mhurhangee/ep-ind-claims huggingface dataset:
An electrically powered vehicle comprising: a power storage device; a motor that is adapted to generate traveling driving power using electric power output from said power storage device; a limitation control unit that is adapted to limit possible output power, which indicates electric power able to be output from said power storage device, based on a load state of said power storage device; a notification unit that is adapted to notify a warning when said possible output power is smaller than a threshold value for notifying a driver of decrease of said traveling driving power; and a changing unit that is adapted to increase, when the load state of said power storage device is high, said threshold value to be larger than said threshold value when the load state of said power storage device is low, characterized by a determining unit that is adapted to determine the load state of said power storage device based on a predetermined evaluation function indicating a state of said power storage device, wherein said evaluation function is an evaluation function that is based on an integrated value of an input/output current of said power storage device. a power storage device; a motor that is adapted to generate traveling driving power using electric power output from said power storage device; a limitation control unit that is adapted to limit possible output power, which indicates electric power able to be output from said power storage device, based on a load state of said power storage device; a notification unit that is adapted to notify a warning when said possible output power is smaller than a threshold value for notifying a driver of decrease of said traveling driving power; and a changing unit that is adapted to increase, when the load state of said power storage device is high, said threshold value to be larger than said threshold value when the load state of said power storage device is low, a determining unit that is adapted to determine the load state of said power storage device based on a predetermined evaluation function indicating a state of said power storage device, wherein said evaluation function is an evaluation function that is based on an integrated value of an input/output current of said power storage device.
Filling element, in particular for material and/or heat exchange columns through which a gas and/or liquid flow passes, having an outer structure (2, 2a), two mutually averted main extension surfaces (3, 4) of the filling element being formed by the outer structure (2, 2a), and having an inner structure formed between the two main extension surfaces (3, 4), the inner structure having at least one inner guide profile, the inner guide profile being inclined at an angle to the main extension surfaces (3, 4), the outer structure (2, 2a) being formed by outer rods (2, 2a), a plurality of these outer rods (2, 2a) extending between the two main extension surfaces (3, 4), the outer structure (2, 2a) having a first circumferential outer rod and a second circumferential outer rod, the first circumferential outer rod enclosing the one main extension surface and the second circumferential outer rod enclosing the other main extension surface circumferentially, the outer rods extending between the two main extension surfaces (3, 4) connecting the first circumferential outer rod to the second circumferential outer rod, characterized in that the outer structure (2, 2a) has a plurality of subregions projecting outwards in an edge region of the one main extension surface and in an edge region of the other main extension surface, the first circumferential outer rod having an alternating course and the second circumferential outer rod having an alternating course, an outer rod connecting one of the subregions projecting in the edge region of the one main extension surface to one of the subregions projecting in the edge region of the other main extension surface.
A thermoplastic pipe system comprising a thermoplastic pipe having at least one layer and at least one RFID system, which includes a RFID label that includes an electronic circuit connected to an antenna circuit, wherein the at least one RFID system is attached on an outer side of the top layer of the pipe and is coated on the outside with a thermoplastic material selected from the group of polyethylene, polypropylene and polycarbonate, polyvinyl chloride PVC forming a coating, such that the RFID label is not visible from the outside, wherein the coating is the same material which the pipe is made of, wherein the RFID system is entirely outside the outer outline of the top layer of the pipe, and wherein, when the pipe is having more than one layer, all layers of the pipe are made of the same one type of the material.
