mhurhangee/ep-ind-claims huggingface dataset:
A pressure relief valve assembly comprising: a housing; a diaphragm assembly separating the housing into a sensing pressure section and a tank pressure section, wherein the sensing pressure section is configured to sense both atmospheric pressure and tank pressure and the tank pressure section is configured to only sense tank pressure; an orifice disposed between the sensing pressure section and the tank pressure section, allowing fluid to flow in through the orifice when the pressure in the sensing pressure section is less than the pressure in the tank pressure section, and to allow fluid to flow out through the orifice when the pressure in the sensing pressure section is greater than the pressure in the tank pressure section; a pilot valve assembly disposed between the sensing pressure section and atmosphere, the pilot valve assembly being configured to open when a difference in pressure between the sensing pressure section and atmospheric pressure exceeds a predetermined first amount; a main poppet assembly disposed in the tank pressure section, wherein the main poppet assembly is configured to open when a difference in pressure between the sensing pressure section and the tank pressure section meets a predetermined second amount. a housing; a diaphragm assembly separating the housing into a sensing pressure section and a tank pressure section, wherein the sensing pressure section is configured to sense both atmospheric pressure and tank pressure and the tank pressure section is configured to only sense tank pressure; an orifice disposed between the sensing pressure section and the tank pressure section, allowing fluid to flow in through the orifice when the pressure in the sensing pressure section is less than the pressure in the tank pressure section, and to allow fluid to flow out through the orifice when the pressure in the sensing pressure section is greater than the pressure in the tank pressure section; a pilot valve assembly disposed between the sensing pressure section and atmosphere, the pilot valve assembly being configured to open when a difference in pressure between the sensing pressure section and atmospheric pressure exceeds a predetermined first amount; a main poppet assembly disposed in the tank pressure section, wherein the main poppet assembly is configured to open when a difference in pressure between the sensing pressure section and the tank pressure section meets a predetermined second amount.
Inductive component with at least one cylinder-shaped coil (2.1, 2.2) arranged on a magnetic core (6.11, 6.21) and having lateral surface, wherein the coil (2.1, 2.2) is heat-coupled to a cooling element via a heat-conducting isolator (4.1, 4.2), characterized in that - the isolator (4.1, 4.2) - is surface-fitted along the lateral surface of the coil (2.1, 2.2) - as seen in the axial direction of the coil (2.1, 2.2), - the isolator (4.1, 4.2) is implemented circumferentially,,at least partially encasing the at least one coil (2.1, 2.2), and - the cooling element is implemented as a housing with an inner chamber (3.11, 3.12, 3.21, 3.22) that receives the at least one coil (2.1, 2.2), wherein the inner contour of the inner chamber (3.11, 3.12, 3.21, 3.22) of the housing is adapted to the outer contour of the isolator (4.1, 4.2). - the isolator (4.1, 4.2) - is surface-fitted along the lateral surface of the coil (2.1, 2.2) - as seen in the axial direction of the coil (2.1, 2.2), - the isolator (4.1, 4.2) is implemented circumferentially,,at least partially encasing the at least one coil (2.1, 2.2), and - the cooling element is implemented as a housing with an inner chamber (3.11, 3.12, 3.21, 3.22) that receives the at least one coil (2.1, 2.2), wherein the inner contour of the inner chamber (3.11, 3.12, 3.21, 3.22) of the housing is adapted to the outer contour of the isolator (4.1, 4.2).
A method performed by a User Equipment, UE, for congestion control in a wireless telecommunications network, the method comprising: - performing Channel-Busy-Ratio and/or Channel occupancy Ratio CBR/CR, measurements on one or more resource pools to generate CBR/CR values, wherein the measurements are performed over a sensing period which is adapted based on at least a Quality-of-Service, QoS, of at least one data packet; - selecting a resource pool or at least one resource within a resource pool based on a CBR/CR value and QoS requirements of said at least one data packet wherein: - if there are multiple resource pools, sorting the resource pools in descending order based on the CBR/CR values, and if the data packet has a high QoS, assigning or selecting the first available resource pool with the lowest CBR value selected; and characterized in that: - if the UE receives a high QoS data packet in its buffer while the UE is performing CRB/CR measurements during a long sensing window for a low QoS data packet, triggering a shorter sensing and adjusting a back-off timer based on a start of the short sensing window. - performing Channel-Busy-Ratio and/or Channel occupancy Ratio CBR/CR, measurements on one or more resource pools to generate CBR/CR values, wherein the measurements are performed over a sensing period which is adapted based on at least a Quality-of-Service, QoS, of at least one data packet; - selecting a resource pool or at least one resource within a resource pool based on a CBR/CR value and QoS requirements of said at least one data packet - if there are multiple resource pools, sorting the resource pools in descending order based on the CBR/CR values, and if the data packet has a high QoS, assigning or selecting the first available resource pool with the lowest CBR value selected; and - if the UE receives a high QoS data packet in its buffer while the UE is performing CRB/CR measurements during a long sensing window for a low QoS data packet, triggering a shorter sensing and adjusting a back-off timer based on a start of the short sensing window.
