mhurhangee/ep-ind-claims huggingface dataset:
A removable device for securing a load on a vehicle, said device comprising: - a strap winder, the strap of which is intended to maintain the load, - an adjustable jaw secured to the winder and intended to be fastened on a support on the vehicle, said jaw comprising a first element and a second element cooperating relative to one another so that it is possible to vary, during use, the opening of the jaw depending on a dimension of the support, - a bolt coupled to the first element, the rotation of the bolt driving the motion of the first element during use, characterised in that the device comprises an upper bearing and a lower bearing defining the path of the first element, said bearings (9, 10) being provided with an untapped hole in which the bolt can slide. - a strap winder, the strap of which is intended to maintain the load, - an adjustable jaw secured to the winder and intended to be fastened on a support on the vehicle, said jaw comprising a first element and a second element cooperating relative to one another so that it is possible to vary, during use, the opening of the jaw depending on a dimension of the support, - a bolt coupled to the first element, the rotation of the bolt driving the motion of the first element during use,
System consisting of an electronic mobile display device having a display for displaying augmented reality, an electronic memory, and a cutting device for the cutting of cutting stock, in particular substantially planar cutting stock such as panels or sheets made of paper, paperboard, corrugated cardboard, film, leather, textile, plastic, foam or wood, wherein • the cutting device has ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, • the memory is designed to store information relating to the cutting stock, which information can be retrieved by the display device by means of a data connection, • the system has a computing unit for calculating a position and orientation of the display device relative to the cutting device, in particular relative to the cutting table, • the display device is designed to be worn by a user and positioned in the field of vision of the user, as a result of which the system is designed to display to the user, by means of the display, retrieved information relating to the cutting stock • in a manner readable by the user in the field of vision of the user, • in a manner adapted to the position and orientation of the display device relative to the cutting device, and • in a manner linked to an actual and/or setpoint position of the cutting stock. • the cutting device has ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, • the memory is designed to store information relating to the cutting stock, which information can be retrieved by the display device by means of a data connection, • the system has a computing unit for calculating a position and orientation of the display device relative to the cutting device, in particular relative to the cutting table, • the display device is designed to be worn by a user and positioned in the field of vision of the user, • in a manner readable by the user in the field of vision of the user, • in a manner adapted to the position and orientation of the display device relative to the cutting device, and • in a manner linked to an actual and/or setpoint position of the cutting stock.
Arrangement for electron beam X-ray computed tomography, comprising a) an electron beam generator for generating an electron beam, wherein the electron beam generator is arranged inside a vacuum chamber, b) one or more longitudinal coils for generating a coil magnetic field for radial deflecting of the electron beam, c) one or more bremsstrahlung targets for decelerating the electron beam and for generating X-ray bremsstrahlung, which targets are arranged inside the vacuum chamber in the region of the periphery of the longitudinal coils concentrically thereto, and d) at least one X-ray detector arc shaped as a part circle or as a full circle, wherein e) the arrangement is formed in such a way that the electron beam is injected in the direction of the main planes of the longitudinal coils in such a way that the electron beam in the coil magnetic field is forced onto a circular path, characterized in that f) the arrangement is formed for the periodic decrease and increase of the strength of the coil magnetic field with variation of the radius of the circular path of the electron beam in such a way that the electron beam strikes the bremsstrahlung targets in a focal spot moving on a circular path. a) an electron beam generator for generating an electron beam, wherein the electron beam generator is arranged inside a vacuum chamber, b) one or more longitudinal coils for generating a coil magnetic field for radial deflecting of the electron beam, c) one or more bremsstrahlung targets for decelerating the electron beam and for generating X-ray bremsstrahlung, which targets are arranged inside the vacuum chamber in the region of the periphery of the longitudinal coils concentrically thereto, and d) at least one X-ray detector arc shaped as a part circle or as a full circle, wherein e) the arrangement is formed in such a way that the electron beam is injected in the direction of the main planes of the longitudinal coils in such a way that the electron beam in the coil magnetic field is forced onto a circular path, characterized in that f) the arrangement is formed for the periodic decrease and increase of the strength of the coil magnetic field with variation of the radius of the circular path of the electron beam in such a way that the electron beam strikes the bremsstrahlung targets in a focal spot moving on a circular path.
