mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising two device units (12, 14) that can be mechanically coupled to each other, wherein the two device units (12, 14) have two functional units (42, 44) that can be mechanically coupled to each other in order to be able to actuate the second functional unit by means of the first functional unit in the mechanically coupled state; and the first functional unit can be controlled electrically or electronically and has a mechanical coupling segment which can be brought into a coupling position in order to couple with a corresponding mechanical coupling segment of the second functional unit, characterized in that means (S3, 64) for detecting a relative position of the two device units (12, 14) with respect to each other or a distance of the two device units from each other are provided at least on one device unit (12, 14); and the electrical or electronic control of the first functional unit is configured in such a way that the mechanical coupling segment of the first functional unit can be brought into the coupling position only if the two device units (12, 14) are in a certain relative position with respect to each other or fall bellow a predetermined minimum distance from each other.
A method of operating a device, the device having a networking subsystem, a power subsystem, and an application subsystem, the method comprising: running an application on the application subsystem, wherein the application uses networking functionality provided by the networking subsystem; the networking subsystem determining that a condition for triggering a reset of the networking subsystem has been met; the networking subsystem sending a request to the power subsystem requesting a reset of the networking subsystem; in response to the request, the power subsystem resetting the networking subsystem, thereby causing the networking subsystem to reinitialise; and the application subsystem monitoring messages received from the networking subsystem to determine whether a threshold number of resets has been reached; and, in response to determining that the threshold has been reached, the application subsystem requesting a more extensive reset. running an application on the application subsystem, wherein the application uses networking functionality provided by the networking subsystem; the networking subsystem determining that a condition for triggering a reset of the networking subsystem has been met; the networking subsystem sending a request to the power subsystem requesting a reset of the networking subsystem; in response to the request, the power subsystem resetting the networking subsystem, thereby causing the networking subsystem to reinitialise; and the application subsystem monitoring messages received from the networking subsystem to determine whether a threshold number of resets has been reached; and, in response to determining that the threshold has been reached, the application subsystem requesting a more extensive reset.
A process for combined production of methanol and ammonia, wherein a reactant stream comprising carbon monoxide is supplied to a recovery assembly to obtain a first hydrogen-containing stream and a second hydrogen-containing stream, each having an increased molar proportion of hydrogen compared to the reactant stream, wherein the recovery assembly comprises a shift conversion in which carbon monoxide of at least one carbon monoxide-containing stream is at least partially converted into hydrogen and carbon dioxide by reaction with steam to obtain a converted stream comprising hydrogen and carbon dioxide, which is at least partially supplied to a hydrogen recovery from which the first hydrogen-containing stream and the second hydrogen-containing stream are obtained, wherein a nitrogen stream and, at least partially, the first hydrogen-containing stream are supplied to an ammonia reactor assembly for at least partial conversion into ammonia and wherein, at least partially, the second hydrogen-containing stream is supplied to a methanol reactor assembly for at least partial conversion into methanol, characterised in that the reactant stream comprises a residual gas stream comprising unreacted carbon oxides from the methanol reactor assembly.
Arrangement for an elevator system, having a safety gear and a rail, the safety gear cooperating with the rail in order to brake an elevator car or a counterweight, and it being possible for a braking surface of the safety gear to press against the rail using a pressing force, the rail comprising a head and the head of the rail being designed as a hollow profile, characterized in that the braking surface of the safety gear cooperates with the rail such that the braking surface projects beyond the head of the rail such that a substantial part of the pressing force can be introduced into a head wall of the rail designed as the hollow profile, the head wall being oriented perpendicularly to the braking surface.
A storage system for the thermochemical storage of energy, having a reactor device comprising a reaction chamber enclosed by an inner jacket, within which a solid can be made to transition during a charging process from a first state to a second state in a forward reaction with the addition of thermal energy, releasing a reaction fluid, and can be made to transition from the second state into the first state during a discharge process in a reverse reaction, releasing thermal energy and taking up the reaction fluid, the reaction chamber comprising a mixing device, characterized in that by means of the mixing device, the solid can be fluidized during the forward and/or reverse reaction, such that a great number of the solid particles repeatedly come into thermal contact with heat-transferring surfaces of the reaction chamber during the charging process.
