mhurhangee/ep-ind-claims huggingface dataset:
A base station (200 1, 200 2, 200 3) for transmitting a broadcast channel to a user device (100 1, 100 2, 100 3, 100 4, 100 5) a predefined number of times in a predetermined cycle for communication with the user device, the base station comprising: a repetition unit (206, 220) configured to repeat the broadcast channel, after the broadcast channel is channel-coded, for the predefined number of times to generate multiple broadcast channels; an interleaving unit configured to interleave information bits of the respective multiple broadcast channels generated by the repetition unit; a data modulation unit configured to data-modulate the interleaved multiple broadcast channels; a spreading unit configured to multiply the multiple broadcast channels that are data-modulated, by scrambling codes; a signal waveform changing unit configured to process each of the multiple broadcast channels by a different scrambling code such that the processed multiple broadcast channels have different signal waveforms, wherein a position of each of the multiple broadcast channels in an order of transmission in the predetermined cycle is associated with the used scrambling code. a repetition unit (206, 220) configured to repeat the broadcast channel, after the broadcast channel is channel-coded, for the predefined number of times to generate multiple broadcast channels; an interleaving unit configured to interleave information bits of the respective multiple broadcast channels generated by the repetition unit; a data modulation unit configured to data-modulate the interleaved multiple broadcast channels; a spreading unit configured to multiply the multiple broadcast channels that are data-modulated, by scrambling codes; a signal waveform changing unit configured to process each of the multiple broadcast channels by a different scrambling code such that the processed multiple broadcast channels have different signal waveforms, wherein a position of each of the multiple broadcast channels in an order of transmission in the predetermined cycle is associated with the used scrambling code.
A mounting system for securing a functional insert to a support rail of a busbar system, comprising: - a closure plate, - a retaining plate, - a lever, wherein - the closure plate is coupleable to the retaining plate at a first main side such that the closure plate and the retaining plate are rotatable relative to each other about a first axis to rotate the closure plate between an open position and a closed position; - the lever is pivotable relative to the retaining plate about a second axis, wherein the second axis is transverse to the first axis, and the lever extends from a second main side of the retaining plate to the first main side, wherein the first and the second main sides are opposite each other; - the lever is operatively connected to the closure plate such that the closure plate is rotated about the first axis between the open position and the closed position when the lever is pivoted about the second axis. - a closure plate, - a retaining plate, - a lever, wherein - the closure plate is coupleable to the retaining plate at a first main side such that the closure plate and the retaining plate are rotatable relative to each other about a first axis to rotate the closure plate between an open position and a closed position; - the lever is pivotable relative to the retaining plate about a second axis, wherein the second axis is transverse to the first axis, and the lever extends from a second main side of the retaining plate to the first main side, wherein the first and the second main sides are opposite each other; - the lever is operatively connected to the closure plate such that the closure plate is rotated about the first axis between the open position and the closed position when the lever is pivoted about the second axis.
A digital communications gateway including a digital interface, a lighting network interface, characterised by: a real time clock configured to determine a date and time of day, and wherein the digital interface is configured to be coupled to a network operating in accordance with an internet protocol; the lighting network interface is configured to be coupled to a lighting control network, wherein the lighting control network is configured to be coupled to an LED based illumination device operable to receive and transmit information on the lighting control network; and the real time clock is configured to determine the date and time of day synchronized with a time server accessible over the network operating in accordance with the internet protocol, wherein the digital communications gateway periodically transmits an indication of the time of day to the LED based illumination device over the lighting control network. a real time clock configured to determine a date and time of day, and wherein the digital interface is configured to be coupled to a network operating in accordance with an internet protocol; the lighting network interface is configured to be coupled to a lighting control network, wherein the lighting control network is configured to be coupled to an LED based illumination device operable to receive and transmit information on the lighting control network; and the real time clock is configured to determine the date and time of day synchronized with a time server accessible over the network operating in accordance with the internet protocol, wherein the digital communications gateway periodically transmits an indication of the time of day to the LED based illumination device over the lighting control network.
A hand operated pump for fuel systems of internal combustion engines comprising an outer casing and a piston slidably disposed in an outer case cavity, where the piston is terminated with a head on the outside, wherein between the outer casing and the piston is mounted at least one locking ring which is fixed in the outer casing, with the outer casing, the piston and the locking ring being made of the same type of plastic, while between the outer casing and the piston there is at least one sealing cuff which is fixed in the piston and is made of fluorine silicone, and the piston is secured against movement by threading arranged in the cavity of the outer casing, and in the head of the piston a bearing ring is mounted and the bearing ring rests on the front of the outer casing, with the bearing ring being rubber.
