mhurhangee/ep-ind-claims huggingface dataset:
A heating device for heating tobacco liquid, comprising: a heating element; and a liquid conducting body configured for guiding the tobacco liquid to the heating element; wherein the liquid conducting body comprises a main body, the heating element is inserted in the main body, and is integrally formed with the main body, and the main body is made of micro-porous material; characterized in that the liquid conducting body further comprises at least one liquid conducting arm extending from the main body, and the at least one liquid conducting arm is made of micro-porous material. a heating element; and a liquid conducting body configured for guiding the tobacco liquid to the heating element; wherein the liquid conducting body comprises a main body, the heating element is inserted in the main body, and is integrally formed with the main body, and the main body is made of micro-porous material; characterized in that the liquid conducting body further comprises at least one liquid conducting arm extending from the main body, and the at least one liquid conducting arm is made of micro-porous material.
A dynamically-balancing vehicle, the vehicle comprising: a support for supporting a payload; at least a first and second wheel coupled to the support; a drive coupled to the first and second wheels to dynamically balance the vehicle and provide power to the first and second wheels to propel the vehicle; a controller coupled to the drive to control the drive; and at least a third wheel coupled to the support and disposed fore or aft of the first and second wheels, wherein the combination of the first, second and third wheels (110, 508) maintain the vehicle in a statically-stable state when the vehicle is operating in the statically-stable state; characterized in that: a braking system comprising brakes is coupled to the first and second wheels, and an actuator assembly for engaging and disengaging the brakes is coupled to the third wheel and to the braking system, wherein the actuator assembly can cause the brakes to engage when the third wheel contacts an underlying surface and can cause the brakes to disengage when the third wheel lifts off the underlying surface. a support for supporting a payload; at least a first and second wheel coupled to the support; a drive coupled to the first and second wheels to dynamically balance the vehicle and provide power to the first and second wheels to propel the vehicle; a controller coupled to the drive to control the drive; and at least a third wheel coupled to the support and disposed fore or aft of the first and second wheels, wherein the combination of the first, second and third wheels (110, 508) maintain the vehicle in a statically-stable state when the vehicle is operating in the statically-stable state; characterized in that: a braking system comprising brakes is coupled to the first and second wheels, and an actuator assembly for engaging and disengaging the brakes is coupled to the third wheel and to the braking system, wherein the actuator assembly can cause the brakes to engage when the third wheel contacts an underlying surface and can cause the brakes to disengage when the third wheel lifts off the underlying surface. a braking system comprising brakes is coupled to the first and second wheels, and an actuator assembly for engaging and disengaging the brakes is coupled to the third wheel and to the braking system, wherein the actuator assembly can cause the brakes to engage when the third wheel contacts an underlying surface and can cause the brakes to disengage when the third wheel lifts off the underlying surface.
A copolymer which is a vinylidene fluoride copolymer obtained by copolymerizing vinylidene fluoride with a compound of formula: wherein R 1 -R 3 each independently are H, Cl or C 1-5 -alkyl; and X is an atomic group with a molecular weight of not more than 500 containing at least one heteroatom selected from O, S, N and P and having a main chain composed of 1-20 atoms, or is a heteroatom. X is an atomic group with a molecular weight of not more than 500 containing at least one heteroatom selected from O, S, N and P and having a main chain composed of 1-20 atoms, or is a heteroatom.