Medical treatment apparatus, in particular for monitoring or observing an oxygen therapy treatment, comprising: - a gas line suitable for transporting a gas flow, - a flowmeter arranged on the gas line, - at least one signal control and processing module, electrically connected to the fluidic oscillation flowmeter, configured to recover and process measurement signals delivered by the fluidic oscillation flowmeter, and - at least one telecommunication module (36, 37) electrically connected to the signal control and processing module and configured to transmit measurement signals, coming from the signal control and processing module, to at least one communication network, said at least one telecommunication module (36, 37) comprising at least one radio modem (36; 36A, 36B) associated with at least one transmitting/receiving antenna (37; 37A, 37B) characterised in that: - the flowmeter is a fluidic oscillation flowmeter, and - said at least one telecommunication module (36, 37) is configured to have a sensitivity less than or equal to -110 dBm and a maximum coupling lost value greater than or equal to 130 dB with said at least one communication network in question. - a gas line suitable for transporting a gas flow, - a flowmeter arranged on the gas line, - at least one signal control and processing module, electrically connected to the fluidic oscillation flowmeter, configured to recover and process measurement signals delivered by the fluidic oscillation flowmeter, and - at least one telecommunication module (36, 37) electrically connected to the signal control and processing module and configured to transmit measurement signals, coming from the signal control and processing module, to at least one communication network, said at least one telecommunication module (36, 37) comprising at least one radio modem (36; 36A, 36B) associated with at least one transmitting/receiving antenna (37; 37A, 37B) - the flowmeter is a fluidic oscillation flowmeter, and - said at least one telecommunication module (36, 37) is configured to have a sensitivity less than or equal to -110 dBm and a maximum coupling lost value greater than or equal to 130 dB with said at least one communication network in question.
A fuel injection unit for an internal combustion engine, which fuel injection unit comprises - a body, - a first fuel gallery and a second fuel gallery, - a first fuel injection nozzle and a second fuel injection nozzle, - a first injector needle for opening and closing flow communication between the first fuel gallery and the first fuel injection nozzle, - a second injector needle for opening and closing flow communication between the second fuel gallery and the second fuel injection nozzle, and - a control valve comprising a valve member having at least a first position where fuel flow from a fuel inlet of the fuel injection unit to the first fuel gallery is allowed and fuel flow from the fuel inlet to the second fuel gallery is prevented, and a second position where fuel flow from the fuel inlet to the second fuel gallery is allowed and fuel flow from the fuel inlet to the first fuel gallery is prevented, characterized in that the fuel injection unit comprises a pneumatic actuator for actuating the valve member of the control valve and that the control valve is integrated into the fuel injection unit. - a body, - a first fuel gallery and a second fuel gallery, - a first fuel injection nozzle and a second fuel injection nozzle, - a first injector needle for opening and closing flow communication between the first fuel gallery and the first fuel injection nozzle, - a second injector needle for opening and closing flow communication between the second fuel gallery and the second fuel injection nozzle, and - a control valve comprising a valve member having at least a first position where fuel flow from a fuel inlet of the fuel injection unit to the first fuel gallery is allowed and fuel flow from the fuel inlet to the second fuel gallery is prevented, and a second position where fuel flow from the fuel inlet to the second fuel gallery is allowed and fuel flow from the fuel inlet to the first fuel gallery is prevented,
An electric cable comprising an elongated element surrounded by a first layer comprising an assembly of at least two aluminium or aluminium alloy metal strands, characterized in that the whole perimeter of said at least two metal strands includes a hydrated alumina layer.
