mhurhangee/ep-ind-claims huggingface dataset:
A method (24, 66) for synchronizing a set of interconnected critical computing devices, in particular avionics devices, with a communication network of a vehicle, and each comprising a time management module (G_P), the set of critical computing devices comprising at least one plurality of time reference servers, and a plurality of clients, each critical computing device being connected to at least one other critical computing device by a virtual link (18, 20), each termination point of a virtual link being associated with a minimum value BCTT and a maximum value WCTT of transmission time for a data packet over the virtual link, the synchronization method (24, 66) being implemented and reiterated periodically by the time management module (G_P) of each current critical computing device of the set of interconnected critical computing devices and comprising at least: - receiving (38, 46, 76, 86) at least one synchronization message transmitted by a sending server separate from said current critical computing device, each message being associated with a reception instant (t i) and comprising at least one time reference Href i determined by the sending server, - for each received synchronization message, estimating (40, 48, 58, 78, 90) the current time of the sending server from a quintuplet of parameters comprising: ▪ the time reference Href i, ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i, d i) and the maximum value WCTT(S i, d i) of transmission time associated with the virtual link between the sending server (S i) and the current critical computing device (d i). - receiving (38, 46, 76, 86) at least one synchronization message transmitted by a sending server separate from said current critical computing device, each message being associated with a reception instant (t i) and comprising at least one time reference Href i determined by the sending server, - for each received synchronization message, estimating (40, 48, 58, 78, 90) the current time of the sending server from a quintuplet of parameters comprising: ▪ the time reference Href i, ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i, d i) and the maximum value WCTT(S i, d i) of transmission time associated with the virtual link between the sending server (S i) and the current critical computing device (d i). ▪ the time reference Href i, ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i, d i) and the maximum value WCTT(S i, d i) of transmission time associated with the virtual link between the sending server (S i) and the current critical computing device (d i).
An electrochemical cell comprising: - a container having an opening for introducing at least one set of plates; - a cover intended to be assembled over the opening of the container, comprising: i) a first wall having at least one opening for the passage of a current output terminal, said first wall making an angle of from 80° to 110° with respect to the horizontal, ii) a second wall making an angle of from 5° to 85° with respect to the horizontal, the region of contact between the container and the cover defining a closure plane of the cell, wherein the closure plane makes an angle ranging from 5° to 85° with respect to the horizontal. - a container having an opening for introducing at least one set of plates; - a cover intended to be assembled over the opening of the container, comprising: i) a first wall having at least one opening for the passage of a current output terminal, said first wall making an angle of from 80° to 110° with respect to the horizontal, ii) a second wall making an angle of from 5° to 85° with respect to the horizontal, i) a first wall having at least one opening for the passage of a current output terminal, said first wall making an angle of from 80° to 110° with respect to the horizontal, ii) a second wall making an angle of from 5° to 85° with respect to the horizontal,
Valve for pressurized container, comprising - a valve body that has a cavity and that bears sealingly by a first end against - a seal provided with a central opening, - a seat placed movable in translation in the cavity of the valve body and pushed against the seal by - return means, the seat bearing sealingly against the seal in the closed position of the valve and being spaced apart from the seal by displacement in the cavity of the valve body against the effect of the force of the return means in the open position of the valve, the seat having a cavity delimited by a sealing edge, which sealing edge bears sealingly against the seal in the closed position of the valve, and is spaced apart from the seal, forming an annular passage, in the open position of the valve, characterized - in that a rod, initially separated from the seat, is fixed in a non-detachable manner in the cavity of the seat, forming a one-piece seat/rod assembly, which rod is composed of a tubular wall that surrounds an outlet channel and that is traversed in its portion located inside the cavity by one or several passage windows that open into the outlet channel, the free end of the rod located beyond the passage windows protruding out of the cavity of the seat by passing through the central opening of the seal. - a valve body that has a cavity and that bears sealingly by a first end against - a seal provided with a central opening, - a seat placed movable in translation in the cavity of the valve body and pushed against the seal by - return means, the seat bearing sealingly against the seal in the closed position of the valve and being spaced apart from the seal by displacement in the cavity of the valve body against the effect of the force of the return means in the open position of the valve, the seat having a cavity delimited by a sealing edge, which sealing edge bears sealingly against the seal in the closed position of the valve, and is spaced apart from the seal, forming an annular passage, in the open position of the valve, characterized - in that a rod, initially separated from the seat, is fixed in a non-detachable manner in the cavity of the seat, forming a one-piece seat/rod assembly, which rod is composed of a tubular wall that surrounds an outlet channel and that is traversed in its portion located inside the cavity by one or several passage windows that open into the outlet channel, the free end of the rod located beyond the passage windows protruding out of the cavity of the seat by passing through the central opening of the seal. - in that a rod, initially separated from the seat, is fixed in a non-detachable manner in the cavity of the seat, forming a one-piece seat/rod assembly, which rod is composed of a tubular wall that surrounds an outlet channel and that is traversed in its portion located inside the cavity by one or several passage windows that open into the outlet channel, the free end of the rod located beyond the passage windows protruding out of the cavity of the seat by passing through the central opening of the seal.