A leadless cardiac pacemaker configured to pace a patient's heart, the LCP disposable within a chamber of the patient's heart, the LCP comprising: a housing; a pair of pacing electrodes (24, 26) secured relative to the housing; a controller disposed within the housing and operably coupled to the pair of pacing electrodes (24, 26), the controller configured to generate and deliver a plurality of pacing pulses via the pair of pacing electrodes (24, 26), wherein each of the plurality of pacing pulses has a controllable pacing energy level; and a communications module operably coupled to the controller, the communications module configured to receive a pacing energy signal from a second implantable medical device that results from an automatic capture threshold capability of the second implantable medical device, wherein the pacing energy signal causes the controller of the LCP to change the pacing energy level of one or more subsequent pacing pulses of the plurality of pacing pulses. a housing; a pair of pacing electrodes (24, 26) secured relative to the housing; a controller disposed within the housing and operably coupled to the pair of pacing electrodes (24, 26), the controller configured to generate and deliver a plurality of pacing pulses via the pair of pacing electrodes (24, 26), wherein each of the plurality of pacing pulses has a controllable pacing energy level; and a communications module operably coupled to the controller, the communications module configured to receive a pacing energy signal from a second implantable medical device that results from an automatic capture threshold capability of the second implantable medical device, wherein the pacing energy signal causes the controller of the LCP to change the pacing energy level of one or more subsequent pacing pulses of the plurality of pacing pulses.
An apparatus for making a filled sachet comprising: a downtube, for delivering a content into an end portion of a sock; a sealer, positioned proximate to the downtube, for sealing the sock at a first seal position to confine the content between the first seal position and the end portion of the sock; a separator, positioned proximate to the downtube, for separating the sealed portion of the sock from the sock to make the sachet, and a dosing mechanism comprising a portion creator comprising a receiving plate rigidly coupled to a knob, the receiving plate defining a predetermined volume within the portion creator, wherein the receiving plate receives the content in a first configuration, wherein the receiving plate is horizontal in the first configuration, and wherein turning the knob turns the receiving plate to a second configuration, wherein the receiving plate is vertical in the second configuration, releasing the content into the downtube, wherein the sealer seals the sock at a second seal position contained in a portion of the sock extraneous to the sealed portion of the sock, and wherein the sealer heat seals the sock, and wherein the separator separates the sealed portion of the sock from the sock at a separation position by heating the sock, the separation position lying in between the first seal position and the second seal position. a downtube, for delivering a content into an end portion of a sock; a sealer, positioned proximate to the downtube, for sealing the sock at a first seal position to confine the content between the first seal position and the end portion of the sock; a separator, positioned proximate to the downtube, for separating the sealed portion of the sock from the sock to make the sachet, and a dosing mechanism comprising a portion creator comprising a receiving plate rigidly coupled to a knob, the receiving plate defining a predetermined volume within the portion creator, wherein the receiving plate receives the content in a first configuration, wherein the receiving plate is horizontal in the first configuration, and wherein turning the knob turns the receiving plate to a second configuration, wherein the receiving plate is vertical in the second configuration, releasing the content into the downtube, wherein the sealer seals the sock at a second seal position contained in a portion of the sock extraneous to the sealed portion of the sock, and wherein the sealer heat seals the sock, and wherein the separator separates the sealed portion of the sock from the sock at a separation position by heating the sock, the separation position lying in between the first seal position and the second seal position.
A capture assembly comprising: a pin having a shank, a head on the shank, and characterised by a blade projecting laterally from the head; a pawl (25,26,27) carried in the blade, the pawl (25,26,27) allowing rotation of the pin in a first direction and preventing rotation of the pin in an opposite second direction; a hold formed within the blade and having a lateral opening at a distal end of the blade; the pawl (25,26,27) is carried in the hold and is configured to move between a compressed condition and a normal condition, wherein in the compressed condition, the pawl (25,26,27) is withdrawn within the blade, and in the normal condition, the pawl (25,26,27) extends out of the lateral opening, beyond the blade. a pin having a shank, a head on the shank, and characterised by a blade projecting laterally from the head; a pawl (25,26,27) carried in the blade, the pawl (25,26,27) allowing rotation of the pin in a first direction and preventing rotation of the pin in an opposite second direction; a hold formed within the blade and having a lateral opening at a distal end of the blade; the pawl (25,26,27) is carried in the hold and is configured to move between a compressed condition and a normal condition, wherein in the compressed condition, the pawl (25,26,27) is withdrawn within the blade, and in the normal condition, the pawl (25,26,27) extends out of the lateral opening, beyond the blade.
