mhurhangee/ep-ind-claims huggingface dataset:
Use of an organomineral composition for stimulating the development of a plant by increasing its ability to assimilate soil nutrients, said composition comprising the following compounds: - Unfermented vegetable organic matter 13 to 45 % - Calcium carbonate 10 to 26 % - Dolomia 15 to 38 % - NaCl 0 to 1 % - MgSO 4 4.5 to 12.75 % - Ammonium sulphate 0 to 25% - Ammonium phosphate 0 to 32 % - Lignosulfonate 5 to 7 % - Elemental sulphur 0.00925 to 0.6604 % - Sulphate of potash 0.5 to 2 % said unfermented vegetable organic matter comprising: - seaweed meal; and - vegetable cake, or a mixture of vegetable cakes, obtained from almond, peanut, safflower, hemp, rape, copra, cotton, shea, flax, maize, walnut, olive, palm kernel, poppy, sesame, soya or sunflower and/or pea, ferevol and/or lupin flour, said composition comprising a total amount of nitrogen ranging from 1 to 8% and a total amount of phosphorus, expressed as P2O5, ranging from 0 to 12%, the total organic matter of said organomineral composition having an analytical "carbon/organic nitrogen" ratio ranging from 8 to 12, the percentages being expressed in weight of dry matter of each of said compounds relative to the total weight of dry matter of said organomineral composition. - seaweed meal; and - vegetable cake, or a mixture of vegetable cakes, obtained from almond, peanut, safflower, hemp, rape, copra, cotton, shea, flax, maize, walnut, olive, palm kernel, poppy, sesame, soya or sunflower and/or pea, ferevol and/or lupin flour,
Device for supporting chromophoric elements, comprising a substrate having an upper surface on which are fixed chromophoric elements and means for increasing the quantity of light emitted by the chromophoric elements towards a collecting device having a numerical aperture NA, the means for increasing the quantity of light emitted by the chromophoric elements comprising wave optics means for confining and/or extracting said light emitted by the chromophoric elements, characterized in that those wave optics means comprise planar resonators formed in the upper surface of the substrate around each chromophoric element, each planar resonator being intended to store the electromagnetic energy from the field it induces and being arranged so that the associated chromophoric element is substantially positioned on an antinode of the electromagnetic field.
Emergency vessel for ships and other offshore facilities comprising: - a closed hull, - a propulsion assembly (6,6a,7) comprising a propulsion unit, - an electric motor providing user controlled force to the propulsion assembly (6,6a,7), - a battery bank electrically connected to the electric motor and - a generator electrically connected to the battery bank for charging of the battery bank, characterized in that the emergency vessel further comprises - a damping system comprising - a double-layered battery case at least partly enclosing the battery bank, the battery case having an inner layer stationary secured to the battery bank and an outer layer stationary secured to the hull and - at least one damping means arranged between the battery bank and the outer layer, wherein the at least one damping system is configured to dampen water impact induced gravitational force acting on the battery bank immediately after a free-fall drop of the emergency vessel to a gravitational force below the lowest specified impact rating of the battery bank and to remain stationary with respect to the hull during repeated 360 degrees rotations. - a closed hull, - a propulsion assembly (6,6a,7) comprising a propulsion unit, - an electric motor providing user controlled force to the propulsion assembly (6,6a,7), - a battery bank electrically connected to the electric motor and - a generator electrically connected to the battery bank for charging of the battery bank, - a damping system comprising - a double-layered battery case at least partly enclosing the battery bank, the battery case having an inner layer stationary secured to the battery bank and an outer layer stationary secured to the hull and - at least one damping means arranged between the battery bank and the outer layer, - a double-layered battery case at least partly enclosing the battery bank, the battery case having an inner layer stationary secured to the battery bank and an outer layer stationary secured to the hull and - at least one damping means arranged between the battery bank and the outer layer,
