mhurhangee/ep-ind-claims huggingface dataset:
Embossing installation for a material web from a textile fibre material, in particular a non-woven fibrous web, having an embossing tool for embossing the material web, wherein the embossing tool embosses the material web using fluidic negative pressure and/or fluidic positive pressure, wherein the embossing tool embosses and optionally perforates the material web by a gas flow, and wherein the gas flow has a lower temperature than the impinged material web.
A battery state detection device that detects a battery state, comprising: a first permissible current calculating unit configured to calculate a first permissible current (Imax_chg1, Imax_dis1) of a battery based on a voltage of the battery detected by a voltage detecting unit and on a state of charge of the battery calculated by an SOC calculating unit; a second permissible current calculating unit configured to calculate, based on the state of charge of the battery calculated by the SOC calculating unit, a second permissible current (Imax_chg2, Imax_dis2) of the battery without using the voltage of the battery; and a permissible current determining unit (705, 706) configured to determine a permissible current (Imax_chg, Imax_dis) of the battery corresponding to the battery state on the basis of at least one of the first permissible current (Imax_chg1, Imax_dis1) and the second permissible current (Imax_chg2, Imax_dis2). a first permissible current calculating unit configured to calculate a first permissible current (Imax_chg1, Imax_dis1) of a battery based on a voltage of the battery detected by a voltage detecting unit and on a state of charge of the battery calculated by an SOC calculating unit; a second permissible current calculating unit configured to calculate, based on the state of charge of the battery calculated by the SOC calculating unit, a second permissible current (Imax_chg2, Imax_dis2) of the battery without using the voltage of the battery; and a permissible current determining unit (705, 706) configured to determine a permissible current (Imax_chg, Imax_dis) of the battery corresponding to the battery state on the basis of at least one of the first permissible current (Imax_chg1, Imax_dis1) and the second permissible current (Imax_chg2, Imax_dis2).
A method for more efficient boarding and alighting at stops for road-based vehicles of public transport type, comprising the step of activating lowering of the vehicle for said boarding and alighting at stops, the step of activating said lowering takes place before arrival at the respective stop, on the basis of the vehicle's location and those of stops along its itinerary, so that said lowering is substantially completed for boarding and alighting there and wherein the step of determining said locations of stops being on the basis of map data characterised in that said activation pertains to progressive lowering of the vehicle.
A system comprising: a medium access control, MAC, module configured to: generate an identifier for a precise time protocol, PTP, frame; generate an encrypted PTP frame by encrypting the PTP frame; and output the identifier; and a PTP module configured to: receive the identifier; identify the encrypted PTP frame based on the identifier in response to the encrypted PTP frame being output from the MAC module; and time stamp the encrypted PTP frame prior to the encrypted PTP frame being transmitted. a medium access control, MAC, module configured to: generate an identifier for a precise time protocol, PTP, frame; generate an encrypted PTP frame by encrypting the PTP frame; and output the identifier; and generate an identifier for a precise time protocol, PTP, frame; generate an encrypted PTP frame by encrypting the PTP frame; and output the identifier; and a PTP module configured to: receive the identifier; identify the encrypted PTP frame based on the identifier in response to the encrypted PTP frame being output from the MAC module; and time stamp the encrypted PTP frame prior to the encrypted PTP frame being transmitted. receive the identifier; identify the encrypted PTP frame based on the identifier in response to the encrypted PTP frame being output from the MAC module; and time stamp the encrypted PTP frame prior to the encrypted PTP frame being transmitted.
Method for measuring a height of an agricultural product above ground using a mobile communications device, including: - positioning the communications device above the agricultural product; - determining a distance between the communications device and the agricultural product using a built-in sensor of the communications device, wherein the built-in sensor is a camera; and - determining the height of the agricultural product on the basis of the determined distance. characterized in that, the camera is configured to be automatically triggered on the basis of an angular orientation of the communications device and capture a first image when the communications device is in a first angular position and to capture a second image when the communications device is in a second angular position, the first and second images together forming a stereographic image, and in that the distance is determined from the stereographic image. - positioning the communications device above the agricultural product; - determining a distance between the communications device and the agricultural product using a built-in sensor of the communications device, wherein the built-in sensor is a camera; and - determining the height of the agricultural product on the basis of the determined distance. characterized in that, the camera is configured to be automatically triggered on the basis of an angular orientation of the communications device and capture a first image when the communications device is in a first angular position and to capture a second image when the communications device is in a second angular position, the first and second images together forming a stereographic image, and in that the distance is determined from the stereographic image.
