mhurhangee/ep-ind-claims huggingface dataset:
An air distribution mechanism, comprising a cover, an air distribution valve comprising an air distribution side flow path and a rotary valve comprising a switching side flow path, the air distribution valve is fixedly mounted in a mounting chamber of the cover, and the rotary valve is rotatable around a principal rotation axis O of the rotary valve relative to the air distribution valve to switch connection states of the air distribution side flow path of the air distribution valve and the switching side flow path of the rotary valve; wherein the air distribution valve comprises an air distribution valve main body and an air distribution valve seat that are fixedly connected and that are dismountable, an air distribution plane (6a3) that is on the air distribution valve main body and faces away from the air distribution valve seat protrudes relative to the air distribution valve seat, the air distribution plane (6a3) is tightly attached to a switching plane on the rotary valve, and the switching plane protrudes from the rotary valve; the air distribution valve main body and the air distribution valve seat are eccentrically and fixedly connected together by an intra-valve positioning pin, the air distribution valve main body is provided with a main body pin hole (6a5) into which one end of the intra-valve positioning pin is inserted, and the air distribution valve seat is provided with a valve seat pin hole (6b5) into which the other end of the intra-valve positioning pin is inserted; and material hardness of the air distribution valve main body is lower than material hardness of the rotary valve.
Floor treatment apparatus, comprising a frame, a housing which is rotatable with respect to the frame according to a main axis, at least three head pulleys which are rotatable with respect to the housing according to respective head axes which are regularly spaced around, and which are parallel to, the main axis, a motor supported by the frame, a main belt drivable by the motor and being slung around the drive pulley and the driven head pulleys, a first auxiliary pulley around which the main belt is slung, a second auxiliary pulley drivable by the first auxiliary pulley, a fixed pulley connected to the frame and an auxiliary belt slung around the second auxiliary pulley and the fixed pulley for rotating the housing with respect to the frame.
A non-aqueous electrode material for a lithium ion electrical storage device comprising: at least one metal chelating polymer comprising a Mannich reaction product, of a polyphenolic polymer selected from poly(4-vinylphenol) or a poly(4-hydroxystyrene); an aldehyde, preferably selected from paraformaldehyde, a ketone, or mixtures thereof; and a secondary amine, said metal chelating polymer capable of chelating and binding to a metal; an active material capable of reversibly intercalating lithium ions; a plurality of electrical conductor particles; and a binder polymer. at least one metal chelating polymer comprising a Mannich reaction product, of a polyphenolic polymer selected from poly(4-vinylphenol) or a poly(4-hydroxystyrene); an aldehyde, preferably selected from paraformaldehyde, a ketone, or mixtures thereof; and a secondary amine, said metal chelating polymer capable of chelating and binding to a metal; an active material capable of reversibly intercalating lithium ions; a plurality of electrical conductor particles; and a binder polymer.
A control method for an electronic apparatus, the method comprising: acquiring current time zone information; discriminating a seasonal status in the vicinity of the vehicle on the basis of the acquired current time zone information; deciding a change or non-change of a minimum cutoff voltage for cutting off power received from a battery of a vehicle according to the discriminated seasonal status; and changing the cutoff voltage according to the change or non-change of the cutoff voltage. acquiring current time zone information; discriminating a seasonal status in the vicinity of the vehicle on the basis of the acquired current time zone information; deciding a change or non-change of a minimum cutoff voltage for cutting off power received from a battery of a vehicle according to the discriminated seasonal status; and changing the cutoff voltage according to the change or non-change of the cutoff voltage.
