mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing S1 signaling connections in an evolved network, characterized by comprising: receiving, by an evolved packet core, EPC, a HANDOVER COMPLETE message sent by a target evolved Node B, wherein the HANDOVER COMPLETE message carries a new S1 signaling connection parameter and an original S1 signaling connection parameter; the original S1 signaling connection parameter is an original mobility management entity, MME, communication context identifier carried in a HANDOVER REQUEST message sent by a source eNode B to the target eNode B, and the new S1 signaling connection parameter is a new eNodeB communication context identifier allocated by the target eNode B; and searching for, by the EPC, an original communication instance according to the original S1 signaling connection parameter after receiving the HANDOVER COMPLETE message that carries the new S1 signaling connection parameter and the original S1 signaling connection parameter. receiving, by an evolved packet core, EPC, a HANDOVER COMPLETE message sent by a target evolved Node B, wherein the HANDOVER COMPLETE message carries a new S1 signaling connection parameter and an original S1 signaling connection parameter; the original S1 signaling connection parameter is an original mobility management entity, MME, communication context identifier carried in a HANDOVER REQUEST message sent by a source eNode B to the target eNode B, and the new S1 signaling connection parameter is a new eNodeB communication context identifier allocated by the target eNode B; and searching for, by the EPC, an original communication instance according to the original S1 signaling connection parameter after receiving the HANDOVER COMPLETE message that carries the new S1 signaling connection parameter and the original S1 signaling connection parameter.
Air supply unit for a pneumatic system of a commercial vehicle, said air supply unit comprising: a compressor inlet to be connected to a compressor for receiving compressed air in a supply mode, a consumption outlet for connecting at least one consumption circuit of said commercial vehicle, an air processing unit connected to said compressor inlet for drying and filtering said compressed air and delivering dried compressed air at its outlet, a supply line extending from said outlet to said consumption outlet of said air supply unit, a purge tank connected to said supply line for receiving and storing said dried compressed air from said supply line in said supply mode and delivering stored dried compressed air as purge air in a purge mode through said supply line to said air processing unit for regenerating said air processing unit, a separating valve provided between a first section and an end section of said supply line, said end section extending to said consumption outlet, wherein said purge tank is connected to said supply line through a throttle for pressure reduction of said purge air characterized in that said purge tank is further connected to said supply line by a filling valve, wherein said filling valve is open in said supply mode and blocking in said purge mode, wherein a first section of said supply line extends between said air processing unit and said junction area and a second section of said supply line extends between said junction area and said end section, wherein said dried compressed air flows through said first and second section (9a, 9b) and said purge air only flows through said first section. a compressor inlet to be connected to a compressor for receiving compressed air in a supply mode, a consumption outlet for connecting at least one consumption circuit of said commercial vehicle, an air processing unit connected to said compressor inlet for drying and filtering said compressed air and delivering dried compressed air at its outlet, a supply line extending from said outlet to said consumption outlet of said air supply unit, a purge tank connected to said supply line for receiving and storing said dried compressed air from said supply line in said supply mode and delivering stored dried compressed air as purge air in a purge mode through said supply line to said air processing unit for regenerating said air processing unit, a separating valve provided between a first section and an end section of said supply line, said end section extending to said consumption outlet, wherein said purge tank is connected to said supply line through a throttle for pressure reduction of said purge air characterized in that said purge tank is further connected to said supply line by a filling valve, wherein said filling valve is open in said supply mode and blocking in said purge mode, wherein a first section of said supply line extends between said air processing unit and said junction area and a second section of said supply line extends between said junction area and said end section, wherein said dried compressed air flows through said first and second section (9a, 9b) and said purge air only flows through said first section.
