mhurhangee/ep-ind-claims huggingface dataset:
Method for the preparation of an obstacle map for driving functions and driver assistance systems of a vehicle, wherein the obstacle map comprises cells, each of which is assigned to segments of the environment of the vehicle, and to each of which the information as to whether the corresponding segment of the environment is occupied by an obstacle is assigned; wherein the method comprises: the preparation of an environment map, wherein the environment map contains cells, each of which is assigned to segments of the environment of the vehicle, and to each of which an obstacle probability is assigned that represents the probability that the corresponding segment of the environment is occupied by an obstacle and that results from processing sensor measurements of the environment of the vehicle; the preparation of a threshold value specification; wherein the threshold value specification for cells of the environment map specifies different threshold values; wherein the threshold value specification is determined depending on the trajectory of the vehicle; determination of the obstacle map on the basis of the environment map and depending on the threshold value specification. the preparation of an environment map, wherein the environment map contains cells, each of which is assigned to segments of the environment of the vehicle, and to each of which an obstacle probability is assigned that represents the probability that the corresponding segment of the environment is occupied by an obstacle and that results from processing sensor measurements of the environment of the vehicle; the preparation of a threshold value specification; wherein the threshold value specification for cells of the environment map specifies different threshold values; wherein the threshold value specification is determined depending on the trajectory of the vehicle; determination of the obstacle map on the basis of the environment map and depending on the threshold value specification.
A system for heating an object by an electromagnetic induction, characterized in that the system comprises: - at least one rotor arranged to heat the object, said at least one rotor comprising at least one permanent magnet (103a, 103b), and - a stator for providing varying magnetic field arranged to interact with at least one permanent magnet (103a, 103b) of said at least one rotor and causing said at least one rotor to rotate, wherein at least one permanent magnet (103a, 103b) of said at least one rotor is arranged to provide varying magnetic field and eddy currents within the object when said at least one rotor is rotated so that said object is heated by the electromagnetic induction generated by said varying magnetic field and eddy currents, wherein said arrangement further comprises also supporting means for supporting said object to be heated in the proximity of at least one of said rotor, and wherein the supporting means is arranged to move the object to be heated essentially in the direction of the axis of the object. - at least one rotor arranged to heat the object, said at least one rotor comprising at least one permanent magnet (103a, 103b), and - a stator for providing varying magnetic field arranged to interact with at least one permanent magnet (103a, 103b) of said at least one rotor and causing said at least one rotor to rotate,
Electrochemical cell for a lithium battery comprising two elements with opposite polarities, in which one of the electrodes has a graphite-silicon composite material as its active material, and comprising an electrolyte comprising a lithium salt and at least one compound chosen from among oxolane compounds, oxane compounds and mixtures thereof, said graphite-silicon composite material being a material comprising silicon particles aggregated onto graphite particles, the assembly being dispersed within a carbon matrix.
Process of continuous processing of used or otherwise degraded tyres within a continuous processing device consisting of a reactor, in which these waste tyres are thermally decomposed into the organic decomposition products in the form of low molecular hydrocarbons, and residual inorganic waste shares, wherein in an upper part of the reactor there is located a filling chamber with a pair of filling closures the internal space of which is filled with the waste tyres and in the bottom part of the reactor there is located laterally outside of an axis of the reactor an output chamber with a pair of output closures into which the residual inorganic shares are disposed by means of extrusion equipment, while in the axis of the reactor at its bottom there is arranged a generator of gaseous inert medium and at the lower part of the reactor there are arranged nozzles for input of air by means of which the mild gaseous inert medium is generated by oxidation of unreacted residues of organic matter from the processed tyres, the nozzles being connected to a pipe bearing a control valve and passage of air from the external space of the reactor and in the upper part of the inner space of the reactor under the filling chamber at least one output opening is located, wherein after filling the reactor with the waste tyres the reactor is closed by at least one of the pair of filling closures and by at least one of the pair of output closures, a thermal decomposition reaction is started by initial flame or electrical heating to the operating temperature of 600°C, the reaction is carried by commencing the generation of a gas inert medium in the generator and by running an exhaust vent which is part of a first separator of liquid particles, by the control valve there is set the passage of air for oxidation of the content of the space around the generator, thereby the inert gaseous medium exothermically heats to a temperature whose value is governed by the flow rate of the air by the control valve, the inert gaseous medium that continues through the reactor to the outlet opening is used to thermically decompose the tyres placed in this space, while the degradation products in a state of low molecular hydrocarbons are distributed in the medium in the form of aerosol, this inert gas media, which, together with the therein dispersed organic decomposition products in the form of the aerosol, is led through a second provided separator of solid particles and a provided cooler into the first provided separator of liquid particles from the cooled aerosol which is equipped with a first end output of the liquid particles into a tank and, second, between-operating output for the gaseous particles, which are led to the direct energy use by combustion in thermal machines are led into a freezing chamber for the separation of gases with a condensing temperature above the temperature in this chamber, from which there is ended up a second end output of one part in it non-condensed gases and a third end output of the remaining part in it non-condensed gases.