A method, performed by a wireless communications device for accessing a predefined system bandwidth within an unlicensed radio frequency band, the wireless communications device being configured, by a cellular wireless communications network comprising a network node (111, 115), to operate within the predefined system bandwidth which comprises a plurality of bandwidth parts (BWP1-BWP6) configured by the wireless communications network, the method comprising: receiving (201a, 301), from the network node (111, 115), downlink control information, DCI, comprising an indication enabling the wireless communications device to make a prioritization among the plurality of bandwidth parts (BWP1-BWP6) comprised in the unlicensed radio frequency band; prioritizing (203, 303), in response to receiving said indication, among the plurality of bandwidth parts to select at least one of said bandwidth parts; and accessing (204, 304) the selected at least one bandwidth part. receiving (201a, 301), from the network node (111, 115), downlink control information, DCI, comprising an indication enabling the wireless communications device to make a prioritization among the plurality of bandwidth parts (BWP1-BWP6) comprised in the unlicensed radio frequency band; prioritizing (203, 303), in response to receiving said indication, among the plurality of bandwidth parts to select at least one of said bandwidth parts; and accessing (204, 304) the selected at least one bandwidth part.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from the group consisting of: and R 2 and R 3 are each independently selected from the group consisting of C 7-22 alkyl, C 12-22 alkenyl, C 3-8 cycloalkyl, each optionally substituted with 1, 2, or 3 C 1-8 alkyl groups; and and R 4 is selected from the group consisting of hydrogen, C 1-14 alkyl, R 1 is selected from the group consisting of: and R 2 and R 3 are each independently selected from the group consisting of C 7-22 alkyl, C 12-22 alkenyl, C 3-8 cycloalkyl, each optionally substituted with 1, 2, or 3 C 1-8 alkyl groups; and and R 4 is selected from the group consisting of hydrogen, C 1-14 alkyl,
A method of sealing a nozzle guide vane to a housing for flow checking the nozzle guide vane within the housing, the method comprising: placing the nozzle guide vane into the housing; applying a thermoplastic material in a molten phase into a gap between the nozzle guide vane and the housing; and cooling the thermoplastic material to set the thermoplastic material and form a seal between the nozzle guide vane and the housing. placing the nozzle guide vane into the housing; applying a thermoplastic material in a molten phase into a gap between the nozzle guide vane and the housing; and cooling the thermoplastic material to set the thermoplastic material and form a seal between the nozzle guide vane and the housing.
An optomechanical system for capturing and transmitting incident light with a variable direction of incidence to at least one solar cell (31, 31', 31", 31''', 31A, 31B), with ▪ an optical arrangement able to capture a beam of the incident light, concentrate the captured beam of the incident light, and transmit one or more concentrated beams of the incident light to the at least one solar cell (31, 31', 31", 31''', 31A, 31B), and a shifting mechanism for moving the optical arrangement with respect to the at least one solar cell (31, 31', 31", 31''', 31A, 31B), wherein the moving of the shifting mechanism is controllable in such a way that, the one or more concentrated beams of the incident light can be collected by the at least one solar cell (31, 31', 31", 31''') for any direction of incidence of the incident light, characterized in that the optical arrangement comprises a first optical layer made of optical lenses having an aspheric curvature, at least one surface of the lenses having a polynomial curvature with multiple orders, wherein the polynomial curvature with multiple orders exhibits at least one inflection point. ▪ an optical arrangement able to capture a beam of the incident light, concentrate the captured beam of the incident light, and transmit one or more concentrated beams of the incident light to the at least one solar cell (31, 31', 31", 31''', 31A, 31B), and
An electronic apparatus comprising: a substrate which includes a resin layer and a semiconductor element that has a terminal, wherein the semiconductor element is embedded in the resin layer in such a manner that the terminal is exposed on the resin layer; a waveguide which includes a lower conductor, an upper conductor and a sidewall conductor, wherein the lower conductor is formed above the substrate and has an opening at a position corresponding to the terminal, the upper conductor is arranged opposite the lower conductor, and the lower conductor and the upper conductor are connected by the sidewall conductor; and a columnar conductor which is formed above the terminal, which penetrates the opening without contacting the lower conductor, and which is connected to the upper conductor. a substrate which includes a resin layer and a semiconductor element that has a terminal, wherein the semiconductor element is embedded in the resin layer in such a manner that the terminal is exposed on the resin layer; a waveguide which includes a lower conductor, an upper conductor and a sidewall conductor, wherein the lower conductor is formed above the substrate and has an opening at a position corresponding to the terminal, the upper conductor is arranged opposite the lower conductor, and the lower conductor and the upper conductor are connected by the sidewall conductor; and a columnar conductor which is formed above the terminal, which penetrates the opening without contacting the lower conductor, and which is connected to the upper conductor.