A metal melting furnace including a stirring device, comprising: a furnace body defining a chamber for accommodating molten metal; the stirring device comprising a stirring disc and a drive device, the stirring disc comprising a disc body, a feedstock holding portion, and a feedstock inlet via which feedstock is replenished to the feedstock holding portion, a stirring rod being connected on the disc body, a plurality of vertically through openings being provided on the disc body and/or on the feedstock holding portion, the drive device being in drive connection to the stirring rod, the drive device being configured to drive the stirring rod to lift such that the stirring disc is immersed in or lifted out of the molten metal in the chamber, the feedstock holding portion being configured to hold the feedstock on the stirring disc such that the feedstock moves together with the stirring disc, wherein the feedstock holding portion comprises a cavity configured to accommodate the feedstock, the feedstock inlet communicating with the cavity, the openings comprising a first opening provided at a top wall of the cavity and a second opening provided at a bottom wall of the cavity, the first opening and the second opening having a size smaller than a size of the feedstock to hold the feedstock on the stirring disc via the feedstock holding portion, and wherein the stirring disc further comprises an annular boss disposed at a bottom portion of the disc body, an outer-ring wall of the annular boss being connected to a periphery of the disc body, a lower end of the annular boss being tapered from top to bottom. a furnace body defining a chamber for accommodating molten metal; the stirring device comprising a stirring disc and a drive device, the stirring disc comprising a disc body, a feedstock holding portion, and a feedstock inlet via which feedstock is replenished to the feedstock holding portion, a stirring rod being connected on the disc body, a plurality of vertically through openings being provided on the disc body and/or on the feedstock holding portion, the drive device being in drive connection to the stirring rod, the drive device being configured to drive the stirring rod to lift such that the stirring disc is immersed in or lifted out of the molten metal in the chamber, the feedstock holding portion being configured to hold the feedstock on the stirring disc such that the feedstock moves together with the stirring disc, wherein the feedstock holding portion comprises a cavity configured to accommodate the feedstock, the feedstock inlet communicating with the cavity, the openings comprising a first opening provided at a top wall of the cavity and a second opening provided at a bottom wall of the cavity, the first opening and the second opening having a size smaller than a size of the feedstock to hold the feedstock on the stirring disc via the feedstock holding portion, and wherein the stirring disc further comprises an annular boss disposed at a bottom portion of the disc body, an outer-ring wall of the annular boss being connected to a periphery of the disc body, a lower end of the annular boss being tapered from top to bottom.
Connecting apparatus which practically fixes the flexible ventilation ducts to a main ventilation area or to a connection point without any need for a plastic clamp or tapes characterized in that the said flexible ventilation duct contains one fastening ring by which it fastens tightly by encircling from an end, and at least one mounting protrusion located towards the exterior of the said fastening ring perpendicular to the center of the said duct, and at least one mounting hole for fixing the said flexible ventilation duct fastened by the said mounting protrusion to a main duct with a connection means such as a screw.
A computer-readable medium including instructions, the instructions comprising: one or more instructions that, when executed by one or more processors, cause the one or more processors to: determine first information that indicates a first characteristic of a first pseudowire connection, wherein the first pseudowire connection provides, via a first device, access to an Ethernet virtual private network, EVPN, to communicate with a host device; determine second information that indicates a second characteristic of a second pseudowire connection, wherein the second pseudowire connection provides, via a second device, access to the EVPN to communicate with the host device; send a first message that includes the first information, to the first device, via the first pseudowire connection, wherein the first message causes the first device to change a first capability of the first device; send a second message that includes the second information, to the second device, via the second pseudowire connection, wherein the second message causes the second device to change a second capability of the second device; and receive data from the host device via the first pseudowire connection or the second pseudowire connection after: sending the first message, and sending the second message. determine first information that indicates a first characteristic of a first pseudowire connection, wherein the first pseudowire connection provides, via a first device, access to an Ethernet virtual private network, EVPN, to communicate with a host device; determine second information that indicates a second characteristic of a second pseudowire connection, wherein the second pseudowire connection provides, via a second device, access to the EVPN to communicate with the host device; send a first message that includes the first information, to the first device, via the first pseudowire connection, wherein the first message causes the first device to change a first capability of the first device; send a second message that includes the second information, to the second device, via the second pseudowire connection, wherein the second message causes the second device to change a second capability of the second device; and receive data from the host device via the first pseudowire connection or the second pseudowire connection after: sending the first message, and sending the second message. sending the first message, and sending the second message.