A position sensor, comprising - at least one magneto-sensitive element (11 - 14), - a current source that is coupled to the at least one magneto-sensitive element (11 to 14) and is configured to supply a source current to the at least one magneto-sensitive element (11 - 14), - an analog-to-digital converter having an input coupled to the at least one magneto-sensitive element (11 - 14), - a position calculation unit that is coupled to an output of the analog-to-digital converter and comprises a first output for providing a position signal, and - a diagnostic unit that comprises an output coupled to the current source and is configured to provide a stimulus signal which controls the source current applied to the at least one magneto-sensitive element as a function of a stimulus pattern provided at a second input of the diagnostic unit. - at least one magneto-sensitive element (11 - 14), - a current source that is coupled to the at least one magneto-sensitive element (11 to 14) and is configured to supply a source current to the at least one magneto-sensitive element (11 - 14), - an analog-to-digital converter having an input coupled to the at least one magneto-sensitive element (11 - 14), - a position calculation unit that is coupled to an output of the analog-to-digital converter and comprises a first output for providing a position signal, and - a diagnostic unit that comprises an output coupled to the current source and is configured to provide a stimulus signal which controls the source current applied to the at least one magneto-sensitive element as a function of a stimulus pattern provided at a second input of the diagnostic unit.
A wear member for attaching to a lip of an excavator wherein a boss is fixed to the lip, the wear member comprising: a front working portion; and a rear mounting portion adapted to overlie the boss when installed on the lip, the rear mounting portion including a pair of legs (72, 74), a first of the legs including an aperture for receiving a lock therein, and a second of the legs including a rib generally opposed to the aperture and extending toward the aperture, the aperture and the rib each defining a bearing surface for engaging the lock to hold the wear member to the lip. a front working portion; and a rear mounting portion adapted to overlie the boss when installed on the lip, the rear mounting portion including a pair of legs (72, 74), a first of the legs including an aperture for receiving a lock therein, and a second of the legs including a rib generally opposed to the aperture and extending toward the aperture, the aperture and the rib each defining a bearing surface for engaging the lock to hold the wear member to the lip.
A first terminal, applied to device-to-device D2D communication and comprising: a declaration information sending unit, configured to send declaration information used to indicate an available resource to at least one second terminal, wherein the available resource is a resource obtained by the first terminal by means of contention, the declaration information comprises an identification of the first terminal and a resource location and a resource size of the available resource; a resource request information receiving unit, configured to receive resource request information sent by the at least one second terminal according to the declaration information sent by the declaration information sending unit, wherein the resource request information comprises an identification of the second terminal that requests a resource and a size of the available resource requested by the second terminal; and a response information sending unit, configured to send response information by using the available resource to the at least one second terminal, wherein the response information comprises an identification of at least one third terminal, so as to instruct the at least one third terminal to use the available resource, and at least one of the at least one second terminal that sends the resource request information received by the resource request information receiving unit is selected as the at least one third terminal. a declaration information sending unit, configured to send declaration information used to indicate an available resource to at least one second terminal, wherein the available resource is a resource obtained by the first terminal by means of contention, the declaration information comprises an identification of the first terminal and a resource location and a resource size of the available resource; a resource request information receiving unit, configured to receive resource request information sent by the at least one second terminal according to the declaration information sent by the declaration information sending unit, wherein the resource request information comprises an identification of the second terminal that requests a resource and a size of the available resource requested by the second terminal; and a response information sending unit, configured to send response information by using the available resource to the at least one second terminal, wherein the response information comprises an identification of at least one third terminal, so as to instruct the at least one third terminal to use the available resource, and at least one of the at least one second terminal that sends the resource request information received by the resource request information receiving unit is selected as the at least one third terminal.