An imaging system comprising an imaging unit that comprises a lens unit showing longitudinal chromatic aberration and an imaging sensor unit configured to generate, from an imaged scene, non-colour-corrected first images of different spectral content, a intensity processing unit configured to compute broadband luminance sharpness information on the basis of the first images and information descriptive for imaging properties of the lens unit by weighting each of the first images with a specific value to compute a broadband luminance information and by deconvolving the broadband luminance information using a depth-invariant point spread function, a chrominance processing unit configured to compute chrominance information on the basis of the first images, and a synthesizing unit configured to combine the chrominance and broadband luminance sharpness information to provide an output image. an imaging unit that comprises a lens unit showing longitudinal chromatic aberration and an imaging sensor unit configured to generate, from an imaged scene, non-colour-corrected first images of different spectral content, a intensity processing unit configured to compute broadband luminance sharpness information on the basis of the first images and information descriptive for imaging properties of the lens unit by weighting each of the first images with a specific value to compute a broadband luminance information and by deconvolving the broadband luminance information using a depth-invariant point spread function, a chrominance processing unit configured to compute chrominance information on the basis of the first images, and a synthesizing unit configured to combine the chrominance and broadband luminance sharpness information to provide an output image.
A biopsy device comprising: an outer cannula hub; an elongated outer cannula carried at a proximal end by said outer cannula hub and defining a tissue cutting edge at an opposite distal end; an inner cannula hub; an elongated inner cannula carried at a proximal end by said inner cannula hub and concentrically slidably disposed within said outer cannula; a housing defining a first cavity, a second cavity, and a spring hub between said first and second cavities (239, 243), said spring hub defining a bore in communication between said first cavity and said second cavity, the first cavity configured to support at least a portion of the inner cannula hub, the bore configured for passage of said inner cannula therethrough; an outer cannula spring disposed within said first cavity in contact between said spring hub and said outer cannula hub, said outer cannula spring having a compressed state in which the spring is configured to produce a force directed distally against said outer cannula hub to propel said outer cannula hub distally; and an inner cannula spring disposed within said second cavity in contact between said spring hub and said inner cannula hub, said inner cannula spring having a compressed state in which the spring is configured to produce a force directed proximally against said inner cannula hub to propel said inner cannula hub proximally. an outer cannula hub; an elongated outer cannula carried at a proximal end by said outer cannula hub and defining a tissue cutting edge at an opposite distal end; an inner cannula hub; an elongated inner cannula carried at a proximal end by said inner cannula hub and concentrically slidably disposed within said outer cannula; a housing defining a first cavity, a second cavity, and a spring hub between said first and second cavities (239, 243), said spring hub defining a bore in communication between said first cavity and said second cavity, the first cavity configured to support at least a portion of the inner cannula hub, the bore configured for passage of said inner cannula therethrough; an outer cannula spring disposed within said first cavity in contact between said spring hub and said outer cannula hub, said outer cannula spring having a compressed state in which the spring is configured to produce a force directed distally against said outer cannula hub to propel said outer cannula hub distally; and an inner cannula spring disposed within said second cavity in contact between said spring hub and said inner cannula hub, said inner cannula spring having a compressed state in which the spring is configured to produce a force directed proximally against said inner cannula hub to propel said inner cannula hub proximally.
A tyre pressure sensor module (104, 200) for fitting to a wheel of a vehicle comprising a pneumatic tyre, the sensor module (104, 200) comprising: a pressure sensor for sensing pressure of a gas retained within the pneumatic tyre, characterised by the tyre pressure sensor module (104, 200) further comprising: a motion sensor; an alert generator configured to generate one or more alert signals based on the sensed pressure of the gas and a calibrated tyre pressure; and a controller configured to receive pressure data from the pressure sensor and motion data from the motion sensor and determine whether the tyre is being inflated or deflated by a user based on the pressure data and the motion data, and subsequently re-set the calibrated tyre pressure to the pressure of the gas after inflation or deflation. a motion sensor; an alert generator configured to generate one or more alert signals based on the sensed pressure of the gas and a calibrated tyre pressure; and a controller configured to receive pressure data from the pressure sensor and motion data from the motion sensor and determine whether the tyre is being inflated or deflated by a user based on the pressure data and the motion data, and subsequently re-set the calibrated tyre pressure to the pressure of the gas after inflation or deflation.
