mhurhangee/ep-ind-claims huggingface dataset:
Control device for controlling the supply of a system from a pressurised fluid source comprising a pressurised fluid supply inlet, a pressurised fluid evacuation outlet, a main duct connecting the supply inlet and the evacuation outlet, and control means comprising: - a secondary duct connecting the supply inlet to the evacuation outlet, - a moving sealing element able to interrupt the flow in the main duct, said moving sealing element comprising a first end (14.1) and a second end (14.2), the first end (14.1) of the moving sealing element being intended to be subjected to the pressure of the fluid at the level of the supply inlet, the moving sealing element resting on a valve seat by its first end (14.1) in a state of interruption of the communication between the supply inlet and the evacuation outlet, - sealing means able to interrupt the flow in the secondary duct, - a pilot chamber delimited by the second end (14.2) of the moving sealing element and the sealing means, - a permanent communication between the pilot chamber and the supply inlet, the surfaces of the first (14.1) and second (14.2) ends of the moving sealing element on which the pressurised fluid applies and the section of passage of the second portion (12.1) of the secondary duct are such that, in a closed state of the sealing means, the moving sealing element is maintained in abutment on its valve seat so as to interrupt the circulation of fluid between the supply inlet and the evacuation outlet, and, in an open state of the sealing means, the moving sealing element is moved away from its valve seat enabling flow between the supply inlet and the evacuation outlet. - a secondary duct connecting the supply inlet to the evacuation outlet, - a moving sealing element able to interrupt the flow in the main duct, said moving sealing element comprising a first end (14.1) and a second end (14.2), the first end (14.1) of the moving sealing element being intended to be subjected to the pressure of the fluid at the level of the supply inlet, the moving sealing element resting on a valve seat by its first end (14.1) in a state of interruption of the communication between the supply inlet and the evacuation outlet, - sealing means able to interrupt the flow in the secondary duct, - a pilot chamber delimited by the second end (14.2) of the moving sealing element and the sealing means, - a permanent communication between the pilot chamber and the supply inlet, the surfaces of the first (14.1) and second (14.2) ends of the moving sealing element on which the pressurised fluid applies and the section of passage of the second portion (12.1) of the secondary duct are such that, in a closed state of the sealing means, the moving sealing element is maintained in abutment on its valve seat so as to interrupt the circulation of fluid between the supply inlet and the evacuation outlet, and, in an open state of the sealing means, the moving sealing element is moved away from its valve seat enabling flow between the supply inlet and the evacuation outlet.
A front end module arrangement for a body of a passenger vehicle, having - a front end module support, which comprises at least one support element, which is an upper flange, and - respective energy absorption elements, via which the front end module support can be supported on respectively assigned support elements of the body of the passenger vehicle, characterized in that the energy absorption elements are arranged in an integrated manner at least over a length region in a respectively corresponding receptacle of the support element of the front end module support, and that the energy absorption elements are arranged in an integrated manner over their entire length in the respectively corresponding receptacle of the support element of the front end module support. - a front end module support, which comprises at least one support element, which is an upper flange, and - respective energy absorption elements, via which the front end module support can be supported on respectively assigned support elements of the body of the passenger vehicle,
A tag management server for grouping a plurality of tags (102-108; 200), the server comprising: a processor; a communication interface coupled to the processor; a memory coupled to the processor and comprising computer readable program code embodied in the memory that when executed by the processor causes the processor to perform operations comprising: receiving, at the communication interface, one or more tag transmission reports from one or more tag readers that receives wireless transmissions from the plurality of tags (102-108; 200); determining a tag identification corresponding to each tag of the plurality of tags (102-108; 200) in the one or more tag transmission reports; grouping a plurality of the tag IDs into a tag cluster; selecting one of the tag IDs as a master tag ID to represent the tag cluster; and instructing the one or more tag readers to transmit a control command to each tag of the tag cluster except for a master tag corresponding to the master tag ID, the control command instructing each tag of the tag cluster except the master tag to stop broadcasting wireless transmissions. a processor; a communication interface coupled to the processor; a memory coupled to the processor and comprising computer readable program code embodied in the memory that when executed by the processor causes the processor to perform operations comprising: receiving, at the communication interface, one or more tag transmission reports from one or more tag readers that receives wireless transmissions from the plurality of tags (102-108; 200); determining a tag identification corresponding to each tag of the plurality of tags (102-108; 200) in the one or more tag transmission reports; grouping a plurality of the tag IDs into a tag cluster; selecting one of the tag IDs as a master tag ID to represent the tag cluster; and instructing the one or more tag readers to transmit a control command to each tag of the tag cluster except for a master tag corresponding to the master tag ID, the control command instructing each tag of the tag cluster except the master tag to stop broadcasting wireless transmissions. receiving, at the communication interface, one or more tag transmission reports from one or more tag readers that receives wireless transmissions from the plurality of tags (102-108; 200); determining a tag identification corresponding to each tag of the plurality of tags (102-108; 200) in the one or more tag transmission reports; grouping a plurality of the tag IDs into a tag cluster; selecting one of the tag IDs as a master tag ID to represent the tag cluster; and instructing the one or more tag readers to transmit a control command to each tag of the tag cluster except for a master tag corresponding to the master tag ID, the control command instructing each tag of the tag cluster except the master tag to stop broadcasting wireless transmissions.