A thermal cycler comprising - a thermoblock for receiving at least one reaction receptacle, said thermoblock comprising at least one cavity which can receive said reaction receptacle, - one or more units for exerting a magnetic field on the at least one reaction receptacle comprising magnetic particles capable of binding a nucleic acid contained in a fluid, wherein said one or more magnetic units is/are stably integrated into said thermoblock, such that said magnetic field generated by at least one magnetic units causes the magnetic particles to be sequestered to the interior side wall of said at least one reaction receptacle, and - a detection unit for detecting a signal in the fluid in said reaction receptacle, wherein said detection unit is arranged within said thermal cycler to detect a detection signal corresponding to a nucleic acid concentration in the supernatant in the presence of the sequestered magnetic particles from said reaction receptacle while said reaction receptacle comprising said magnetic particles is held in said thermoblock. - a thermoblock for receiving at least one reaction receptacle, said thermoblock comprising at least one cavity which can receive said reaction receptacle, - one or more units for exerting a magnetic field on the at least one reaction receptacle comprising magnetic particles capable of binding a nucleic acid contained in a fluid, wherein said one or more magnetic units is/are stably integrated into said thermoblock, such that said magnetic field generated by at least one magnetic units causes the magnetic particles to be sequestered to the interior side wall of said at least one reaction receptacle, and - a detection unit for detecting a signal in the fluid in said reaction receptacle, wherein said detection unit is arranged within said thermal cycler to detect a detection signal corresponding to a nucleic acid concentration in the supernatant in the presence of the sequestered magnetic particles from said reaction receptacle while said reaction receptacle comprising said magnetic particles is held in said thermoblock.
Method for actuating a motor of an electric two-wheeled vehicle, comprising the steps: • determining a position of a driver of the electric two-wheeled vehicle as a function of a first GPS signal, wherein the first GPS signal has a chronological dependence on a starting position, • determining a position of a virtual training partner as a function of a second GPS signal, wherein the second GPS signal has a chronological dependence on the starting position, • determining a distance between the position of the driver of the electric two-wheeled vehicle and the position of the virtual training partner, • determining a wind shadow effect as a function of an overall end face which is formed by the electric two-wheeled vehicle and the driver, and the determined distance, and • generating an engine torque as a function of the wind shadow effect and/or the determined distance. • determining a position of a driver of the electric two-wheeled vehicle as a function of a first GPS signal, wherein the first GPS signal has a chronological dependence on a starting position, • determining a position of a virtual training partner as a function of a second GPS signal, wherein the second GPS signal has a chronological dependence on the starting position, • determining a distance between the position of the driver of the electric two-wheeled vehicle and the position of the virtual training partner, • determining a wind shadow effect as a function of an overall end face which is formed by the electric two-wheeled vehicle and the driver, and the determined distance, and • generating an engine torque as a function of the wind shadow effect and/or the determined distance.
A razor cartridge comprising: - a first cover defining an opening; - a razor blade platform having; - a base portion; - at least two projections extending from said base portion each defining at least a pair of approximately parallel spaced apart support surfaces; - each of said support surfaces on one of said projections being approximately laterally aligned with a corresponding one of said support surfaces defined by the other of said projections; - at least two razor blades, each being carried by at least two of said laterally aligned support surfaces; and - said razor blade platform being coupled to said first cover with said opening being positioned over said razor blades so that at least a portion of cutting edges defined thereby are exposed, characterized by - each of said razor blades being adhered to at least one of said support surfaces; - two extensions projecting outwardly from the base portion parallel to the cutting edges of the razor blades and on opposite sides from each other, each extension having a distal end that terminates with a flange; and - a second cover coupled to said first cover; - wherein said razor blade platform is located between said first cover and said second cover with the extensions positioned in apertures of the first cover and the flanges located adjacent opposite outer surfaces of the razor cartridge whereby the flanges limit longitudinal movements of the razor blade platform parallel to the cutting edges of the razor blades. - a first cover defining an opening; - a razor blade platform having; - a base portion; - at least two projections extending from said base portion each defining at least a pair of approximately parallel spaced apart support surfaces; - each of said support surfaces on one of said projections being approximately laterally aligned with a corresponding one of said support surfaces defined by the other of said projections; - at least two razor blades, each being carried by at least two of said laterally aligned support surfaces; and - said razor blade platform being coupled to said first cover with said opening being positioned over said razor blades so that at least a portion of cutting edges defined thereby are exposed, - each of said razor blades being adhered to at least one of said support surfaces; - two extensions projecting outwardly from the base portion parallel to the cutting edges of the razor blades and on opposite sides from each other, each extension having a distal end that terminates with a flange; and - a second cover coupled to said first cover; - wherein said razor blade platform is located between said first cover and said second cover with the extensions positioned in apertures of the first cover and the flanges located adjacent opposite outer surfaces of the razor cartridge whereby the flanges limit longitudinal movements of the razor blade platform parallel to the cutting edges of the razor blades.
