bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An electromechanical transducer in particular a generator 140 340 of a wind turbine 100 the electromechanical transducer 140 340 comprising a stator assembly 245 and a rotor assembly 350 as set forth in the preceding claim.

Related passage: Although there are no particular limitations on the permanent magnets used in the present invention these are preferably highperformance rare earth magnets containing rare earth elements.Rare earth bonded magnets or rare earth sintered magnets composed of socalled rare earth intermetallic compounds are preferred but even more preferable are Ndbased anisotropic sintered magnets.Due to their high energy products and a large generated magnetic field they are preferable because they improve electrical power generation performance and are inexpensive from the standpoint of magnet cost.
Patent claim: A method of operating a data analysis system for analyzing microscopic data acquired by a charged particle microscope from an object comprising a plurality of sample particles wherein the microscopic data comprises Xray intensity measurement data and charged particle intensity measurement data which have been acquired by scanning a primary beam of the charged particle microscope in a first and a second scanning region wherein the first and the second scanning regions are adjacent to each other or partially overlapping with each other wherein the method comprises identifying at least one sample particle of the plurality of sample particles which is at least partially located in the first and in the second scanning region and generating Xray intensity data assigned to surface locations of the identified sample particle depending on at least a portion of the Xray intensity measurement data of the first scanning region at least a portion of the Xray intensity measurement data of the second scanning region and further depending on at least a portion of the particle intensity measurement data of the first and the second scanning regions.

Related passage: FIG.5 is a flowchart illustrating another aspect of the invention.FIGS.6A6E illustrate the method of FIG.5.In the method shown in FIGS.5 and FIGS.6A6E information from a higher resolution detector is used to sharpen up or improve the resolution of a lower resolution detector.In the embodiment described information from a higher resolution detector that provides contour information is used to improve the resolution of a detector that provides compositional information.In this embodiment the detectors can measure the sample simultaneously or sequentially Simultaneous measurement reduces the need for exact image registration methods.The integration time of the detectors may be the same or different that is the detectors may acquire information over the time periods of the same duration or the detectors may acquire information during time periods of different durations.The resolutions of the detectors are different for example because the interaction volumes of the beam for the detected particles from the different detectors are different or because the detectors use stimulating beams of different sizes.In some embodiments as a beam scans a phase interface or boundary at which the same properties change the higher resolution modality will more accurately locate the boundary.The more accurately located boundary of the higher resolution modality can be incorporated into the image from the lower resolution modality to locate the change in property measured by the lower resolution modality more accurately.
Patent claim: The display apparatus 100 of claim 1 in combination with a server wherein the server 200 analyzes a color of the object information to generate the recommendation information.

Related passage: FIG.20 is a schematic diagram for explaining the operation when the user A views the digital TV 1 again.As illustrated in FIG.20 when the user A turns on the digital TV 1 with the power key 25a on the remote controller 25 and starts viewing a program the camera 60 captures an image of the user A.Thus the user A is determined to be already registered in the user DB 301.The digital TV 1 registers program data of a program 2 that the user A is viewing in the view history DB 302.Further the digital TV 1 searches for programs similar to those viewed by the user A in the past based on the view history DB 302.If finding a program similar to those in view history among programs currently being broadcasted or to be broadcasted soon from program guide data in the program guide DB 303 the digital TV 1 displays a program advice message suggesting the program on the screen of the LCD panel 3.
Patent claim: A liquid ejection apparatus comprising a nozzle a first channeled structure defining a first liquid channel the first liquid channel communicating with the nozzle a second liquid channel a communication opening connecting the first liquid channel and the second liquid channel a laminated body including a piezoelectric element and a metal layer the laminated body having a first portion supported by the first channeled structure and a second portion extending over the first liquid channel and not supported by the first channeled structure the communication opening extending through the second portion of the laminated body such that the second portion surrounds the communication opening wherein the second portion of the laminated body includes the metal layer surrounding the communication opening.