Rotation rate sensor with a fiber-optic Sagnac interferometer, wherein the fiber-optic Sagnac interferometer comprises a light source, a polarizer, a fiber coil, a photo detector device, an amplifier with a downstream connected analog/digital converter, a digital/analog converter, an evaluation circuit, and a phase modulator, wherein two light beams coming from the light source, being polarized by the polarizer and generated by a beam splitting are injectable in the fiber coil in directions opposite to each other and are subsequently recombinable and wherein the two light beams can be modulated by the phase modulator arranged in the fiber coil, the photo detector device is exposable to the interference signal generated by the recombination of the light beams, wherein a signal corresponding to the light intensity of the interference signal is deliverable by the photo detector device, which is to be fed to the amplifier with the downstream connected analog/digital converter, whose output signals are processable by the evaluation circuit, by means of a main control loop of the evaluation circuit a digital phase reset signal is producible and deliverable to the digital/analog converter for production of a reset signal to be fed to the phase modulator, wherein the main control loop comprises a multi-functional integrated optical chip (MIOC) with a MIOC transfer function, a digital filter is connected upstream to the multi-functional integrated optical chip, whose filter transfer function corresponds basically to the inverse MIOC transfer function such that the MIOC transfer function is compensatable by the filter transfer function. the fiber-optic Sagnac interferometer further comprises an adjustment unit for adjusting of coefficients of the filter transfer function, characterized in that the fiber-optic Sagnac interferometer comprises a coefficient calculation unit for providing the coefficients to the adjustment unit, and that by means of the coefficient calculation unit a first phase modulation signal is producible from the phase reset signal, wherein the digital filter and the multi-functional integrated optical chip have no impact on the phase reset signal, a second phase modulation signal is producible from the phase reset signal, wherein the digital filter and the multi-functional integrated optical chip have an impact on the phase reset signal, a phase modulation error signal is calculatable as difference between the first and the second phase modulation signals, and the coefficients of the filter transfer function are calculatable based on the phase modulation error signal.
Laser scanner for a motor vehicle, having an optical emitter for illuminating surroundings of the laser scanner (2, 3), having an optoelectronic receiver for receiving light beams reflected at a target object in the surroundings of the laser scanner (2, 3) and for generating a reception signal corresponding to the received light beams, having a control unit and a deflection mirror arrangement, which is arranged in the region of a beam path of the light beams between the optical emitter and the optoelectronic receiver, and which is connected in a signal-transmitting manner to the control unit for the step-by-step scanning of a field of view of the laser scanner (2, 3) in partial fields of view, characterized in that the deflection mirror arrangement comprises a plurality of deflection mirrors, which are formed as electrically switchable transflectors and are arranged relative to one another such that each deflection mirror (23, 24) captures a partial field of view of the laser scanner (2, 3), wherein each deflection mirror (23, 24) is formed as electrically switchable by the control unit between an active mirror status, in which the respective deflection mirror reflects incoming light beams in the beam path, and a passive mirror status, in which the deflection mirror is transparent for the incoming light beams in the beam path.
A manufacturing apparatus of an absorbent body, comprising: a duct 1 to convey fibrillated fibers F via an air flow; a first drum 10 to allow the fibers F conveyed through the duct 1 to be accumulated on an outer peripheral face 10F by the suction force from the interior to convey a fiber body R F of the accumulated fibers F, the first drum 10 being a first pattern drum to define the shape of the fiber body R F; a spraying device 3 to spray absorbent particles SA; a second drum 20 to convey an aggregate S obtained by collecting the sprayed particles SA on an outer peripheral face 20F by the suction force from the interior, the second drum 20 being a second pattern drum to control the distribution of the aggregate S; and a layering unit to layer the fiber body R F and the aggregate S to each other. a duct 1 to convey fibrillated fibers F via an air flow; a first drum 10 to allow the fibers F conveyed through the duct 1 to be accumulated on an outer peripheral face 10F by the suction force from the interior to convey a fiber body R F of the accumulated fibers F, the first drum 10 being a first pattern drum to define the shape of the fiber body R F; a spraying device 3 to spray absorbent particles SA; a second drum 20 to convey an aggregate S obtained by collecting the sprayed particles SA on an outer peripheral face 20F by the suction force from the interior, the second drum 20 being a second pattern drum to control the distribution of the aggregate S; and a layering unit to layer the fiber body R F and the aggregate S to each other.
A method of transmitting encrypted user data to a mobile terminal in a wireless telecommunications network, the method comprising sending to the mobile terminal a data packet (32,48), the data packet comprising both an identifier (38,50) of encryption information to be used in recovering encrypted user data, and user data (40,52) encrypted using said encryption information, wherein in response to receipt of the data packet the mobile terminal initialises its security context using the identified encryption information, and the network comprises a UMTS or LTE network.
