mhurhangee/ep-ind-claims huggingface dataset:
Header for optoelectronic applications comprising an electrically conducting header base extending in a height, a width and a longitudinal direction and with a base back face and a base front face as well as at least two openings that extend from the base back face through the volume of the base and along the width direction to the base front face to accommodate at least one electrically isolated pin per opening, which is plugged through the opening, wherein a first and a second electrically conducting pedestal (7a, 7b) are arranged at the base front face mirror symmetrically with respect to an imaginary plane parallel to the height and width directions, wherein the first and second pedestal (7a, 7b) are placed in the height direction below a center of a respective opening and each pedestal (7a, 7b) comprises at least a pedestal mounting face and a pedestal free face, which opposes the pedestal mounting face, as well as at least one upper surface for mounting and carrying a pedestal submount and pedestal side faces, wherein the pedestal upper surface faces the respective pin, characterized in that the pedestal mounting face of each of the first and second pedestal (7a, 7b) is fixedly attached to the base front face with an electrically conductive material that is at least partially arranged between the base front face and the pedestal mounting face, and in that each pedestal (7a, 7b) comprises a bar (51, 53) arranged on the upper surface thereof and directed perpendicular to the longitudinal and height directions and the bar extends along one of the side faces (43, 44) of the pedestal to form a sidewall adjacent to the upper surface, wherein a L-shape, in a cross-section along the height and longitudinal directions, of each of the first and second pedestals is formed by the first bar and the upper surface of the pedestal. wherein the first and second pedestal (7a, 7b) are placed in the height direction below a center of a respective opening and each pedestal (7a, 7b) comprises at least a pedestal mounting face and a pedestal free face, which opposes the pedestal mounting face, as well as at least one upper surface for mounting and carrying a pedestal submount and pedestal side faces, wherein the pedestal upper surface faces the respective pin, characterized in that the pedestal mounting face of each of the first and second pedestal (7a, 7b) is fixedly attached to the base front face with an electrically conductive material that is at least partially arranged between the base front face and the pedestal mounting face, and in that each pedestal (7a, 7b) comprises a bar (51, 53) arranged on the upper surface thereof and directed perpendicular to the longitudinal and height directions and the bar extends along one of the side faces (43, 44) of the pedestal to form a sidewall adjacent to the upper surface, wherein a L-shape, in a cross-section along the height and longitudinal directions, of each of the first and second pedestals is formed by the first bar and the upper surface of the pedestal.
A computing device having a kickstand (106, 116, 204, 314), an enclosure (104, 114, 202), and a friction hinge, the friction hinge comprising: a friction shaft (311, 362, 404, 504, 514, 524); a friction core (312, 364, 402, 502, 512, 522) that is configured to substantially surround the friction shaft (311, 362, 404, 504, 514, 524); a telescoping link (316, 336) attached to one of the friction core (312, 364, 402, 502, 512, 522) or the friction shaft (311, 362, 404, 504, 514, 524); and an anchor link (318, 338) configured to at least partially surround the telescoping link (316, 336), characterized in that the friction core (312, 364, 402, 502, 512, 522) is attached to the kickstand (106, 116, 204, 314) and the anchor link (318, 338) is attached to the enclosure (104, 114, 202), the friction hinge enabling rotational coupling between the kickstand (106, 116, 204, 314) and the enclosure (104, 114, 202) while maintaining a substantially constant gap between the kickstand (106, 116, 204, 314) and the enclosure (104, 114, 202) during rotation of the kickstand (106, 116, 204, 314). a friction shaft (311, 362, 404, 504, 514, 524); a friction core (312, 364, 402, 502, 512, 522) that is configured to substantially surround the friction shaft (311, 362, 404, 504, 514, 524); a telescoping link (316, 336) attached to one of the friction core (312, 364, 402, 502, 512, 522) or the friction shaft (311, 362, 404, 504, 514, 524); and an anchor link (318, 338) configured to at least partially surround the telescoping link (316, 336), characterized in that the friction core (312, 364, 402, 502, 512, 522) is attached to the kickstand (106, 116, 204, 314) and the anchor link (318, 338) is attached to the enclosure (104, 114, 202), the friction hinge enabling rotational coupling between the kickstand (106, 116, 204, 314) and the enclosure (104, 114, 202) while maintaining a substantially constant gap between the kickstand (106, 116, 204, 314) and the enclosure (104, 114, 202) during rotation of the kickstand (106, 116, 204, 314).
