mhurhangee/ep-ind-claims huggingface dataset:
A high-output electric power amplifier configured to include a depletion-type FET as an amplification device, the high-output electric power amplifier comprising: a drain voltage supply portion adapted to create and output a positive voltage to be applied to a drain terminal in the depletion-type FET; and a gate bias voltage supply portion (230, 330) adapted to create and output a negative voltage to be applied to a gate terminal in the depletion-type FET, wherein the high-output electric power amplifier is configured that the drain voltage supply portion uses an external commercial AC power supply as an electric power source, and the gate bias voltage supply portion (230, 330) uses a battery (131, 331) as an electric power source, the gate bias voltage supply portion (230, 330) includes a battery (131, 331) forming an electric power source for a gate bias voltage, a transformer circuit and a smoothing circuit which are adapted to create a negative voltage to be applied to the gate terminal in the depletion-type FET, from an output voltage from the battery (131, 331), and a gate bias voltage monitoring portion adapted to monitor the gate bias voltage applied to the gate terminal in the depletion-type FET, which is created by the transformer circuit and the smoothing circuit, the drain voltage supply portion includes a rectification circuit, a transformer circuit and a smoothing circuit which are adapted to create a positive voltage to be applied to the drain terminal in the depletion-type FET, from AC electric power supplied from the external commercial AC power supply, and a drain voltage output ON/OFF portion which is adapted to turn on/off the output of the positive voltage applied to the drain terminal in the depletion-type FET, which is created by the rectification circuit, the transformer circuit and the smoothing circuit, the gate bias voltage monitoring portion is adapted to output, to the drain voltage output ON/OFF portion, a control signal indicative of the fact that the gate bias voltage is normal, when the gate bias voltage applied to the gate terminal in the depletion-type FET falls within a predetermined permissible range, and the drain voltage output ON/OFF portion is adapted to output the drain voltage, only when receiving the control signal outputted from the gate bias voltage monitoring portion. a drain voltage supply portion adapted to create and output a positive voltage to be applied to a drain terminal in the depletion-type FET; and a gate bias voltage supply portion (230, 330) adapted to create and output a negative voltage to be applied to a gate terminal in the depletion-type FET, wherein
A demodulating apparatus for demodulating an input signal split into an I-channel signal and a Q-channel signal, said demodulating apparatus comprising: correlation detection means for calculating a correlation value between a known sequence made of symbols of known values inserted in said input signal and a received sequence formed by the symbols obtained by detecting said input signal; channel control means for switching the channels of said input signal if the correlation between said known sequence and said received sequence corresponding to said known sequence is found to be a negative correlation; and confidence level determination means for determining the confidence level of said correlation value based on the magnitude of said correlation value; wherein, if the confidence level of said correlation value is not determined to be sufficient, then said channel control means switches said channels on the basis of the result of decoding synchronization of said input signal. correlation detection means for calculating a correlation value between a known sequence made of symbols of known values inserted in said input signal and a received sequence formed by the symbols obtained by detecting said input signal; channel control means for switching the channels of said input signal if the correlation between said known sequence and said received sequence corresponding to said known sequence is found to be a negative correlation; and confidence level determination means for determining the confidence level of said correlation value based on the magnitude of said correlation value; wherein, if the confidence level of said correlation value is not determined to be sufficient, then said channel control means switches said channels on the basis of the result of decoding synchronization of said input signal.
A vertically adjustable caster wheel apparatus having a yolk frame and a wheel frame, said yolk frame having a pivot pin connected to and extending through said yolk frame, and said wheel frame having one end pivotally connected to said yolk frame and a second end rotatably connected to a wheel, comprising: an elastic member having a first retainer connected to one end of said elastic member and a second retainer connected to an opposite end of said elastic member, wherein said first retainer is connected to said pivot pin of said yolk frame to allow said elastic member to pivot with respect to said yolk frame, characterized in that said second retainer having a threaded aperture extending there through along a longitudinal axis; a swivel plate coupled to said wheel frame and having a threaded aperture extending there through and coaxial with said longitudinal axis; a threaded fastener releasably engaging said threaded aperture in said swivel plate and said threaded aperture in said second retainer; and a spacer positioned between said second retainer and said swivel plate for adjusting a vertical height of said wheel by adjusting an angle of said wheel frame relative to said yolk frame. an elastic member having a first retainer connected to one end of said elastic member and a second retainer connected to an opposite end of said elastic member, wherein said first retainer is connected to said pivot pin of said yolk frame to allow said elastic member to pivot with respect to said yolk frame, characterized in that said second retainer having a threaded aperture extending there through along a longitudinal axis; a swivel plate coupled to said wheel frame and having a threaded aperture extending there through and coaxial with said longitudinal axis; a threaded fastener releasably engaging said threaded aperture in said swivel plate and said threaded aperture in said second retainer; and a spacer positioned between said second retainer and said swivel plate for adjusting a vertical height of said wheel by adjusting an angle of said wheel frame relative to said yolk frame.