A method in a network node for coordination of channel resources between a first transmission and a second transmission sharing a common channel, characterized by: - detecting a first traffic status of the first transmission and a second traffic status of the second transmission during a time period, wherein the first traffic status is measured by a first amount of data transmitted in the first transmission during the time period and the second traffic status is measured by a second amount of data transmitted in the second transmission during the time period; and - applying one of a first frame configuration and a second frame configuration to a frame based on a probability value dependent on the first traffic status and the second traffic status, wherein the probability value is indicative of a probability at which the first frame configuration is to be applied to the frame and is dependent on the ratio of the first amount to the second amount, wherein when the first frame configuration is applied to the frame, the first transmission uses the channel within the duration of the frame regardless of whether the second transmission is using the channel, and when the second frame configuration is applied to the frame, the first transmission is disabled or shares the channel with the second transmission in a contention-based manner within the duration of the frame. - detecting a first traffic status of the first transmission and a second traffic status of the second transmission during a time period, wherein the first traffic status is measured by a first amount of data transmitted in the first transmission during the time period and the second traffic status is measured by a second amount of data transmitted in the second transmission during the time period; and - applying one of a first frame configuration and a second frame configuration to a frame based on a probability value dependent on the first traffic status and the second traffic status, wherein the probability value is indicative of a probability at which the first frame configuration is to be applied to the frame and is dependent on the ratio of the first amount to the second amount,
A method of micro-dosing, in particular in a time-controlled manner, a liquid from a liquid reservoir by axially moving a piston arranged in said reservoir, thereby displacing liquid out of said reservoir, the method comprising the following steps: a) providing a portable structure for receiving the reservoir; b) providing a drive unit with a first end and a second end and with a drive motor, which drive unit upon activation of said drive motor is axially displaceable relative to said structure; c) connecting said drive unit at its second end to said piston of said liquid reservoir and securing said liquid reservoir to said structure; and d) activating said drive motor to axially displace said drive unit and a first member relative to a second member and to said structure towards said piston of said reservoir, thereby axially moving said piston in said reservoir and displacing liquid out of said reservoir, wherein said axial displacement is effected by rotating, with said drive unit, said first member around an axis of rotation, said first member defining said axis of rotation and being coupled to said drive unit at the first end of said drive unit and having an outer thread, the outer thread being coaxially around said axis of rotation and engaging a thread of said second member which is formed by or secured to said structure and wherein between said drive unit and said second member an anti-rotation element is arranged which prevents a rotation of said drive unit relative to said second member but permits axial movement of said drive unit relative to said second member. a) providing a portable structure for receiving the reservoir; b) providing a drive unit with a first end and a second end and with a drive motor, which drive unit upon activation of said drive motor is axially displaceable relative to said structure; c) connecting said drive unit at its second end to said piston of said liquid reservoir and securing said liquid reservoir to said structure; and d) activating said drive motor to axially displace said drive unit and a first member relative to a second member and to said structure towards said piston of said reservoir, thereby axially moving said piston in said reservoir and displacing liquid out of said reservoir,
A carbon material comprising at least 1,000 ppm of an electrochemical modifier, wherein the electrochemical modifier comprises lead or zinc or combinations thereof, and wherein the carbon material comprises greater than 50% of its total pore volume in pores having a diameter less than 2 nm and a total of less than 500 ppm, preferably less than 200 ppm, of all other elements having atomic numbers ranging from 11 to 92, as measured by proton induced x-ray emission.