A tray mechanism having a tray carrier, wherein the tray mechanism is configured to be positionable inside a cooking chamber of a cooker and whereon a tray is positioned so as to rotate around itself, wherein said tray carrier comprises a frame which is formed by the bending of a wire so as to define a quadrangle, characterized in that the tray mechanism comprises precisely three rotating members (35, 47) which are coupled to said tray carrier so as to contact with the tray from the bottom surface thereof, wherein, in order to support the tray substantially, two idle and one actuated rotating members (35, 47) are provided which are connected to said tray carrier so as to define the corner points of a triangle, wherein said frame comprises a connection rod whereon one each idle rotating member are positioned at two mutual ends thereof and which extends parallel to one edge of the frame in the inner part thereof, wherein the connection rod comprises two bending points whereon the idle rotating members are positioned in an angled manner.
A quick attach rotary mower blade system, comprising: a spindle extending through a flange mounted on a mower deck, the spindle having a first pair of projections (122, 124) extending radially outwardly from a lower end thereof; a spring-loaded collar having a bore through which the lower end of the spindle extends, a mower blade having a mounting hole including a circular center opening and a pair of fan-shaped openings (148, 150) extending radially outwardly therefrom; moving the mower blade and spring-loaded collar upwardly, characterized in that the first pair of projections (122, 124) is fan-shaped, wherein the spindle has a second pair of fan-shaped projections (136. 138) extending radially outwardly from the bore, the mower blade is installable on the spindle by aligning the pair of fan-shaped openings (148, 150) with the first and second pairs of fan-shaped projections (122, 124, 136. 138), rotating the mower blade and spring-loaded collar 90 degrees to interlock the second pair of fan-shaped projections (136. 138) between the first pair of fan-shaped projections (122, 124). a spindle extending through a flange mounted on a mower deck, the spindle having a first pair of projections (122, 124) extending radially outwardly from a lower end thereof; a spring-loaded collar having a bore through which the lower end of the spindle extends, a mower blade having a mounting hole including a circular center opening and a pair of fan-shaped openings (148, 150) extending radially outwardly therefrom; moving the mower blade and spring-loaded collar upwardly, characterized in that the first pair of projections (122, 124) is fan-shaped, wherein the spindle has a second pair of fan-shaped projections (136. 138) extending radially outwardly from the bore, the mower blade is installable on the spindle by aligning the pair of fan-shaped openings (148, 150) with the first and second pairs of fan-shaped projections (122, 124, 136. 138), rotating the mower blade and spring-loaded collar 90 degrees to interlock the second pair of fan-shaped projections (136. 138) between the first pair of fan-shaped projections (122, 124).
A fluid dispenser device comprising a body, and a dispenser head that is provided with a dispenser orifice and that is axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening that is closed by a stopper that is adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a hollow cannula that is connected at one end to said dispenser orifice, and that is provided at its other end with a perforating tip provided with an opening for perforating said stopper, said cannula being inserted into a cannula support that is secured to said dispenser head, said cannula support including a central axial borehole having an inside diameter that is equal to, or a little greater than, the outside diameter of said cannula, the device being characterized in that the distal axial end of said cannula support includes a radial projection that extends radially inwards, having an inside diameter that is a little less than the outside diameter of said cannula, the inside diameter of said radial projection being less than the inside diameter of said central axial borehole.
