mhurhangee/ep-ind-claims huggingface dataset:
A head-up display device comprising: an image display device configured to output display light of an image; a rotatable mirror having a reflecting surface configured to reflect the display light toward a reflecting portion arranged in front of a driver, and an input shaft; a motor having an output shaft located on an extended line of the input shaft, the motor being configured to rotate the output shaft; and a holding member holding the motor; characterized in that the head-up display device further comprises a transmission member having a cylindrical fitting portion to which the input shaft is press-fitted and a coupling portion coupled with the output shaft, the transmission member being configured to transmit output torque of the motor from the output shaft to the input shaft; and a first spring interposed between the holding member and the transmission member, the first spring being configured to impart, to the transmission member, a biasing force oriented to bring the mirror close to the output shaft along an axial direction of the input shaft. an image display device configured to output display light of an image; a rotatable mirror having a reflecting surface configured to reflect the display light toward a reflecting portion arranged in front of a driver, and an input shaft; a motor having an output shaft located on an extended line of the input shaft, the motor being configured to rotate the output shaft; and a holding member holding the motor; characterized in that the head-up display device further comprises a transmission member having a cylindrical fitting portion to which the input shaft is press-fitted and a coupling portion coupled with the output shaft, the transmission member being configured to transmit output torque of the motor from the output shaft to the input shaft; and a first spring interposed between the holding member and the transmission member, the first spring being configured to impart, to the transmission member, a biasing force oriented to bring the mirror close to the output shaft along an axial direction of the input shaft.
A battery box arrangement for a vehicle, the arrangement comprising: a battery box configured to comprise at least one electric battery; at least one elongated beam element (22, 23) connected to the battery box; and at least one vibration damping element configured for connecting the at least one elongated beam element (22, 23) to a chassis frame of the vehicle; wherein the at least one elongated beam element (22, 23) is configured to extend transverse to the chassis frame of the vehicle; wherein a first end part of the at least one elongated beam element (22, 23) is connected to a first battery box module of the battery box, and wherein a second end part of the at least one elongated beam element is connected to a second battery box module of the battery box, characterized in that the elongated beam element (22, 23) has a tube shape or is a solid bar, and wherein the at least one vibration damping element comprises a bushing, which at least in part embraces the at least one elongated beam element (22, 23). a battery box configured to comprise at least one electric battery; at least one elongated beam element (22, 23) connected to the battery box; and at least one vibration damping element configured for connecting the at least one elongated beam element (22, 23) to a chassis frame of the vehicle; wherein the at least one elongated beam element (22, 23) is configured to extend transverse to the chassis frame of the vehicle; wherein a first end part of the at least one elongated beam element (22, 23) is connected to a first battery box module of the battery box, and wherein a second end part of the at least one elongated beam element is connected to a second battery box module of the battery box, characterized in that the elongated beam element (22, 23) has a tube shape or is a solid bar, and wherein the at least one vibration damping element comprises a bushing, which at least in part embraces the at least one elongated beam element (22, 23).
A method to prevent damage during an ESD event, comprising, in a crystal oscillator that comprises an on-chip main branch comprising at least one transistor element, an on-chip drain branch connecting a drain terminal of the transistor element to a drain pad, an on-chip gate branch connecting the main branch to a gate pad, and a diode resistor branch connected to the drain branch, the diode-resistor branch comprising at least one diode connected in series to at least one resistor element, wherein the at least one diode has an anode connected directly to the drain branch and the at least one resistor element is coupled to ground: limiting crystal drive level in the crystal oscillator by clamping, via the diode-resistor branch, voltage applied to the drain pad of the crystal oscillator.
An electrolyte for a lithium ion secondary battery, comprising: a non-aqueous organic solvent, a lithium salt, and at least one aromatic phosphate compound represented by Formula 1, wherein n is an integer from 1 to 10, and R 1 and R 2 are each independently a C 1 -C 5 alkyl group. a non-aqueous organic solvent, a lithium salt, and at least one aromatic phosphate compound represented by Formula 1, wherein n is an integer from 1 to 10, and R 1 and R 2 are each independently a C 1 -C 5 alkyl group.