Method for secure communication between communication entities in a communication network, comprising: reducing the transmission power of a first communication entity; transmitting a predetermined message comprising the reduced transmission power from the first communication entity to a second communication entity; reducing the transmission power of the second communication entity; transmitting the predetermined message comprising the reduced transmission power from the second communication entity to a third communication entity; establishing a secure communication connection between the third communication entity and the first communication entity by using the predetermined message comprising increased transmission power compared to the respective reduced transmission power, characterized in that via the secure communication connection a pairing between the third communication entity and the first communication entity is performed. reducing the transmission power of a first communication entity; transmitting a predetermined message comprising the reduced transmission power from the first communication entity to a second communication entity; reducing the transmission power of the second communication entity; transmitting the predetermined message comprising the reduced transmission power from the second communication entity to a third communication entity; establishing a secure communication connection between the third communication entity and the first communication entity by using the predetermined message comprising increased transmission power compared to the respective reduced transmission power, characterized in that via the secure communication connection a pairing between the third communication entity and the first communication entity is performed.
A boil-off gas treatment system for a vessel, which treats BOG discharged from a storage tank storing liquefied gas, the BOG treatment system comprising: compression means configured to compress the BOG discharged from the storage tank; a medium pressure gas engine configured to receive at least a part of the BOG, which is compressed by the compression means, as fuel; a heat exchanger configured to exchange heat between the other BOG, which is not supplied to the medium pressure gas engine as fuel, and the BOG, which is discharged from the storage tank and is not compressed; and expansion means configured to decompress the other BOG that is heat-exchanged by the heat exchanger, wherein the compression means include a compressor configured to compress the BOG discharged from the storage tank to a pressure necessary for the medium pressure gas engine; and a booster compressor configured to further compress the other BOG, which is not supplied to the medium pressure gas engine, wherein the booster compressor compresses the BOG to 80 to 250 bar. compression means configured to compress the BOG discharged from the storage tank; a medium pressure gas engine configured to receive at least a part of the BOG, which is compressed by the compression means, as fuel; a heat exchanger configured to exchange heat between the other BOG, which is not supplied to the medium pressure gas engine as fuel, and the BOG, which is discharged from the storage tank and is not compressed; and expansion means configured to decompress the other BOG that is heat-exchanged by the heat exchanger, wherein the compression means include a compressor configured to compress the BOG discharged from the storage tank to a pressure necessary for the medium pressure gas engine; and a booster compressor configured to further compress the other BOG, which is not supplied to the medium pressure gas engine, wherein the booster compressor compresses the BOG to 80 to 250 bar.