A radiation imaging apparatus (100, 300, 400, 500, 600, 700) comprising: a sensor base; a sensor array that includes a plurality of sensor chips arranged in an array; a scintillator positioned on a side opposite to the sensor base with respect to the sensor array; a bonding member that bonds the sensor array and the scintillator; and a plurality of bonding sheets that are separated from each other and bond the sensor base and the plurality of sensor chips, wherein two adjacent sensor chips out of the three or more sensor chips are bonded to the sensor base using separate bonding sheets out of the plurality of bonding sheets, and wherein at least some sensor chips out of the plurality of sensor chips have a side on which a flexible printed substrate is arranged, characterized in that in the sensor array three or more sensor chips out of the plurality of sensor chips are arranged in one row of the sensor array, and on the side on which the flexible printed substrate is arranged, the bonding sheet extends beyond the side to the outside of the sensor chip. a sensor base; a sensor array that includes a plurality of sensor chips arranged in an array; a scintillator positioned on a side opposite to the sensor base with respect to the sensor array; a bonding member that bonds the sensor array and the scintillator; and a plurality of bonding sheets that are separated from each other and bond the sensor base and the plurality of sensor chips, wherein two adjacent sensor chips out of the three or more sensor chips are bonded to the sensor base using separate bonding sheets out of the plurality of bonding sheets, and wherein at least some sensor chips out of the plurality of sensor chips have a side on which a flexible printed substrate is arranged, characterized in that in the sensor array three or more sensor chips out of the plurality of sensor chips are arranged in one row of the sensor array, and on the side on which the flexible printed substrate is arranged, the bonding sheet extends beyond the side to the outside of the sensor chip.
A computer-implemented method comprising: providing, by a user process, a request for data to an input-output device driver; in response to providing the request for data to the input-output device driver, receiving, by the user process and from the input-output device driver, a set of memory addresses for the data; in response to receiving the set of memory addresses, by the user process, determining a subset of the memory addresses to pre-fetch; determining, by the user process, a cache level of a processor in which to pre-fetch the subset of memory addresses; in response to determining the subset of the memory addresses, providing, by the user process and to the processor, a pre-fetch command for the subset of memory addresses, the prefetch command causing the processor to allocate space in the cache of the processor to cache data corresponding to the subset of the memory addresses at the determined cache level; after providing the prefetch command, receiving, by the input-output device driver, data for the set of memory addresses and providing, to a memory controller, the data received for the set of memory addresses; storing, by the memory controller, the data corresponding to the subset of memory addresses in the cache of the processor and storing remaining data of the received data corresponding to the memory addresses in a main memory. providing, by a user process, a request for data to an input-output device driver; in response to providing the request for data to the input-output device driver, receiving, by the user process and from the input-output device driver, a set of memory addresses for the data; in response to receiving the set of memory addresses, by the user process, determining a subset of the memory addresses to pre-fetch; determining, by the user process, a cache level of a processor in which to pre-fetch the subset of memory addresses; in response to determining the subset of the memory addresses, providing, by the user process and to the processor, a pre-fetch command for the subset of memory addresses, the prefetch command causing the processor to allocate space in the cache of the processor to cache data corresponding to the subset of the memory addresses at the determined cache level; after providing the prefetch command, receiving, by the input-output device driver, data for the set of memory addresses and providing, to a memory controller, the data received for the set of memory addresses; storing, by the memory controller, the data corresponding to the subset of memory addresses in the cache of the processor and storing remaining data of the received data corresponding to the memory addresses in a main memory.
