mhurhangee/ep-ind-claims huggingface dataset:
Device for spectrometric analysis of a light-emitting sample, comprising a) an imaging grating arranged such that photons released by the sample are dispersible and b) a detector for detecting a spectrum produced by dispersion, said detector being arranged to detect photons emitted by the sample, and also c) a particle beam source configured to produce a primary particle beam made of electrically charged particles, said primary particle beam being directed at the sample; characterized in that the imaging grating comprises an opening through which the primary particle beam is able to pass so that said primary particle beam can be incident on the sample. a) an imaging grating arranged such that photons released by the sample are dispersible and b) a detector for detecting a spectrum produced by dispersion, said detector being arranged to detect photons emitted by the sample, and also c) a particle beam source configured to produce a primary particle beam made of electrically charged particles, said primary particle beam being directed at the sample;
Attachment for a vehicle wheel comprising a rim for enabling a driving operation with a restricted tire function, wherein the attachment has a tread section with a tread, and wherein the attachment comprises at least one clamping device, which is designed to engage behind a section of the rim, wherein the attachment further comprises an initial mounting section, and at least a part of the tread section is designed separately from the initial mounting section and connectably to this in a detachable manner or is designed to be connected movably to the initial mounting section, wherein the initial mounting section is designed for an arrangement lying radially internally with regard to the tread when the attachment is fastened on the vehicle wheel, characterized in that the attachment comprises a contact section, which is designed to actuate the clamping device and bring it into rear engagement with the section (10, 11) of the rim when the contact section is actuated, and wherein the contact section is arranged on the tread section and is designed and arranged so that, when the tread section is affixed on the vehicle wheel, it contacts the vehicle wheel and is actuated by this contact, or wherein the contact section is arranged on the initial mounting section and is designed and arranged so that, when the initial mounting section is affixed on the vehicle wheel, it contacts the vehicle wheel and is actuated by this contact.
Apparatus for dispensing free-flowing substances, having a nozzle which, in the region of a free end, has an exit opening for dispensing the substances from the nozzle, and having a closure part which is arranged outside the nozzle, can be displaced by an adjusting means, releases the exit opening when in an open position and closes the exit opening, in the region of a closure-part surface directed towards the nozzle end, when in a closed position, wherein the closure-part surface, as seen in the direction in which the closure part moves from the open position into the closed position, is bounded at the front by a leading edge, wherein the closure-part surface, in the open position, is arranged alongside the nozzle and at a level upstream of the exit opening, as seen in relation to the direction of flow of the substances through the nozzle, and the adjusting means can be used to move the closure part from the open position into the closed position such that the leading edge of the closure-part surface is moved past the free nozzle end, characterized in that the closure part can be displaced by way of the adjusting means such that the closure-part surface, upon contact with the nozzle in the region of the exit opening thereof, is moved with a movement component in a direction perpendicular to an exit axis of the exit opening of the nozzle.
A pressure control system for a liquefied fluid tank, comprising: - a chamber (10, 12, 14) for mechanical separation of the liquid and gaseous phases of the fluid, the separating chamber being a cyclone separator; - a first opening in the chamber forming an inlet through which the fluid is introduced from the tank into the chamber, when the system is mounted with the tank; - a second opening in the chamber forming a first outlet allowing the discharge of the gaseous phase from the chamber to the outside of the tank, when the system is mounted with the tank; - a third opening in the chamber forming a second outlet through which the liquid phase of the chamber is discharged and reinjected into the tank, when the system is mounted with the tank; - a pumping member (50, 60) for pumping the liquid phase communicating with the second outlet; - a first valve connected to the inlet and controlling a quantity of fluid introduced via the inlet. - a chamber (10, 12, 14) for mechanical separation of the liquid and gaseous phases of the fluid, the separating chamber being a cyclone separator; - a first opening in the chamber forming an inlet through which the fluid is introduced from the tank into the chamber, when the system is mounted with the tank; - a second opening in the chamber forming a first outlet allowing the discharge of the gaseous phase from the chamber to the outside of the tank, when the system is mounted with the tank; - a third opening in the chamber forming a second outlet through which the liquid phase of the chamber is discharged and reinjected into the tank, when the system is mounted with the tank; - a pumping member (50, 60) for pumping the liquid phase communicating with the second outlet; - a first valve connected to the inlet and controlling a quantity of fluid introduced via the inlet.