A method of building a foundation for an antenna mast of a wireless communication system, the foundation comprising at least three foundation elements, each foundation element comprising an elongated body, the elongated body comprising a first end, a second end and being provided with a first end surface, wherein at least one bar extends from the elongated body at the first end, and wherein an attachment arrangement for the antenna mast extends from the first end surface, the method comprising: arranging the at least three foundation elements to extend substantially symmetrically from a central portion of the foundation and such that each of the first ends of the at least three foundation elements is arranged at the central portion of the foundation, and casting a central concrete portion in the central portion of the foundation to join the at least one bar of each of the three foundation elements. arranging the at least three foundation elements to extend substantially symmetrically from a central portion of the foundation and such that each of the first ends of the at least three foundation elements is arranged at the central portion of the foundation, and casting a central concrete portion in the central portion of the foundation to join the at least one bar of each of the three foundation elements.
Thermally expandable preparation containing a) at least one peroxidically crosslinkable polymer, b) at least one low-molecular multifunctional acrylate, c) at least one peroxide and d) at least two chemical blowing agents that differ from one another, characterized in that the weight ratio of the at least one peroxide to the at least one low-molecular multifunctional acrylate is at least 1:3. a) at least one peroxidically crosslinkable polymer, b) at least one low-molecular multifunctional acrylate, c) at least one peroxide and d) at least two chemical blowing agents that differ from one another,
An access control method, comprising: receiving, by an access network device, indication information from another access network device maintaining a radio resource control connection with a terminal; determining, by the access network device, a terminal as a terminal in high-speed movement based on the indication information; performing, by the access network device, a starting of a timer; when a time of the timer exceeds a preset time threshold, calculating, by the access network device, a moving speed of the terminal; and when the moving speed of the terminal is less than a preset speed threshold, forbidding, by the access network device, the terminal to access a cell of the access network device, wherein the cell of the access network device is a dedicated cell of a terminal located in a high-speed moving vehicle. receiving, by an access network device, indication information from another access network device maintaining a radio resource control connection with a terminal; determining, by the access network device, a terminal as a terminal in high-speed movement based on the indication information; performing, by the access network device, a starting of a timer; when a time of the timer exceeds a preset time threshold, calculating, by the access network device, a moving speed of the terminal; and when the moving speed of the terminal is less than a preset speed threshold, forbidding, by the access network device, the terminal to access a cell of the access network device, wherein the cell of the access network device is a dedicated cell of a terminal located in a high-speed moving vehicle.
