mhurhangee/ep-ind-claims huggingface dataset:
A method for making an acoustic component comprising a plurality of hollow complex acoustic elements each having a shape tapering gradually between a base and an apex, the hollow complex acoustic elements being connected to one another by one or more adjacent edges, the method comprising: - heating a film of thermoplastic material to a first temperature above the glass transition temperature or melting temperature of said film, - shaping the heated film of thermoplastic material in a tool comprising a mould which has a plurality of mould cavities having a shape corresponding to the shape of the hollow complex acoustic elements of the acoustic component to be made, the heated film of thermoplastic material being shaped locally in each of the mould cavities, at least the mould being kept at a second temperature above the glass transition temperature or melting temperature of the thermoplastic material and below the first temperature, - cooling the mould to a third temperature below the glass transition temperature or melting temperature of the thermoplastic material, - removing a complex acoustic multi-element panel comprising a plurality of hollow complex acoustic elements from the mould. - heating a film of thermoplastic material to a first temperature above the glass transition temperature or melting temperature of said film, - shaping the heated film of thermoplastic material in a tool comprising a mould which has a plurality of mould cavities having a shape corresponding to the shape of the hollow complex acoustic elements of the acoustic component to be made, the heated film of thermoplastic material being shaped locally in each of the mould cavities, at least the mould being kept at a second temperature above the glass transition temperature or melting temperature of the thermoplastic material and below the first temperature, - cooling the mould to a third temperature below the glass transition temperature or melting temperature of the thermoplastic material, - removing a complex acoustic multi-element panel comprising a plurality of hollow complex acoustic elements from the mould.
Method for presenting at least one camera image on a display in a vehicle having a camera-based system for ensuring rearward and/or side vision, having at least one camera and having at least one display element on which the image recorded by the camera can be displayed, wherein the display element is formed by at least one display which is transparent in the inactive state, and wherein an image recorded by a camera is presented on the display on the basis of the determined viewing direction of the driver, wherein the display otherwise remains transparent, characterized in that the image displayed on the display is adapted on the basis of the captured viewing direction of the driver, wherein the displayed image is pivoted and/or rotated and/or zoomed on the basis of the captured viewing direction of the driver.
An optical fiber sensing tool, comprising: a tool body; a reference fiber optic element (130, 208) mounted on the tool body; and a heater fiber optic element (128, 206) mounted on the tool body, the heater fiber optic element configured to convert optical energy into thermal energy so that the heater fiber optic element has a temperature that is different than the reference fiber optic element; and characterised in that the reference fiber optic element (130, 208) and the heater fiber optical element (128, 206) are both thermally coupled to a substantially static volume of a fluid; and wherein, in response to an interrogating optical signal having an interrogating wavelength, the reference and heater fiber optic elements provide indications of a temperature change of the substantially static volume of the fluid as a function of the heater fiber optic element converting the optical energy to the thermal energy. a tool body; a reference fiber optic element (130, 208) mounted on the tool body; and a heater fiber optic element (128, 206) mounted on the tool body, the heater fiber optic element configured to convert optical energy into thermal energy so that the heater fiber optic element has a temperature that is different than the reference fiber optic element; and characterised in that the reference fiber optic element (130, 208) and the heater fiber optical element (128, 206) are both thermally coupled to a substantially static volume of a fluid; and wherein, in response to an interrogating optical signal having an interrogating wavelength, the reference and heater fiber optic elements provide indications of a temperature change of the substantially static volume of the fluid as a function of the heater fiber optic element converting the optical energy to the thermal energy.
An oil level regulator comprising a base body; a chamber provided for receiving oil which is formed in the base body, which is bounded by a sight glass and in which a float is arranged; a Hall sensor for detecting the position of the float within the chamber; an oil inlet passage formed in the base body; an oil outlet passage formed in the base body; a solenoid valve for controlling an oil flow from the oil inlet passage to the oil outlet passage, said solenoid valve being attached to the base body and being connected between the oil inlet passage and the oil outlet passage; and a connection passage, which is formed in the base body, for connecting the chamber to an oil sump of a compressor, wherein the connection passage communicates with the chamber via a lower opening and an upper opening, characterized in that the oil outlet passage communicates with the chamber, and in that the upper opening has a larger cross-sectional surface than the lower opening. a base body; a chamber provided for receiving oil which is formed in the base body, which is bounded by a sight glass and in which a float is arranged; a Hall sensor for detecting the position of the float within the chamber; an oil inlet passage formed in the base body; an oil outlet passage formed in the base body; a solenoid valve for controlling an oil flow from the oil inlet passage to the oil outlet passage, said solenoid valve being attached to the base body and being connected between the oil inlet passage and the oil outlet passage; and a connection passage, which is formed in the base body, for connecting the chamber to an oil sump of a compressor, wherein the connection passage communicates with the chamber via a lower opening and an upper opening, characterized in that the oil outlet passage communicates with the chamber, and in that the upper opening has a larger cross-sectional surface than the lower opening.