A system, comprising: at least one current collector layer (111, 611); an energy device that includes an active region configured to generate or consume electrical current and thereby form a current providing or consuming device, and a current limiter (131, 631) comprising a plurality of electrochemical transistors (131-1, 131-2, 631-1, 632-2) disposed between the active region and the current collector layer, the plurality of electrochemical transistors, ECTs, arranged in an array such that each ECT in the array provides localized current control for the current providing or consuming device, each ECT comprising: a drain electrode (408, 611); a source electrode (406, 621-1, 621-2); a channel (404, 632-1, 632-2) disposed between the drain and the source electrodes; a gate electrode (402, 633-1, 633-2), wherein the gate electrode is disposed directly on the current collector layer; an electrolyte that electrically couples the gate electrode to the channel such that an electrical signal at the gate electrode controls electrical conductivity of the channel, wherein the current collector layer is a shared drain or source electrode for the ECTs. at least one current collector layer (111, 611); an energy device that includes an active region configured to generate or consume electrical current and thereby form a current providing or consuming device, and a current limiter (131, 631) comprising a plurality of electrochemical transistors (131-1, 131-2, 631-1, 632-2) disposed between the active region and the current collector layer, the plurality of electrochemical transistors, ECTs, arranged in an array such that each ECT in the array provides localized current control for the current providing or consuming device, each ECT comprising: a drain electrode (408, 611); a source electrode (406, 621-1, 621-2); a channel (404, 632-1, 632-2) disposed between the drain and the source electrodes; a gate electrode (402, 633-1, 633-2), wherein the gate electrode is disposed directly on the current collector layer; an electrolyte that electrically couples the gate electrode to the channel such that an electrical signal at the gate electrode controls electrical conductivity of the channel, wherein the current collector layer is a shared drain or source electrode for the ECTs. a drain electrode (408, 611); a source electrode (406, 621-1, 621-2); a channel (404, 632-1, 632-2) disposed between the drain and the source electrodes; a gate electrode (402, 633-1, 633-2), wherein the gate electrode is disposed directly on the current collector layer; an electrolyte that electrically couples the gate electrode to the channel such that an electrical signal at the gate electrode controls electrical conductivity of the channel, wherein the current collector layer is a shared drain or source electrode for the ECTs.
An oral solid preparation comprising, as an active ingredient, a finely milled crystal obtained by milling an aripiprazole hydrate crystal, and a pharmaceutically acceptable carrier, the finely milled crystal having a mean particle size of 1 μm to 10 μm, wherein the mean particle size is the volume mean diameter as calculated from the particle size distribution measured by a laser scattering particle size distribution analyzer.
A method for the production of an oxide aerogel optionally comprising a dopant, the method comprising: reacting an oxide wet gel with an electrophile to generate CO 2, thereby providing a porous solid oxide containing the CO 2, the porous solid oxide optionally comprising a dopant; wherein the liquid component of the oxide wet gel comprises an alkaline solution; and wherein the alkaline solution comprises carbonate ions, bicarbonate ions or a mixture thereof.
A thermistor comprising a metal substrate, a semiconductor ceramic layer formed by a solid-phase method on the metal substrate, and a pair of split electrodes (21, 22) on the semiconductor layer, characterized in that the metal substrate contains ceramic particles; and the metal substrate is not interrupted in a direction of thickness by the ceramic particle or a pillar formed by a chain of the ceramic particles.
An elevator request authorization system, comprising: a second server configured to grant an elevator use token upon request from a first server registerable with the second server for establishing secure communications between the second server and the first server, the first server being configured to be receptive of an elevator request relating to elevator usage by a user, to authenticate the user, to authorize the elevator usage by the user to which the elevator request relates, to request the elevator use token from the second server via the secure communications upon authentication and authorization and to deliver the elevator use token to the user upon receipt, characterized in that the elevator use token is valid for a predefined sequence of elevator usages. a second server configured to grant an elevator use token upon request from a first server registerable with the second server for establishing secure communications between the second server and the first server, the first server being configured to be receptive of an elevator request relating to elevator usage by a user, to authenticate the user, to authorize the elevator usage by the user to which the elevator request relates, to request the elevator use token from the second server via the secure communications upon authentication and authorization and to deliver the elevator use token to the user upon receipt, characterized in that the elevator use token is valid for a predefined sequence of elevator usages.