A nitric oxide gas delivery apparatus for use with a ventilator, the apparatus comprising: an injector module operable to be placed in fluid communication with a breathing circuit affiliated with the ventilator, the injector module comprising: a breathing gas flow inlet; a nitric oxide flow inlet; and a combined breathing gas and NO flow outlet operable to provide a combined flow of breathing gas and NO to a patient, in need thereof; a breathing gas flow sensor configured to sense breathing gas flow rate; the NO delivery apparatus further comprising one or more NO flow sensors operable to measure the flow of NO; and a controller comprising: a memory operable to store historical breathing gas flow rate data related to the received breathing gas flow rate data by the breathing gas flow sensor and a processor operable to detect a disruption of breathing gas flow rate data from the breathing gas flow sensor, wherein upon detection of the disruption in breathing gas flow rate data, the controller operates in a backup mode to control a delivery flow rate of the NO at a set dose based on the historical breathing gas flow data. an injector module operable to be placed in fluid communication with a breathing circuit affiliated with the ventilator, the injector module comprising: a breathing gas flow inlet; a nitric oxide flow inlet; and a combined breathing gas and NO flow outlet operable to provide a combined flow of breathing gas and NO to a patient, in need thereof; a breathing gas flow inlet; a nitric oxide flow inlet; and a combined breathing gas and NO flow outlet operable to provide a combined flow of breathing gas and NO to a patient, in need thereof; a breathing gas flow sensor configured to sense breathing gas flow rate; the NO delivery apparatus further comprising one or more NO flow sensors operable to measure the flow of NO; and a controller comprising: a memory operable to store historical breathing gas flow rate data related to the received breathing gas flow rate data by the breathing gas flow sensor and a processor operable to detect a disruption of breathing gas flow rate data from the breathing gas flow sensor, wherein upon detection of the disruption in breathing gas flow rate data, the controller operates in a backup mode to control a delivery flow rate of the NO at a set dose based on the historical breathing gas flow data. a memory operable to store historical breathing gas flow rate data related to the received breathing gas flow rate data by the breathing gas flow sensor and a processor operable to detect a disruption of breathing gas flow rate data from the breathing gas flow sensor, wherein upon detection of the disruption in breathing gas flow rate data, the controller operates in a backup mode to control a delivery flow rate of the NO at a set dose based on the historical breathing gas flow data.
Device for making a pouch received in a wrapping, comprising a pouch making device which is adapted to produce a pouch containing brewable material in a water-permeable wrapping, and comprising a sealing station with two sealing jaws (102, 104) movable relative to each other for sealing the pouch in a wrapping formed by a wrapping material, characterized by a pouch handling device for removing the finished pouch from the pouch making device and a wrapping material handling device for handling the wrapping material during the U-shaped wrapping of the wrapping material, wherein the pouch handling device and the wrapping material handling device are adapted such that the pouch held by pouch handling device and the wrapping material held by the wrapping material handling device are moved between the sealing jaws (102, 104) of the sealing station.
Method for controlling a wind turbine in a wind farm comprising the steps of, - measuring a grid frequency of a power transmission grid connected to the wind turbine; - detecting a change in the measured grid frequency, - changing a setting parameter for a rotor of the wind turbine depending on the detected change in the grid frequency, characterized in that, - the position of the wind turbine in the wind farm is determined relative to the wind direction, and - the setting parameter for the wind turbine, which is arranged in a first row of the wind farm relative to the wind direction of a measured wind direction, is changed. - measuring a grid frequency of a power transmission grid connected to the wind turbine; - detecting a change in the measured grid frequency, - changing a setting parameter for a rotor of the wind turbine depending on the detected change in the grid frequency, - the position of the wind turbine in the wind farm is determined relative to the wind direction, and - the setting parameter for the wind turbine, which is arranged in a first row of the wind farm relative to the wind direction of a measured wind direction, is changed.