A data transmission connector, comprising: a housing; a plurality of data transfer plug contacts that are rigid and are arranged fixedly inside said connector; a contact holder comprising a contact holder cover; characterized in that said contact holder cover comprises a plurality of contact holder cover parts that are mechanically assembled with each other, each part of said plurality of contact holder cover parts covering respectively one pair of data transfer plug contacts of said plurality of data transfer plug contacts. a housing; a plurality of data transfer plug contacts that are rigid and are arranged fixedly inside said connector; a contact holder comprising a contact holder cover;
A power amplifier module for an RF communications device, the power amplifier module comprising: a driver stage amplifier including a first transistor having a base configured to receive an RF signal (RFIN_A), a collector configured to be powered from a fixed voltage power source and to output an amplified RF signal, and an emitter; a final stage amplifier including a second transistor having a base connected to the collector of the first transistor, a collector configured to provide an amplified output signal (RFOUT), and an emitter; an interconnect electrically connecting the base of the second transistor to the emitter of the first transistor such that the base current of the second transistor of the final stage is reused via the interconnect and the current that flows through the driver stage amplifier is reduced; an envelope tracking module configured to provide power to the final stage amplifier only; and the emitter of the first transistor connected to ground via a diode and a capacitor coupled in parallel to the diode. a driver stage amplifier including a first transistor having a base configured to receive an RF signal (RFIN_A), a collector configured to be powered from a fixed voltage power source and to output an amplified RF signal, and an emitter; a final stage amplifier including a second transistor having a base connected to the collector of the first transistor, a collector configured to provide an amplified output signal (RFOUT), and an emitter; an interconnect electrically connecting the base of the second transistor to the emitter of the first transistor such that the base current of the second transistor of the final stage is reused via the interconnect and the current that flows through the driver stage amplifier is reduced; an envelope tracking module configured to provide power to the final stage amplifier only; and the emitter of the first transistor connected to ground via a diode and a capacitor coupled in parallel to the diode.
An additive supply device for an internal combustion engine, comprising: a tank for storing an additive therein; a pump for delivering the additive in the tank; a supply passage through which the additive delivered from the pump is supplied to an exhaust passage of the internal combustion engine; a pressure detector that detects additive pressure in the supply passage, a pump heating section that heats the additive in the pump; a passage heating section that heats the additive in the supply passage; a tank heating section that heats the additive in the tank; a heating controller that performs heating control of the pump heating section, the passage heating section, and the tank heating section; and a signal output section configured to, wherein, after heating control of the pump heating section and the passage heating section is started, in a state where the additive pressure in the supply passage, when a drive signal is output to the pump, has not become higher than the additive pressure in the supply passage before the drive signal is output, the signal output section outputs a signal indicative of an abnormality of the pump heating section if the pump is not operating, and outputs a signal indicative of an abnormality of the passage heating section if the pump is operating, wherein, when a signal indicative of an abnormality of the pump heating section is output from the signal output section, the heating controller starts heating operation by the tank heating section. a tank for storing an additive therein; a pump for delivering the additive in the tank; a supply passage through which the additive delivered from the pump is supplied to an exhaust passage of the internal combustion engine; a pressure detector that detects additive pressure in the supply passage, a pump heating section that heats the additive in the pump; a passage heating section that heats the additive in the supply passage; a tank heating section that heats the additive in the tank; a heating controller that performs heating control of the pump heating section, the passage heating section, and the tank heating section; and a signal output section configured to, wherein, after heating control of the pump heating section and the passage heating section is started, in a state where the additive pressure in the supply passage, when a drive signal is output to the pump, has not become higher than the additive pressure in the supply passage before the drive signal is output, the signal output section outputs a signal indicative of an abnormality of the pump heating section if the pump is not operating, and outputs a signal indicative of an abnormality of the passage heating section if the pump is operating, wherein, when a signal indicative of an abnormality of the pump heating section is output from the signal output section, the heating controller starts heating operation by the tank heating section.