An injectable dermal filler composition in the form of a gel, comprising crosslinked hyaluronic acid and carboxymethyl cellulose, wherein the carboxymethyl cellulose is present at a concentration of 1.0% to 25.0% volume/volume.
A display device comprising: a display portion, DP, comprising pixels defined by a pixel defining layer; and a touch portion, TP, on the display portion, wherein the touch portion comprises: a first touch electrode, TE1, overlapping the pixel defining layer; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion. a display portion, DP, comprising pixels defined by a pixel defining layer; and a touch portion, TP, on the display portion, wherein the touch portion comprises: a first touch electrode, TE1, overlapping the pixel defining layer; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion. a first touch electrode, TE1, overlapping the pixel defining layer; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion.
A method for use in a packet-switched communication system, the method comprising: - sending a first packet from a source node to a destination node, the first packet comprising a first set of data bits; - determining whether the first set of data bits can be successfully decoded in the destination node; and - sending a second packet from the source node to the destination node, the second packet comprising a second set of data bits; wherein, in the event that it is determined that the first set of data bits cannot be successfully decoded in the destination node, the second packet further comprises a first set of error correction bits for the first set of data bits; and characterized in that, in the event that the first set of data bits cannot be successfully decoded using the first set of error correction bits for the first set of data bits, and in the event that the second set of data bits cannot be successfully decoded in the destination node, including in a third packet sent from the source node to the destination node a third set of data bits, a second set of error correction bits for the first set of data bits and a first set of error correction bits for the second set of data bits. - sending a first packet from a source node to a destination node, the first packet comprising a first set of data bits; - determining whether the first set of data bits can be successfully decoded in the destination node; and - sending a second packet from the source node to the destination node, the second packet comprising a second set of data bits;
A transparent glass item, comprising at least one glass substrate which is provided, on at least one of its faces, with a coating consisting of a stack of thin layers, said coating comprising the succession of following layers, with reference to the surface of said substrate: - a first layer comprising niobium nitride, - a layer comprising a transparent conductive oxide, - a second layer comprising niobium nitride, wherein said first and second layers comprising niobium nitride are directly in contact with the layer comprising a transparent conductive oxide. - a first layer comprising niobium nitride, - a layer comprising a transparent conductive oxide, - a second layer comprising niobium nitride,
A method comprising: receiving first data indicating that a joystick of a handheld controller has received a first input from a center position (202) to a first outer position, wherein the joystick is biased to the center position; determining that the first outer position is within a first range of outer positions associated with a first property; receiving second data indicating a final location, within the first range of outer positions, of the joystick prior to user release of the joystick which causes the joystick to return to the center position; selecting a value of the first property based at least in part on the final location within the first range of outer positions; receiving third data indicating that the joystick has received a third input from the center position to a second outer position; determining that the second outer position is within a second range of outer positions associated with a second property; receiving fourth data indicating a final location, within the second range of outer positions, of the joystick prior to user release of the joystick which causes the joystick to return to the center position; and selecting a value of the second property based at least in part on the final location within the second range of outer positions. receiving first data indicating that a joystick of a handheld controller has received a first input from a center position (202) to a first outer position, wherein the joystick is biased to the center position; determining that the first outer position is within a first range of outer positions associated with a first property; receiving second data indicating a final location, within the first range of outer positions, of the joystick prior to user release of the joystick which causes the joystick to return to the center position; selecting a value of the first property based at least in part on the final location within the first range of outer positions; receiving third data indicating that the joystick has received a third input from the center position to a second outer position; determining that the second outer position is within a second range of outer positions associated with a second property; receiving fourth data indicating a final location, within the second range of outer positions, of the joystick prior to user release of the joystick which causes the joystick to return to the center position; and selecting a value of the second property based at least in part on the final location within the second range of outer positions.