A method to be performed by an aggregation unit, comprising: - receiving, from a first data endpoint (220 1) of a radio access network, a representation of a local model of the first data endpoint (220 1) of the radio access network, characterized in that the method further comprises; - determining multiple common models (210 1 -210 N) for endpoints (220 1 -220 M) of the radio access network; - selecting, based on the representation of the local model of the first data endpoint (220 1), one of said multiple common models (210 1 -210 N) for the first data endpoint (220 1); and - transmitting the selected common model (210 1) to the first data endpoint (220 1), any other data endpoint (220 2 -220 M) or any other external system which utilises the selected common model, wherein the local and common models are used for controlling transmission and reception over an air interface of the radio access network. - receiving, from a first data endpoint (220 1) of a radio access network, a representation of a local model of the first data endpoint (220 1) of the radio access network, characterized in that the method further comprises; - determining multiple common models (210 1 -210 N) for endpoints (220 1 -220 M) of the radio access network; - selecting, based on the representation of the local model of the first data endpoint (220 1), one of said multiple common models (210 1 -210 N) for the first data endpoint (220 1); and - transmitting the selected common model (210 1) to the first data endpoint (220 1), any other data endpoint (220 2 -220 M) or any other external system which utilises the selected common model, wherein the local and common models are used for controlling transmission and reception over an air interface of the radio access network.
Protective shield for a rotor blade of a wind turbine, the rotor blade comprising a trailing edge section with a trailing edge and a leading edge section with a leading edge, the trailing edge and the leading edge dividing the outer surface of the rotor blade into a suction side and a pressure side, and the rotor blade comprising a root and a tip, wherein - the shield is destined to protect the leading edge section from erosion, - the shield is furthermore destined to cover at least a part of the leading edge of the rotor blade, - the shield is preformed with a shape which approximately corresponds to the contour of the leading edge section where it is destined to be mounted to, - the shield comprises a root end which is destined to face towards the root of the rotor blade and a tip end which is destined to face towards the tip of the rotor blade, characterized in that - the shield comprises a mark which allows to accurately position the shield at a predetermined position on the surface of the rotor blade or which allows to accurately position a tool at a predetermined position on the surface of the shield. - the shield is destined to protect the leading edge section from erosion, - the shield is furthermore destined to cover at least a part of the leading edge of the rotor blade, - the shield is preformed with a shape which approximately corresponds to the contour of the leading edge section where it is destined to be mounted to, - the shield comprises a root end which is destined to face towards the root of the rotor blade and a tip end which is destined to face towards the tip of the rotor blade, characterized in that - the shield comprises a mark which allows to accurately position the shield at a predetermined position on the surface of the rotor blade or which allows to accurately position a tool at a predetermined position on the surface of the shield.
A device to equip bicycles or other pedal-powered vehicles, fitted with at least one crank that has a pedal at one end and a box on the other end fitted with a unidirectional bearing, with the box located in front of the respective pedal, the device characterized in that said crank box is fitted with a flute, the box is contiguous to a fixed structure fitted with a pin, the movement of the crank is limited by the pin's movement in the flute, in that the box nests a torsion spring within it, in that one end of the torsion spring is attached to the box and the other end to the fixed structure, in that the device is fitted with a braking mechanism of the crankshaft's gear wheels, in that these gear wheels are attached to gear wheels of a transmission box, engaging them in pairs, one at the front and another at back, in that the transmission box is fitted with an outer shaft, in that this outer shaft is fitted with a slot, in that the outer shaft partially lodges within it an inner toothed shaft, this inner toothed shaft moving within the outer shaft, in that the inner toothed shaft integrates a latch that is movable and in that the gear wheels of the transmission box, in turn, transmit their movement to the outer shaft.
A video endoscope, comprising a shaft comprising a rigid, proximal-side section and a deflectable distal section that is laterally deflectable from a central longitudinal axis of the shaft, wherein an imager and an illuminator are arranged at the distal end of the deflectable section, and wherein a housing is arranged at a proximal end of the shaft, the housing comprising a control element for controlling the deflection of the shaft, wherein a rod-like pull element extends in the shaft in an off-center fashion with respect to the central longitudinal axis, wherein the pull element is, at a proximal side thereof, coupled with the control element and, at a distal side thereof, coupled with the distal end region of the deflectable distal section of the shaft, wherein a movement of the pull element in the proximal direction by the control element effects a lateral deflection of the deflectable section, wherein the rod-like pull element extends into a clearance space in the interior of the housing through a first opening at the proximal end of the shaft, wherein the proximal end of the pull element is coupled with the control element in the clearance space, characterized in that a push tube encases the exterior side of the pull element, wherein the push tube extends from the proximal connection of the pull element with the control element through the first opening into the shaft, when the shaft is straightened, wherein the length of the push tube is defined in such a way that that the entire section of the pull element that is arranged in the clearance space of the interior of the housing is covered by the push tube when the pull element is maximally moved in the proximal direction.