Composition for a self-healing composite material, comprising: a) at least one polyrotaxane comprising a copolymer and ring-shaped molecules threaded thereon, with at least one ring-shaped molecule having at least one functional group, where the polyrotaxane comprises at least one ring-shaped molecule threaded onto the copolymer, the copolymer being a nonionic copolymer, and at least comprises (a) structural units derived from a first polymerizable monomer having a stopper group, and at least (b) structural units derived from a second polymerizable monomer, where the structural units derived from the first monomer having a stopper group are disposed at least partly at the ends of the polymer chain of the copolymer, and the stopper groups prevent the ring-shaped molecule from detaching from the copolymer; b) at least one organically modified inorganic hybrid material which comprises functional groups, or at least one kind of surface-modified inorganic particles which on their surface have functional groups; where at least two of the threaded ring-shaped molecules can be crosslinked by linking of the functional groups and, where the composition comprises a crosslinker which comprises at least two functional groups which are able to form a covalent bond to the ring-shaped molecules. a) at least one polyrotaxane comprising a copolymer and ring-shaped molecules threaded thereon, with at least one ring-shaped molecule having at least one functional group, where the polyrotaxane comprises at least one ring-shaped molecule threaded onto the copolymer, the copolymer being a nonionic copolymer, and at least comprises (a) structural units derived from a first polymerizable monomer having a stopper group, and at least (b) structural units derived from a second polymerizable monomer, where the structural units derived from the first monomer having a stopper group are disposed at least partly at the ends of the polymer chain of the copolymer, and the stopper groups prevent the ring-shaped molecule from detaching from the copolymer; b) at least one organically modified inorganic hybrid material which comprises functional groups, or at least one kind of surface-modified inorganic particles which on their surface have functional groups; where at least two of the threaded ring-shaped molecules can be crosslinked by linking of the functional groups and,
A network of sensors (2, 2', 2", 2"') connected via a data bus for the detection of objects, wherein data generated in the individual sensors (2, 2', 2", 2"') are transmitted via the data bus to the additional sensors (2, 2', 2", 2"'), characterised in that an overall result is generated in one of the sensors (2, 2', 2", 2"') based on the data of the individual sensors (2, 2', 2", 2"'), which overall result can be displayed to a higher-level unit.
A device for collecting debris from a ground surface, comprising a flexible generally planar member with an opening therethrough such that when the device is laid on and forwardly moved over the ground surface, debris on the ground surface passes upwardly through the opening onto a collection surface of the device, the device having an inclined surface extending upwardly and rearwardly from a transverse edge and which forms a rear edge of the opening; characterised in that transversely extending recesses are provided on said inclined surface, spaced in a lengthwise direction of the device, such that at least part of the debris passing upwardly through the opening to the collection surface progresses over said inclined surface by movement to the recesses, captures in the recesses, and thence has movement from the recesses to the collection surface, wherein said recesses extend substantially from side to side of said inclined surface.
A wireless identification device, comprising: an RFID integrated circuit, and an external circuit, adapted to tune the frequency of wireless transmissions, said external circuit comprising an inductor, a capacitor, a resistor, and a first variable component (203; 223), wherein said first variable component (203; 223) has an open state and a closed state, wherein said state of the first variable component (203; 223) is determined based upon exposure to a first environmental condition and is irreversibly altered by said first environmental condition, characterized in that said external circuit further comprises a second variable component (213; 233), wherein said second variable component (213; 233) has an open state and a closed state, wherein said state of the second variable component (213; 233) is determined based upon exposure to a second environmental condition and is irreversibly altered by said second environmental condition, and wherein said inductor, capacitor, resistor, first variable component (203; 223) and second variable component (213; 233) determine the wireless characteristics of said device, wherein said first variable component (203; 223) affects only bandwidth and said second variable component (213; 233) affects only resonant frequency. an RFID integrated circuit, and an external circuit, adapted to tune the frequency of wireless transmissions, said external circuit comprising an inductor, a capacitor, a resistor, and a first variable component (203; 223), wherein said first variable component (203; 223) has an open state and a closed state, wherein said state of the first variable component (203; 223) is determined based upon exposure to a first environmental condition and is irreversibly altered by said first environmental condition, characterized in that said external circuit further comprises a second variable component (213; 233), wherein said second variable component (213; 233) has an open state and a closed state, wherein said state of the second variable component (213; 233) is determined based upon exposure to a second environmental condition and is irreversibly altered by said second environmental condition, and wherein said inductor, capacitor, resistor, first variable component (203; 223) and second variable component (213; 233) determine the wireless characteristics of said device, wherein said first variable component (203; 223) affects only bandwidth and said second variable component (213; 233) affects only resonant frequency.