A vehicle energy absorbing system for a high-speed, small-overlap impact, comprising: lobes spaced intermittently along a vehicle rail, wherein the lobes have a geometrical configuration, and each include an impact arm, a reactionary arm, and a base, wherein a shape of the base is complimentary to a shape of the vehicle rail and wherein the impact arm and the reactionary arm protrude outwardly from the base and the vehicle rail, wherein a channel is formed in the space between the base, the impact arm, and the reactionary arm, wherein the channel extends through the lobe from end to end; and the lobes comprise a polymeric material such that they are designed to absorb energy upon collision with an impactor; or deflect the vehicle away from an impactor; or transfer energy to the vehicle rails; or absorb energy upon collision with an impactor and deflect the vehicle away from an impactor; or absorb energy upon collision with an impactor and transfer energy to the vehicle rails. lobes spaced intermittently along a vehicle rail, wherein the lobes have a geometrical configuration, and each include an impact arm, a reactionary arm, and a base, wherein a shape of the base is complimentary to a shape of the vehicle rail and wherein the impact arm and the reactionary arm protrude outwardly from the base and the vehicle rail, wherein a channel is formed in the space between the base, the impact arm, and the reactionary arm, wherein the channel extends through the lobe from end to end; and the lobes comprise a polymeric material such that they are designed to absorb energy upon collision with an impactor; or deflect the vehicle away from an impactor; or transfer energy to the vehicle rails; or absorb energy upon collision with an impactor and deflect the vehicle away from an impactor; or absorb energy upon collision with an impactor and transfer energy to the vehicle rails.
A control device for a hybrid vehicle (Ve), the hybrid vehicle (Ve) including an engine, an exhaust gas control catalyst configured to remove combustion exhaust gas discharged from the engine, an automatic transmission arranged on an output side of the engine, and a first motor configured to have an electric power generation function of increasing or decreasing torque input from the engine to the automatic transmission, the control device comprising: a controller configured to control the engine, the first motor, and the automatic transmission, characterized in that the controller is configured to; determine whether or not an operation state of the engine is changeable when an upshift of the hybrid vehicle (Ve) to set a gear ratio smaller than a gear ratio currently set in the automatic transmission is performed, decrease torque of an input shaft of the automatic transmission to be decreased accompanied by the upshift by outputting negative torque acting to decrease the torque of the input shaft of the automatic transmission from the first motor, when a prohibition condition that the operation state of the engine is not changeable is established, and decrease engine torque output from the engine to decrease the torque of the input shaft of the automatic transmission to be decreased accompanied by the upshift when the prohibition condition is not established and the operation state of the engine is changeable. a controller configured to control the engine, the first motor, and the automatic transmission, characterized in that the controller is configured to; determine whether or not an operation state of the engine is changeable when an upshift of the hybrid vehicle (Ve) to set a gear ratio smaller than a gear ratio currently set in the automatic transmission is performed, decrease torque of an input shaft of the automatic transmission to be decreased accompanied by the upshift by outputting negative torque acting to decrease the torque of the input shaft of the automatic transmission from the first motor, when a prohibition condition that the operation state of the engine is not changeable is established, and decrease engine torque output from the engine to decrease the torque of the input shaft of the automatic transmission to be decreased accompanied by the upshift when the prohibition condition is not established and the operation state of the engine is changeable.