Drive for a casement of a window or the like, having a drive unit for moving the casement in relation to a fixed outer frame by means of a drive element, wherein a retaining arrangement (8, 9) is provided, it being possible for said retaining arrangement to comprise a bracket-like holder or two individual holders, wherein the retaining arrangement has legs arranged perpendicularly to the installation plane, wherein the drive unit is fastened on the casement or the outer frame by way of the retaining arrangement (8, 9), wherein bolts are arranged on the drive unit and engage in mounts arranged on the legs of the retaining arrangement (8, 9), characterized in that the distance between the legs of the retaining arrangement (8, 9) is equal to, or greater than, the length of a housing of the drive unit plus the length of a bolt, in that covering caps are fitted onto the retaining arrangement (8, 9) and secure the drive unit in an essentially central position between the legs of the retaining arrangement (8, 9), in that each covering cap has crosspieces (16, 17, 18), between which the bolt is guided, and in that each covering cap has a chamber for accommodating a leg of the retaining arrangement (8, 9).
An apparatus for removing cadmium from a calcined material comprising: a cadmium removal vessel configured to receive calcined material from a calciner to remove cadmium from the received calcined material, the cadmium removal vessel configured to be controlled so that reducing of the cadmium from the calcined material occurs in a reducing environment that has substantially no oxygen gas; a heat exchanger configured to receive cadmium containing gas output from the cadmium removal vessel to transfer heat from the cadmium containing gas to cool the cadmium containing gas such that cadmium within the cadmium containing gas condenses, wherein the heat exchanger is configured such that the cadmium condensed therein is absorbed and/or adsorbed with particulates entrained within the cadmium containing gas to form solid particulates comprised of the condensed cadmium; a carbon monoxide oxidation device configured to receive the cadmium containing gas output from the cadmium removal vessel prior to the cadmium containing gas being passed through the heat exchanger, the carbon monoxide oxidation device configured to heat the cadmium containing gas and configured to oxidize the cadmium of the cadmium containing gas; and a cadmium filtration system configured to separate the solid particulates output from the heat exchanger. a cadmium removal vessel configured to receive calcined material from a calciner to remove cadmium from the received calcined material, the cadmium removal vessel configured to be controlled so that reducing of the cadmium from the calcined material occurs in a reducing environment that has substantially no oxygen gas; a heat exchanger configured to receive cadmium containing gas output from the cadmium removal vessel to transfer heat from the cadmium containing gas to cool the cadmium containing gas such that cadmium within the cadmium containing gas condenses, wherein the heat exchanger is configured such that the cadmium condensed therein is absorbed and/or adsorbed with particulates entrained within the cadmium containing gas to form solid particulates comprised of the condensed cadmium; a carbon monoxide oxidation device configured to receive the cadmium containing gas output from the cadmium removal vessel prior to the cadmium containing gas being passed through the heat exchanger, the carbon monoxide oxidation device configured to heat the cadmium containing gas and configured to oxidize the cadmium of the cadmium containing gas; and a cadmium filtration system configured to separate the solid particulates output from the heat exchanger.
Vehicle comprising a device for storing and for supplying fluid fuel, comprising a reservoir (2, 3) of liquefied fuel gas in equilibrium with a gas phase, in particular hydrogen, a circuit for filling the reservoir (2, 3), at least one circuit (6, 7) for tapping fluid from the reservoir, at least one circuit (8, 9) for regulating the pressure in the reservoir (2, 3), the filling, tapping (6, 7) and pressure regulating (8, 9) circuits comprising a set of valves (13, 14, 15, 18, 21, 34) arranged in a housing separate from the reservoir (2, 3), the housing being removably connected to the reservoir (2, 3) via a demountable mechanical coupling system, the tapping circuit (6, 7), the pressure regulating circuit (8, 9) and the filling circuit comprising a set of demountable fluidic connectors located at the junction between the reservoir (2, 3) and the housing and configured to allow separation between portions of circuits (4, 6, 7, 8, 9) located in the reservoir (2, 3) and in the housing during the demounting of the housing with respect to the reservoir (2, 3).