A method for performing computed tomography imaging with automatic tube potential selection, the method comprising the steps of: disposing a subject to be imaged in a CT system; selecting a scanning technique to be performed for a diagnostic task, wherein the scanning technique includes a reference tube potential corresponding to a reference dose level and a desired image quality level; selecting a noise-constraint parameter according to a noise range above the reference dose level that maintains the desired image quality level for the diagnostic task; determining a tube potential for the CT system and an associated dose efficiency by: generating relative dose factors (RDFs) for a range of tube potentials based on a characteristic of the subject and the noise-constraint parameter, wherein the RDFs correspond to a range of doses relative to the reference dose level, and wherein a smallest RDF for the range of tube potentials corresponds to the most dose efficiency, and selecting the tube potential with the most dose efficiency; and performing a CT scan using the scanning technique and the tube potential determined for the CT system. disposing a subject to be imaged in a CT system; selecting a scanning technique to be performed for a diagnostic task, wherein the scanning technique includes a reference tube potential corresponding to a reference dose level and a desired image quality level; selecting a noise-constraint parameter according to a noise range above the reference dose level that maintains the desired image quality level for the diagnostic task; determining a tube potential for the CT system and an associated dose efficiency by: generating relative dose factors (RDFs) for a range of tube potentials based on a characteristic of the subject and the noise-constraint parameter, wherein the RDFs correspond to a range of doses relative to the reference dose level, and wherein a smallest RDF for the range of tube potentials corresponds to the most dose efficiency, and selecting the tube potential with the most dose efficiency; and generating relative dose factors (RDFs) for a range of tube potentials based on a characteristic of the subject and the noise-constraint parameter, wherein the RDFs correspond to a range of doses relative to the reference dose level, and wherein a smallest RDF for the range of tube potentials corresponds to the most dose efficiency, and selecting the tube potential with the most dose efficiency; and performing a CT scan using the scanning technique and the tube potential determined for the CT system.
An optical element, comprising: a band-shaped nanostructure film including recesses and protrusions in nanometer size formed continuously on a surface of the nanostructure film, and a band-shaped lamination film attached on the nanostructure film, wherein the nanostructure film includes a nanostructure-free region free from the recesses and protrusions in nanometer size in both ends along a longitudinal direction of the nanostructure film, wherein the nanostructure film includes a moth-eye stucture including a plurality of conical protrusions as said recesses and protrusions of said nanostructure film, each of said conical protrusions having a size smaller than a wavelength of visible light, wherein the moth-eye structure is continously formed in a band-shape and along the longitudinal direction of the nanostructure film, and wherein the lamination film is removably attached to the surface of the nanostructure film, and characterised in that, the proportion of the width of the nanostructure-free region relative to the width of the nanostructure film is 1% or more. a band-shaped nanostructure film including recesses and protrusions in nanometer size formed continuously on a surface of the nanostructure film, and a band-shaped lamination film attached on the nanostructure film, wherein the nanostructure film includes a nanostructure-free region free from the recesses and protrusions in nanometer size in both ends along a longitudinal direction of the nanostructure film, wherein the nanostructure film includes a moth-eye stucture including a plurality of conical protrusions as said recesses and protrusions of said nanostructure film, each of said conical protrusions having a size smaller than a wavelength of visible light, wherein the moth-eye structure is continously formed in a band-shape and along the longitudinal direction of the nanostructure film, and wherein the lamination film is removably attached to the surface of the nanostructure film, and characterised in that, the proportion of the width of the nanostructure-free region relative to the width of the nanostructure film is 1% or more.
A semi-finished product for electrical engineering, which is a composite of an aluminium sheet and a copper sheet, characterised in that the semi-finished product bears an acrylate-based protective layer, which contains at least 5 wt% ethyl acrylate and has been applied as a lacquer, which contains at least one photoinitiator and has been cured under the effect of light to form acrylate polymer.
Device for collecting separated milk, comprising a frame, at least two containers, a line which is flexible at least in sections, a movable slide which is connected to the line, and a drive installation by means of which the slide is movable and is positionable with respect to a container in such a manner that milk can flow into the container, a guide unit along which the slide is guided, characterized in that the drive installation has a drive unit which is connected to a rod which is movable by the drive unit between two end positions, and in that the rod is releasably connectable to the slide.