An apparatus for automatically correcting a charged-particle beam, comprising: an aberration corrector equipped with multi-pole elements (6a-d); a reference sample comprising a particle having a circular cross-sectional contour; irradiation means arranged to irradiate the reference sample with the charged-particle beam via the aberration corrector and an objective lens; cross-sectional information-obtaining means arranged to obtain a SEM image and obtain information about a cross section of the charged-particle beam based on plural images of a surface of the irradiated sample; calculation means arranged to calculate an amount of axial deviation of the optical axis of the charged-particle beam relative to the center of a multi-pole field in the aberration corrector, based on the obtained information about the cross section of the beam; and feedback means arranged to automatically apply feedback to the aberration corrector or to the objective lens according to the calculated amount of axial deviation. an aberration corrector equipped with multi-pole elements (6a-d); a reference sample comprising a particle having a circular cross-sectional contour; irradiation means arranged to irradiate the reference sample with the charged-particle beam via the aberration corrector and an objective lens; cross-sectional information-obtaining means arranged to obtain a SEM image and obtain information about a cross section of the charged-particle beam based on plural images of a surface of the irradiated sample; calculation means arranged to calculate an amount of axial deviation of the optical axis of the charged-particle beam relative to the center of a multi-pole field in the aberration corrector, based on the obtained information about the cross section of the beam; and feedback means arranged to automatically apply feedback to the aberration corrector or to the objective lens according to the calculated amount of axial deviation.
A method for producing a chimeric promoter polynucleotide capable of controlling transcription of an operably linked polynucleotide in a plant cell or plant wherein the method comprises combining: a) at least one sequence motif from a naturally occurring promoter, the motif comprising a sequence with at least 70% identity to SEQ ID NO:1, 11 or 12, and b) a different naturally occurring promoter, wherein the chimeric promoter is modulated by a MYB transcription factor, and wherein the chimeric promoter is not found in naturally occurring plants in its entirety. a) at least one sequence motif from a naturally occurring promoter, the motif comprising a sequence with at least 70% identity to SEQ ID NO:1, 11 or 12, and b) a different naturally occurring promoter,
An X-ray generation tube comprising an electron gun, and an anode including a target configured to generate X-rays upon collision with electrons from the electron gun, wherein the electron gun includes a cathode having an electron emitting portion, an extraction electrode configured to extract the electrons emitted from the electron emitting portion, and a focusing electrode configured to focus the electrons extracted by the extraction electrode, wherein the focusing electrode includes a first portion of a tubular shape having an inside surface, and a second portion arranged inside a space defined by the inside surface of the first portion, the first portion includes a distal end facing the anode, the second portion includes an opposing surface facing the anode, and the second portion includes an electron passage hole configured such that the electrons from the electron emitting portion pass therethrough, and a distance between the distal end and the anode is shorter than a distance between the opposing surface and the anode, and wherein the second portion is arranged inside the space to define, inside the space, at least a first space and a second space, the first space at a side of a surface of the second portion opposite to the opposing surface of the second portion; the first portion is substantially made of stainless steel; and the second portion is substantially made of one of molybdenum, tungsten, copper, tantalum, niobium, and silicon carbide, characterised in that the second space is defined at a side of the opposing surface. the electron gun includes a cathode having an electron emitting portion, an extraction electrode configured to extract the electrons emitted from the electron emitting portion, and a focusing electrode configured to focus the electrons extracted by the extraction electrode, wherein the focusing electrode includes a first portion of a tubular shape having an inside surface, and a second portion arranged inside a space defined by the inside surface of the first portion, the first portion includes a distal end facing the anode, the second portion includes an opposing surface facing the anode, and the second portion includes an electron passage hole configured such that the electrons from the electron emitting portion pass therethrough, and a distance between the distal end and the anode is shorter than a distance between the opposing surface and the anode, and wherein the second portion is arranged inside the space to define, inside the space, at least a first space and a second space, the first space at a side of a surface of the second portion opposite to the opposing surface of the second portion; the first portion is substantially made of stainless steel; and the second portion is substantially made of one of molybdenum, tungsten, copper, tantalum, niobium, and silicon carbide, characterised in that
An anti-corrosion coating composition for a metal substrate comprising: no electrically conductive polymers and at least one non-electrically conductive film forming copolymer; a nitrogen containing functional group X, said group X comprising a pyridine, a pyrrole, an imidazole, or mixtures thereof; and a metallate anion, said metallate anion capable of binding to a nitrogen in said functional group X by ion pairing, wherein the functional group X is bound to the copolymer or bound to and crosslinks chains of said copolymer.
Gas turbine guide vane segment, comprising a first guide vane part comprising an aerofoil and a first platform section, the first platform section being a segment of a boundary wall for a working fluid flow during operation, and a second guide vane part comprising a second platform section and a seal section, the second platform section being a segment of the boundary wall for a working fluid flow during operation and the seal section being an element of a seal arrangement at an, in respect of a flow direction of the working fluid, upstream end of the gas turbine guide vane segment, wherein the first guide vane part and the second guide vane part are separately manufactured parts joined together such that the second platform section defines a leading edge of the gas turbine guide vane segment and such that the first platform section and the second platform section form an aligned common platform surface of the gas turbine guide vane segment, characterised in that the first platform section comprises slots in the first platform section for guiding cooling fluid along a surface of the first platform section for film cooling of the surface, the slots being provided at an upstream bend of the first platform section and the slots are provided on a side of the first platform section facing the working fluid.