Rebalancing device for rebalancing of an underwater vehicle comprising at least one thruster and at least one storage space for load, the rebalancing device comprising control circuitry (140, 240), characterized in that the control circuitry (140, 240) being configured to receive o sensor data, the sensor data comprising information relating to a depth and an attitude of the underwater vehicle, and o thruster data comprising information relating to thrust and orientation of thrust of the at least one thruster (220xy, 220y, 220yz, 220z), the control circuitry (140, 240) being further configured to - determine a difference between a centre of gravity, CoG, of the underwater vehicle and a centre of buoyancy, CoB, of the underwater vehicle based on the sensor data and the thruster data, - determine a difference between a gravitational force acting on the underwater vehicle and a buoyancy of the underwater vehicle based on the sensor data and the thruster data, and - generate rebalancing information relating to a deviation of a current load distribution from an ideal load distribution based on the determined differences, wherein the control circuitry is further configured to determine a preferred load for each of the at least one storage space based on the determined difference between the centre of gravity and the centre of buoyancy, the preferred loads reducing or eliminating the determined difference between the centre of gravity and the centre of buoyancy and reducing or eliminating the determined difference between the gravitational force acting on the underwater vehicle and the buoyancy of the underwater vehicle. o sensor data, the sensor data comprising information relating to a depth and an attitude of the underwater vehicle, and o thruster data comprising information relating to thrust and orientation of thrust of the at least one thruster (220xy, 220y, 220yz, 220z), - determine a difference between a centre of gravity, CoG, of the underwater vehicle and a centre of buoyancy, CoB, of the underwater vehicle based on the sensor data and the thruster data, - determine a difference between a gravitational force acting on the underwater vehicle and a buoyancy of the underwater vehicle based on the sensor data and the thruster data, and - generate rebalancing information relating to a deviation of a current load distribution from an ideal load distribution based on the determined differences, wherein the control circuitry is further configured to determine a preferred load for each of the at least one storage space based on the determined difference between the centre of gravity and the centre of buoyancy, the preferred loads reducing or eliminating the determined difference between the centre of gravity and the centre of buoyancy and reducing or eliminating the determined difference between the gravitational force acting on the underwater vehicle and the buoyancy of the underwater vehicle.
Cocoa-containing instant drinks composition, in particular for producing a preferably noncariogenic and/or calorie-reduced cocoa-containing instant drink by preparation with a potable liquid, wherein the composition is at least substantially free from sucrose, and wherein the composition is in the form of granules or agglomerate, in particular agglomerate, wherein the composition contains (a) as granule- or agglomerate-former a combination of isomaltulose with at least one sugar replacer and/or at least one sugar different from sucrose in a ratio [isomaltulose: (sugar replacer and/or sugar different from sucrose)] in the range from 40:1 to 2:1 and in an amount from 30 to 85% by weight, based on the composition and/or the granules or agglomerate, and (b) cocoa, in particular cocoa powder, and also (c) optionally at least one aroma- and/or taste-former, wherein the particles of the granules or agglomerate have a compressive strength, calculated as weight load bearing capacity per particle, of at least 0.01 N, wherein the composition, based on the composition, has a total residual moisture from 1 to 5% by weight, and wherein the granules or agglomerate have a discrete particle size distribution, wherein 90% of the particles have a particle size, based on at least one spatial direction, from 0.02 to 5 mm, wherein the sugar replacer is selected from the group of erythritol, mannitol, xylitol, sorbitol, isomaltitol, maltitol, lactitol, galactitol and mixtures thereof, and/or wherein the sugar different from sucrose is selected from the group of mannose, maltose, glucose, fructose, lactose, xylose, maltodextrin and mixtures thereof and wherein the composition contains a food-compatible emulsifier in an amount from 0.5 to 1.5% by weight, based on the composition and/or the granules and/or agglomerate, wherein the food-compatible emulsifier is selected from the group of lecithins, monoglycerides, diglycerides and mixtures thereof. (a) as granule- or agglomerate-former a combination of isomaltulose with at least one sugar replacer and/or at least one sugar different from sucrose in a ratio [isomaltulose: (sugar replacer and/or sugar different from sucrose)] in the range from 40:1 to 2:1 and in an amount from 30 to 85% by weight, based on the composition and/or the granules or agglomerate, and (b) cocoa, in particular cocoa powder, and also (c) optionally at least one aroma- and/or taste-former,
An encoding element, comprising: a first conductive layer; a first dielectric substrate disposed adjacent to the first conductive layer; a second dielectric substrate; a conductive strip disposed between the first dielectric substrate and the second dielectric substrate, wherein: the conductive strip includes a loop shape; the first dielectric substrate electrically separates the conductive strip from the first conductive layer; characterized in that: the encoding element comprises a shield disposed adjacent to the second dielectric substrate, wherein: the second dielectric substrate electrically separates the conductive strip from the shield; the shield includes a split-ring shape corresponding to the loop shape of the conductive strip; and the split-ring shape of the shield and the loop shape of the conductive strip are concentric with each other. a first conductive layer; a first dielectric substrate disposed adjacent to the first conductive layer; a second dielectric substrate; a conductive strip disposed between the first dielectric substrate and the second dielectric substrate, wherein: the conductive strip includes a loop shape; the first dielectric substrate electrically separates the conductive strip from the first conductive layer; the conductive strip includes a loop shape; the first dielectric substrate electrically separates the conductive strip from the first conductive layer; characterized in that: the encoding element comprises a shield disposed adjacent to the second dielectric substrate, wherein: the second dielectric substrate electrically separates the conductive strip from the shield; the shield includes a split-ring shape corresponding to the loop shape of the conductive strip; and the split-ring shape of the shield and the loop shape of the conductive strip are concentric with each other. the second dielectric substrate electrically separates the conductive strip from the shield; the shield includes a split-ring shape corresponding to the loop shape of the conductive strip; and the split-ring shape of the shield and the loop shape of the conductive strip are concentric with each other.