Device for determining a fuel consumption behavior of a driver of a vehicle for at least a first segment of a distance the vehicle is traveling, wherein said first segment is constituted by a downhill slope, characterized in that the device comprises: - means for determining whether the vehicle is in said segment, - means for, when the vehicle is in said segment, continuously, or with certain or predetermined intervals determine if the vehicle driver is taking a first measure, wherein said first measure constitutes a measure for take off of a positive motor torque, - means for determining a measurement of said first measure during said segment, said measurement consisting of a representation of the time during which said first measure has been taken in relation to total time for passage of the said segment, and/or a representation of amounts of energy generated by said first measure, and - means for, based on said measurement, determining a parameter value representing a fuel consumption behavior of the driver of the vehicle. - means for determining whether the vehicle is in said segment, - means for, when the vehicle is in said segment, continuously, or with certain or predetermined intervals determine if the vehicle driver is taking a first measure, wherein said first measure constitutes a measure for take off of a positive motor torque, - means for determining a measurement of said first measure during said segment, said measurement consisting of a representation of the time during which said first measure has been taken in relation to total time for passage of the said segment, and/or a representation of amounts of energy generated by said first measure, and - means for, based on said measurement, determining a parameter value representing a fuel consumption behavior of the driver of the vehicle.
A data communication adaptor provided with a data inputting unit for inputting data from a first information processing apparatus and a data outputting unit for outputting data to a second information processing apparatus, the adaptor further comprising: a memory for storing a plurality of pieces of data inputted through the data inputting unit; a selector for selecting data satisfying a particular condition from the pieces of data stored in the memory; and a controller for controlling the outputting of data through the data outputting unit; wherein the second information processing apparatus includes a data transmitter for transmitting data to a third information processing apparatus; characterized in that the memory is arranged to store identifying information for identifying the third information processing apparatus to which the data is to be transmitted; and the controller (-69) is arranged to instruct the data transmitter to determine the third information processing apparatus corresponding to the identifying information and to transmit the data to the third information processing apparatus when the data from the first information processing apparatus is inputted through the data inputting unit. a memory for storing a plurality of pieces of data inputted through the data inputting unit; a selector for selecting data satisfying a particular condition from the pieces of data stored in the memory; and a controller for controlling the outputting of data through the data outputting unit; wherein the second information processing apparatus includes a data transmitter for transmitting data to a third information processing apparatus; characterized in that the memory is arranged to store identifying information for identifying the third information processing apparatus to which the data is to be transmitted; and the controller (-69) is arranged to instruct the data transmitter to determine the third information processing apparatus corresponding to the identifying information and to transmit the data to the third information processing apparatus when the data from the first information processing apparatus is inputted through the data inputting unit.
A chemical oxygen generator comprising: a body having an interior and a core positioned within the interior; an ignition system comprising a spring, a pin configured to retain the spring in a compressed state, and a plunger, an upper surface of the core 26 includes a recess 24 that receives at least a portion of the ignition system; wherein a majority of the ignition system is housed within the interior of the body of the generator and only a minority of the ignition system is external to the body; characterised in that the chemical oxygen generator further comprises a mounting flange 20 for mounting the ignition system 12 within the recess 24 of the core, the mounting flange 20 comprises a recess portion that extends into the upper surface of the core, wherein a majority of the spring 14 and the majority of the firing plunger 22 are positioned within the recess portion of the flange that extends into the recess in the upper surface of the core such that a portion of the flange 20 is external to the body of the chemical oxygen generator. a body having an interior and a core positioned within the interior; an ignition system comprising a spring, a pin configured to retain the spring in a compressed state, and a plunger, an upper surface of the core 26 includes a recess 24 that receives at least a portion of the ignition system; wherein a majority of the ignition system is housed within the interior of the body of the generator and only a minority of the ignition system is external to the body; characterised in that the chemical oxygen generator further comprises a mounting flange 20 for mounting the ignition system 12 within the recess 24 of the core, the mounting flange 20 comprises a recess portion that extends into the upper surface of the core, wherein a majority of the spring 14 and the majority of the firing plunger 22 are positioned within the recess portion of the flange that extends into the recess in the upper surface of the core such that a portion of the flange 20 is external to the body of the chemical oxygen generator.