A variable inductor direction sensor comprising: a rotatable body comprising a first circumferential tooth array; and a stationary body comprising a second circumferential tooth array concentric with the first circumferential tooth array; wherein the rotatable body is disposed relative to the stationary body such that one of the first circumferential tooth array and the second circumferential tooth array circumscribes the other of the first circumferential tooth array and the second circumferential tooth array; wherein each of the first circumferential tooth array and the second circumferential tooth array comprises teeth that are asymmetrical about a radial axis along at least a circumferential portion of the at least one of the first circumferential tooth array and the second circumferential tooth array. a rotatable body comprising a first circumferential tooth array; and a stationary body comprising a second circumferential tooth array concentric with the first circumferential tooth array; wherein the rotatable body is disposed relative to the stationary body such that one of the first circumferential tooth array and the second circumferential tooth array circumscribes the other of the first circumferential tooth array and the second circumferential tooth array;
Heating and/or cooling system with a fluid circuit including a fluid inlet line (3, 5) and fluid outlet line (4, 6) connectable to a heat exchanger, a temperature sensor (11, 12) for measuring a fluid temperature T, and a controller, wherein the fluid inlet (3, 5) or outlet line (4, 6) includes a split section and a first valve and a second valve positioned in respectively a first (3a, 4a) and second (3b, 4b) parallel sub-lines forming the split section, and where the first and second valves are configured to be controlled according to input from the controller and to operate with first V1 and second V2 valve openings respectively, where said controller is adapted to operate to maintain said measured fluid temperature T within a normal temperature span, defined as a minimum temperature T1min and a maximum temperature T1max, by changing settings of said first and second valves, wherein the controller is adapted to operate the first valve in a basic mode not responding to any changes of the fluid temperature T if T is between T1min and T1max, and to operate the second valve in a basic mode with a basic mode second valve opening V2 not responding to any changes of the fluid temperature T, and to change the valve opening V1 of the first valve in response to the measured temperature T if T is not between T1min and T1max, and to change the valve opening V2 of the second valve in response to the first valve opening V1 when the first valve opening V1 gets above a maximum opening V1max or below a minimum opening V1min, wherein said fluid inlet (3, 5) and outlet lines (4, 6) are connectable to a primary side of the heat exchanger for circulating a heating and/or cooling fluid, and the temperature sensor is connectable in relation to an outlet of a secondary side of the heat exchanger, characterized in that the controller is adapted to control the valves such that the first valve reacts purely in response to the measured temperature T, and where the second valve reacts purely in response to the first valve opening V1, when the measured temperature T is within an expanded temperature span defined as being between the lower temperature limit T2 min and upper temperature limit T2 max, where T2 min is lower than or equal to T1 min, and T2 max is higher than or equal to T1 max, and such that the first valve reacts purely in response to the measured temperature T, and the second valve reacts in response to the first valve opening V1 and the measured temperature T, when the measured temperature T is outside said expanded temperature span.
A detection method in which light is irradiated on a bagged electrode disposed inside of a bag-shaped separator for detecting breakage of the separator, the method comprising: capturing an image by irradiating the light onto the bagged electrode so that a first portion in which the light has been transmitted through n layers of the separator, and a second portion in which the light has been transmitted through equal to or less than n-1 layers of the separator, will have mutually different brightness levels, while capturing the image of the bagged electrode; detecting the first portion from the brightness of the image that is obtained by capturing the bagged electrode; and determining a breakage of the separator, based on a distance between edges of the first portion, and of an electrode portion where the light does not pass through. capturing an image by irradiating the light onto the bagged electrode so that a first portion in which the light has been transmitted through n layers of the separator, and a second portion in which the light has been transmitted through equal to or less than n-1 layers of the separator, will have mutually different brightness levels, while capturing the image of the bagged electrode; detecting the first portion from the brightness of the image that is obtained by capturing the bagged electrode; and determining a breakage of the separator, based on a distance between edges of the first portion, and of an electrode portion where the light does not pass through.