A method for controlling a Single Frequency Network, comprising: obtaining a service request sent by a User Equipment; and modifying a Single Frequency Network according to the service request, wherein modifying the Single Frequency Network according to the service request comprises: performing control of the Single Frequency Network; and sending signaling to a base station involved in the control of the Single Frequency Network. obtaining a service request sent by a User Equipment; and modifying a Single Frequency Network according to the service request, wherein modifying the Single Frequency Network according to the service request comprises: performing control of the Single Frequency Network; and sending signaling to a base station involved in the control of the Single Frequency Network. performing control of the Single Frequency Network; and sending signaling to a base station involved in the control of the Single Frequency Network.
A rucksack, bag or container from flexible, coated, waterproof and/or not waterproof materials, which consists of parts manufactured by means of lap welding, welded with a tool, in which the outer contour of the tool defines the basic body circumference and the edge, by turning it over, becomes part of the lap weld, wherein the lap weld extends along the edge of the circumference, wherein at least one region of the edge of the circumference is configured to be longer and the lap weld, in this region, is correspondingly spaced further apart from the circumference line, wherein the lengthened at least one region of the encircling edge is the encircling edge of a basic body of the rucksack, bag or container and the variable overhang of this part forms a region of the front part of the rucksack, bag or container along the weld with a second welded-on cover part, characterised in that the weld has the shape of a bone or an eight not closed in the middle and thus forms a necking in the weld in the region of the welded-on cover part.
A spectral refinement module for at least one first light source, the spectral refinement module comprising: - at least one first coupler; said at least one first coupler is configured to derive at least one first pumping light beam from a first incident light beam originating from said at least one first light source and introduced into the spectral refinement module; - a Brillouin resonator; the Brillouin resonator is configured to generate, from at least one portion of said first pumping light beam, at least one first resonant light beam; and - a modulator; the modulator is configured to generate, from the first resonant light beam, at least one first modulated light beam; the spectral refinement module is configured to totally or partially introduce the first modulated light beam into said at least one first coupler, said at least one first coupler is configured to totally or partially introduce the first modulated light beam into said at least one first light source so as to refine the spectral line of said at least one first light source. - at least one first coupler; said at least one first coupler is configured to derive at least one first pumping light beam from a first incident light beam originating from said at least one first light source and introduced into the spectral refinement module; - a Brillouin resonator; the Brillouin resonator is configured to generate, from at least one portion of said first pumping light beam, at least one first resonant light beam; and - a modulator; the modulator is configured to generate, from the first resonant light beam, at least one first modulated light beam;
A liquid ejection head comprising a nozzle for ejecting a liquid, wherein a recess portion recessed relative to a nozzle inner wall surface of the nozzle is formed on a nozzle inner wall in a region having an inner diameter of the nozzle of 15 μm or less, characterized in that the recess portion is formed on the nozzle inner wall in a tapered region extending from a portion having a minimum inner diameter of the nozzle to a portion having an inner diameter twice the minimum inner diameter of the nozzle, wherein the recess portion has one of a hollow shape and a groove shape.
A pneumatic tyre for mounting on a vehicle and for rolling in a rolling direction when mounted on the vehicle, the tyre further having a radial dimension and an axial dimension, the tyre comprising a tread portion, wherein the tread portion comprises a groove which is oriented at an angle between +45 and -45 degrees with respect to the rolling direction of the tyre, the groove having a depth extending in the radial dimension, wherein the groove comprises a plurality of protrusions (120, 140, 150, 160) extending along the direction of the groove, the number of said protrusions being larger or equal to 3, wherein each of said protrusions (120, 140, 150, 160) has a length in the direction of the groove, a width perpendicular to its length and a height, wherein each of said protrusions (120, 140, 150, 160) has a length of at least 75% of the circumferential length of the tyre tread, wherein the groove comprises a groove bottom and a groove wall and said protrusions (120, 140, 150, 160) extend from the groove bottom in the radial dimension, characterised in that in a cross-sectional view, each of said protrusions (120, 140, 150, 160) has a height relative to the groove depth which is ≥ 45 to ≤ 100%.
Fastening set for fastening a household appliance, in particular a household refrigeration appliance, to a vertical wall (5, 6) of a furniture niche, comprising a fastening plate for connection to both the household appliance and also to the wall (5, 6) and comprising an intermediate piece for connection to both the wall (5, 6) and also to the fastening plate, wherein the intermediate piece has a depth stop for fixing a depth position with respect to a front wall of the household appliance, by the intermediate piece in the depth direction being slidable onto the fastening plate mounted on the household appliance and the depth stop fixing an end position upon sliding, wherein the intermediate piece can be connected to the fastening plate with a form-fit and/or force fit and/or material bonded connection, wherein the fastening plate has openings for connection, in particular screwing, to a side wall (10', 11') of the household appliance and the fastening plate has openings for connection, in particular screwing, to the wall (5, 6) of the furniture niche, characterised in that the intermediate piece has at least one compensator for optionally increasing, in particular doubling, a thickness of the intermediate piece.