Wave-power unit for extracting in an efficient way energy from waves on a water surface in different offshore conditions, including a main buoyant structure moored to the seabed with taut mooring lines and placed at a submerged, wave active depth, a linear generator placed within the buoyant structure and activated via a taut mooring line, a power control unit and a power take off cable connected to the linear generator and leading via the seabed to shore, characterized in that the buoyant structure is provided with means to vary the surface of the buoyant structure that is exposed to the dynamic pressure of the wave by inflation/deflation comprising an expandable element with a variable geometry, for an efficient power take-off for more than one wave frequency and to control the tension in the taut mooring lines.
Method for the coating of components, comprising the steps (a) Application of at least one ink type to the surface of a component by inkjet printing, (b) Hardening of the applied ink types by irradiation with UV light to an ink-bearing layer, (c) Application of at least one thin metallic layer to the ink-bearing layer by the physical vapour deposition method, (d) Application of at least one transparent varnish to the metallic layer, (e) Hardening of the transparent varnishes to a transparent varnish layer. (a) Application of at least one ink type to the surface of a component by inkjet printing, (b) Hardening of the applied ink types by irradiation with UV light to an ink-bearing layer, (c) Application of at least one thin metallic layer to the ink-bearing layer by the physical vapour deposition method, (d) Application of at least one transparent varnish to the metallic layer, (e) Hardening of the transparent varnishes to a transparent varnish layer.
A composite structure comprising: a base structure; a core disposed on the base structure, the core having a non-uniform contour relative to the base structure; and a layered cover material disposed on the base structure covering the core, the layered cover material conforming to the non-uniform contour of the core and having at least one overlay ply, each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; wherein the non-uniform contour of the core includes a non-uniform height relative to the base structure; and wherein the at least one overlay ply comprises at least a first overlay ply and a second overlay ply where the at least one slit of the first overlay ply is offset from a corresponding slit of the second overlay ply. a base structure; a core disposed on the base structure, the core having a non-uniform contour relative to the base structure; and a layered cover material disposed on the base structure covering the core, the layered cover material conforming to the non-uniform contour of the core and having at least one overlay ply, each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; at least one overlay ply, each of the at least one overlay ply having at least one slit cut through fibers of the respective overlay ply, and at least one cover ply having a shape that spans the at least one slit, and being configured to transfer a load across the at least one slit; wherein the non-uniform contour of the core includes a non-uniform height relative to the base structure; and wherein the at least one overlay ply comprises at least a first overlay ply and a second overlay ply where the at least one slit of the first overlay ply is offset from a corresponding slit of the second overlay ply.
An ophthalmic surgical instrument comprising: an elongate tubular member (102, 702) having a proximal end, a distal end (104, 704), and a lumen (112, 712) extending therebetween, the elongate tubular member being configured to penetrate a body cavity of a patient; a flexible wicking member retractably extending beyond the distal end of the elongate tubular member, the wicking member comprising a loop or plurality of fibers configured to secure a volume of treatment fluid delivered through the lumen to the wicking member for application from the wicking member to target tissue in the body cavity; and wherein the wicking member is configured to be retracted into the tubular member. an elongate tubular member (102, 702) having a proximal end, a distal end (104, 704), and a lumen (112, 712) extending therebetween, the elongate tubular member being configured to penetrate a body cavity of a patient; a flexible wicking member retractably extending beyond the distal end of the elongate tubular member, the wicking member comprising a loop or plurality of fibers configured to secure a volume of treatment fluid delivered through the lumen to the wicking member for application from the wicking member to target tissue in the body cavity; and wherein the wicking member is configured to be retracted into the tubular member.
Breech and ammunition drive of a weapon, having • a drive block and a crank disc, which is located thereon, as part of the breech drive, and • a stepping mechanism as part of the ammunition drive, on which the drive block acts, wherein • a connecting rod which is held or supported in the crank disc is fastened by a rear end or bolt (7.1) to/in the crank disc and by a front end (7.2) via a toothing to a rack mounted on the weapon, and therefore engages on a slide of a breech support and/or breech block (10.1), and • the stepping mechanism is functionally connected to an ammunition transport shaft and via the latter to a feed star of the weapon. • a drive block and a crank disc, which is located thereon, as part of the breech drive, and • a stepping mechanism as part of the ammunition drive, on which the drive block acts, wherein • a connecting rod which is held or supported in the crank disc is fastened by a rear end or bolt (7.1) to/in the crank disc and by a front end (7.2) via a toothing to a rack mounted on the weapon, and therefore engages on a slide of a breech support and/or breech block (10.1), and • the stepping mechanism is functionally connected to an ammunition transport shaft and via the latter to a feed star of the weapon.
