mhurhangee/ep-ind-claims huggingface dataset:
A device for braking lines of tying twine, for agricultural machines, of the type of balers, round balers and the like, which are provided with assemblies for tying bales of previously-cut agricultural products, of the type of grass, wheat, maize, hay, forage, and the like, the device comprising an electronic unit the device being characterized in that the electronic unit is suitable for controlling and managing at least one actuator for directly moving at least one braking element, which is actuated by said electronic unit by way of said actuator, for the at least partial retaining of at least one respective length of at least one line of twine, during its unreeling.
An information-processing device at a communication source, adapted to communicate with an information-processing device at a communication destination through a communication control device at the communication source, comprising: a span of packet life setting part adapted to set a span of packet life of a bubble packet to be transmitted from the information-processing device at the communication source in order to open a port of the communication control device at the communication source; and a bubble packet transmitter adapted to transmit a bubble packet having a span of packet life that the span of packet life setting part has set, through the communication control device at the communication source; characterized by a relay node counter adapted to count a number of relay nodes from the information-processing device at the communication source to a relay node relaying packets from a global address to another global address; and a communication control unit adapted to receive a reply packet from the information-processing device at the communication destination via the open port of the communication control device at the communication source; wherein the span of packet life setting part is adapted to set the span of packet life of the bubble packet so that the bubble packet can reach the relay node relaying the packets from the global address to the other global address, based on the number of relay nodes counted by the relay node counter. a span of packet life setting part adapted to set a span of packet life of a bubble packet to be transmitted from the information-processing device at the communication source in order to open a port of the communication control device at the communication source; and a bubble packet transmitter adapted to transmit a bubble packet having a span of packet life that the span of packet life setting part has set, through the communication control device at the communication source; characterized by a relay node counter adapted to count a number of relay nodes from the information-processing device at the communication source to a relay node relaying packets from a global address to another global address; and a communication control unit adapted to receive a reply packet from the information-processing device at the communication destination via the open port of the communication control device at the communication source; wherein the span of packet life setting part is adapted to set the span of packet life of the bubble packet so that the bubble packet can reach the relay node relaying the packets from the global address to the other global address, based on the number of relay nodes counted by the relay node counter.
A device for visual analysis of a wind turbine blade comprising image capturing means for acquiring at least one image of at least one portion of the wind turbine blade, characterized in that said capturing means being adapted to be triggered in order to acquire said at least one image according to at least a first and second different parameters related to the wind turbine blade and according to an additional parameter selected from at least one parameter related to wind speed, blade surface temperature and ambient temperature, whereby the image acquired may be compared with a predetermined reference image, said predetermined reference image being based on said first and second parameters.
Vehicle seat cover comprising an underlay, a cover and an upholstered element which is provided between the cover and the underlay, wherein the underlay, the cover and/or the upholstered element are connected together by at least one longitudinal seam, which extends parallel to the spinal column or the thighs of the seat occupant, and at least one transverse seam, which extends perpendicularly to the longitudinal seam, characterized in that the longitudinal seam has inwardly curved portions and/or outwardly curved portions (7, 8) and the transverse seam does not follow a straight path.
A thermoforming device for a sheet of material, of the type including: - means for heating the sheet, - a molding tool, on which the sheet is designed to be placed after heating, arranged substantially below the heating means, and - a conveyor assembly for the sheet, comprising: • an apron, with a substantially planar shape, extending longitudinally between first and second ends, • a conveyor belt, supported by the apron, and movable relative to that apron, designed to receive the sheet to be thermoformed, and to convey said sheet between the first and second ends of the apron, wherein the apron is translatable relative to a support of the conveyor assembly, between a first position for loading a sheet on the conveyor belt near the first end of the apron, and a second position for heating the sheet, in which the second end of the apron is positioned near the heating means, characterized in that the conveyor assembly includes: - a head arranged at the second end of the apron, said head being rotatable around a transverse axis, - means for driving the rotation of the head, capable of tilting the head around the transverse axis, in particular toward the molding tool. - means for heating the sheet, - a molding tool, on which the sheet is designed to be placed after heating, arranged substantially below the heating means, and - a conveyor assembly for the sheet, comprising: • an apron, with a substantially planar shape, extending longitudinally between first and second ends, • a conveyor belt, supported by the apron, and movable relative to that apron, designed to receive the sheet to be thermoformed, and to convey said sheet between the first and second ends of the apron, • an apron, with a substantially planar shape, extending longitudinally between first and second ends, • a conveyor belt, supported by the apron, and movable relative to that apron, designed to receive the sheet to be thermoformed, and to convey said sheet between the first and second ends of the apron, - a head arranged at the second end of the apron, said head being rotatable around a transverse axis, - means for driving the rotation of the head, capable of tilting the head around the transverse axis, in particular toward the molding tool.