A vehicle with autonomous driving capability, wherein the autonomous vehicle is adapted for at least two different driving modes, characterized in that the at least two different driving modes comprises a first driving mode which is predefined for less complex and more predictable traffic environments, such as a highway, and configured for a first type of autonomous driving and a second driving mode which is predefined for a more challenging traffic environment, such as a city, and configured for a second type of autonomous driving in which the autonomous vehicle is being guided by a pilot vehicle in such a manner that the autonomous vehicle follows the pilot vehicle.
Device for producing connection hoses, particularly for hydraulic purposes, comprising a cutting unit for the defined cutting to length of a hose delivered from a reel, an alignment unit and at least one press unit for mounting at least one angled fitting, which are connected to one another via a transfer system, characterised in that the alignment unit comprises a flat surface, which is arranged below the cutting unit in such a manner that a cut-to-length curved hose section can be placed on it in free fall, wherein the transfer system comprises a gripper for the defined take-up of the deposited curved hose section from the flat surface as well as the delivery of the hose section to the press unit.
A method of producing a coated implantable medical device, comprising: nebulizing a solution containing at least one dissolved biomolecule to form a liquid aerosol; combining the liquid aerosol and a non-thermal atmospheric pressure plasma to form a coating; and depositing, in the absence of reactive monomers, the coating onto a surface of the implantable medical device. nebulizing a solution containing at least one dissolved biomolecule to form a liquid aerosol; combining the liquid aerosol and a non-thermal atmospheric pressure plasma to form a coating; and depositing, in the absence of reactive monomers, the coating onto a surface of the implantable medical device.
A multinode hub, comprising: a plurality of memory regions, each memory region associated with one of a plurality of coherent computing nodes and to receive trust operation data from the associated coherent computing node; a trapping module, coupled with the plurality of memory regions, to generate trap notifications in response to accesses to the plurality of memory regions by the associated plurality of coherent computing nodes, wherein a trap notification indicates which of the plurality of memory regions has been accessed; and a trusted platform module component, coupled with the trapping module, to process trust operation data in a memory region indicated by a trap notification. a plurality of memory regions, each memory region associated with one of a plurality of coherent computing nodes and to receive trust operation data from the associated coherent computing node; a trapping module, coupled with the plurality of memory regions, to generate trap notifications in response to accesses to the plurality of memory regions by the associated plurality of coherent computing nodes, wherein a trap notification indicates which of the plurality of memory regions has been accessed; and a trusted platform module component, coupled with the trapping module, to process trust operation data in a memory region indicated by a trap notification.
Method for sending a second digital message in response to a first digital message (M'1), said method comprising: - a step of reception of said first message (M'1) by at least one second terminal, said first message comprising, as response address, a third identifier, - a step of sending of said second message from said second terminal to said response address, and - a step of replacement, in said second message, of said third identifier with a first identifier of a first terminal, from an association made previously between said third identifier and said first identifier, characterized in that said response address is associated with a pair of identifiers comprising said first identifier and a second identifier. - a step of reception of said first message (M'1) by at least one second terminal, said first message comprising, as response address, a third identifier, - a step of sending of said second message from said second terminal to said response address, and - a step of replacement, in said second message, of said third identifier with a first identifier of a first terminal, from an association made previously between said third identifier and said first identifier,
A coding method for coding a moving picture including a plurality of pictures with reference to a reference picture selected from among reference pictures stored in a memory, said method comprising: coding a current picture to be coded with reference to a reference picture selected from among reference pictures stored in the memory, to output a coded current picture; coding first memory management information for controlling and managing the reference pictures stored in the memory, the first memory management information being attached to the coded current picture; and coding the first memory management information again as second memory management information, characterized by the second memory management information being attached to another picture which has a higher priority value than the current picture. coding a current picture to be coded with reference to a reference picture selected from among reference pictures stored in the memory, to output a coded current picture; coding first memory management information for controlling and managing the reference pictures stored in the memory, the first memory management information being attached to the coded current picture; and coding the first memory management information again as second memory management information, characterized by the second memory management information being attached to another picture which has a higher priority value than the current picture.
Medical device, in particular blood treatment apparatus, having a control and processing unit, at least one structure-borne sound emitter and at least one structure-borne sound sensor, each configured for coupling to coupling points of a medical tubing kit which can be coupled to the medical device, characterized in that the filling status of a bubble chamber arranged in the tubing kit can be determined via the control and processing unit on the basis of the measurement of the structure-borne sound at the tubing kit by coupling, via the structure-borne sound emitter, a structure-borne sound into the tubing kit upstream the bubble chamber via a coupling point and the structure-borne sound which propagates in the fluid circuit is taken up via the structure-borne sound sensor coupled to a coupling point arranged downstream the bubble chamber in structure-borne sound propagation direction and is supplied to the control and processing unit for determining the filling level.