A baffle plate element having a connection end (10; 10'; 10A; 10B), which has a first connection region for connection to a vessel wall and a relief edge, which connects one end of a free baffle plate edge to the first connection region, the relief edge having a first portion that extends along the first connection region and forms a rib portion therewith, a second portion, which connects the first portion to the free edge of the baffle plate element, characterized in that the relief edge extends smoothly between the first connection region and the free edge.
A composition comprising whey protein hydrolysate, wherein said whey protein hydrolysate has a molecular weight distribution of 10 kDa or less with main peak between 200 Da and 3 kDa, an APL (Average peptide chain length) of 2-8, a free amino acid content of 20% or less, and an antigenicity of 1/10,000 or less than that of β-lactoglobulin, for use in the prevention and/or treatment of metabolic syndrome. a molecular weight distribution of 10 kDa or less with main peak between 200 Da and 3 kDa, an APL (Average peptide chain length) of 2-8, a free amino acid content of 20% or less, and an antigenicity of 1/10,000 or less than that of β-lactoglobulin, for use in the prevention and/or treatment of metabolic syndrome.
A shark fin antenna,comprising: a base; a circuit board mounted on the base; a 3G/4G antenna mounted at a first end of the circuit board and configured to receive a signal of 3G/4G band signal; an AM/FM antenna mounted at a second end of the circuit board and configured to receive AM/FM band signal; V2X antennas mounted beside the AM/FM antenna, each being spaced apart at a predetermined distance and configured to realize a V2X (Vehicle to Everything) communication; and a plurality of antennas positioned between the 3G/4G antenna and the AM/FM antenna to receive a band signal higher than the AM/FM band signal, but lower than the 3G/4G band signal,, characterized in that the AM/FM antenna comprises: a metal antenna comprising three metal arms, wherein one of the arms of the metal antenna rises upwards by being bent in a U shape or a V shape, and wherein the remaining arms extend horizontally; and a spring assembly including a coil spring, a bottom electric conductor coupled to a bottom side of the coil spring to receive, from the circuit board, a current necessary for radiation, and an upper electric conductor coupled to an upper side of the coil spring and connected to the metal antenna. a base; a circuit board mounted on the base; a 3G/4G antenna mounted at a first end of the circuit board and configured to receive a signal of 3G/4G band signal; an AM/FM antenna mounted at a second end of the circuit board and configured to receive AM/FM band signal; V2X antennas mounted beside the AM/FM antenna, each being spaced apart at a predetermined distance and configured to realize a V2X (Vehicle to Everything) communication; and a plurality of antennas positioned between the 3G/4G antenna and the AM/FM antenna to receive a band signal higher than the AM/FM band signal, but lower than the 3G/4G band signal,, characterized in that the AM/FM antenna comprises: a metal antenna comprising three metal arms, wherein one of the arms of the metal antenna rises upwards by being bent in a U shape or a V shape, and wherein the remaining arms extend horizontally; and a spring assembly including a coil spring, a bottom electric conductor coupled to a bottom side of the coil spring to receive, from the circuit board, a current necessary for radiation, and an upper electric conductor coupled to an upper side of the coil spring and connected to the metal antenna. a metal antenna comprising three metal arms, wherein one of the arms of the metal antenna rises upwards by being bent in a U shape or a V shape, and wherein the remaining arms extend horizontally; and a spring assembly including a coil spring, a bottom electric conductor coupled to a bottom side of the coil spring to receive, from the circuit board, a current necessary for radiation, and an upper electric conductor coupled to an upper side of the coil spring and connected to the metal antenna.