A thermoplastic elastomer composition comprising components to, listed below, component: a propylene-based polymer; component: a block copolymer and/or a hydrogenated product thereof, the block copolymer including at least two polymer blocks P and at least one polymer block Q, the at least two polymer blocks P primarily including aromatic vinyl compound units, the at least one polymer block Q primarily including conjugated diene compound units; and component: an aryl-group-containing organopolysiloxane, wherein the component is an aralkyl-group-containing organopolysiloxane. component: a propylene-based polymer; component: a block copolymer and/or a hydrogenated product thereof, the block copolymer including at least two polymer blocks P and at least one polymer block Q, the at least two polymer blocks P primarily including aromatic vinyl compound units, the at least one polymer block Q primarily including conjugated diene compound units; and component: an aryl-group-containing organopolysiloxane, wherein the component is an aralkyl-group-containing organopolysiloxane.
A method for grading a food article, the method comprising: utilizing a grading device to remove at least one of a plurality of portions of a food article from the surface of a grading conveyor (118; 218), while transferring the remaining portions of the food article to a receiving conveyor (667, 668), characterized in that the grading device comprises a spray-removal robot comprising a valve and a nozzle, such that the valve ejects fluid through the nozzle to impact a position in the path of the grading conveyor (118; 218) when the portion to be removed is located at the position, wherein the portion to be removed is propelled through a space between the grading conveyor (118; 218) and the receiving conveyor (667, 668) when the portion to be removed is impacted by fluid ejected through the nozzle. utilizing a grading device to remove at least one of a plurality of portions of a food article from the surface of a grading conveyor (118; 218), while transferring the remaining portions of the food article to a receiving conveyor (667, 668), characterized in that the grading device comprises a spray-removal robot comprising a valve and a nozzle, such that the valve ejects fluid through the nozzle to impact a position in the path of the grading conveyor (118; 218) when the portion to be removed is located at the position, wherein the portion to be removed is propelled through a space between the grading conveyor (118; 218) and the receiving conveyor (667, 668) when the portion to be removed is impacted by fluid ejected through the nozzle.
Dead man's control system configured for checking a capacity of an operator to operate or drive a vehicle, the dead man's control system comprising: - a pulsation rate measurement device configured for measuring heartbeat of the operator and outputting in real time pulsation rate data; - a movement detection system for detecting a change of position of at least one part of the body of the operator and outputting in real time movement detection data, wherein the movement detection system comprises a camera system comprising at least one camera (321, 322) configured for being installed inside the operator cabin in order to acquire images of the operator, said camera system being configured for enabling a check of the capacity of the operator to drive the vehicle, the movement detection data comprising a second set of data that are video data encoding the acquired images provided in real time to the processing unit; - a processing unit for analyzing in real time the pulsation rate data and the movement detection data, wherein the processing unit is configured for automatically triggering a safety system of the vehicle in function of its analysis of the pulsation rate data and the movement detection data wherein the triggering of the safety system by the processing unit is configured for deactivating a locking system of a door of the operator cabin if the processing unit determines that there is no pulsation from the pulsation rate data and/or there is an incorrect body position from the second set of data. - a pulsation rate measurement device configured for measuring heartbeat of the operator and outputting in real time pulsation rate data; - a movement detection system for detecting a change of position of at least one part of the body of the operator and outputting in real time movement detection data, wherein the movement detection system comprises a camera system comprising at least one camera (321, 322) configured for being installed inside the operator cabin in order to acquire images of the operator, said camera system being configured for enabling a check of the capacity of the operator to drive the vehicle, the movement detection data comprising a second set of data that are video data encoding the acquired images provided in real time to the processing unit; - a processing unit for analyzing in real time the pulsation rate data and the movement detection data, wherein the processing unit is configured for automatically triggering a safety system of the vehicle in function of its analysis of the pulsation rate data and the movement detection data wherein the triggering of the safety system by the processing unit is configured for deactivating a locking system of a door of the operator cabin if the processing unit determines that there is no pulsation from the pulsation rate data and/or there is an incorrect body position from the second set of data.