mhurhangee/ep-ind-claims huggingface dataset:
A method of producing energy, comprising - providing a reaction container comprising reaction material, the reaction material comprising electrically polarizable dielectric material and metallic material, - pressurizing the reaction container with hydrogen gas, - activating hydrogen molecules in the hydrogen gas to provide atomic hydrogen, - polarizing the dielectric material to produce an electric field, - pulling positive hydrogen ions with the electric field from the metallic surface or ionizing the atomic hydrogen in the electric field to provide positive hydrogen ions, the method being characterized in that it comprises the further step of - accelerating hydrogen ions in the electric field, wherein part of the accelerated positive hydrogen ions tunnels through a Coulomb barrier between the positive hydrogen ions and atomic nuclei of the reaction material to fuse the positive hydrogen ions with the atomic nuclei of the reaction material to release energy, wherein the reaction material further comprises material promoting the formation and storage of Rydberg matter, said material preferably being arranged near the electrically polarizable dielectric material or to the surface of the electrically polarizable dielectric material; and wherein electrons are accelerated in the electric field in addition to positive hydrogen ions, the electric field strength being capable of producing a kinetic energy for the positive hydrogen ions and electrons high enough to excite electrons in the reaction material to Rydberg states and to form Rydberg matter. - providing a reaction container comprising reaction material, the reaction material comprising electrically polarizable dielectric material and metallic material, - pressurizing the reaction container with hydrogen gas, - activating hydrogen molecules in the hydrogen gas to provide atomic hydrogen, - polarizing the dielectric material to produce an electric field, - pulling positive hydrogen ions with the electric field from the metallic surface or ionizing the atomic hydrogen in the electric field to provide positive hydrogen ions, the method being characterized in that it comprises the further step of - accelerating hydrogen ions in the electric field,
Arrangement for an uninterruptible power supply, having a rectifier, an energy store for storing electrical energy, an inverter, a switching means and a controller (5, 6) comprising a first controller part and a second controller part, wherein the rectifier is connectable by means of a rectifier input to a supply system, the energy store is connected to a rectifier output of the rectifier and to an inverter input of the inverter, a system to be protected or a load to be protected is connectable to an inverter output of the inverter, the rectifier input or a supply system is connectable to the inverter output via the switching means and the rectifier, the inverter and the switching means can be controlled and/or regulated by means of the controller (5, 6), characterized in that the arrangement has at least two means (8, 9) for auxiliary power supply, and each means (8, 9) for auxiliary power supply is connected to an input for the auxiliary power supply of the first controller part and to an input for the auxiliary power supply of the second controller part, in order to supply the controller parts with electrical energy.
Use of a specific ligand for human immunoglobulin in the manufacture of a column having said ligand coupled thereto for the treatment of a patient suffering from Thromboangiitis obliterans, said treatment comprising passing plasma of the patient over the column under conditions which effect the binding of said specific ligand to immunoglobulin in the patient's plasma, thereby removing a significant portion of the immunoglobulin from the patient's plasma, and reinfusing the plasma to the patient
An isolated or purified polypeptide: - consisting of sequence SEQ ID NO: 3, or a variant polypeptide having at least 85 % of identity to the entire length SEQ ID NO: 3, or a variant consisting of a fragment of at least 20 consecutive amino acids of SEQ ID NO: 3, or - encoded by the cDNA of sequence SEQ ID NO: 4, or a variant thereof by virtue of the degeneracy of the genetic code, or a variant cDNA having at least 85 % of identity to the entire length SEQ ID NO: 4. - consisting of sequence SEQ ID NO: 3, or a variant polypeptide having at least 85 % of identity to the entire length SEQ ID NO: 3, or a variant consisting of a fragment of at least 20 consecutive amino acids of SEQ ID NO: 3, or - encoded by the cDNA of sequence SEQ ID NO: 4, or a variant thereof by virtue of the degeneracy of the genetic code, or a variant cDNA having at least 85 % of identity to the entire length SEQ ID NO: 4.