A method of counteracting the spin of a crusher head assembly of a cone or gyratory crusher on start-up, wherein said crusher comprises a bowl liner mounted in a bowl, said bowl having a frame and a feed opening for receiving material to be crushed, said bowl liner having a generally conical interior surface, said crusher head assembly comprising a crusher head and extending upwardly into the space formed by said bowl liner, wherein in operation said crusher head assembly gyrates about a central shaft and is provided gyrational motion by a motor-driven rotating eccentric element, said method comprising: i) providing a deformable annular rubber muscle element comprising a rubber ring and a T-shaped lower foot element extending downwardly therefrom, said muscle element being positioned between said bowl frame and a surface of the crusher head and having a first surface selectively spaced from or contacting said surface of said crusher head and a second opposed surface in communication with a selectively pressurized manifold; ii) selectively forcing a portion of said first surface of said deformable annular rubber muscle element against said surface of said crusher head by applying pressure transmitted from said selectively pressurized manifold to said second opposed surface of said muscle element to thereby force said portion of said first surface of said deformable annular rubber muscle element against said surface of said crusher head to prevent spin of the crusher head assembly during start-up; and iii) releasing said first surface of said deformable annular rubber muscle element from contact under pressure with said surface of the crusher head during normal operation after material to be crushed has been introduced into said bowl. i) providing a deformable annular rubber muscle element comprising a rubber ring and a T-shaped lower foot element extending downwardly therefrom, said muscle element being positioned between said bowl frame and a surface of the crusher head and having a first surface selectively spaced from or contacting said surface of said crusher head and a second opposed surface in communication with a selectively pressurized manifold; ii) selectively forcing a portion of said first surface of said deformable annular rubber muscle element against said surface of said crusher head by applying pressure transmitted from said selectively pressurized manifold to said second opposed surface of said muscle element to thereby force said portion of said first surface of said deformable annular rubber muscle element against said surface of said crusher head to prevent spin of the crusher head assembly during start-up; and iii) releasing said first surface of said deformable annular rubber muscle element from contact under pressure with said surface of the crusher head during normal operation after material to be crushed has been introduced into said bowl.
A braking device including: a piezoelectric element; and a braking portion configured to surround a member and to clamp the member when the piezoelectric element is in a first state, and to release the member when the piezoelectric element is in a second state, wherein the piezoelectric element changes from the first state to the second state when a voltage is applied to the piezoelectric element; and characterized in that the braking portion comprises a split ring that is split at a location on the ring such that a gap is formed between a first split end of the ring and a second split end of the ring, with the first and second split ends facing each other, and wherein the braking device comprises further a first part extending from the first split end away from the member and a second part extending from the second split end away from the member and the piezoelectric element is placed between a space formed by the first and second parts (1313, 1315) such that a distance of the gap between the facing surfaces of the first and second split ends (131A, 131B) varies while the piezoelectric element changes between the first state and second state. a piezoelectric element; and a braking portion configured to surround a member and to clamp the member when the piezoelectric element is in a first state, and to release the member when the piezoelectric element is in a second state, wherein the piezoelectric element changes from the first state to the second state when a voltage is applied to the piezoelectric element; and characterized in that the braking portion comprises a split ring that is split at a location on the ring such that a gap is formed between a first split end of the ring and a second split end of the ring, with the first and second split ends facing each other, and wherein the braking device comprises further a first part extending from the first split end away from the member and a second part extending from the second split end away from the member and the piezoelectric element is placed between a space formed by the first and second parts (1313, 1315) such that a distance of the gap between the facing surfaces of the first and second split ends (131A, 131B) varies while the piezoelectric element changes between the first state and second state.
