mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional mounting for attaching a plurality of parts to the chassis of a vehicle, said mounting having a generally curved shape that is folded onto itself yet is open, and attached to the cradle of the chassis at attachment points located at the ends of said open curved shape, so as to pass over the electric power steering mechanisms of the vehicle, said mounting having interfaces for attaching said plurality of parts to the cradle of the vehicle, characterized in that it is attached, in particular by screwing, to the cradle of the chassis at three attachment points (P1, P2, P3), namely two attachment points (P2, P3) which are located at a first end of said curved shape of the multifunctional mounting and which are intended to attach the latter to the rear part of the cradle, and a third attachment point, which is situated at the second end of said curved shape of the multifunctional mounting and which is intended to attach the latter to the front part of the cradle.
A device-to-device D2D discovery method comprising: a user equipment acquiring discovery signal resources allocated by an eNB to the user equipment, wherein the discovery signal resources comprise time-frequency domain resources used for sending or monitoring a discovery signal, and/or code sequence resources used for sending or monitoring the discovery signal; and when the user equipment performs a D2D discovery operation, sending or monitoring the discovery signal according to acquired discovery signal resources to perform a D2D discovery; characterized by the discovery signal resources allocated by the eNB to the user equipment at least comprising one or more of following: different discovery signal resources allocated according to states of the user equipment; different discovery signal resources allocated according to locations of the user equipment; different discovery signal resources allocated according to application types of the user equipment; and different discovery signal resources allocated according to priorities of the user equipment. a user equipment acquiring discovery signal resources allocated by an eNB to the user equipment, wherein the discovery signal resources comprise time-frequency domain resources used for sending or monitoring a discovery signal, and/or code sequence resources used for sending or monitoring the discovery signal; and when the user equipment performs a D2D discovery operation, sending or monitoring the discovery signal according to acquired discovery signal resources to perform a D2D discovery; characterized by the discovery signal resources allocated by the eNB to the user equipment at least comprising one or more of following: different discovery signal resources allocated according to states of the user equipment; different discovery signal resources allocated according to locations of the user equipment; different discovery signal resources allocated according to application types of the user equipment; and different discovery signal resources allocated according to priorities of the user equipment. different discovery signal resources allocated according to states of the user equipment; different discovery signal resources allocated according to locations of the user equipment; different discovery signal resources allocated according to application types of the user equipment; and different discovery signal resources allocated according to priorities of the user equipment.
System for determining at least one item of vehicle information in a vehicle, having - at least one sensor unit which can be fastened directly to a tire for the vehicle, so that at least one detection value can be determined by the at least one sensor unit, wherein the at least one detection value is specific for at least one detection variable on the tire, - at least one evaluation device for evaluating the at least one detection value, so that an evaluation result of the evaluation is specific to the vehicle information, the sensor unit having a transmission device in order to transmit the at least one detection value to the evaluation device, the sensor unit being designed as a tire pressure sensor which has an acceleration sensor element (10.2) for detecting an acceleration, the at least one sensor unit being arranged on the tire in a directionally fixed manner, so that an incorrect mounting of the tire on the vehicle can be detected by the sensor unit characterized in that the evaluation device evaluates the at least one detection value so that an evaluation result of the evaluation is specific to the vehicle information, wherein a tire mounting can be evaluated on the basis of the evaluation of the evaluation device, and a warning is output as a function of the evaluation, so that if the tires are mounted incorrectly on the vehicle, a user of the vehicle is notified of the incorrect mounting. - at least one sensor unit which can be fastened directly to a tire for the vehicle, so that at least one detection value can be determined by the at least one sensor unit, wherein the at least one detection value is specific for at least one detection variable on the tire, - at least one evaluation device for evaluating the at least one detection value, so that an evaluation result of the evaluation is specific to the vehicle information, the sensor unit having a transmission device in order to transmit the at least one detection value to the evaluation device, the sensor unit being designed as a tire pressure sensor which has an acceleration sensor element (10.2) for detecting an acceleration, the at least one sensor unit being arranged on the tire in a directionally fixed manner, so that an incorrect mounting of the tire on the vehicle can be detected by the sensor unit characterized in that the evaluation device evaluates the at least one detection value so that an evaluation result of the evaluation is specific to the vehicle information, wherein a tire mounting can be evaluated on the basis of the evaluation of the evaluation device, and a warning is output as a function of the evaluation, so that if the tires are mounted incorrectly on the vehicle, a user of the vehicle is notified of the incorrect mounting.