A body shell of an armoured vehicle comprising: a front face carrying an armoured windscreen projecting towards the outside of the body shell, at least one side wall comprising an opening, the side wall being integral with the front face at a strut which is defined by a part of the side wall comprised between an edge of the opening and a rim of the side wall situated furthest outwards at the front of the vehicle, the armoured vehicle body shell being characterised in that: - the strut extends beyond the front face towards the outside of the body shell, - at least one edge of the opening is situated near the front face, so that the junction between the strut and the front face of the vehicle is at the vicinity of the edge of the opening which forms a rear edge of the strut. a front face carrying an armoured windscreen projecting towards the outside of the body shell, at least one side wall comprising an opening, the side wall being integral with the front face at a strut which is defined by a part of the side wall comprised between an edge of the opening and a rim of the side wall situated furthest outwards at the front of the vehicle, the armoured vehicle body shell being characterised in that: - the strut extends beyond the front face towards the outside of the body shell, - at least one edge of the opening is situated near the front face, so that the junction between the strut and the front face of the vehicle is at the vicinity of the edge of the opening which forms a rear edge of the strut. - the strut extends beyond the front face towards the outside of the body shell, - at least one edge of the opening is situated near the front face, so that the junction between the strut and the front face of the vehicle is at the vicinity of the edge of the opening which forms a rear edge of the strut.
A surgical tool system comprising: a handle; an electrosurgical tool configured to seal tissue, the tool including a distal portion including a tissue sealing mechanism connected to the handle via a shaft; a sensor coupled to the electrosurgical tool, wherein the sensor is configured to monitor a tissue property; a control system electrically connected to sensor, wherein the control system calculates sensor information from signals received from the sensor and processes the sensor information into signal commands; and a feedback system including one or more haptic actuators coupled to the handle and electrically connected to the control system, wherein the control system communicates the signal commands to the feedback system and the feedback system uses the signal commands to generate haptic feedback relating to the sensor information to the handle; characterized in that the sensor is configured to monitor an electrical tissue property and the feedback system is adapted to generate haptic feedback informing a user that tissue is completely sealed. a handle; an electrosurgical tool configured to seal tissue, the tool including a distal portion including a tissue sealing mechanism connected to the handle via a shaft; a sensor coupled to the electrosurgical tool, wherein the sensor is configured to monitor a tissue property; a control system electrically connected to sensor, wherein the control system calculates sensor information from signals received from the sensor and processes the sensor information into signal commands; and a feedback system including one or more haptic actuators coupled to the handle and electrically connected to the control system, wherein the control system communicates the signal commands to the feedback system and the feedback system uses the signal commands to generate haptic feedback relating to the sensor information to the handle; the sensor is configured to monitor an electrical tissue property and the feedback system is adapted to generate haptic feedback informing a user that tissue is completely sealed.
An assembly station (1") of an industrial production line for mounting a plurality of components on a part, said station including at least one automatic module equipped with a robot means carrying out the simultaneous gripping of the plurality of components, then the mounting one by one of said components on the part, the robot means including an arm provided at one of its ends with a head equipped with at least two pneumatic gripping means of components, said means being movable with respect to the head between two positions, a supply provision of the components and a mounting position of the components, characterized in that the gripping means are able to pivot about an axis between the supply position and the mounting position, in particular along an angle of 90°, the gripping means being parallel with each other in their supply positions, and being coplanar with different orientations in their mounting positions.