A passive powertrain mount assembly (10; 110; 210) for connecting a powertrain component (4, 5) to a structural part (8; 108; 308) of a motor vehicle, the assembly (10; 110; 210) comprising a resilient mount (20; 120; 220) connected in use to the structural part (8; 108; 308) of the motor vehicle, a connecting arm (30; 130; 230) connecting in use the resilient mount (20; 120; 220) to the powertrain component (4, 5), an actuator (42; 142; 242) to displace the resilient mount (20; 120; 220) relative to the structural part (8; 108; 308) of the motor vehicle and a controller to control the actuator (42; 142; 242) to displace the resilient mount (20; 120; 220) in response to an input indicative of an expected movement of the powertrain component (4, 5) characterised in that the resilient mount (20; 120; 220) comprises a frame (21; 121; 221), first and second resilient members (23 and 25; 123 and 125; 223 and 225) mounted in the frame (21; 121; 221), the first resilient member (23;, 123; 223) being interposed between the connecting arm (30; 130; 230) and the frame (21; 121; 221) such that movement of the connecting arm (30; 130; 230) in a first primary direction is resisted by compression of the first resilient member (23; 123; 223), the second resilient member (25;, 125; 225) being interposed between the connecting arm (30; 130; 230) and the frame (21; 121; 221) such that and movement of the connecting arm (30; 130; 230) in a second primary direction that is opposite to the first primary direction is resisted by compression of the second resilient member (25; 125; 225) and, when the input indicates that the powertrain component (4, 5) is expected to be displaced relative to the structural part (8, 108; 308) of the motor vehicle, the controller is arranged to use the actuator (42; 142; 242) to displace the frame (21; 121; 221) of the resilient mount (20; 120; 220) by sliding the frame (21; 121; 221) relative to the structural part (8; 108; 308) in an opposite direction to the expected movement of the powertrain component (4, 5) so as to produce a pre-load in a respective one of the first and second resilient members (23; 123; 223 and 25; 125; 225) of the resilient mount (20; 120; 220).
A device comprising: a heat spreader having a first side and a second side opposite the first side, the heat spreader comprising at least one oscillating heat pipe arranged between the first side and the second side, at least one of the at least one oscillating heat pipe comprising a plurality of interconnected channels forming multiple loops of a continuous channel comprising a working fluid, and the heat spreader further comprising one or more heat exchange features, wherein the heat spreader comprises a first plate and second plate, the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; at least one optoelectronic component coupled to the first side of the heat spreader; and at least one thermoelectric cooler, wherein a cold side of the at least one thermoelectric cooler is coupled to the second side of the heat spreader. a heat spreader having a first side and a second side opposite the first side, the heat spreader comprising at least one oscillating heat pipe arranged between the first side and the second side, at least one of the at least one oscillating heat pipe comprising a plurality of interconnected channels forming multiple loops of a continuous channel comprising a working fluid, and the heat spreader further comprising one or more heat exchange features, wherein the heat spreader comprises a first plate and second plate, the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; wherein the heat spreader comprises a first plate and second plate, the at least one oscillating heat pipe formed between the first and second plates, and wherein the one or more heat exchange features comprise one of the first and second plates being formed of a thermally conductive material and the other of the first and second plates being formed of a thermally insulating material; at least one optoelectronic component coupled to the first side of the heat spreader; and at least one thermoelectric cooler, wherein a cold side of the at least one thermoelectric cooler is coupled to the second side of the heat spreader.
Drive arrangement for a rail vehicle having a first wheelset gear mechanism which is assigned to a first wheelset shaft, and having a second wheelset gear mechanism which is assigned to a second wheelset shaft, a drive torque for driving the first and the second wheelset shaft (22, 24) being conducted through the first wheelset gear mechanism, characterized in that a switchable clutch which can be actuated by way of an electronic control unit is arranged in the power flow between the first wheelset gear mechanism and the second wheelset gear mechanism.
A method, comprising: communicating a request to a translation engine to translate a source document at a location from a first language text to a second language text; in said translation engine, translating said first language text into a second language text, and delimiting said second language text into delimited portions, by span tags, receiving a translated document from the translation engine containing said second language text including said delimited portion; displaying the translated document in a user interface; and displaying the first language text that corresponds to a delimited portion of the translated document in a graphical element overlaying the translated document in response to a user pointing to the delimited portion of the translated document, wherein the first language text is displayed in the graphical element in accordance with a title attribute of span tags delimiting the delimited portion of the translated text. communicating a request to a translation engine to translate a source document at a location from a first language text to a second language text; in said translation engine, translating said first language text into a second language text, and delimiting said second language text into delimited portions, by span tags, receiving a translated document from the translation engine containing said second language text including said delimited portion; displaying the translated document in a user interface; and displaying the first language text that corresponds to a delimited portion of the translated document in a graphical element overlaying the translated document in response to a user pointing to the delimited portion of the translated document, wherein the first language text is displayed in the graphical element in accordance with a title attribute of span tags delimiting the delimited portion of the translated text.