A header frame of an agricultural harvester, comprising: a main frame; first and second sides (16, 18) attached to respective lateral ends of the main frame; a toolbar extending in a widthwise direction of the main frame; a brace having a first end attached to the main frame and extending towards the toolbar; and an adjustable bracketing assembly including: a bracket for connecting to the toolbar, characterized in that the adjustable bracketing assembly connects the brace to the toolbar and further includes: a mount attached to the brace, wherein the bracket is attachable to the mount about a plurality of positions. a main frame; first and second sides (16, 18) attached to respective lateral ends of the main frame; a toolbar extending in a widthwise direction of the main frame; a brace having a first end attached to the main frame and extending towards the toolbar; and an adjustable bracketing assembly including: a bracket for connecting to the toolbar, characterized in that the adjustable bracketing assembly connects the brace to the toolbar and further includes: a mount attached to the brace, wherein the bracket is attachable to the mount about a plurality of positions.
Drive unit for a joint being arranged between two arm members of a manipulator of a robotic system, the drive unit being intended for the rotatory drive of the one arm member in relation to the other arm member, having a motor, which drives a drive shaft, and having an output element (3,4), which is connected to the one arm member and which is directly or indirectly set into rotation by means of the drive shaft, comprising a circuit board, on which a sensor device with respect to the drive as provided by the drive shaft and a sensor device with respect to the output as provided by the output element (3,4) are arranged at opposite sides of the circuit board, - in which the drive shaft is formed as a hollow shaft and the output element (3,4) is rotationally fixedly connected to a sensor shaft, which traverses the drive shaft with a radial distance and which extends through an opening in the circuit board to above the side of the circuit board, which side is opposite to the motor, - in which the drive shaft extends to below the circuit board, wherein the sensor device for the drive is arranged at the side of the circuit board, which faces the motor, - in which a sensor ring is arranged at the face-side axial end of the sensor shaft above the circuit board, which sensor ring cooperates with the sensor device for the output, - in which a sensor ring is arranged at the face-side axial end of the drive shaft, which end faces the circuit board, which sensor ring cooperates with the sensor device for the drive, - and in which the sensor ring for the drive and the sensor ring for the output are located opposite to each other at both sides of the circuit board in a congruent manner; characterized in that the sensor device being associated to the sensor ring for the output and the sensor device being associated to the sensor ring for the drive are located diametrically opposite to each other at both sides of the circuit board. - in which the drive shaft is formed as a hollow shaft and the output element (3,4) is rotationally fixedly connected to a sensor shaft, which traverses the drive shaft with a radial distance and which extends through an opening in the circuit board to above the side of the circuit board, which side is opposite to the motor, - in which the drive shaft extends to below the circuit board, wherein the sensor device for the drive is arranged at the side of the circuit board, which faces the motor, - in which a sensor ring is arranged at the face-side axial end of the sensor shaft above the circuit board, which sensor ring cooperates with the sensor device for the output, - in which a sensor ring is arranged at the face-side axial end of the drive shaft, which end faces the circuit board, which sensor ring cooperates with the sensor device for the drive, - and in which the sensor ring for the drive and the sensor ring for the output are located opposite to each other at both sides of the circuit board in a congruent manner;
A method for automatic opening of an open top carrier bag, which is provided in the region of the upper opening with handles (12a-d) for carrying the bag and has at the bottom a flat base, for subsequent filling, wherein before the carrier bag is opened it is in a flat, folded state in which the base is folded over to rest against the front or rear wall, characterized in that in a first step the carrier bag is suspended by its handles (12a-d), that in a second step the folded-up base of the suspended carrier bag is gripped, that in a third step the gripped base is folded out from the folded-up position into a position oriented transversely with respect to the carrier bag and is held in this position, and that in a fourth step the suspended carrier bag with the base folded out is opened completely by blowing air into the top opening.