Device for measuring an acceleration of a moving body, said device comprising: - a solid body comprising an internal cavity capable of allowing for the free movement of a moving part; - said cavity, at least one wall of which is capable of forming a sloping track, one surface of which allows for said free movement of said moving part on said track in said cavity between an initial position at rest and a position distant from said initial position situated at an end of said cavity and reachable by said part during a variation in said acceleration; - said part capable of moving from said initial position to said distant position in said cavity under the effect of the acceleration of said moving body; - at least one detector capable of detecting a presence of said part at said distant position; characterised in that said solid body comprises a central part comprising an opening intended to form at least one part of said cavity, said central part being sandwiched between two lateral parts - a solid body comprising an internal cavity capable of allowing for the free movement of a moving part; - said cavity, at least one wall of which is capable of forming a sloping track, one surface of which allows for said free movement of said moving part on said track in said cavity between an initial position at rest and a position distant from said initial position situated at an end of said cavity and reachable by said part during a variation in said acceleration; - said part capable of moving from said initial position to said distant position in said cavity under the effect of the acceleration of said moving body; - at least one detector capable of detecting a presence of said part at said distant position;
An automotive underbody suspension part that is a forged part made of a heat-treatable Al-Mg-Si-series alloy, wherein the part has an arm section, and an average value of inverse Schmid factor calculated from the Al-Mg-Si-series alloy crystal orientation in the longitudinal direction at the arm section, is 2.3 or greater.
A method for operating a power tool during installation of a deformable fastener, where the power tool includes a collet for grasping the fastener and a drivable sliding sleeve with an anvil for swaging the fastener, comprising: receiving, by a controller residing in the power tool, measures of current supplied to a motor of the power tool during operation of the power tool characterised in that: determining, by the controller, rate of change of the current during operation of the power tool; determining, by the controller, occurrence of the power tool engaging the fastener based on the magnitude of the current supplied to the motor; determining, by the controller, occurrence of the power tool swaging the fastener based on the rate of change of the current; determining, by the controller, completion of the power tool swaging the fastener based on the magnitude of the current and the rate of change of the current; and altering, by the controller, rotation of the motor of the power tool in response to determining completion of swaging the fastener. determining, by the controller, rate of change of the current during operation of the power tool; determining, by the controller, occurrence of the power tool engaging the fastener based on the magnitude of the current supplied to the motor; determining, by the controller, occurrence of the power tool swaging the fastener based on the rate of change of the current; determining, by the controller, completion of the power tool swaging the fastener based on the magnitude of the current and the rate of change of the current; and altering, by the controller, rotation of the motor of the power tool in response to determining completion of swaging the fastener.
Drilling tool for use in machine tools, comprising at least two cutting inserts (16', 16'', 16'", 16 IV) which are arranged at the same circumferential distance from one another and which each have an active major cutting edge which defines a pitch circle radius at their outermost end during rotary use, comprising in each case a minor cutting edge which adjoins the outermost end of the respective major cutting edge against a feed direction and is arranged over its entire length on a smaller radius than the pitch circle radius, and comprising in each case a minor cutting edge flank which adjoins the minor cutting edge against the direction of rotation and assists the guidance of the drilling tool, characterized in that the drilling tool is designed as a boring tool whose active major cutting edges are arranged in the region of an insert corner of the cutting inserts and penetrate during rotary use with a predetermined cutting depth (t) into a workpiece in the region of a preformed round hole, and in that the minor cutting edge flank of each cutting insert has a support part which is arranged at a distance from the minor cutting edge against the direction of rotation and at a distance from the major cutting edge against the feed direction, the radius of revolution of which support part is greater than the pitch circle radius of the active major cutting edge by a projecting size.
A method for synthesis of ionic liquids, in which, in a uniform production sequence, different ionic liquids are produced, characterized in that the synthesis runs via a chemical intermediate stage, which are converted using conventional means into different final products, wherein an added solvent assumes the heat transport, and sets the reaction temperature by way of its vaporization temperature, and thus is used for temperature control.