Related passage: Further a wafersize carrier plate 80 is prepared and the electrically conductive structure 28 is formed with a suitable pattern on the top surface thereof.The carrier plate 18 is preferably formed by an SOI wafer having a top silicon layer which will later form the membrane 18 a bottom silicon layer 82 that will later be etched away and a silicon dioxide layer 84 separating the two silicon layers and serving as an etch stop.
Patent claim: A method according to claim 1 wherein the modifying application is the target computer program itself such that the method comprises loading the target computer program into the system memory of the computer system establishing that the target computer program which is loaded into the system memory has performed an update operation to generate and store a modified version of the target program on a storage device associated with the computer system determining whether the target program prior to modification is in a trusted state and if the determination is positive generating a hash code of the modified version of the target program as stored on the storage device and storing this generated hash code as a new trusted hash code for the target program in order to permit subsequent verification of the modified version as being in a trusted state.

Related passage: The update control unit 162 sets when receiving an update start order from the control unit 102 interrupt inhibition to the control unit 102 so as not to be interrupted by processes specified by other orders.The update control unit 162 sets the flag value stored in the flag storage unit 161 to 1.
Patent claim: The mixing console 100 according to claim 5 and 6 wherein the information generating unit 180 is configured to generate a position dependent information to be displayed on the touchsensitive display 200 wherein the information generating unit 180 generates the information to be displayed in dependence on the snap in position in which the touchsensitive display is located.

Related passage: The display device 17 which is provided on an operation panel of the mixer 1 is a touchpanel type display device via which a human operator or user can input desired data through touch operation thereon i.e.by touching a screen of the display device.In the instant embodiment the touchpanel type display device is capable of identifying a multiplicity of points.The touchpanel type display device 17 capable of identifying a multiplicity of points means that it can individually identify each of touch operation being simultaneously performed on at least two points of the screen.The touchpanel type display device capable of identifying a multiplicity of points multipoint contacts may be of any conventionallyknown construction as long as it can output as a detection signal position information indicative of a position coordinates of each touch operation.
Patent claim: A control method of a mobile device that controls one or more pieces of lighting equipment that illuminate a space the mobile device including a display unit and an image capture unit and the control method of the mobile device causing a computer of the mobile device to execute displaying on the display unit a scene configuration screen that includes a configuration screen for configuring a new scene indicating a new lighting state by the one or more pieces of lighting equipment and a configuration finish button transmitting to the one or more pieces of lighting equipment a control signal for controlling the one or more pieces of lighting equipment on the basis of configuration information indicating a lighting state configured by user operations on the configuration screen activating the image capture unit after the configuration finish button is selected storing the configuration information from when the configuration finish button was selected in memory as configuration information for the new scene and in addition if an image is acquired by the image capture unit storing the image in the memory as a scene icon of the new scene and displaying on the display unit a new scene selection screen that includes the scene icon of the new scene.

Related passage: In one embodiment a lighting control module for plugging into a mobile device may include a body a connector for connecting the body to a mobile device and a wireless communication interface for communicating with a lighting apparatus wherein the lightingcontrol module is configured to receive through the connector information based on an input at the mobile device provide a wireless signal corresponding to the received information for changing at least one of a power brightness color or color temperature of a lighting apparatus and transmit the signal to the lighting apparatus.
Patent claim: A method for synchronizing a plurality of sensors without timestamp information wherein each sensor has a clock the method comprising the steps of receiving at the plurality of sensors a series of data acquisition requests having a predefined time intervalbetween the data acquisition requests wherein each data acquisition request includes an index j recording timestamps tjk for each received request according to the clock of each sensor wherein k denotes the number of sensors and calculating a clock value tak for starting data acquisition at each sensor for each timestamp tjk based upon the predefined time intervalthe index j and the timestamps tjk.

Related passage: Now referring to Figure 1 a flowchart 100 illustrating a synchronization method for wireless sensors in accordance with the subject technology is shown.The synchronization method 100 is for a system having sensors that use the highly reliable TCP protocol for most message exchanges including data acquisition commands from a central access point node AP and transmission of the acquired sensor data to the central access point node AP.
Patent claim: The system of claim 1 wherein the converted message validator is configured to analyze each of the plurality of voicetotext converted messages to determine a measure of validation by identifying a keyword in a voicetotext converted message and checking for a presence of a corresponding subordinate value to the identified keyword in the voicetotext converted message.

Related passage: In general the user interface FIG.1 is coupled to the flight management system 16 and is located within the cockpit of the aircraft.The pilot and flight management system user are cooperatively configured to allow a user e.g.a pilot or other flight crewmemberto interact with the flight management system 16 and other components of system 10 as known in the art.
Patent claim: The supporting device as defined in any one of the preceding Claims wherein at least one receptacle element of said receptacle unit 18 is formed integrally with said base plate 16.