An apparatus for diagnosing an insulation condition between a battery pack and a ground, comprising: a first resistor element electrically connectable between a positive terminal of the battery pack and the ground; and a control circuit having a power supply and a controller operably coupled to the power supply, wherein the power supply includes a first test port (P 1) electrically connectable to the positive terminal and a second test port (P 2) electrically connectable to the ground and is configured to generate a high-level voltage, wherein the controller is configured to: command the power supply to apply the high-level voltage between the first test port (P 1) and the second test port (P 2) for a predetermined period from a first time point, record a current flowing through the first test port (P 1) within the predetermined period from the first time point as a first test current, and diagnose the insulation condition between the battery pack and the ground, based on the first test current. a first resistor element electrically connectable between a positive terminal of the battery pack and the ground; and a control circuit having a power supply and a controller operably coupled to the power supply, wherein the power supply includes a first test port (P 1) electrically connectable to the positive terminal and a second test port (P 2) electrically connectable to the ground and is configured to generate a high-level voltage, wherein the controller is configured to: command the power supply to apply the high-level voltage between the first test port (P 1) and the second test port (P 2) for a predetermined period from a first time point, record a current flowing through the first test port (P 1) within the predetermined period from the first time point as a first test current, and diagnose the insulation condition between the battery pack and the ground, based on the first test current. command the power supply to apply the high-level voltage between the first test port (P 1) and the second test port (P 2) for a predetermined period from a first time point, record a current flowing through the first test port (P 1) within the predetermined period from the first time point as a first test current, and diagnose the insulation condition between the battery pack and the ground, based on the first test current.
A cardiovascular device, to be fitted in a ventricular cardiac cavity having a volume wherein blood flows, which is bounded by walls and has a greater longitudinal dimension and a lower transversal dimension, said device comprising diaphragm means that can be fitted inside said ventricular cavity substantially transversal to said greater longitudinal dimension, so that to reduce said volume, said diaphragm means having a peripheral edge which can be sealingly engaged with said walls and being alternatively driven between an active shifting of pushing blood and a inactive back shifting, characterized in that said diaphragm means comprise: - A planar element equipped with said peripheral edge, movable alternatively between a pushing position and a backward position; - A support frame (13, 22) of said planar element that is movable between said pushing position and backward position together with said planar element. - A planar element equipped with said peripheral edge, movable alternatively between a pushing position and a backward position; - A support frame (13, 22) of said planar element that is movable between said pushing position and backward position together with said planar element.
A device for detecting an axle of a vehicle travelling on a road, comprising: a plurality of radar sensors (R n), which have radar transceivers (T n) distributed on a supporting structure transversely above the road and which each, by means of an approximately vertically downwardly directed radar measuring beam (B n) of the radar transceiver (T n) thereof, at successive moments in time generate a Doppler speed measurement value (v n) for an object (1, 2, 6) reflecting the radar measuring beam (B n), and an evaluation unit, which is connected to measurement value outputs of the radar sensors (R n) and which is configured to detect an axle when two radar sensors (R n, R n-x) generate, within a tolerance time window, maxima (v n,p, v n-x,p) of substantially identical size, or instead minima of substantially identical size, of the speed measurement values (v n, v n-x) thereof. a plurality of radar sensors (R n), which have radar transceivers (T n) distributed on a supporting structure transversely above the road and which each, by means of an approximately vertically downwardly directed radar measuring beam (B n) of the radar transceiver (T n) thereof, at successive moments in time generate a Doppler speed measurement value (v n) for an object (1, 2, 6) reflecting the radar measuring beam (B n), and an evaluation unit, which is connected to measurement value outputs of the radar sensors (R n) and which is configured to detect an axle when two radar sensors (R n, R n-x) generate, within a tolerance time window, maxima (v n,p, v n-x,p) of substantially identical size, or instead minima of substantially identical size, of the speed measurement values (v n, v n-x) thereof.
Filter jet-director unit, in particular for a high-pressure nozzle, in particular for descaling metal products, having a housing, wherein the housing has an entry filter (18; 38; 68; 88), a connector end for connecting to a nozzle, a flow duct between the entry filter (18; 38; 68; 88) and the connector end, and a jet director having flow-guiding faces (34; 50; 82; 92) in the flow duct, wherein the flow-guiding faces (34; 50; 82; 92) of the flow director at least in portions are disposed in the region of the entry filter (18; 38; 68; 88), characterized in that the flow-guiding faces (34; 50; 82; 92) on the radially inward side thereof, at least in portions, are interconnected or connected to a central connection element of the jet director.