A computer-implemented method for partitioning a three-dimensional scene into a plurality of zones, each zone being processed by a computing resource, the method comprising: - providing a three-dimensional scene comprising one or more objects, each object generating a computing resource cost; - determining a set of locations in the three-dimensional scene; - filling each location with its maximum occupancy of objects that reaches the most expensive computing cost by placing on each location the maximum number of objects allowed on said each location; characterized by - computing, for each filled location of the three-dimensional scene, the maximum computing cost density; - extracting, for each location of the three-dimensional scene, static objects located on said each location, a static object being an object that cannot move in the three-dimensional scene and that cannot be traversed by another object; - building a map of constraints of the three-dimensional scene from the extracted static objects; - grouping parts of adjacent locations into one or more zones, each zone having a resulting computing cost that is the sum of the maximum cost of each part of an adjacent location and that guaranties a real-time performance of the zone, each maximum computing cost in the sum being computed from the maximum computing cost density of a respective adjacent location, wherein the grouping of parts of adjacent locations is performed according to the extracted static objects provided by the map of constraints. - providing a three-dimensional scene comprising one or more objects, each object generating a computing resource cost; - determining a set of locations in the three-dimensional scene; - filling each location with its maximum occupancy of objects that reaches the most expensive computing cost by placing on each location the maximum number of objects allowed on said each location; - computing, for each filled location of the three-dimensional scene, the maximum computing cost density; - extracting, for each location of the three-dimensional scene, static objects located on said each location, a static object being an object that cannot move in the three-dimensional scene and that cannot be traversed by another object; - building a map of constraints of the three-dimensional scene from the extracted static objects; - grouping parts of adjacent locations into one or more zones, each zone having a resulting computing cost that is the sum of the maximum cost of each part of an adjacent location and that guaranties a real-time performance of the zone, each maximum computing cost in the sum being computed from the maximum computing cost density of a respective adjacent location, wherein the grouping of parts of adjacent locations is performed according to the extracted static objects provided by the map of constraints.
A method performed by an apparatus of a user equipment, UE, comprising: receiving location assistance data including a list of candidate transmission-reception points, TRPs, for a positioning operation; receiving a positioning reference signal, PRS, from each candidate TRP of a number of the candidate TRPs over an unlicensed Fifth Generation, 5G, New Radio, NR, radio band; transmitting one or more PRSs to at least one candidate TRP of the number of candidate TRPs over the unlicensed 5G NR radio band; and performing a round-trip time, RTT, ranging operation with the at least one candidate TRP based at least in part on the received PRS and the one or more transmitted PRSs. receiving location assistance data including a list of candidate transmission-reception points, TRPs, for a positioning operation; receiving a positioning reference signal, PRS, from each candidate TRP of a number of the candidate TRPs over an unlicensed Fifth Generation, 5G, New Radio, NR, radio band; transmitting one or more PRSs to at least one candidate TRP of the number of candidate TRPs over the unlicensed 5G NR radio band; and performing a round-trip time, RTT, ranging operation with the at least one candidate TRP based at least in part on the received PRS and the one or more transmitted PRSs.
An electrolyser module comprising a plurality of structural plates each having a sidewall extending between opposite end faces with a half cell chamber opening and at least two degassing chamber openings extending through said structural plate between said opposite end faces; said structural plates being arranged in face to face juxtaposition between opposite end pressure plates, each said half cell chamber opening at least partially housing electrolytic half cell components comprising at least an electrode, a bipolar plate in electrical communication with said electrode, and a membrane communicating with said electrode for providing ionic conduction, said structural plates and half cell components defining an array of series connected electrolytic cells surmounted by at least one degassing chamber; said structural plates defining, at least when in face-to-face juxtaposition, passages for fluid flow inside said electrolyser module; said electrolyser module further comprising one or more internal reinforcing members mounted to the periphery of at least one of said structural plates for mitigating outward displacement of said structural plates; at least said at least one of said structural plates further defining, holding features in at least one of a front face and a back face of said structural plates for locating and holding said at least part of one or more internal reinforcing members.