Car position and load measurement system for an elevator which system is going to be installed in an elevator car to obtain car position data and car load data, which position and load measurement system comprises at least one sensor (40, 44, 52) mounted in the elevator car (14, 16, 18), wherein the position and load measurement system comprises: - a passenger sensor scanning the car interior and/or the car door area; - a load signal processing unit connected to the passenger sensor for generating car load data, - a data link for transmitting the output signals of the load signal processing unit and the position signal processing unit to an elevator control unit, characterized in that the system comprises - an acceleration sensor and/or magnetometer, - a position signal processing unit connected to the acceleration sensor and/or magnetometer for generating car position data, and wherein the load signal processing unit resets the car load data when the position signal processing unit detects the car being immobile for a certain time period. - a passenger sensor scanning the car interior and/or the car door area; - a load signal processing unit connected to the passenger sensor for generating car load data, - a data link for transmitting the output signals of the load signal processing unit and the position signal processing unit to an elevator control unit, characterized in that the system comprises - an acceleration sensor and/or magnetometer, - a position signal processing unit connected to the acceleration sensor and/or magnetometer for generating car position data, and
A phototherapy device comprising: a therapeutic lamp platform; a support frame for receipt on a user; and characterized by further comprising a first wall to which a plurality of therapeutic radiant lamps are affixed and a second wall comprising a reflective surface facing towards a user and a plurality of light apertures substantially aligned with the lamps on the first wall for communicating lamp radiation from the lamps to the user, wherein the lamps are recessed relative to the second wall. a therapeutic lamp platform; a support frame for receipt on a user; and characterized by further comprising a first wall to which a plurality of therapeutic radiant lamps are affixed and a second wall comprising a reflective surface facing towards a user and a plurality of light apertures substantially aligned with the lamps on the first wall for communicating lamp radiation from the lamps to the user, wherein the lamps are recessed relative to the second wall.
An on-board injector that delivers High Pressure Compressor HPC discharge air toward a turbine rotor of a gas turbine engine, comprising: a first wall; a second wall spaced from said first wall to define an annular inlet about an engine axis; and a multiple of airfoil shapes between said first wall and said second wall to segregate discharge air from said annular inlet, and a multiple of bypass apertures each along an axis transverse to said engine axis through each of said multiple of airfoil shapes and said respective first and second wall; characterised in that each of said multiple of airfoil shapes includes a trailing edge to join said first wall and said second wall. a first wall; a second wall spaced from said first wall to define an annular inlet about an engine axis; and a multiple of airfoil shapes between said first wall and said second wall to segregate discharge air from said annular inlet, and a multiple of bypass apertures each along an axis transverse to said engine axis through each of said multiple of airfoil shapes and said respective first and second wall; characterised in that each of said multiple of airfoil shapes includes a trailing edge to join said first wall and said second wall.
Housing for electrical devices, composed of at least four housing parts made of bent sheet metal, comprising a base part bent in a U-shape and having a rectangular bottom plate and two side walls (6a, 6b) folded upward at a right angle, the bottom plate having two opposing connecting edges (7a, 7b) on which connecting links are arranged; a first side part configured for placement laterally against the bottom plate and having lower and upper connecting edges, both of which run parallel to the connecting edges (7a, 7b) of the bottom plate, mounting tabs being arranged on the lower connecting edge and connecting links being arranged on the upper connecting edge; a second side part that can be placed laterally against the bottom plate with a connecting edge that runs parallel to the connecting edges (7a, 7b) of the bottom plate and has mounting tabs; a lid that is insertable between the side parts (2, 3) and has a connecting edge running parallel to the other connecting edges (7a, 7b, 16a, 16b) of the other housing parts and having mounting tabs, the lid having an edge opposing this connecting edge and being folded downward at a right angle to extend over the upper edge of the second side part; wherein the connecting links and the mounting tabs are offset inwardly in a Z-shape and alternatingly arranged on the connecting edges (7a, 7b, 16a, 16b, 20, 23) of two adjacent housing parts; and wherein the connecting links have lateral cutouts (9a, 9b) in the region of the offset in which the corresponding mounting tabs of the adjacent housing part engage partially to thereby establish a hinge-like positive connection.