A temperature transmitter for sensing a temperature of an industrial process, comprising: a temperature sensor arranged to provide a sensor output related to the temperature of the industrial process; measurement circuitry coupled to the temperature sensor configured to measure the temperature of the industrial process based upon the sensor output; output circuitry configured to provide an output related to the measured temperature; characterized by further comprising: diagnostic circuitry configured to monitor the temperature of the temperature sensor and, if the temperature exceeds a threshold, store temperature information as excessive temperature events experienced by the temperature sensor in a memory (30, 40), the diagnostic circuitry further configured to diagnose a condition of the temperature sensor based upon the stored excessive temperature information. a temperature sensor arranged to provide a sensor output related to the temperature of the industrial process; measurement circuitry coupled to the temperature sensor configured to measure the temperature of the industrial process based upon the sensor output; output circuitry configured to provide an output related to the measured temperature; diagnostic circuitry configured to monitor the temperature of the temperature sensor and, if the temperature exceeds a threshold, store temperature information as excessive temperature events experienced by the temperature sensor in a memory (30, 40), the diagnostic circuitry further configured to diagnose a condition of the temperature sensor based upon the stored excessive temperature information.
A polymerizable liquid crystal composition comprising: polymerizable liquid crystal compounds; a photoinitiator, wherein the photoinitiator has a light absorption band in a wavelength range of 280 to 400 nm; and a light-absorbing agent having a light absorption band in a wavelength range of 280 to 400 nm.
Process for producing an oligosaccharide mixture derived from animal milk and having the same spectrum of oligosaccharides as the milk from which it was derived comprising the following steps: (a) concentrating a deproteinised milk material to 50 to 75 % total solids; (b) subjecting the concentrated milk material to a lactose removal step to produce a liquor having a lactose:oligosaccharide ratio of less than 250; and (c) demineralising the milk material, the demineralisation step being carried out either before the concentration step or after the lactose removal step (a) concentrating a deproteinised milk material to 50 to 75 % total solids; (b) subjecting the concentrated milk material to a lactose removal step to produce a liquor having a lactose:oligosaccharide ratio of less than 250; and (c) demineralising the milk material, the demineralisation step being carried out either before the concentration step or after the lactose removal step
A conjugate comprising a polypeptide that specifically binds TGF-beta, a polypeptide that specifically binds IL-15 and an IL-15 fragment, wherein the conjugate has greater than 90% sequence identity or similarity to or
A method for producing a water-soluble packaging which contains a liquid washing or cleaning agent and a water-soluble wrapping which is at least partially colored with a coloring substance selected from the group consisting of pigments, bluing agents, pearlescing agents and mixtures thereof and is made of water-soluble film material, comprising the steps of: a) providing a first water-soluble film web, b) printing the first water-soluble film web with a medium that contains the coloring substance, c) forming at least one cavity in the first water-soluble film web, d) filling the at least one cavity with a product, wherein the product is a liquid washing or cleaning agent, and e) sealing the cavity with a second water-soluble film web, wherein the printing of the first water-soluble film web takes place in such a way that the coloring substance is located on the inner surface of the water-soluble wrapping. a) providing a first water-soluble film web, b) printing the first water-soluble film web with a medium that contains the coloring substance, c) forming at least one cavity in the first water-soluble film web, d) filling the at least one cavity with a product, wherein the product is a liquid washing or cleaning agent, and e) sealing the cavity with a second water-soluble film web,
A communication terminal, comprising: a storage area that stores a plurality of applications each of which is executable; a receiver that receives terminal-specific application information indicating one or more of the plurality of applications that are allowed for use by the communication terminal, from a communication management apparatus through a communications network, in response to terminal identification information for identifying the communication terminal that is transmitted from the communication terminal; a reader that reads, from a removable memory, user-specific application information indicating one or more of the plurality of applications that are allowed for use by a specific user; and a transmitter that transmits a request for address information to the communication management apparatus through the communications network, the request including application identification information of each one of one or more applications that are allowed for use by the specific user at the