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 first picture to be coded with reference to a reference picture selected from among reference pictures stored in the memory, to output a coded first picture; coding first memory management information for controlling and managing the reference pictures stored in the memory, the coded first memory management information being attached to the coded first picture; and coding the first memory management information again as coded second memory management information, the coded second memory management information being attached to a second picture which is different from the first picture, characterized in that information identifying the first picture is attached to the coded second memory management information. coding a first picture to be coded with reference to a reference picture selected from among reference pictures stored in the memory, to output a coded first picture; coding first memory management information for controlling and managing the reference pictures stored in the memory, the coded first memory management information being attached to the coded first picture; and coding the first memory management information again as coded second memory management information, the coded second memory management information being attached to a second picture which is different from the first picture, characterized in that information identifying the first picture is attached to the coded second memory management information.
A vascular access assembly and safety device comprising: a catheter assembly including a catheter hub and a catheter tube extending distally from the catheter hub; a needle assembly including a needle hub and a needle extending distally from the needle hub, the needle including a needle tip; and a safety device including a housing defining a cavity and a safety clip positioned within the cavity, the housing defining a proximal opening and a distal opening, the safety clip being formed from a resilient material and having a U-shaped configuration including a first leg positioned adjacent an inner wall of the housing, wherein in an assembled state, the needle extends through the distal and proximal openings of the housing of the safety device and through the catheter assembly and the safety clip is compressed between the inner wall of the housing and the needle, characterized in that the U-shaped configuration of the safety clip includes a second leg supporting a tab, the tab being in slidable engagement with the needle, wherein upon withdrawal of the needle tip into the housing of the safety device and proximally of the tab of the safety clip, the safety clip moves to a non-compressed position such that the tab obstructs distal movement of the needle into the distal opening of the housing. a catheter assembly including a catheter hub and a catheter tube extending distally from the catheter hub; a needle assembly including a needle hub and a needle extending distally from the needle hub, the needle including a needle tip; and a safety device including a housing defining a cavity and a safety clip positioned within the cavity, the housing defining a proximal opening and a distal opening, the safety clip being formed from a resilient material and having a U-shaped configuration including a first leg positioned adjacent an inner wall of the housing, wherein in an assembled state, the needle extends through the distal and proximal openings of the housing of the safety device and through the catheter assembly and the safety clip is compressed between the inner wall of the housing and the needle, characterized in that the U-shaped configuration of the safety clip includes a second leg supporting a tab, the tab being in slidable engagement with the needle, wherein upon withdrawal of the needle tip into the housing of the safety device and proximally of the tab of the safety clip, the safety clip moves to a non-compressed position such that the tab obstructs distal movement of the needle into the distal opening of the housing.
Housing for an electric sub-assembly for assembly on a support rail, wherein the housing has a side facing the support rail - assembly side - and a front side, wherein the housing has at least one opening, through which a built-in plug type connector of the electric sub-assembly can be reached for inserting a corresponding plug type connector, wherein in the opening there is arranged a closure flap, which closes the opening in a first position, wherein the closure flap can be pivoted about a pivot axis into a second position in order to release the built-in plug type connector, and wherein the closure flap in the second position is arranged at least halfway in a recess in one of the walls of the housing, characterised in that, in order to achieve a pivotability of the closure flap, a hinge joint is formed, and in that in a hinge suspension of the hinge joint there is arranged a seal which seals an opening which remains after the insertion of the closure flap in a hinge opening, wherein the hinge joint is preferably formed by means of pins on an edge region of the closure flap and a corresponding hinge suspension on the housing in the opening, wherein the pins are arranged on the pivot axis.
A polymer composition comprising: - 35 to 70 wt. % of a polyphenylene sulfide, - 5 to 15 wt. % of polyamide 6, - 25 to 60 wt. % of reinforcing agents, wherein the weight ratio PPS/PA6 is at least 4, with the proviso that the composition does not comprise an elastomer or comprises an elastomer in an amount not exceeding 1 wt. %, wherein wt. % are based on the total weight of the composition. - 35 to 70 wt. % of a polyphenylene sulfide, - 5 to 15 wt. % of polyamide 6, - 25 to 60 wt. % of reinforcing agents, wherein the weight ratio PPS/PA6 is at least 4, with the proviso that the composition does not comprise an elastomer or comprises an elastomer in an amount not exceeding 1 wt. %, wherein wt. % are based on the total weight of the composition.