A multilayer structure, comprising: a layer of a resin composition; a layer of a saponified ethylene-vinyl acetate copolymer having an ethylene content of from 20 to 65 mol% and having a degree of saponification of vinyl acetate units of 96% or more; and a layer of polyolefin arranged on one side or both sides of those layers, wherein the resin composition contains polyolefin, a saponified ethylene-vinyl acetate copolymer having an ethylene content of from 20 to 65 mol% and having a degree of saponification of vinyl acetate units of 96% or more, and a saponified ethylene-vinyl acetate copolymer having an ethylene content of from 68 to 98 mol% and having a degree of saponification of vinyl acetate units of 20% or more and/or an acid-modified ethylene-vinyl acetate copolymer having an ethylene content of from 68 to 98 mol%, the resin composition contains from 0.3 to 2.0 mass% of the saponified ethylene-vinyl acetate copolymer and/or the acid-modified ethylene-vinyl acetate copolymer, the saponified ethylene-vinyl acetate copolymer has a mass ratio [E/(F1 + F2)] of from 0.05 to 30 to the total amount of the saponified ethylene-vinyl acetate copolymer and the acid-modified ethylene-vinyl acetate copolymer, the saponified ethylene-vinyl acetate copolymer has an average particle diameter of from 0.1 to 1.8 μm and is dispersed in a matrix of the polyolefin in the layer of the resin composition, the layer of the resin composition has a thickness of from 50 to 1000 μm, and the layer of the polyolefin has a thickness of from 25 to 1000 μm.
A card reader device (200, 300, 400, 500) comprising: a card slot; a card detection device that generates a signal when a card is inserted in the card slot; a processing system; and a power control circuit configured to power-on the processing system only when the card detection device generates the signal indicating that the card is inserted in the card slot, characterized in that the processing system is configured to power off the card reader device (200, 300, 400, 500) upon completion of reading and processing card data while the card remains inserted in the card slot and engaged with the card detection device such that the card detection device generates the signal indicating that the card remains inserted in the card slot. a card slot; a card detection device that generates a signal when a card is inserted in the card slot; a processing system; and a power control circuit configured to power-on the processing system only when the card detection device generates the signal indicating that the card is inserted in the card slot, characterized in that the processing system is configured to power off the card reader device (200, 300, 400, 500) upon completion of reading and processing card data while the card remains inserted in the card slot and engaged with the card detection device such that the card detection device generates the signal indicating that the card remains inserted in the card slot.
A method of producing 2,3-butanediol by microbial fermentation of a gaseous substrate comprising CO, the method comprising: a. providing the gaseous substrate comprising CO to a bioreactor; and b. anaerobically fermenting the substrate comprising CO in the bioreactor, the bioreactor comprising a culture of Clostridium autoethanogenum to produce 2,3-butanediol; wherein the gaseous substrate comprising CO is provided such that a specific rate of CO uptake of at least 0.4mmol CO/gram dry cells weight of bacteria/minute by the culture is maintained, and 2,3-butanediol is produced at a productivity greater than 0.5g/L/per day. a. providing the gaseous substrate comprising CO to a bioreactor; and b. anaerobically fermenting the substrate comprising CO in the bioreactor, the bioreactor comprising a culture of Clostridium autoethanogenum to produce 2,3-butanediol;
A magnetic apparatus for providing a tactile sensation, the apparatus comprising: a tactile sensation provider including an outer cover, at least part of the outer cover comprising an elastic body, and a magnetorheological fluid sealed in an inner space of the outer cover; and a magnetic field generator that is adapted to generate a magnetic field; wherein the tactile sensation provider is configured to provide tactile sensations through the elastic body to a user, the magnetorheological fluid is configured to generate vibrations if the magnetic field is an alternating current magnetic field, and the rigidity of the magnetorheological fluid is configured to change if the magnetic field is a direct current magnetic field. an outer cover, at least part of the outer cover comprising an elastic body, and a magnetorheological fluid sealed in an inner space of the outer cover; and a magnetic field generator that is adapted to generate a magnetic field; wherein the tactile sensation provider is configured to provide tactile sensations through the elastic body to a user, the magnetorheological fluid is configured to generate vibrations if the magnetic field is an alternating current magnetic field, and the rigidity of the magnetorheological fluid is configured to change if the magnetic field is a direct current magnetic field.