communication terminal, comprising those allowed for the specific user and those allowed for the specific terminal, wherein the receiver further receives, from the communications management apparatus, for each one of the one or more applications that are allowed for use by the specific user at the communication terminal, first address information indicating a location on the communications network where visual information that reflects the application is stored, and second address information indicating a location on the communications network where execution image data is stored. a storage area that stores a plurality of applications each of which is executable; a receiver that receives terminal-specific application information indicating one or more of the plurality of applications that are allowed for use by the communication terminal, from a communication management apparatus through a communications network, in response to terminal identification information for identifying the communication terminal that is transmitted from the communication terminal; a reader that reads, from a removable memory, user-specific application information indicating one or more of the plurality of applications that are allowed for use by a specific user; and a transmitter that transmits a request for address information to the communication management apparatus through the communications network, the request including application identification information of each one of one or more applications that are allowed for use by the specific user at the communication terminal, comprising those allowed for the specific user and those allowed for the specific terminal, wherein the receiver further receives, from the communications management apparatus, for each one of the one or more applications that are allowed for use by the specific user at the communication terminal, first address information indicating a location on the communications network where visual information that reflects the application is stored, and second address information indicating a location on the communications network where execution image data is stored.
A three-point safety belt, comprising a belt body, a winder, a shoulder belt guide ring and a lock tongue, the winder and the shoulder belt guide ring being fixed to a vehicle body, the winder being located under the shoulder belt guide ring, the lock tongue being disposed on the belt body, the lock tongue dividing the belt body into a shoulder belt for restraining the chest of a passenger and a waist belt for restraining the abdomen of the passenger, the shoulder belt passing through the shoulder belt guide ring, further comprising a free end of the shoulder belt which is away from the lock tongue and a free end of the waist belt which is away from the lock tongue are both retracted within the same winder, and the winder synchronously retracts or releases the shoulder belt and the waist belt, characterized in that the winder comprises a winder housing and a belt guide bracket, the winder housing is fixed to the vehicle body, the belt guide bracket is fixed on the winder housing and located at one side from which the waist belt is drawn out, when the belt body is drawn out or taken up, the belt guide bracket contacts with the waist belt and guides the draw-out or take-up of the waist belt.
A method of manufacturing an intermediate product of an elongated aircraft part, the aircraft part including a curved portion and bent portions (20a, 20b), the curved portion being curved in a longitudinal direction of the aircraft part, the bent portions being formed at respective side edge portions of the aircraft part, the method comprising: working a first laminated body (10A, 10B) to form a second laminated body (11A, 11B), the first laminated body being formed by laminating prepregs including reinforcing fibers and resin, the second laminated body including a flat portion and a wavy portion, the flat portion being located at at least one of side edge portions of the second laminated body, the wavy portion being located at a portion adjacent to the side edge portion and extending along the longitudinal direction; and forming the intermediate product from the second laminated body by a forming die (31, 32, 33, 34) such that the flat portion becomes the bent portion that is an inside portion whose circumferential length is shorter in the curved portion, and the wavy portion becomes the bent portion that is an outside portion whose circumferential length is longer in the curved portion. working a first laminated body (10A, 10B) to form a second laminated body (11A, 11B), the first laminated body being formed by laminating prepregs including reinforcing fibers and resin, the second laminated body including a flat portion and a wavy portion, the flat portion being located at at least one of side edge portions of the second laminated body, the wavy portion being located at a portion adjacent to the side edge portion and extending along the longitudinal direction; and forming the intermediate product from the second laminated body by a forming die (31, 32, 33, 34) such that the flat portion becomes the bent portion that is an inside portion whose circumferential length is shorter in the curved portion, and the wavy portion becomes the bent portion that is an outside portion whose circumferential length is longer in the curved portion.