A safety device (10, 10') for stopping an uncontrolled movement away of an elevator car, comprising, in one device, an actuator means and a safety brake of a bidirectional type connected to each other and securable to the structure of an elevator car frame, the connection between said actuator means and said safety brake being implemented by way of a connection which comprises a contact plate and a further contact plate parallel to each other and a shock absorbing element for said contact plate and further contact plate, characterized in that the actuator means comprise a guide means consisting of a metal pipe internally to which there is arranged a slider or pin an end of which projects with respect to the pipe over a length and comprising a pair of microswitches (28, 29) suitable for detecting the position of the slider or pin in the first and second positions, said metal pipe comprising, in correspondence with an end opposed to that from which the end of the slider or pin projects, a coaxial sleeve suitable for connecting a means comprising an electric actuator suitable for displacing the slider or pin between a first position wherein the slider or pin is retracted with respect to the metal pipe and a second position wherein the slider or pin is in an extended position with respect to the tubular element, the safety device further comprising a metal plate securable to a guide or upright or to a wall of a hoistway within which the elevator car moves and with said metal plate comprising a through opening of a slotted type to accommodate any inaccurate stops or releveling movements, said opening suitable for being engaged by the end of the pin or slider whenever said pin or slider is in the second position, the end portion of the pin or slider being extended with respect to the pipe.
Winch control arrangement, comprising a retaining device for a cable, comprising a rotatable drum having a rotational axis, comprising a substantially circular, centric storage part with a storage surface for containing at least two windings of cable, wherein the distance of the storage surface to the rotational axis is substantially constant, and an eccentric holding part with a holding surface for containing at least two windings of cable, wherein the distance of the holding surface to the rotational axis varies around the circumference of the holding part, wherein a cable guide is arranged at a perpendicular distance from the rotational axis and the drum itself, the cable guide being movable in a movement direction substantially parallel to the rotational axis between a first position for allowing the cable to be wound up on the centric storage part and a second position for allowing the cable to be wound up on the eccentric part, wherein the cable guide is connected to automatic movement means for moving the cable guide between the first and the second positions, characterised in that the automatic movement means are configured to be controllable by remote control means, and remote control means arranged at a distance from the retaining device, wherein the remote control means are communicatively connected to the retaining device for controlling the operation of the automatic movement means, wherein the remote control means are configured to automatically cause the automatic movement means to move the cable guide from the second position to the first position when a signal is given via the remote control means to start paying in or paying out of the cable and/or to move the cable guide from the first position to the second position when a signal is given via the remote control means to stop paying in or paying out of the cable.
A method for grouping vehicles in Vehicle to Everything, 2. wherein the method comprises: negotiating, by designated vehicles that satisfy a preset condition outside a coverage region of a Road Side Unit RSU, to generate a final designated vehicle, wherein the RSU is a base station eNB or a stationary UE; periodically broadcasting, by the final designated vehicle, a first message to vehicles outside the coverage of the RSU, the first message being for indicating grouping a vehicle; receiving, by the final designated vehicle, a second message in response to the first message, the second message being for indicating joining a vehicle group to which the final designated vehicle belongs; and grouping, by the final designated vehicle, a vehicle which sends the second message to the vehicle group, characterized in that receiving, by the final designated vehicle, a second message in response to the first message comprises: sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message. negotiating, by designated vehicles that satisfy a preset condition outside a coverage region of a Road Side Unit RSU, to generate a final designated vehicle, wherein the RSU is a base station eNB or a stationary UE; periodically broadcasting, by the final designated vehicle, a first message to vehicles outside the coverage of the RSU, the first message being for indicating grouping a vehicle; receiving, by the final designated vehicle, a second message in response to the first message, the second message being for indicating joining a vehicle group to which the final designated vehicle belongs; and grouping, by the final designated vehicle, a vehicle which sends the second message to the vehicle group, characterized in that receiving, by the final designated vehicle, a second message in response to the first message comprises: sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message. sending, by the final designated vehicle, a request message to the vehicle responding to the first message, the request message being for requesting the vehicle to join the vehicle group; and receiving, by the final designated vehicle, the second message in response to the request message.