A sliding support assembly, comprising: an elongate rail, a slide member slidable in a longitudinal direction relative to the elongate rail and first and second locating assemblies, wherein the first locating assembly comprises a first retaining strip and a first series of balls, and the second locating assembly comprises a second retaining strip and a second series of balls, and the elongate rail comprising: a channel section defined by a first web, a first flange, and a second flange; a first wall; and a second wall; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall. an elongate rail, a slide member slidable in a longitudinal direction relative to the elongate rail and first and second locating assemblies, wherein the first locating assembly comprises a first retaining strip and a first series of balls, and the second locating assembly comprises a second retaining strip and a second series of balls, and the elongate rail comprising: a channel section defined by a first web, a first flange, and a second flange; a first wall; and a second wall; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall. a channel section defined by a first web, a first flange, and a second flange; a first wall; and a second wall; wherein the first flange and the first wall define a first channel in the channel section of the elongate rail for retaining the first locating assembly and the second flange and the second wall define a second channel in the channel section of the elongate rail for retaining the second locating assembly, characterised in that the first retaining strip bows so that at least a portion of the first retaining strip presses against the first wall, and the second retaining strip bows so that at least a portion of the second retaining strip presses against the second wall.
Bogie, in particular a low-floor bogie, for a railway vehicle, in particular for a tramway, comprising at least four wheels each with a wheel bearing, at least two axles for suspending the wheels, a bogie frame and a primary suspension for suspending the wheels relative to the bogie frame, wherein the primary suspension comprises at least four torsion bars, wherein each torsion bar extends along a geometric bar axle, wherein the bogie comprises four swingarms, wherein each swingarm is mounted on the bogie frame via a respective torsion bar, preferably exclusively via a torsion bar, wherein the axles are mounted on the swingarms via the wheel bearings, characterized in that the bogie comprises at least two connecting elements, wherein two torsion bars of a bogie side are connected via a connecting element in such a way that the torques of the torsion bars are in opposite directions, in particular substantially cancel each other out.
Vehicle door lock housing with at least one conductor path board that comprises electric conductor paths, with at least one outwards pointing hollow for receiving the electric conductor paths, and with passageways in the hollow for connecting the conductor paths with the inside of the housing, wherein the conductor paths together with at least the conductor path board carrying it are placed in the hollow, wherein the conductor path board is equipped with feet at the side of the housing and the feet at the side of the housing are formed as conductor paths extensions and reach through respective single passageways, wherein feet at the side of the housing do not reach though all passageways.
A working apparatus for a water chamber (131, 133) of a steam generator, the working apparatus being configured to be suspended from a tube plate surface of the water chamber (131, 133) and driven by remote control to perform a work in the water chamber (131, 133), the working apparatus comprising a base and a manipulator that is coupled with the base, the base including: a base body, a plurality of wings (22a, 22b), and clampers arranged on the wings (22a, 22b) and configured to be inserted into heat transfer tubes of the water chamber to clamp the heat transfer tubes, wherein the wings (22a, 22b) are slidable independently and in different directions with respect to the base body so as to be able to be independently extended from or retracted into sides of the base body. a base body, a plurality of wings (22a, 22b), and clampers arranged on the wings (22a, 22b) and configured to be inserted into heat transfer tubes of the water chamber to clamp the heat transfer tubes, wherein the wings (22a, 22b) are slidable independently and in different directions with respect to the base body so as to be able to be independently extended from or retracted into sides of the base body.
Industrial fan for a cooling tower, comprising a disc-shaped hub and a plurality of blades radially connected to the hub by means of a stud, provided on one end of each said blade, and a flange provided on one face of the hub and into which said stud of said blade is inserted with a blade angle for generating an axial air flow, characterized in that each said blade has such an aerodynamic profile that, over a region corresponding to 30% of the length of said blade from the blade foot, the pressure difference Δ between pressure and suction sides edges is comprised between 65% and 75% of the pressure difference (ΔPC) between the pressure and suction faces at the middle of the chord of the span of said blade and that, over a region corresponding to 30% of the length of said blade from the blade head, the pressure difference (ΔP2) between the pressure and suction edges is comprised between 125% and 135% of the pressure difference (ΔPC) between the pressure and suction faces at the middle of the chord of the span of said blade, and in that it is provided a junction means for blocking the air recirculation between the pressure and suction faces at the blade foot.