Method of assembling of a rechargeable battery, the method comprising a first phase (φ 1) of manufacturing of an anode from a first composite, a second phase (φ 2) of manufacturing of a cathode from a second composite, a third phase (φ 3) of manufacturing of a stack consisting of the anode, a separator wetted in an organic electrolyte, and the cathode, and of putting this stack into a housing of the rechargeable battery, the first phase (φ 1) of manufacturing of the anode from the first composite includes: • a stage of first slurry preparing by mixing a silicon powder, a conductive polymer and dimethylformamide, • a stage of first slurry casting into a porous conductive substrate for obtaining the first composite, • a stage of first heat-treatment of the first composite into an inert atmosphere for obtaining a silicon-based anode, • a stage of short-circuiting of the silicon-based anode with metal lithium in the organic electrolyte for obtaining the pre-lithiated silicon-based anode. • a stage of first slurry preparing by mixing a silicon powder, a conductive polymer and dimethylformamide, • a stage of first slurry casting into a porous conductive substrate for obtaining the first composite, • a stage of first heat-treatment of the first composite into an inert atmosphere for obtaining a silicon-based anode, • a stage of short-circuiting of the silicon-based anode with metal lithium in the organic electrolyte for obtaining the pre-lithiated silicon-based anode.
Heat exchanger, in particular for a motor vehicle, comprising a bundle for the exchange of heat between a first and a second fluid A, L and a housing, said bundle being accommodated inside said housing, said exchanger further comprising at least one collector attached to said housing, said collector being configured to guide said first fluid A between said bundle and an inlet or outlet of said exchanger, characterized in that said collector is configured to form an abutment for positioning the heat exchange bundle in the housing for assembling said collector to said housing.
A method comprising: maintaining, in a first node serving a mobile terminal over a connection protected by at least one first key, said first key and information about the key management capabilities of the mobile terminal; and upon relocation of the mobile terminal to a second node. if, and only if, said key management capabilities indicate an enhanced key management capability supported by the mobile terminal, modifying, by said first node, the first key, thereby creating a second key, sending, from the first node to the second node, the second key, and transmitting to the second node the information about the key management capabilities of the mobile terminal. maintaining, in a first node serving a mobile terminal over a connection protected by at least one first key, said first key and information about the key management capabilities of the mobile terminal; and upon relocation of the mobile terminal to a second node. if, and only if, said key management capabilities indicate an enhanced key management capability supported by the mobile terminal, modifying, by said first node, the first key, thereby creating a second key, sending, from the first node to the second node, the second key, and transmitting to the second node the information about the key management capabilities of the mobile terminal.
An agricultural tillage device comprising a support frame, a roller frame attached to the support frame by means of a hydraulic puller and located behind the support frame with respect to the direction of travel, characterized in that cutting rotary discs provided with cutting projections are attached to the support frame of the agricultural device using disc attachments, behind the cutting rotary discs with respect to the direction of travel, tines are attached to the support frame, wherein each tine is provided with two protective discs, wherein one protective disc is located on the left side of the tine and one protective disc is located on the right side of the tine, behind the tines with respect to the direction of travel, at least one rotary hardening roller is attached to the roller frame, and behind the rotary hardening roller with respect to the direction of travel, ridgers are attached to the roller frame.
Method for producing a runner for a Pelton turbine, comprising a runner hub and a multiplicity of buckets with in each case one bucket root, wherein each bucket is fastened to the runner hub by means of the bucket root, wherein each bucket comprises a hollow space which encloses means which are of such a form that they passively counteract any bucket vibration which occurs, wherein the means comprise at least one body which is movable in relation to the hollow space, and wherein the runner is produced with the aid of a 3D printing process.