A residual air reduction device for use in a manufacturing line to reduce the amount of air in a pouch package, comprising: a. a bump surface having a first end section and a second end section; b. a first alignment side connected to the first end section of the bump surface; c. a second alignment side connected to the second end section of the bump surface; d. a bump angle defined as the angle formed between a line perpendicular to the first alignment side and the bump surface that ranges from 25° to 65°; and, e. an attachment device, wherein the attachment device allows attachment of the residual air reduction device to the manufacturing line; wherein the bump surface is configured to contact the pouch package directly, by the device being placed upon the natural path that each pouch will follow to ensure that each pouch hits the device as the pouch package passes the device during a manufacturing process and wherein the pouch package contains a finished product. a. a bump surface having a first end section and a second end section; b. a first alignment side connected to the first end section of the bump surface; c. a second alignment side connected to the second end section of the bump surface; d. a bump angle defined as the angle formed between a line perpendicular to the first alignment side and the bump surface that ranges from 25° to 65°; and, e. an attachment device, wherein the attachment device allows attachment of the residual air reduction device to the manufacturing line;
A method for receiving channel measurement, comprising: selecting, by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing, by the UE, channel measurement for the antenna port subset to obtain channel state information; receiving, by a base station from the UE, the channel state information and identification information of the antenna port subset at the same time. selecting, by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing, by the UE, channel measurement for the antenna port subset to obtain channel state information; receiving, by a base station from the UE, the channel state information and identification information of the antenna port subset at the same time.
A tissue ablation system for ablating a region of tissue at a location where a pulmonary vein extends from an atrium in a patient, comprising: an anchor device having an elongate body with a proximal end portion and a distal end portion that is adapted to be positioned within the pulmonary vein, and also having an expandable member along the distal end portion adjustable between a radially collapsed condition and a radially expanded condition that is adapted to engage the pulmonary vein; and an ablation device comprising an elongate catheter having a proximal region and a distal region, and an ablation element located along the distal region, wherein the ablation device is adapted to slideably engage and track over the elongate body of the anchor device, such that the ablation element can be ablatively coupled to the region of tissue by advancing the ablation device distally over the elongate body of the anchor device towards the expandable member. an anchor device having an elongate body with a proximal end portion and a distal end portion that is adapted to be positioned within the pulmonary vein, and also having an expandable member along the distal end portion adjustable between a radially collapsed condition and a radially expanded condition that is adapted to engage the pulmonary vein; and an ablation device comprising an elongate catheter having a proximal region and a distal region, and an ablation element located along the distal region, wherein the ablation device is adapted to slideably engage and track over the elongate body of the anchor device, such that the ablation element can be ablatively coupled to the region of tissue by advancing the ablation device distally over the elongate body of the anchor device towards the expandable member.
Motor vehicle, comprising: a plurality of wheels; a brake system, which has brakes, which can be hydraulically actuated and which are each associated with a wheel; at least one brake circuit, by means of which the brakes can be actuated; a brake booster, by means of which the brake circuit can be operated, wherein the brake booster can be actuated by means of a brake pedal to be pressed by the driver; and at least one pressure-generating and/or pressure-accumulating device, which can be controlled by means of a control device and by means of which the hydraulic pressure within the brake circuit can be modulated, characterised in that a second pressure-generating and/or pressure-accumulating device is provided in the brake circuit, by means of which second pressure-generating and/or pressure-accumulating device the pressure within the brake circuit can be automatically increased in dependence on demand independently of the first pressure-generating and/or pressure-accumulating device in the case of a malfunction detected in the brake system, to initiate a deceleration process without recourse to the driver.
An organic electroluminescent element comprising an anode, a cathode and an organic layer disposed between the anode and the cathode, wherein the organic layer comprises a mixed layer containing a light-emitting low molecular compound and/or a charge-transporting low molecular compound in a film containing a cross-linked polymer as an insolubilized polymer, and, adjacent to the mixed layer, a layer containing a light-emitting low molecular compound and a charge-transporting low molecular compound and not containing a cross-linked polymer, characterised in that the number of cross-linking groups in a cross-linking polymer for obtaining the cross-linked polymer is from 0.5 to 8 groups per molecular weight of 10,000, (provided that the molecular weight is a value calculated from the molar ratio and structural formulae of charged monomers, excluding terminal groups from the cross-linking polymer).