A drive head for a syringe pump, comprising: - a contact portion configured to bear against a plunger of a syringe in order to move the plunger relative to a barrel of the syringe; - at least one holding element (41, 42) for holding a flange of the syringe plunger in order to prevent a siphon movement of the plunger away from the contact portion; - a pressure sensor for determining an inner pressure in the syringe, the pressure sensor being arranged at a pressure sensor support of the drive head; and - a housing in which the pressure sensor and the pressure sensor support are arranged, characterized in that the holding element (41, 42) is mounted via the pressure sensor support. - a contact portion configured to bear against a plunger of a syringe in order to move the plunger relative to a barrel of the syringe; - at least one holding element (41, 42) for holding a flange of the syringe plunger in order to prevent a siphon movement of the plunger away from the contact portion; - a pressure sensor for determining an inner pressure in the syringe, the pressure sensor being arranged at a pressure sensor support of the drive head; and - a housing in which the pressure sensor and the pressure sensor support are arranged, characterized in that the holding element (41, 42) is mounted via the pressure sensor support.
A cartridge of an electronic vaping device, the cartridge comprising: a housing assembly, the housing assembly being a single piece housing assembly, the housing assembly including, a housing extending in a longitudinal direction, the housing being generally cylindrical, the housing including, an outer surface, and an inner surface; a reservoir configured to contain a pre-vapor formulation; a transverse end wall at a first end of the housing, the transverse end wall having at least one outlet extending therethrough, the transverse wall integrally formed with the housing; an opening in a second end of the housing; a secondary transverse wall, the secondary transverse wall between the opening and the transverse end wall, the secondary transverse wall and the inner surface defining the reservoir; and at least one air passage extending longitudinally through the housing between the outer surface and the inner surface of the housing, the at least one air passage having at least one air passage outlet between the transverse end wall and the secondary transverse wall such that the at least one air passage communicates with the at least one outlet; a reservoir cap assembly configured to be inserted in the opening of the housing, wherein the reservoir cap assembly comprises: a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly; wherein the wick includes one or more slots extending longitudinally through the wick. a housing extending in a longitudinal direction, the housing being generally cylindrical, the housing including, an outer surface, and an inner surface; an outer surface, and an inner surface; a reservoir configured to contain a pre-vapor formulation; a transverse end wall at a first end of the housing, the transverse end wall having at least one outlet extending therethrough, the transverse wall integrally formed with the housing; an opening in a second end of the housing; a secondary transverse wall, the secondary transverse wall between the opening and the transverse end wall, the secondary transverse wall and the inner surface defining the reservoir; and at least one air passage extending longitudinally through the housing between the outer surface and the inner surface of the housing, the at least one air passage having at least one air passage outlet between the transverse end wall and the secondary transverse wall such that the at least one air passage communicates with the at least one outlet; a reservoir cap assembly configured to be inserted in the opening of the housing, wherein the reservoir cap assembly comprises: a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly; wherein the wick includes one or more slots extending longitudinally through the wick. a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly; wherein the wick includes one or more slots extending longitudinally through the wick.
An arthroscope comprising a sleeve having an internally hollow, proximal portion, suitable to be at least partially positioned in contact with the body of a patient, and an internally hollow middle portion connected to said proximal portion so as to create a through axial cavity, and having an abutment area; an optical unit having an elongated portion and a coupling portion suitable to be at least partially received inside the through axial cavity of the sleeve, said coupling portion having a matching area suitable to couple with said abutment area wherein said matching area and said abutment area are shaped so as to have each one pilot element (17.1, 27.1) defined from a respective surface inclined with respect to a longitudinal axis of the sleeve of said optical unit; said inclined surfaces being obtained by cutting the middle portion of the sleeve and the coupling portion of the optical unit by means of a plane suitably inclined with respect to said axis, characterized in that the inclined surface of the matching area defines with the axis a first angle (α) comprised between 15° and 85° and the inclined surface of the abutment area defines with the axis a second angle (β) between 15° and 85°, the first and the second angle having the same amplitude to determine a univocal predefined coupling position between the sleeve and the optical unit; said univocal predefined coupling position providing axial alignment along said longitudinal axis of the optical unit with respect to the sleeve and a predefined angular orientation, around said axis, with respect to the sleeve, said matching area and said abutment area being shaped for guiding and automatically positioning the optical unit in said predefined position inside the sleeve.