An electric tool, comprising: an AC motor to which a power is supplied from an AC power supply; and constant voltage generating means for generating a constant voltage from an AC voltage, and using switching means connected in series to the AC motor to carry out a phase control or an antiphase control over the power to be supplied to the AC motor, wherein the switching means includes two transistors (51, 52) which have sources or emitters connected to each other and are disposed in anti-series, characterised in that: the constant voltage generating means includes a series circuit of a first resistor and a diode and a parallel circuit of a capacitor and a Zener diode, one end of the first resistor is connected to a node between the AC power supply and the AC motor, a cathode of the diode is connected to one end of the capacitor and a cathode of the Zener diode, and the other end of the capacitor and an anode of the Zener diode are connected to the sources or the emitters of the two transistors, a control terminal of one transistor of the two transistors is connected to one end of a second resistor, and a control terminal of the other transistor of the two transistors is connected to one end of a third resistor, and a voltage at the other end of the second resistor and a voltage at the other end of the third resistor are switched between a voltage at a node between the series circuit and the parallel circuit and a voltage at the sources or the emitters of the two transistors so that the two transistors are turned ON or OFF. the constant voltage generating means includes a series circuit of a first resistor and a diode and a parallel circuit of a capacitor and a Zener diode, one end of the first resistor is connected to a node between the AC power supply and the AC motor, a cathode of the diode is connected to one end of the capacitor and a cathode of the Zener diode, and the other end of the capacitor and an anode of the Zener diode are connected to the sources or the emitters of the two transistors, a control terminal of one transistor of the two transistors is connected to one end of a second resistor, and a control terminal of the other transistor of the two transistors is connected to one end of a third resistor, and a voltage at the other end of the second resistor and a voltage at the other end of the third resistor are switched between a voltage at a node between the series circuit and the parallel circuit and a voltage at the sources or the emitters of the two transistors so that the two transistors are turned ON or OFF.
A spray gun apparatus comprising: a main body; a fluid inlet on the main body connectable to an external fluid source; a fluid outlet on the main body; a gas outlet on the main body for carrying entrained fluid droplets emitted from the fluid outlet; a horn outlet positioned on the main body beyond the fluid outlet and gas outlet for controlling the shape of the entrained fluid droplets; a first gas conduit within the main body connected between a gas inlet and the gas outlet; a second gas conduit within the main body connected between a gas inlet and the horn outlet; a fluid conduit within the main body connected between the fluid inlet and the fluid outlet; and a common gas inlet for the first and second gas conduits (20, 22) connectable to an external pressurised gas source; wherein the cross-sectional area of at least a portion of the first gas conduit is reduced relative to that of the second gas conduit; and a primary valve is provided within the main body upstream of the gas outlet for opening or closing the respective first and second gas conduits (20, 22); and wherein a port of the primary valve is alignable with the first gas conduit, characterized in that said port defines a portion of the first gas conduit having a reduced cross-sectional area relative to that of the second gas conduit to thereby provide a predetermined pressure drop at the gas outlet and thus improved fluid atomisation. a main body; a fluid inlet on the main body connectable to an external fluid source; a fluid outlet on the main body; a gas outlet on the main body for carrying entrained fluid droplets emitted from the fluid outlet; a horn outlet positioned on the main body beyond the fluid outlet and gas outlet for controlling the shape of the entrained fluid droplets; a first gas conduit within the main body connected between a gas inlet and the gas outlet; a second gas conduit within the main body connected between a gas inlet and the horn outlet; a fluid conduit within the main body connected between the fluid inlet and the fluid outlet; and a common gas inlet for the first and second gas conduits (20, 22) connectable to an external pressurised gas source; wherein the cross-sectional area of at least a portion of the first gas conduit is reduced relative to that of the second gas conduit; and a primary valve is provided within the main body upstream of the gas outlet for opening or closing the respective first and second gas conduits (20, 22); and wherein a port of the primary valve is alignable with the first gas conduit, characterized in that said port defines a portion of the first gas conduit having a reduced cross-sectional area relative to that of the second gas conduit to thereby provide a predetermined pressure drop at the gas outlet and thus improved fluid atomisation.