An acoustic measurement system for an industrial process asset, the acoustic measurement system comprising: an acoustic transmitter mounted on the industrial process asset, said acoustic transmitter including a first acoustic sensor; a process control device for providing a value representative of an acoustic signal at the industrial process asset based on an acoustic value from the first acoustic sensor positioned at the industrial process asset; a second acoustic sensor (316, 320) mounted on a process structure (116, 118) connected to the industrial process asset for providing an acoustic value representative of an acoustic signal at the second acoustic sensor (316, 320); the system being characterized in that it further comprises a noise reduction component adapted to reduce a magnitude of the acoustic value from the second acoustic sensor (316, 320) to approximate acoustic signal attenuation along the process structure (116, 118) between the second acoustic sensor (316, 320) and the first acoustic sensor to form an attenuated acoustic value, and which is adapted to use the reduced acoustic value from the second acoustic sensor to adjust the value provided by the process control device so that the value provided by the process control device is substantially only representative of an acoustic signal generated by the industrial process asset. an acoustic transmitter mounted on the industrial process asset, said acoustic transmitter including a first acoustic sensor; a process control device for providing a value representative of an acoustic signal at the industrial process asset based on an acoustic value from the first acoustic sensor positioned at the industrial process asset; a second acoustic sensor (316, 320) mounted on a process structure (116, 118) connected to the industrial process asset for providing an acoustic value representative of an acoustic signal at the second acoustic sensor (316, 320); the system being characterized in that it further comprises a noise reduction component adapted to reduce a magnitude of the acoustic value from the second acoustic sensor (316, 320) to approximate acoustic signal attenuation along the process structure (116, 118) between the second acoustic sensor (316, 320) and the first acoustic sensor to form an attenuated acoustic value, and which is adapted to use the reduced acoustic value from the second acoustic sensor to adjust the value provided by the process control device so that the value provided by the process control device is substantially only representative of an acoustic signal generated by the industrial process asset.
A hand-held electromagnetic skin treatment device comprising: a source of electromagnetic radiation; an energy supply electrically coupled to the source; and a controller arranged to control a supply of energy from the energy supply to the source of electromagnetic radiation; wherein the source, the energy supply and the controller are enclosed in a watertight housing allowing use of the hand-held electromagnetic skin treatment device in a wet environment, and wherein the device comprises an internal heat exchanger in heat conducting relation with the source, an external heat exchanger outside of the watertight housing, and a heat path from the internal heat exchanger to the external heat exchanger that passes hermetically through a wall of the watertight housing. a source of electromagnetic radiation; an energy supply electrically coupled to the source; and a controller arranged to control a supply of energy from the energy supply to the source of electromagnetic radiation; wherein the source, the energy supply and the controller are enclosed in a watertight housing allowing use of the hand-held electromagnetic skin treatment device in a wet environment, and wherein the device comprises an internal heat exchanger in heat conducting relation with the source, an external heat exchanger outside of the watertight housing, and a heat path from the internal heat exchanger to the external heat exchanger that passes hermetically through a wall of the watertight housing. wherein the source, the energy supply and the controller are enclosed in a watertight housing allowing use of the hand-held electromagnetic skin treatment device in a wet environment, and wherein the device comprises an internal heat exchanger in heat conducting relation with the source, an external heat exchanger outside of the watertight housing, and a heat path from the internal heat exchanger to the external heat exchanger that passes hermetically through a wall of the watertight housing.
A power toothbrush, comprising: a handle; a brushhead; a drive assembly, including a processor, for oscillating the brushhead at a selected frequency and rotational amplitude, the drive assembly being located within the handle; and a miniature gyroscope; characterized in that the gyroscope is mounted on the brushhead or on a portion of the drive assembly within the handle for detecting rotational velocity of the brushhead, when the brushhead is operating in the mouth of a user; wherein the processor is capable of processing the rotational velocity information from the gyroscope to provide amplitude information of brushhead movement, and wherein said amplitude information is provided to the user or used to control brushhead operation. a handle; a brushhead; a drive assembly, including a processor, for oscillating the brushhead at a selected frequency and rotational amplitude, the drive assembly being located within the handle; and a miniature gyroscope; characterized in that the gyroscope is mounted on the brushhead or on a portion of the drive assembly within the handle for detecting rotational velocity of the brushhead, when the brushhead is operating in the mouth of a user; wherein the processor is capable of processing the rotational velocity information from the gyroscope to provide amplitude information of brushhead movement, and wherein said amplitude information is provided to the user or used to control brushhead operation.