A method for receiving, by a base station, a sounding reference signal, SRS, in a wireless communication system, the method comprising: Transmitting, to a user equipment, UE, configuration information for a transmission of the SRS; and Receiving, from the UE, the SRS transmitted based on the configuration information, wherein the configuration information includes a specific UE group sequence identifier, ID, which is to be used by the UE for an initialization for a group hopping and a sequence hopping of the SRS, wherein the configuration information further includes group hopping information and sequence hopping information for a sequence hopping of the SRS, wherein a sequence length of the SRS is based on a product of a number of candidates of the group hopping information and a number of candidates of the sequence hopping information, wherein the number of candidates of the group hopping information and the number of candidates of the sequence hopping information are configured based on a number of neighboring cells of the base station, wherein the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is equal to or greater than a preset value is configured to be greater than the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is less than a preset value. Transmitting, to a user equipment, UE, configuration information for a transmission of the SRS; and Receiving, from the UE, the SRS transmitted based on the configuration information, wherein the configuration information includes a specific UE group sequence identifier, ID, which is to be used by the UE for an initialization for a group hopping and a sequence hopping of the SRS, wherein the configuration information further includes group hopping information and sequence hopping information for a sequence hopping of the SRS, wherein a sequence length of the SRS is based on a product of a number of candidates of the group hopping information and a number of candidates of the sequence hopping information, wherein the number of candidates of the group hopping information and the number of candidates of the sequence hopping information are configured based on a number of neighboring cells of the base station, wherein the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is equal to or greater than a preset value is configured to be greater than the number of candidates of the sequence hopping information configured when the number of neighboring cells of the base station is less than a preset value.
ain installation for marking transparent or translucent objects leaving a forming machine, these objects successively travelling in translation in front of a marking station comprising apparatus to produce a laser beam to ensure marking of the objects, said apparatus comprising means to move the focusing plane of the laser beam, in a transverse direction (z) relative to the direction of travel, with said moving means being guided by the guiding means, the installation being characterized in that it comprises determining means consisting of a linear camera that is sensitive to infrared radiation so that it can measure the position of each of the objects in at least one direction (z) transverse to the direction of travel of the objects, these means being positioned upstream of the marking station relative to the direction of travel, and in that the means to guide the moving means are linked to the determining means and, in relation to the position measurement of each object to be marked, allow the focusing plane of the laser beam to be adapted to optimize marking of the objects by the laser beam.
A modular post assembly, comprising: a first post that defines a top surface and a side face (18, 20), the first post further defining (i) an elongated slot that extends along and opens outwardly relative to the side face (18, 20), and (ii) a hole that extends downward from the top surface and is positioned inward of the elongated slot; a partition detachably mounted relative to the first post, the partition including a partition body and an engagement hook extending from an end surface of the partition body; wherein when the partition is detachably secured relative to the first post, the engagement hook of the partition is secured within the hole of the first post and the end surface of the partition is positioned within the elongated slot of the first post; wherein the first post defines four side faces and wherein each of the four side faces defines an elongated slot that extends along and opens outwardly relative to the side face; wherein in addition to the partition, the modular post assembly further comprises three additional partitions that are detachably mounted with respect to the first post, each of the three additional partitions also including a partition body and an engagement hook extending from an end surface of the partition body; and wherein when each of the three additional partitions is detachably secured relative to the first post, the engagement hook of each such additional partition is secured within the hole of the first post and the end surface of each such additional partition is positioned within an elongated slot of the first post. a first post that defines a top surface and a side face (18, 20), the first post further defining (i) an elongated slot that extends along and opens outwardly relative to the side face (18, 20), and (ii) a hole that extends downward from the top surface and is positioned inward of the elongated slot; a partition detachably mounted relative to the first post, the partition including a partition body and an engagement hook extending from an end surface of the partition body; wherein when the partition is detachably secured relative to the first post, the engagement hook of the partition is secured within the hole of the first post and the end surface of the partition is positioned within the elongated slot of the first post; wherein the first post defines four side faces and wherein each of the four side faces defines an elongated slot that extends along and opens outwardly relative to the side face; wherein in addition to the partition, the modular post assembly further comprises three additional partitions that are detachably mounted with respect to the first post, each of the three additional partitions also including a partition body and an engagement hook extending from an end surface of the partition body; and wherein when each of the three additional partitions is detachably secured relative to the first post, the engagement hook of each such additional partition is secured within the hole of the first post and the end surface of each such additional partition is positioned within an elongated slot of the first post.