Related passage: A transmission mechanism comprises the rotary drive mechanism the hammer drive mechanism and the mode change mechanism.The transmission mechanism is disposed inside a transmission housing 80.The transmission housing 80 also supports the electric motor 34.The transmission housing is formed from two clamshell halves of durable plastics material or cast metal the two clamshell halves compressing an oring 82 therebetween.The oring 82 seals the transmission housing 80 to prevent dust and dirt from entering the transmission housing and damaging the moving parts of the transmission mechanism.
Patent claim: The surgical instrument of claim 1 wherein the articulation system comprises an articulation link assembly supported by the elongated shaft assembly and configured to operably interface with an articulation joint facilitating articulation of the surgical end effector relative to the longitudinal tool axis an articulation actuation mechanism interfacing with drive coupler assembly and the articulation link assembly to apply articulation actuation motions to the articulation link assembly.

Related passage: With reference to FIGS.911 and 14 drive gear 200 is illustrated in its third position with position lock 216 aligned with slot 214c.Here drive gear 200 is matingly engaged with an actuator gear 300 which is disposed at least partially withinhousing 110.More specifically a set of teeth 202 disposed on a face 204 FIG.4 of drive gear 200 matingly engage teeth on actuator gear 300 to provide at least one of grasping tissue clamping tissue and firing of end effector 160 e.g.stapling and cutting and retracting elements to their original position.
Patent claim: The coating system of any preceding claim wherein the component is an airfoil component of a steam turbine engine and is formed of an alloy chosen from the group consisting of ironbase nickelbase and titaniumbase alloys.

Related passage: An embodiment of the method of the present invention with a reusable mold is described herein with reference to Fig.1 where in step a mold 10 is preconditioned by applying a thin debonding layer 12 thereto through vacuum plasma spraying of this debonding layer with the plasma torch 14.This is done at a relatively low temperature of less than 400C with 24 passes of the plasma jet 18 effected by rotation of the mold 10 using rotating means16.Thereafter the mold 10 is heated using jet 18 of the same plasma torch 14 to a temperature of between 400C and 700C.
Patent claim: Apparatus according to any one of claims 3 to 5 in which the storage unit 504 stores as the datascheme information on the original data held by the apparatus at least one of file format information codec information representing an encodeddata scheme resolution information total file size file format and recording quality and the generating means generates said content information to include the at least one of the file format information the codec information representing the encodeddata scheme and the resolution information the total file size the file format and the image quality.

Related passage: For example music contents distributed from music distribution system 700 shown in FIG.9 can have a file structure exemplified in FIG.10a.This file is comprised of music data audiocompressed by AAC MP3 or the like music data for one tune or music data for one album and contents management information for managing the entire music contents.The contents management information can contain information indicating the type of audio compression scheme used information of usage rules UR allowable reproduction count reproduction valid date permissioninhibition of copy allowable copy count permissioninhibition of move allowable move count and the like that pertains to the copyright copy control and the like and other kinds of information.These pieces of information are often segmented for respective files.
Patent claim: A branch pipe 1 provided for gas pipes for communicating at least one indoor unit with outdoor units and used at a branch section of the gas pipes for distributing refrigerant to the outdoor units the branch pipe being characterized in that it comprisesan inflow portion 17 into which the refrigerant flows a first outflow portion 18 for discharging the refrigerant flowing from the inflow portion 17 toward at least one outdoor unit and a second outflow portion 19 for discharging the refrigerant flowing from the inflow portion 17 toward outdoor units other than and different in the number of units from the outdoor unit that is an outflow destination of the first outflow portion 18 and if a flow rate of the refrigerant is controlled to be equal for all the outdoor units a cross section ratio between the first outflow portion 18 and the second outflow portion 19 is determined depending on a ratio of the number of units between the outdoor unit that is the outflow destination of the first outflow portion 18 and the outdoor units that are the outflow destinations of the second outflow portion 19.

