrical signal.In an exemplary embodiment the audio input device 104 generates an analog signal in response to receiving or otherwise sensing a sound and provides the analog signal to the processing system 108 which in turn converts the analog signal to a corresponding digital signal.In an exemplary embodiment the voice command recognition process 200 continues by filtering the audio input in a manner that is influenced by the identified operating state by filtering the audio input based on the acoustic noise model corresponding to the identified operating state task 210.In this regard in an exemplary embodiment the processing system 108 implements a digital filter based on the selected acoustic noise model for the identified flight phase andor operating state.For example the processing system 108 may identify particular frequencies of the acoustic noise model having relatively larger signal levels compared to surrounding frequencies e.g.peak frequencies or pole frequencies and implement a digital filter with zeros corresponding to the identified peak frequencies from the selected acoustic noise model.In this manner the received audio input signal is filtered based on the current flight phase andor operating state of the aircraft 122 resulting in a filtered audio input signal.In an exemplary embodiment the characteristics e.g.gainattenuation bandwidth roll off and the like of the digital filter are chosen such that the digital filter achieves a desired signaltonoise ratio SNR for the bandwidth corresponding to human speech e.g.100 Hz3 kHz.In other embodiments the processing system 108 may be configured to process the received audio input using noise cancelling techniques in conjunction with the acoustic noise model for the identified flight phase to obtain the filtered audio input signal.By the filtering the audio input based on the flight phase andor operating state the processing system 108 is capable of identifying or otherwise recognizing command words from the received audio input signal with increased accuracy andor reliability as described in greater detail below.
Patent claim: The CuNibased sintered alloy according to claim 1 wherein said solid lubricant is at least any one of graphite molybdenum disulfide boron nitride and calcium fluoride.

Related passage: Furthermore the following additive elements can be added to a copper alloy in the weight percentage.Nimore than 5 and up to 50 preferably from 5 to 15 Sn20 or less preferably from 3 to 15 P 0.5 or less preferably from 0.01 to 0.1 Al5 or less preferably from 0.5 to 3 Si1 or less preferably from 0.1 to 0.5 Bi1 or less preferably from 0.1 to 0.5 Mn5 or less preferably from 0.5 to 3 Zn30 or less preferably from 5 to 25 Fe10 or less preferably from 1 to 5 Sb1 or less preferably from 0.1 to 0.5