Use of a drag reducing composition as a drag reducer for hydrocarbon-containing fluid having an average temperature of 20 °C or less, wherein the drag reducing composition comprises: a continuous phase and a plurality of drag reducing polymer particles, wherein at least a portion of said polymer particles comprise copolymers containing the residues of at least one methacrylate monomer and the residues of at least one comonomer, wherein said comonomer comprises a polymerizable vinyl group having no more than one pendant substituent per vinyl carbon.
A traction-driven belt for movement of a load, comprising: a plurality of tension elements, comprising cords formed from a plurality of steel wires, extending longitudinally along a length of the belt; a plurality of yarns comprising nylon(s), polyester(s), polyethylene(s), polyethylene terephthalate(s), polyether ether ketone(s), glass(es), Kevlar(s), aramid(s), carbon fiber(s), wool(s), and/or other material(s) capable of being fabricated into a fiber or yarn, interlaced with the plurality of tension elements forming a composite belt structure; and a laminate material layer comprising woven fabric(s), a nonwoven fabric(s), polymer film(s), polymer-infiltrated fabric(s), and/or carbon fiber composite(s), the laminate material layer being affixed to at least one surface (44, 46, 54) of the composite belt structure to improve one or more performance properties of the composite belt structure, characterized in that a first tension element is enclosed in a first sheath formed from a first sheath material, and a second tension element is enclosed in a second sheath formed from a second sheath material different from the first sheath material. a plurality of tension elements, comprising cords formed from a plurality of steel wires, extending longitudinally along a length of the belt; a plurality of yarns comprising nylon(s), polyester(s), polyethylene(s), polyethylene terephthalate(s), polyether ether ketone(s), glass(es), Kevlar(s), aramid(s), carbon fiber(s), wool(s), and/or other material(s) capable of being fabricated into a fiber or yarn, interlaced with the plurality of tension elements forming a composite belt structure; and a laminate material layer comprising woven fabric(s), a nonwoven fabric(s), polymer film(s), polymer-infiltrated fabric(s), and/or carbon fiber composite(s), the laminate material layer being affixed to at least one surface (44, 46, 54) of the composite belt structure to improve one or more performance properties of the composite belt structure, characterized in that a first tension element is enclosed in a first sheath formed from a first sheath material, and a second tension element is enclosed in a second sheath formed from a second sheath material different from the first sheath material.
An information processing device included in an instruction-side system of an assistance system including an operation-side system and the instruction-side system separated from the operation-side system, the information processing device comprising: an instruction-side data transmission unit that transmits surgical instructions drawing information to the operation-side system, wherein the surgical instructions drawing information is based on an operation input of an instructor and is necessary for generating operation-side annotation image data in the operation-side system; an image generation unit that generates instruction-side annotation image data from the surgical instructions drawing information; and an instruction-side image combining unit that combines the instruction-side annotation image data generated by the instruction-side image generation unit and operation-side combined image data received from the operation-side system and outputs instruction-side combined image data on a monitor of the instruction-side system, wherein in the operation-side system, the annotation image data is generated from the surgical instructions drawing information, and the operation-side combined image data is generated by combining a plurality of pieces of image data (Id) including the generated annotation image data. an instruction-side data transmission unit that transmits surgical instructions drawing information to the operation-side system, wherein the surgical instructions drawing information is based on an operation input of an instructor and is necessary for generating operation-side annotation image data in the operation-side system; an image generation unit that generates instruction-side annotation image data from the surgical instructions drawing information; and an instruction-side image combining unit that combines the instruction-side annotation image data generated by the instruction-side image generation unit and operation-side combined image data received from the operation-side system and outputs instruction-side combined image data on a monitor of the instruction-side system, wherein in the operation-side system, the annotation image data is generated from the surgical instructions drawing information, and the operation-side combined image data is generated by combining a plurality of pieces of image data (Id) including the generated annotation image data.