A sealing assembly (101,102) for an industrial ball valve, wherein said valve comprises at least one valve body and a ball accommodated in said valve body, said sealing assembly comprising: - at least one seat insertable in said valve body, said seat developing about a central axis and defining an axial cavity for the passage of a pressurized fluid, said seat comprising a first housing at a first front surface of said seat which faces towards said ball when said seat is installed in said valve body, said first housing comprising a closed bottom surface which develops on a plane transversal to said central axis; - a sealing element, made of thermoplastic material, to achieve the fluid sealing between said seat and said ball of said valve, said sealing element being ring-shaped and accommodated within said first housing; characterized in that said sealing element is accommodated with radial clearance in said first housing to be floating with respect to said seat, along the direction parallel to said central axis when said seat is installed in said valve body and when said seat is internally crossed by said pressurized fluid, said sealing assembly (101,102) comprising anti-extrusion means to avoid the extraction of said sealing element from said first housing during the step of opening said valve. - at least one seat insertable in said valve body, said seat developing about a central axis and defining an axial cavity for the passage of a pressurized fluid, said seat comprising a first housing at a first front surface of said seat which faces towards said ball when said seat is installed in said valve body, said first housing comprising a closed bottom surface which develops on a plane transversal to said central axis; - a sealing element, made of thermoplastic material, to achieve the fluid sealing between said seat and said ball of said valve, said sealing element being ring-shaped and accommodated within said first housing;
A parts kit for precipitating ferromagnetic metal particles from a moved, especially pourable and/or flowable material to be conveyed, comprising (a) a device which is configured such that it can be positively arranged around a pipeline transporting a material to be conveyed, wherein the device can be preferably opened at at least one point by means of a suitable articulation and/or member and/or hinge or is composed of two separate halves which can be connected to each other such that they can positively and completely encompass a pipeline transporting a material to be conveyed, and wherein the device comprises several magnets which extend in the direction of the pipeline transporting a material to be conveyed and the poles of the magnets radially alternate around the pipeline transporting a material to be conveyed, wherein the poles of a magnet are located opposite each other in a radial arrangement; and (b) a conveyor pipe transporting a material to be conveyed, wherein deflectors are provided in the conveyor pipe, characterized in that the deflectors are adapted to cause a turbulence and/or deflection of the material to be conveyed and that the accumulated ferromagnetic material can be stripped at these deflectors by displacing the device against the transport direction of the material to be conveyed. (a) a device which is configured such that it can be positively arranged around a pipeline transporting a material to be conveyed, wherein the device can be preferably opened at at least one point by means of a suitable articulation and/or member and/or hinge or is composed of two separate halves which can be connected to each other such that they can positively and completely encompass a pipeline transporting a material to be conveyed, and wherein the device comprises several magnets which extend in the direction of the pipeline transporting a material to be conveyed and the poles of the magnets radially alternate around the pipeline transporting a material to be conveyed, wherein the poles of a magnet are located opposite each other in a radial arrangement; and (b) a conveyor pipe transporting a material to be conveyed, wherein deflectors are provided in the conveyor pipe,
An electrical connector assembly, comprising: a first connector body defining a first terminal cavity therein; a male terminal projecting along a terminal axis to a tip and secured within the terminal cavity by a first primary lock feature; and a terminal stabilizer defining an aperture, disposed within the connector body, and moveable within the connector body from a pre-staged position to a staged position, wherein a primary lock retaining feature in the form of a rib feature is integrated with the terminal stabilizer and extends parallel to the terminal axis from a first face of the terminal stabilizer defining the aperture, and wherein the rib feature is configured to engage the primary lock feature as the terminal stabilizer moves from the pre-staged position to the staged position; a second connector body defining a second terminal cavity therein and configured to mate with the first connector body; and a female terminal secured within the second terminal cavity by a second primary lock feature and configured to mate with the male terminal, wherein the terminal stabilizer defines a second primary lock retaining feature configured to engage the second primary lock feature as the terminal stabilizer moves from the pre-staged position to the staged position as the first connector body is mated with the second connector body, characterized in that, the terminal stabilizer defines a retraction feature configured to move the terminal stabilizer from the staged position to the pre-staged position as the first connector body is unmated from the second connector body. a first connector body defining a first terminal cavity therein; a male terminal projecting along a terminal axis to a tip and secured within the terminal cavity by a first primary lock feature; and a terminal stabilizer defining an aperture, disposed within the connector body, and moveable within the connector body from a pre-staged position to a staged position, wherein a primary lock retaining feature in the form of a rib feature is integrated with the terminal stabilizer and extends parallel to the terminal axis from a first face of the terminal stabilizer defining the aperture, and wherein the rib feature is configured to engage the primary lock feature as the terminal stabilizer moves from the pre-staged position to the staged position; a second connector body defining a second terminal cavity therein and configured to mate with the first connector body; and a female terminal secured within the second terminal cavity by a second primary lock feature and configured to mate with the male terminal, wherein the terminal stabilizer defines a second primary lock retaining feature configured to engage the second primary lock feature as the terminal stabilizer moves from the pre-staged position to the staged position as the first connector body is mated with the second connector body, characterized in that, the terminal stabilizer defines a retraction feature configured to move the terminal stabilizer from the staged position to the pre-staged position as the first connector body is unmated from the second connector body.