Related passage: The liquid refrigerant communication pipe 6 and the gas refrigerant communication pipe 7 are provided so as to interconnect the indoor units 4 and 5 and the outdoor unit 2 so that these pipes have substantially the same pipe length but different pipe diameters i.e.different flow passage crosssectional areas due to the different densities of the refrigerant flowing through the pipes.Therefore the volume ratio between the liquid refrigerant communication pipe 6 and the gas refrigerant communication pipe 7 in the description belowa value of VgpVlp in which the gas refrigerant communication pipe Vgp is divided by the volume Vlp of liquid refrigerant communication pipe 6 is referred to as a volume ratio Rv will substantially correspond to the flow passage crosssectional area ratio between these pipes and furthermore this volume ratio Rv will be within a certain range because the flow passage crosssectional area ratio is predetermined based on the capacities and models of the indoor units 4 and 5 and the outdoor unit 2.
Patent claim: The lithographic printing plate precursor according to any one of claims 19 wherein the photosensitive layer comprises a sensitizing dye having absorption in the wavelength range of 3501200 nm.

Related passage: Binder polymer 10.162 gPolymerization initiator 10.160 gPolymerization initiator 20.180 gInfrared absorber 10.020 gPolymerizable compound Aronix M215 Manufactured by Toagosei Co.Ltd.0.385 gFluorochemical surfactant 10.044 gMethyl ethyl ketone1.091 g1Methoxy2propanol8.210gPhosphonium salt shown in Table 1Amount shown in Table 1 Microcapsule Suspension 1Microcapsules 1 synthesized in the manner shown below2.640 gWater2.425 g
Patent claim: A method according to anyone of the preceding claims wherein said selection of a main videoconference session is performed at said graphical user interface 10.

Related passage: RTP packets containing audio streams from one or more remote locations are placed in their respective buffers.Missing or late packets are detected and that information is passed to the Gap Handler.Out of order packets are a special case of late packets and like late packets are likely to be discarded.The alternative is to have a buffer to delay playing out the audio signal for at least one packet length.The size of the bufferwill have to be constrained such that the endtoend delay is no longer than 100ms.
Patent claim: A clothes treating apparatus comprising a cabinet 110 a drum 120 rotatably installed within the cabinet 110 a circulation flow path configured to resupply exhaust air discharged from the drum 120 to the drum 120 a condenser configured to allow the exhaust air and cooling air introduced from the outside of the cabinet 110 to be heatexchanged a cooling flow path configured to guide the cooling air toward the condenser and a blowing fan 124 allowing ambient air to be introduced to the interior of the cooling flow path therethrough wherein a discharge opening 152 is formed to discharge cooling air which has passed through the condenser to the interior of the cabinet 110 and a rotational shaft of the drum 120 is disposed between the discharge opening 152 and the blowing fan 124 when viewed from the top of the cabinet 110.

Related passage: After passing through the airair heat exchanger 535 the cooled drying air 573 exits therefrom at the right rear corner thereof and then flows along a convoluted air path portion 575 to the opening 515 that is connected to the fan intake 210.Along the convoluted air path portion 575 mistcondense water droplets separation means are provided for ensuring that mist condense water droplets are removed from the drying air before it reaches the air fan 205.
Patent claim: The electronic device of any preceding claim wherein the enclosure member comprises a molding enclosure coupled to face the support member and a frame member formed of a conductive material configured to be coupled to the support member and to form a sidewall of the molding enclosure wherein the frame member is slidably coupled to the support member.

Related passage: Especially coating with the oxide film may be implemented by anodizing.The anodizing refers to forming an oxide on a surface of a metal to prevent oxidation from being performed any more in the air.The anodizing may be applied when a frame is made of a metal other than aluminum which is so frail to be well corrosive due to oxidation.
Patent claim: A light emitting device comprising a light emitting structure comprising a first conductive semiconductor layer an active layer and a second conductive semiconductor layer a first current blocking layer and a second current blocking layer arranged on the light emitting structure to be separated from each other a lighttransmitting conductive layer arranged on the the first current blocking layer and the second current blocking layer and the light emitting structure a first electrode and a second electrode electrically coupled to the first semiconductor layer and the second conductive semiconductor layer respectively andan insulation layer arranged between the first electrode and the first current blocking layer and between the second electrode and the second current blocking layer.

Related passage: The first expanded part 144 may be expanded along a first direction after branched from the first pad part 142 to be in contact with the at least one first contact electrode 1451 to 1453.The light emitting structure 120 may have four corners 191 to 194 and the first direction may be from a first corner 191 toward a fourth corner 194.