An appliance comprising an appliance door assembly comprising: a first door frame having a first electrical conductor terminating in a first connector; a second door frame having a second electrical conductor terminating in a second connector; a hinge having a first hinge plate mounted to the first door frame, and a second hinge plate mounted to the second door frame, wherein the first hinge plate is rotatable relative to the second hinge plate about a hinge rotational axis; and a wire cover that is rotatable about the hinge rotational axis and holding the second connector; characterized in that: the first hinge plate has a first knuckle, the second hinge plate has a second knuckle, and a hinge pin passes through the first and second knuckles (46a, 46b) to rotationally couple the first hinge plate and second hinge plate, and when the door assembly is mounted to the appliance, the wire cover is rotatable to: a first position to expose the second connector for connection with the first connector when the first and second connectors (32, 36) are in a disconnected state; and a second position to hide the first and second connectors (32, 36) when the first and second connectors (32, 36) are in a connected state. a first door frame having a first electrical conductor terminating in a first connector; a second door frame having a second electrical conductor terminating in a second connector; a hinge having a first hinge plate mounted to the first door frame, and a second hinge plate mounted to the second door frame, wherein the first hinge plate is rotatable relative to the second hinge plate about a hinge rotational axis; and a wire cover that is rotatable about the hinge rotational axis and holding the second connector; characterized in that: the first hinge plate has a first knuckle, the second hinge plate has a second knuckle, and a hinge pin passes through the first and second knuckles (46a, 46b) to rotationally couple the first hinge plate and second hinge plate, and when the door assembly is mounted to the appliance, the wire cover is rotatable to: a first position to expose the second connector for connection with the first connector when the first and second connectors (32, 36) are in a disconnected state; and a second position to hide the first and second connectors (32, 36) when the first and second connectors (32, 36) are in a connected state. a first position to expose the second connector for connection with the first connector when the first and second connectors (32, 36) are in a disconnected state; and a second position to hide the first and second connectors (32, 36) when the first and second connectors (32, 36) are in a connected state.
Method for combusting fuel in combustion air containing primary air, secondary air and recirculation gas, in which method the water content (moisture content) of the fuel is detected, wherein the detection of the water content in the fuel takes place while the latter is stored and/or while the fuel is being supplied to a furnace, wherein, taking into account the energy content of the fuel for a selected output, the supply of fuel is increased if the water content is relatively high and is reduced if the water content is relatively low, wherein the ratio in the combustion air between primary air and secondary air on the one hand and recirculation gas on the other hand is selected as a function of the water content of the fuel, and in that the proportion of recirculation gas in the combustion air is reduced if the water content of the fuel is relatively high or is increasing and is increased if the water content of the fuel is relatively low or is decreasing, wherein the proportion of primary air and/or secondary air in the combustion air is selected as a function of the detected water content of the fuel, wherein the proportion of primary air is increased and the proportion of secondary air is reduced if the water content is relatively high or is increasing, wherein the proportion of primary air is reduced and the proportion of secondary air is increased if the water content is relatively low or is decreasing, and wherein the temperature of the primary air and secondary air is adjusted as a function of the water content of the fuel.
A display system for use with a console installed in a cab of an agricultural vehicle, the display system comprising a track connected to said console, and a display device including a carriage, characterized in that: said track has a first feature and a second feature, wherein said first feature and said second feature are each one of a profiled extension and a profiled groove of said track; and in that the carriage has a first, a second and a third wheel (44, 48, 46), said first and third wheel (44, 46) being in rolling contact with said first feature, said second wheel being in rolling contact with said second feature, said display device being configured to be pushed along said track. said track has a first feature and a second feature, wherein said first feature and said second feature are each one of a profiled extension and a profiled groove of said track; and in that the carriage has a first, a second and a third wheel (44, 48, 46), said first and third wheel (44, 46) being in rolling contact with said first feature, said second wheel being in rolling contact with said second feature, said display device being configured to be pushed along said track.