A multi-stage continuous process for the production of an ethoxylate comprising: preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a first portion of a partitioned continuous stirred tank reactor ("CSTR"); continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the first portion of the CSTR reactor under conditions suitable to produce an ethoxylate; continuously forcing the reaction mixture from the first portion of the CSTR reactor into a second portion of the CSTR reactor and adding further ethylene oxide under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the second portion of the CSTR reactor to a collection vessel wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols. preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a first portion of a partitioned continuous stirred tank reactor ("CSTR"); continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the first portion of the CSTR reactor under conditions suitable to produce an ethoxylate; continuously forcing the reaction mixture from the first portion of the CSTR reactor into a second portion of the CSTR reactor and adding further ethylene oxide under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the second portion of the CSTR reactor to a collection vessel wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols.
A computer-implemented method for measuring the memory consumption difference between two objects in an object-oriented programming environment comprising: analyzing relationships between objects within a network of objects in an object oriented program code to deter-mine an object network structure; generating object graph data representing the object network structure, the object graph data including nodes representing the objects and arcs representing the relationships between objects; removing all incoming arcs to each of two nodes; building the resulting sub-graphs for each of the two nodes; summing the memory consumed by each of the sub-graphs of the two nodes; and subtracting the memory amounts consumed by each of the sub-graphs to determine the memory consumption different between the two nodes, wherein summing the memory amounts comprises adding weighted values associated with generic types employed by each of the nodes in each of the sub-graphs. analyzing relationships between objects within a network of objects in an object oriented program code to deter-mine an object network structure; generating object graph data representing the object network structure, the object graph data including nodes representing the objects and arcs representing the relationships between objects; removing all incoming arcs to each of two nodes; building the resulting sub-graphs for each of the two nodes; summing the memory consumed by each of the sub-graphs of the two nodes; and subtracting the memory amounts consumed by each of the sub-graphs to determine the memory consumption different between the two nodes, wherein summing the memory amounts comprises adding weighted values associated with generic types employed by each of the nodes in each of the sub-graphs.
Medical sterile container having a container interior for accommodating articles to be sterilized, which sterile container comprises a pressure-activatable sterilization status detection device for detecting a sterilization status of the sterile container, characterized in that the sterilization status detection device comprises a piston-cylinder assembly.
Pipe adapter for a pipe for guiding a medium, comprising a pipeline section with a tubular first channel for introducing the pipeline section into the pipeline, and a tubular second channel which is arranged at a first predeterminable angle to the first channel and is connected to the first channel, wherein in a transition region between a wall of the first channel and a wall of the second channel at least two formations (10a, 10b) are made in a wall of the first and/or second channel, wherein the two formations (10a, 10b) have a crescent-shaped geometry, characterized in in that a volume of the first shaping and a volume of the second shaping are of different sizes. comprising a pipeline section with a tubular first channel for introducing the pipeline section into the pipeline, and a tubular second channel which is arranged at a first predeterminable angle to the first channel and is connected to the first channel, wherein in a transition region between a wall of the first channel and a wall of the second channel at least two formations (10a, 10b) are made in a wall of the first and/or second channel, wherein the two formations (10a, 10b) have a crescent-shaped geometry, characterized in in that a volume of the first shaping and a volume of the second shaping are of different sizes.
A cabinet configured to house an article that requires cooling, the cabinet comprising: a top panel having a top air outlet disposed therein; a removable top cover configured to be secured to the top panel over the top air outlet, thereby obstructing air flow through the top air outlet a plurality of sidewalls connected to the top panel the plurality of sidewalls including a rear wall having a rear air outlet disposed therein; and a removable rear cover configured to be secured to the rear wall over the rear air outlet, thereby obstructing air flow through the rear air outlet, wherein, in a first configuration, the removable top cover is secured to the top panel over the top air outlet such that that the top panel is in a closed configuration and the rear outlet of the rear wall is in an opened configuration, or wherein, in a second configuration, the top panel is in an opened configuration and the rear cover is secured over the rear outlet of the rear wall such that it is in a closed configuration. a top panel having a top air outlet disposed therein; a removable top cover configured to be secured to the top panel over the top air outlet, thereby obstructing air flow through the top air outlet a plurality of sidewalls connected to the top panel the plurality of sidewalls including a rear wall having a rear air outlet disposed therein; and a removable rear cover configured to be secured to the rear wall over the rear air outlet, thereby obstructing air flow through the rear air outlet, wherein, in a first configuration, the removable top cover is secured to the top panel over the top air outlet such that that the top panel is in a closed configuration and the rear outlet of the rear wall is in an opened configuration, or wherein, in a second configuration, the top panel is in an opened configuration and the rear cover is secured over the rear outlet of the rear wall such that it is in a closed configuration.