A solar cell module comprising: a solar panel that includes a transparent substrate and is configured by aligning solar cells; a reinforcing frame arranged on a back surface of the solar panel; and a shock absorbing unit arranged between the solar panel and the reinforcing frame, characterized in that the shock absorbing unit is formed such that corrugations are formed in the entire two main surfaces facing the solar panel and the reinforcing frame, respectively, to extend in the transverse direction of the reinforcing frame in such a manner as to expand and contract in a longitudinal direction of the reinforcing frame and have resilience in a thickness direction, and the shock absorbing unit is configured to prevent the reinforcing frame from touching the solar panel, wherein the shock absorbing member is in the form of bellows as a whole. a solar panel that includes a transparent substrate and is configured by aligning solar cells; a reinforcing frame arranged on a back surface of the solar panel; and a shock absorbing unit arranged between the solar panel and the reinforcing frame, characterized in that the shock absorbing unit is formed such that corrugations are formed in the entire two main surfaces facing the solar panel and the reinforcing frame, respectively, to extend in the transverse direction of the reinforcing frame in such a manner as to expand and contract in a longitudinal direction of the reinforcing frame and have resilience in a thickness direction, and the shock absorbing unit is configured to prevent the reinforcing frame from touching the solar panel, wherein the shock absorbing member is in the form of bellows as a whole.
A light emitting diode (100; 200; 300) comprising: a light emitting diode chip (101; 201; 301) comprising a substrate (107; 207; 307) and a light emission structure disposed on the substrate; and a phosphor layer (102; 202; 302) formed to cover at least one surface of a diode upper surface and a diode lower surface, wherein a surface formed by the light emitting diode chip (101; 201; 301), when viewed from above the light emission structure, is defined as the diode upper surface and a surface formed by the light emitting diode chip (101; 201; 301), when viewed from below the substrate (107; 207; 307), is defined as the diode lower surface, wherein the phosphor layer (102; 202; 302) is directly applied to the diode upper surface or the diode lower surface such that the phosphor layer does not deviate from the diode upper surface or the diode lower surface and has a flat surface parallel to the diode upper surface or the diode lower surface and characterized by the phosphor layer also having a curved surface connecting the flat surface to corners of the diode upper surface or the diode lower surface. a light emitting diode chip (101; 201; 301) comprising a substrate (107; 207; 307) and a light emission structure disposed on the substrate; and a phosphor layer (102; 202; 302) formed to cover at least one surface of a diode upper surface and a diode lower surface, wherein a surface formed by the light emitting diode chip (101; 201; 301), when viewed from above the light emission structure, is defined as the diode upper surface and a surface formed by the light emitting diode chip (101; 201; 301), when viewed from below the substrate (107; 207; 307), is defined as the diode lower surface, wherein the phosphor layer (102; 202; 302) is directly applied to the diode upper surface or the diode lower surface such that the phosphor layer does not deviate from the diode upper surface or the diode lower surface and has a flat surface parallel to the diode upper surface or the diode lower surface and characterized by the phosphor layer also having a curved surface connecting the flat surface to corners of the diode upper surface or the diode lower surface.
An on-board vehicle communication system comprising: a storage device configured to store a plurality of security certificates; a communication device configured to receive external information that is external to a host vehicle equipped with the on-board vehicle communication system; and a controller configured to determine whether to begin a process for requesting to receive additional security certificates via at least one source that is a communication medium and provided at external of the host vehicle, upon an amount of security certificates stored in the storage device decreasing below a first prescribed threshold, wherein the controller is further configured to determine - a risk factor based on an amount of the received external information, the risk factor indicating necessity to continue to receive the external information, - whether to begin the process for requesting to receive the additional security certificates based on the risk factor, - a driving environment in which the host vehicle is present based on the received external information, and - the risk factor based on the driving environment. a storage device configured to store a plurality of security certificates; a communication device configured to receive external information that is external to a host vehicle equipped with the on-board vehicle communication system; and a controller configured to determine whether to begin a process for requesting to receive additional security certificates via at least one source that is a communication medium and provided at external of the host vehicle, upon an amount of security certificates stored in the storage device decreasing below a first prescribed threshold, wherein the controller is further configured to determine - a risk factor based on an amount of the received external information, the risk factor indicating necessity to continue to receive the external information, - whether to begin the process for requesting to receive the additional security certificates based on the risk factor, - a driving environment in which the host vehicle is present based on the received external information, and - the risk factor based on the driving environment. - a risk factor based on an amount of the received external information, the risk factor indicating necessity to continue to receive the external information, - whether to begin the process for requesting to receive the additional security certificates based on the risk factor, - a driving environment in which the host vehicle is present based on the received external information, and - the risk factor based on the driving environment.