A thermal-activated pressure relief device for a fuel cell vehicle, the thermal-activated pressure relief device comprising: a hollow body adapted to be mounted at an outlet of a hydrogen tank a hydrogen discharge block having a first hydrogen discharge hole and mounted and fixed in an upper portion of the hollow body; a hydrogen discharge pipe having a plurality of second hydrogen discharge holes and connected to a bottom of the hydrogen discharge block; a piston fitted on an outer side of the hydrogen discharge pipe to be able to move up and down and to open and close the second hydrogen discharge holes; a stopper mounted in a lower portion of the hollow body and limiting a downward movement distance of the piston; and a melting alloy disposed between the piston and the stopper and melting at a predetermined temperature or more; characterised in that the hydrogen discharge block has a plurality of first hydrogen discharge holes and in that when the melting alloy is melted and unlocked from the stopper, when the internal pressure of the hydrogen tank is applied to the top of the piston through the first hydrogen discharge holes of the hydrogen discharge block, the piston is moved down. a hollow body adapted to be mounted at an outlet of a hydrogen tank a hydrogen discharge block having a first hydrogen discharge hole and mounted and fixed in an upper portion of the hollow body; a hydrogen discharge pipe having a plurality of second hydrogen discharge holes and connected to a bottom of the hydrogen discharge block; a piston fitted on an outer side of the hydrogen discharge pipe to be able to move up and down and to open and close the second hydrogen discharge holes; a stopper mounted in a lower portion of the hollow body and limiting a downward movement distance of the piston; and a melting alloy disposed between the piston and the stopper and melting at a predetermined temperature or more; characterised in that the hydrogen discharge block has a plurality of first hydrogen discharge holes and in that when the melting alloy is melted and unlocked from the stopper, when the internal pressure of the hydrogen tank is applied to the top of the piston through the first hydrogen discharge holes of the hydrogen discharge block, the piston is moved down.
An aircraft comprising: a body with an exterior surface and an interior surface; and an energy harvesting system comprising: an energy storage device (50; 72; 92); and an energy harvesting member electrically connected to the energy storage device (50; 72; 92) and mechanically linked to the aircraft, wherein in that the energy harvesting member is configured and disposed to generate an electrical energy output in response to a change in altitude of the aircraft; and characterized in that the energy harvesting member comprises a micro-turbine, which is disposed between the exterior surface and the adjacent interior surface of the body and which is configured for generating electrical energy in response to air passing between the interior surface and the exterior surface of the aircraft in response to the change in altitude. a body with an exterior surface and an interior surface; and an energy harvesting system comprising: an energy storage device (50; 72; 92); and an energy harvesting member electrically connected to the energy storage device (50; 72; 92) and mechanically linked to the aircraft, wherein in that the energy harvesting member is configured and disposed to generate an electrical energy output in response to a change in altitude of the aircraft; and characterized in that the energy harvesting member comprises a micro-turbine, which is disposed between the exterior surface and the adjacent interior surface of the body and which is configured for generating electrical energy in response to air passing between the interior surface and the exterior surface of the aircraft in response to the change in altitude. an energy storage device (50; 72; 92); and an energy harvesting member electrically connected to the energy storage device (50; 72; 92) and mechanically linked to the aircraft, wherein in that the energy harvesting member is configured and disposed to generate an electrical energy output in response to a change in altitude of the aircraft; and characterized in that the energy harvesting member comprises a micro-turbine, which is disposed between the exterior surface and the adjacent interior surface of the body and which is configured for generating electrical energy in response to air passing between the interior surface and the exterior surface of the aircraft in response to the change in altitude.
A method for reproducing a handwritten message on a mobile terminal using handwriting data, the method comprising the steps of: receiving a handwriting image, the handwriting image including handwriting data, the handwriting data including position information and time information of the handwritten message; extracting the handwriting data including the position information and the time information included in the received handwriting image; sequentially reproducing the handwritten message according to an order of input of the handwritten message using the handwriting data; wherein the method is further characterized in that the handwriting image comprises a plurality of fields, one of which stores still image data that includes pixel values acquired by imaging the handwritten message; and the handwriting data is stored in a field other than the field which stores the still image data. receiving a handwriting image, the handwriting image including handwriting data, the handwriting data including position information and time information of the handwritten message; extracting the handwriting data including the position information and the time information included in the received handwriting image; sequentially reproducing the handwritten message according to an order of input of the handwritten message using the handwriting data; wherein the method is further characterized in that the handwriting image comprises a plurality of fields, one of which stores still image data that includes pixel values acquired by imaging the handwritten message; and the handwriting data is stored in a field other than the field which stores the still image data.