A cover for a centrifugal pump for a liquid of a household appliance, the cover comprising a wall having an inner face intended to come into contact with the liquid and an outer face, opposite to the inner face, an electric resistor for heating the liquid, fixed to the cover and having a heating stretch, and two end stretches connected to the heating stretch; at least one safety device sensitive to the temperature of the electric resistor, fixed to the outer face; and at least one control device sensitive both to the temperature of the liquid and to the temperature of the electric resistor, fixed to the outer face, characterized in that the electric resistor crosses the cover so that the heating stretch is arranged on the side of the inner face whereby the heating stretch is adapted to be in contact with the liquid, and so that the two end stretches project from the side of the outer face, in that at least one first portion of the heating stretch is in contact with the inner face, and in that at least one second portion of the heating stretch is spaced apart from the inner face. an inner face intended to come into contact with the liquid and an outer face, opposite to the inner face, a heating stretch, and two end stretches connected to the heating stretch; the heating stretch is arranged on the side of the inner face whereby the heating stretch is adapted to be in contact with the liquid, and so that the two end stretches project from the side of the outer face,
A wind farm comprising a plurality of wind turbine generators, each of which comprises a rotor having one or more blades, an electrical generator driven by said rotor for converting rotation thereof into electrical power, a rectifier for converting alternating current power from the electrical generator to direct current power, a power inverter for converting direct current power from the rectifier to alternating current power, and a DC-link connecting the rectifier and the power inverter, wherein each of the plurality of wind turbine generators further comprises an electrolyzer arrangement for production of hydrogen arranged for using electrical power from the generator, wherein the electrolyzer arrangement is adapted for being powered by direct current power from the DC-link, or a data processing centre having one or more data processing units connected to a data communication network and configured to receive, process, store, and transmit data over the data communication network, wherein the data processing centre is arranged for being powered by obtaining direct current power from the DC-link, and wherein the nominal power capacity of the power inverter constitutes no more than 65%, preferably no more than 50%, such as in the range of 15% to 40%, of the nominal power capacity of the electrical generator of that wind turbine generator. a rotor having one or more blades, an electrical generator driven by said rotor for converting rotation thereof into electrical power, a rectifier for converting alternating current power from the electrical generator to direct current power, a power inverter for converting direct current power from the rectifier to alternating current power, and a DC-link connecting the rectifier and the power inverter, wherein each of the plurality of wind turbine generators further comprises an electrolyzer arrangement for production of hydrogen arranged for using electrical power from the generator, wherein the electrolyzer arrangement is adapted for being powered by direct current power from the DC-link, or a data processing centre having one or more data processing units connected to a data communication network and configured to receive, process, store, and transmit data over the data communication network, wherein the data processing centre is arranged for being powered by obtaining direct current power from the DC-link, and wherein the nominal power capacity of the power inverter constitutes no more than 65%, preferably no more than 50%, such as in the range of 15% to 40%, of the nominal power capacity of the electrical generator of that wind turbine generator.
A boiler comprising a first number of tubes (6, 34, 42) for conveying exhaust gas, each of the tubes (6, 34, 42) comprising an inlet for receiving the exhaust gas and an outlet for discharging the exhaust gas and each of the tubes defining a respective longitudinal center axis, characterized in further comprising a second number of deposit reducing elements (20, 44), each of the deposit reducing elements (20, 44) being arranged to close at least one of the tubes (6, 34, 42) and prevent passage of exhaust gas through said at least one of the tubes, or be moved, by a sufficiently high exhaust gas pressure in said at least one of the tubes, to open said at least one of the tubes and allow passage of exhaust gas having a sufficiently high exhaust gas pressure through said at least one of the tubes, to increase an exhaust gas velocity in the open tubes and thereby reduce formation of deposits inside the tubes.
A protection device for protecting an angular object comprising an upper part and a lower part and two side walls connecting said upper and lower parts so as to form a carton, in which, during use, all or part of the object to be protected can slide, each side wall comprising a bellows, said device being characterized in that one or several series of notches with a high-resilience means allow(s) to adjust the distance between the upper part and the lower part to the thickness of the object to be protected.