A terahertz wave generating apparatus (1, 2, 2A) comprising: an excitation light source outputting pulsed excitation light; a transmission-type diffraction grating receiving the pulsed excitation light output from the excitation light source and diffracting and outputting the pulsed excitation light,whereby the orientation of the grating is variable about a straight central axis which is parallel to the grooves of the grating and intersects the position at which a principal ray of the pulsed excitation light is incident onto the grating; a variable imaging optical system receiving the pulsed excitation light diffracted by the transmission-type diffraction grating and forming an image of the pulsed excitation light diffracted by the transmission-type diffraction grating onto a predetermined plane, in which an imaging magnification is variable; and a nonlinear optical crystal, disposed at a position at which the pulsed excitation light is formed as the image by the variable imaging optical system, receiving the pulsed excitation light passing through the variable imaging optical system, and generating a terahertz wave. an excitation light source outputting pulsed excitation light; a transmission-type diffraction grating receiving the pulsed excitation light output from the excitation light source and diffracting and outputting the pulsed excitation light,whereby the orientation of the grating is variable about a straight central axis which is parallel to the grooves of the grating and intersects the position at which a principal ray of the pulsed excitation light is incident onto the grating; a variable imaging optical system receiving the pulsed excitation light diffracted by the transmission-type diffraction grating and forming an image of the pulsed excitation light diffracted by the transmission-type diffraction grating onto a predetermined plane, in which an imaging magnification is variable; and a nonlinear optical crystal, disposed at a position at which the pulsed excitation light is formed as the image by the variable imaging optical system, receiving the pulsed excitation light passing through the variable imaging optical system, and generating a terahertz wave.
A light modulation element comprising an optical member, the optical member comprises: a light control part to reflect light in a predetermined wavelength and to transmit light in other than the predetermined wavelength in light in at least a visible light range in accordance with a reproduction reference image for reproducing an original image; and a light transmissive part to transmit light in at least the visible light range including the predetermined wavelength, wherein the optical member comprises a hologram recording layer, and the light control part is an interference fringe in the hologram recording layer, and wherein the optical member is configured to make an observer visually perceive a reproduced optical image of a color of the predetermined wavelength when a point light source is observed through a predetermined region including the interference fringe in the hologram recording layer from a normal direction to the optical member in a state where light in a predetermined wavelength range including the predetermined wavelength is incident from the point light source on the predetermined region, and to make an observer visually perceive a reproduced optical image of a color of a shorter wavelength than the predetermined wavelength when the point light source is observed through the predetermined region from a direction oblique to the normal direction. a light control part to reflect light in a predetermined wavelength and to transmit light in other than the predetermined wavelength in light in at least a visible light range in accordance with a reproduction reference image for reproducing an original image; and a light transmissive part to transmit light in at least the visible light range including the predetermined wavelength, wherein the optical member comprises a hologram recording layer, and the light control part is an interference fringe in the hologram recording layer, and wherein the optical member is configured to make an observer visually perceive a reproduced optical image of a color of the predetermined wavelength when a point light source is observed through a predetermined region including the interference fringe in the hologram recording layer from a normal direction to the optical member in a state where light in a predetermined wavelength range including the predetermined wavelength is incident from the point light source on the predetermined region, and to make an observer visually perceive a reproduced optical image of a color of a shorter wavelength than the predetermined wavelength when the point light source is observed through the predetermined region from a direction oblique to the normal direction.
A method for slowing a digital audio signal from a transmitter in order to transmit a slowed-down digital audio signal to a receiver, comprising - the digital audio signal received from the transmitter is converted into a text made up of a series of words, - a timestamp bookmark is assigned to each word in the text relative to an absolute time reference, - words belonging to patterns referenced in a database are identified, and patterns to be eliminated are deduced from this, - a rate of slowing is defined based on the patterns to be eliminated, - the timestamp bookmarks are adapted to a slowed-down time frame based on the rate of slowing, - the digital audio signal received from the transmitter is slowed down, - the patterns to be eliminated are deleted from the digital audio signal received from the transmitter. - a slowed-down digital audio signal is transmitted to the receiver. - the digital audio signal received from the transmitter is converted into a text made up of a series of words, - a timestamp bookmark is assigned to each word in the text relative to an absolute time reference, - words belonging to patterns referenced in a database are identified, and patterns to be eliminated are deduced from this, - a rate of slowing is defined based on the patterns to be eliminated, - the timestamp bookmarks are adapted to a slowed-down time frame based on the rate of slowing, - the digital audio signal received from the transmitter is slowed down, - the patterns to be eliminated are deleted from the digital audio signal received from the transmitter. - a slowed-down digital audio signal is transmitted to the receiver.