An instrument cluster comprising: a Printed Circuit Board assembly comprising: a drive source connected to the PCB assembly and is mounted in such a way that the stem of the drive source faces towards bottom side of the PCB assembly for driving a pointer, wherein the pointer comprises a bottom pointer which is connected to the drive source at one end and to a counter weight at its other end to balance with respect to its rotating axis; and a top pointer connected to the bottom pointer; a light guide mounted above the PCB assembly comprising a light source assembled with a diffuser sheet and a reflector mounted above the light source, wherein the diffuser sheet and a dial of the instrument cluster are assembled to the light guide using screws and guide pinches of the light guide, wherein the light source illuminates the reflector and the top pointer picks light from the reflector all around its sweep angle and rotates on a dial of the instrument cluster at peripheral way for dial indication; and a case assembly for supporting the PCB assembly. a Printed Circuit Board assembly comprising: a drive source connected to the PCB assembly and is mounted in such a way that the stem of the drive source faces towards bottom side of the PCB assembly for driving a pointer, wherein the pointer comprises a bottom pointer which is connected to the drive source at one end and to a counter weight at its other end to balance with respect to its rotating axis; and a top pointer connected to the bottom pointer; a light guide mounted above the PCB assembly comprising a light source assembled with a diffuser sheet and a reflector mounted above the light source, wherein the diffuser sheet and a dial of the instrument cluster are assembled to the light guide using screws and guide pinches of the light guide, wherein the light source illuminates the reflector and the top pointer picks light from the reflector all around its sweep angle and rotates on a dial of the instrument cluster at peripheral way for dial indication; and a case assembly for supporting the PCB assembly. a drive source connected to the PCB assembly and is mounted in such a way that the stem of the drive source faces towards bottom side of the PCB assembly for driving a pointer, wherein the pointer comprises a bottom pointer which is connected to the drive source at one end and to a counter weight at its other end to balance with respect to its rotating axis; and a top pointer connected to the bottom pointer; a light guide mounted above the PCB assembly comprising a light source assembled with a diffuser sheet and a reflector mounted above the light source, wherein the diffuser sheet and a dial of the instrument cluster are assembled to the light guide using screws and guide pinches of the light guide, wherein the light source illuminates the reflector and the top pointer picks light from the reflector all around its sweep angle and rotates on a dial of the instrument cluster at peripheral way for dial indication; and a case assembly for supporting the PCB assembly.
A message processing method, wherein the method comprises: receiving a first message sent by a first device to a second device; determining whether the first message is a privacy message; if the first message is a privacy message, generating a second message according to the first message, wherein the second message carries a first privacy label; and sending the second message to the second device, so that the second device displays a notification of the second message on a notification screen according to the first privacy label after receiving the second message. receiving a first message sent by a first device to a second device; determining whether the first message is a privacy message; if the first message is a privacy message, generating a second message according to the first message, wherein the second message carries a first privacy label; and sending the second message to the second device, so that the second device displays a notification of the second message on a notification screen according to the first privacy label after receiving the second message.
An apparatus comprising: a cylindrical tank having a fluid inlet extending radially in the sidewall of the tank and a fluid outlet; a cylinder disposed within and coaxial with the tank and having a closed end and an open end, the open end facing a bottom of the tank; a first guide vane disposed about the cylinder, the first guide vane having a portion axially aligned with the fluid inlet; a second guide vane extending coaxially about an outer periphery of the cylinder adjacent the open end thereof and including a first end and a second end, the first end of the second guide vane being axially offset from the second end of the second guide vane; and a discharge tube at least partially disposed within the cylinder and in fluid communication with the fluid outlet. a cylindrical tank having a fluid inlet extending radially in the sidewall of the tank and a fluid outlet; a cylinder disposed within and coaxial with the tank and having a closed end and an open end, the open end facing a bottom of the tank; a first guide vane disposed about the cylinder, the first guide vane having a portion axially aligned with the fluid inlet; a second guide vane extending coaxially about an outer periphery of the cylinder adjacent the open end thereof and including a first end and a second end, the first end of the second guide vane being axially offset from the second end of the second guide vane; and a discharge tube at least partially disposed within the cylinder and in fluid communication with the fluid outlet.