A guide mechanism, comprising: a first jaw and a second jaw pivotably coupled to the first jaw, the first and second jaws forming a guide having a bottom pocket adapted for seating arrangement of the guide on a box end of a first tubular and a top funnel configured for laterally guiding a pin end of a second tubular into the box end; a linkage system secured to the first and second jaws and adapted to control pivoting motion of the jaws, wherein the linkage system includes a pair of main links pivotally coupled to one another at a central location outside the first and second jaw; and a bias mechanism coupled to the linkage system and configured to impart a biasing force on the first jaw and the second jaw via the linkage system, the biasing force adapted to resist opening of the jaws such that opening of the jaws occurs when a lateral force is applied to the guide mechanism that overcomes the biasing force. a first jaw and a second jaw pivotably coupled to the first jaw, the first and second jaws forming a guide having a bottom pocket adapted for seating arrangement of the guide on a box end of a first tubular and a top funnel configured for laterally guiding a pin end of a second tubular into the box end; a linkage system secured to the first and second jaws and adapted to control pivoting motion of the jaws, wherein the linkage system includes a pair of main links pivotally coupled to one another at a central location outside the first and second jaw; and a bias mechanism coupled to the linkage system and configured to impart a biasing force on the first jaw and the second jaw via the linkage system, the biasing force adapted to resist opening of the jaws such that opening of the jaws occurs when a lateral force is applied to the guide mechanism that overcomes the biasing force.
An electropneumatic brake actuator for a commercial vehicle, said brake actuator comprising - a housing, - a push rod that is slidably arranged in said housing and adapted to move along an axis for transmitting a brake force to a brake mechanism, and - a parking brake unit, characterized in that the parking brake unit comprises an electromagnetic actuator that is adapted to move the push rod along axis between a retention position and an extension position for transmitting a parking brake force to the brake mechanism. - a housing, - a push rod that is slidably arranged in said housing and adapted to move along an axis for transmitting a brake force to a brake mechanism, and - a parking brake unit,
A compact, automated external defibrillator system, the system comprising: an electronics module, including: a power source, electronic circuitry for generating, storing, and dispensing electrical charge from the power source, the electrical charge being suitable for at least one electrical shock to be applied to a sudden cardiac arrest patient, a display for providing guidance to a user of the system, the guidance including instructions on using the system, firmware for controlling the electronic circuitry and the display; and at least two cardiac pads, electrically connected with the electronics module and configured for external attachment to the SCA patient so as to transfer the at least one electrical shock from the electronics module to the SCA patient, wherein the power source is a household battery, wherein the electronics module includes a current charger and a capacitor, the capacitor being configured to store a prescribed amount of energy to deliver the at least one electrical shock, characterized in that the current charger is configured to use a low current constant charge rate to charge the capacitor, and wherein the electronics module further includes a microprocessor, and wherein the low current constant charge rate is controlled by a pulse-width modulation signal from the microprocessor, the current charger using a low current constant charge rate in the milliamp range controlled by pulse-width modulation signals from the microprocessor to charge the energy storage capacitor to the prescribed amount of energy within 60 seconds or less. a power source, electronic circuitry for generating, storing, and dispensing electrical charge from the power source, the electrical charge being suitable for at least one electrical shock to be applied to a sudden cardiac arrest patient, a display for providing guidance to a user of the system, the guidance including instructions on using the system, firmware for controlling the electronic circuitry and the display; and at least two cardiac pads, electrically connected with the electronics module and configured for external attachment to the SCA patient so as to transfer the at least one electrical shock from the electronics module to the SCA patient, wherein the power source is a household battery, wherein the electronics module includes a current charger and a capacitor, the capacitor being configured to store a prescribed amount of energy to deliver the at least one electrical shock, characterized in that the current charger is configured to use a low current constant charge rate to charge the capacitor, and wherein the electronics module further includes a microprocessor, and wherein the low current constant charge rate is controlled by a pulse-width modulation signal from the microprocessor, the current charger using a low current constant charge rate in the milliamp range controlled by pulse-width modulation signals from the microprocessor to charge the energy storage capacitor to the prescribed amount of energy within 60 seconds or less.