An air conditioner comprising: a compressor which compresses refrigerant; a condenser which comprises heat exchange units (21, 22) having a refrigerant tube for passing refrigerant and a plurality of radiating fins disposed around the refrigerant tube, and condenses refrigerant compressed in the compressor by heat-exchanging with air passing through the heat exchange units (21, 22); an expansion device for expanding refrigerant condensed by the condenser; an evaporator for evaporating refrigerant expanded by the expansion device, and an oil recovery flow path which returns oil from the evaporator into the compressor, and passes through the condenser for heating the oil and the refrigerant mixed with the oil by passing the heat exchange unit of the condenser before oil is returned into the compressor. a compressor which compresses refrigerant; a condenser which comprises heat exchange units (21, 22) having a refrigerant tube for passing refrigerant and a plurality of radiating fins disposed around the refrigerant tube, and condenses refrigerant compressed in the compressor by heat-exchanging with air passing through the heat exchange units (21, 22); an expansion device for expanding refrigerant condensed by the condenser; an evaporator for evaporating refrigerant expanded by the expansion device, and an oil recovery flow path which returns oil from the evaporator into the compressor, and passes through the condenser for heating the oil and the refrigerant mixed with the oil by passing the heat exchange unit of the condenser before oil is returned into the compressor.
A data transmission method, wherein a terminal in a radio resource control, RRC, inactive state moves from a coverage of an anchor base station to that of a serving base station, and the method comprises: receiving, by a first base station, a first message sent by a second base station, wherein the first message is a paging message and used to indicate that the second base station has data that needs to-be-transmitted to the first base station, wherein the data that needs to-be-transmitted is uplink data that needs to be transmitted to a core network, the first base station is the anchor base station, and the second base station is the serving base station; or wherein the data that needs to-be-transmitted is downlink data that needs to be transmitted to the terminal, the first base station is the serving base station, and the second base station is the anchor base station; and sending, by the first base station, a second message to the second base station, wherein the second message carries at least one address, and the address is associated with the data that needs to-be-transmitted and is used to identify data transmission through the interface between the base stations, wherein the first message carries a quantity of addresses, and a quantity of the at least one address in the second message is the same as the quantity of the addresses carried in the first message. receiving, by a first base station, a first message sent by a second base station, wherein the first message is a paging message and used to indicate that the second base station has data that needs to-be-transmitted to the first base station, wherein the data that needs to-be-transmitted is uplink data that needs to be transmitted to a core network, the first base station is the anchor base station, and the second base station is the serving base station; or wherein the data that needs to-be-transmitted is downlink data that needs to be transmitted to the terminal, the first base station is the serving base station, and the second base station is the anchor base station; and sending, by the first base station, a second message to the second base station, wherein the second message carries at least one address, and the address is associated with the data that needs to-be-transmitted and is used to identify data transmission through the interface between the base stations, wherein the first message carries a quantity of addresses, and a quantity of the at least one address in the second message is the same as the quantity of the addresses carried in the first message.
A wind turbine, comprising: a tower; a nacelle disposed adjacent a top of the tower and including a nacelle roof; a rotor including a hub and at least one wind turbine blade operatively coupled to a generator housed within the nacelle; a heliplatform including a support structure extending from the nacelle; and a crane coupled to the nacelle and configured to move between a first stowed position underneath the nacelle roof and a second operational position, the crane being selectively positionable in the second operational position over the heliplatform characterised by comprising: a cooler including a spoiler and at least one cooler panel projecting above the nacelle roof, the cooler operable to remove heat from an interior of the nacelle, wherein the crane is operable in the operational position to hoist items from the heliplatform over the cooler and into the nacelle through the nacelle roof. a tower; a nacelle disposed adjacent a top of the tower and including a nacelle roof; a rotor including a hub and at least one wind turbine blade operatively coupled to a generator housed within the nacelle; a heliplatform including a support structure extending from the nacelle; and a crane coupled to the nacelle and configured to move between a first stowed position underneath the nacelle roof and a second operational position, the crane being selectively positionable in the second operational position over the heliplatform characterised by comprising: a cooler including a spoiler and at least one cooler panel projecting above the nacelle roof, the cooler operable to remove heat from an interior of the nacelle, wherein the crane is operable in the operational position to hoist items from the heliplatform over the cooler and into the nacelle through the nacelle roof.