A dental implant with foldable fins, comprising the following components: - an implant body that comprises an implant-abutment connection zone, an externally threaded zone, at least one pair of exit openings and an internally threaded zone, the pair of the exit openings in the implant body are located facing one another, - an insertion screw comprising a head with an internal hexagonal socket, a stem and a screw thread, characterised in that it comprises: - an anchoring means comprising a single member provided with at least one pair of foldable fins and a top opening located between said foldable fins, such that foldable fins are located facing one another, so that when the insertion screw is screwed into the top opening of the anchoring means, it pushes the anchoring means down into the implant body, wherein said at least one pair of fins slide through the inside of the implant body and causes the foldable fins to extend outwards through the exit openings. - an implant body that comprises an implant-abutment connection zone, an externally threaded zone, at least one pair of exit openings and an internally threaded zone, the pair of the exit openings in the implant body are located facing one another, - an insertion screw comprising a head with an internal hexagonal socket, a stem and a screw thread, - an anchoring means comprising a single member provided with at least one pair of foldable fins and a top opening located between said foldable fins, such that foldable fins are located facing one another, so that when the insertion screw is screwed into the top opening of the anchoring means, it pushes the anchoring means down into the implant body, wherein said at least one pair of fins slide through the inside of the implant body and causes the foldable fins to extend outwards through the exit openings.
Position measuring device for measuring length and/or angular positions, having - a first material measure (10, 100) with a first code track (11, 110) with the aid of which successive position ranges can be measured cyclically, - at least two multi-turn code discs, arranged next to one another in a multi-turn measuring plane, having second code tracks via which angular position the currently measured position range of the first code track (11, 110) can be determined, characterized in that - the first material measure (10, 100) and the at least two multi-turn code discs are arranged such that the first code track (11, 110) can be scanned by a first scanning window, and the second code tracks can be scanned by second scanning windows of a common scanning unit, - the scanning unit consists of an illumination unit and a detector unit, and the scanning is performed within a circle of illumination, and - the first material measure (10, 100) is a singleturn code disc connected to a shaft in a rotationally fixed fashion, and a position range consists of a full revolution of the shaft, and the number of revolutions of the shaft that are covered can be measured with the aid of the at least two multi-turn code discs. - a first material measure (10, 100) with a first code track (11, 110) with the aid of which successive position ranges can be measured cyclically, - at least two multi-turn code discs, arranged next to one another in a multi-turn measuring plane, having second code tracks via which angular position the currently measured position range of the first code track (11, 110) can be determined, characterized in that - the first material measure (10, 100) and the at least two multi-turn code discs are arranged such that the first code track (11, 110) can be scanned by a first scanning window, and the second code tracks can be scanned by second scanning windows of a common scanning unit, - the scanning unit consists of an illumination unit and a detector unit, and the scanning is performed within a circle of illumination, and - the first material measure (10, 100) is a singleturn code disc connected to a shaft in a rotationally fixed fashion, and a position range consists of a full revolution of the shaft, and the number of revolutions of the shaft that are covered can be measured with the aid of the at least two multi-turn code discs.
A silicon wafer horizontal growth apparatus, comprising: a casing forming a cavity; a crucible, located in the cavity and having a melting zone, an overflow port, a first overflow surface and a second overflow surface; a feeding assembly for adding silicon raw material to the melting zone at a feeding rate adjustable; a heating assembly comprising two movable heaters, the two movable heaters being disposed on the upper and lower sides of the crucible respectively at a certain interval with the crucible; a thermal insulation component for maintaining a temperature in the cavity; a gas flow assembly comprising a jet, a gas conductive graphite member, a quartz exhaust tube, and a quartz cooling tube, wherein the jet is located above the second overflow surface, the gas conductive graphite member is mounted on the bottom of the crucible, the quartz cooling tube is nested outside the quartz exhaust tube, and the quartz exhaust tube is connected with the gas conductive graphite member; and a heat insulating baffle located above the second overflow surface for isolating the heating assembly from the jet so that the cavity is divided into two temperature zones of a hot zone and a cold zone. a casing forming a cavity; a crucible, located in the cavity and having a melting zone, an overflow port, a first overflow surface and a second overflow surface; a feeding assembly for adding silicon raw material to the melting zone at a feeding rate adjustable; a heating assembly comprising two movable heaters, the two movable heaters being disposed on the upper and lower sides of the crucible respectively at a certain interval with the crucible; a thermal insulation component for maintaining a temperature in the cavity; a gas flow assembly comprising a jet, a gas conductive graphite member, a quartz exhaust tube, and a quartz cooling tube, wherein the jet is located above the second overflow surface, the gas conductive graphite member is mounted on the bottom of the crucible, the quartz cooling tube is nested outside the quartz exhaust tube, and the quartz exhaust tube is connected with the gas conductive graphite member; and a heat insulating baffle located above the second overflow surface for isolating the heating assembly from the jet so that the cavity is divided into two temperature zones of a hot zone and a cold zone.