mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing a local gateway service, comprising: accessing, by a terminal, to a first connection device, wherein the first connection device is a master base station, MeNB, and supports a collocated Local GateWay, L-GW; when the terminal accesses to the first connection device, reporting, by the first connection device, local collocated L-GW address information to a Mobility Management Entity, MME, in the core network through an S1 interface message; and using, by the MME, a collocated local gateway corresponding to an obtained L-GW address as a Packet Data Network GateWay, PDN GW, for a Selected IP Traffic Offload @ Local Network, SIPTO@LN or Local IP Access @ Local Network, LIPA@LN, service of the terminal; adding, by the first connection device, a second connection device for the terminal to implement a dual-connection, wherein the second connection device is a secondary base station SeNB; interacting collocated local gateway address information between the first connection device and the second connection device; and reporting, by the first connection device, an updated collocated local gateway address information to the MME, and using, by the MME, a collocated local gateway corresponding to the updated collocated L-GW address information to perform the local gateway service, wherein interacting collocated local gateway address information between the first connection device and the second connection device comprises: establishing a connection interface between the first connection device and the second connection device; and interacting the collocated local gateway address information through the established connection interface. accessing, by a terminal, to a first connection device, wherein the first connection device is a master base station, MeNB, and supports a collocated Local GateWay, L-GW; when the terminal accesses to the first connection device, reporting, by the first connection device, local collocated L-GW address information to a Mobility Management Entity, MME, in the core network through an S1 interface message; and using, by the MME, a collocated local gateway corresponding to an obtained L-GW address as a Packet Data Network GateWay, PDN GW, for a Selected IP Traffic Offload @ Local Network, SIPTO@LN or Local IP Access @ Local Network, LIPA@LN, service of the terminal; adding, by the first connection device, a second connection device for the terminal to implement a dual-connection, wherein the second connection device is a secondary base station SeNB; interacting collocated local gateway address information between the first connection device and the second connection device; and reporting, by the first connection device, an updated collocated local gateway address information to the MME, and using, by the MME, a collocated local gateway corresponding to the updated collocated L-GW address information to perform the local gateway service, establishing a connection interface between the first connection device and the second connection device; and interacting the collocated local gateway address information through the established connection interface.
Profile arrangement for an extractor device, in particular a laboratory extractor device, with a venting profile having a longitudinal shape and in which is provided an air channel for the guidance of incoming air to vent a working chamber of an extractor device, wherein the venting profile has a support mounting to support a support profile which has a charging means holder to hold charging means for electrical conditioning of the incoming air, wherein the venting profile has at least one incoming air outlet provided in the area of the support mounting and through which the outflowing incoming air is able to flow past the charging means in the direction of the working chamber, characterised in that between the support profile and the venting profile there is provided a plug connection, at which a support profile plug-in socket or a support profile plug-in projection of the support profile may be fixed together at a venting profile plug-in projection or at a venting profile plug-in socket of the venting profile along an insertion movement path, and that at least one fixing means is provided for fixing the plug connection between the support profile and the venting profile.
A method for performing limited buffer rate matching, LBRM, by a user equipment, UE, comprising: reporting a plurality of UE categories to an evolved Node B, eNB; determining whether signaling in relation to the UE categories is received from the eNB based on whether the signaling indicates a particular channel quality information, CQI, table; selecting a UE category different from the plurality of UE categories based on the reported UE categories and an absence of signaling in relation to the UE categories; determining a total number of soft channel bits to use for LBRM at the UE based on the selected UE category; and performing LBRM based on the determined total number of soft channel bits. reporting a plurality of UE categories to an evolved Node B, eNB; determining whether signaling in relation to the UE categories is received from the eNB based on whether the signaling indicates a particular channel quality information, CQI, table; selecting a UE category different from the plurality of UE categories based on the reported UE categories and an absence of signaling in relation to the UE categories; determining a total number of soft channel bits to use for LBRM at the UE based on the selected UE category; and performing LBRM based on the determined total number of soft channel bits.
A permanent magnet bearing for the rotatable support of a rotor of a vacuum pump, in particular of a turbomolecular pump, comprising at least one stator-side ring magnet provided for arrangement at a stator of the vacuum pump and one rotor-side ring magnet provided for arrangement at a rotor of the vacuum pump, wherein one of the two ring magnets is an inner ring magnet which is arranged or can be arranged radially within the other, outer ring magnet and concentrically with the outer ring magnet such that a radial gap having a gap width (d) extending in a radial direction is formed between the radially outwardly facing outer side of the inner ring magnet and the oppositely disposed, radially inwardly facing inner side of the outer ring magnet; wherein the outer ring magnet and/or the inner ring magnet has/have a height (h) which extends in an axial direction and which is in a range between 3 times and 5 times, inclusive, of the gap width (d); and wherein a width (b) of the outer ring magnet and/or of the inner ring magnet extending in the radial direction is smaller than or at most equal to 1.5 times the height (h) of the respective ring magnet (195, 197), characterized in that the width (b) of the outer ring magnet and/or of the inner ring magnet extending in the radial direction is larger than or at most equal to 1.2 times the height (h) of the respective ring magnet (195, 197).
A method for operating a polyolefin production process, comprising: polymerizing monomer in the presence of catalyst in a polymerization reactor to form polyolefin; processing effluent of the polymerization reactor in a flash vessel during normal operation; processing effluent of the polymerization reactor in the flash vessel during a reactor dump; and recovering a majority of the polyolefin and hydrocarbon in the effluent discharged from the polymerization reactor during a reactor dump. polymerizing monomer in the presence of catalyst in a polymerization reactor to form polyolefin; processing effluent of the polymerization reactor in a flash vessel during normal operation; processing effluent of the polymerization reactor in the flash vessel during a reactor dump; and recovering a majority of the polyolefin and hydrocarbon in the effluent discharged from the polymerization reactor during a reactor dump.
A method for diagnosing or detecting colorectal neoplasia in a human subject comprising the steps of: a. obtaining a biological sample selected from the list consisting of a plasma sample, a serum sample and a blood sample from the subject suspected of suffering from colorectal neoplasia; b. measuring an overall expression pattern or level of a microRNAs biosignature comprising at least microRNA miR15b obtained from the biological sample/s of the subject; and c. comparing the overall expression pattern of the microRNA biosignature from the biological sample of the subject suspected of suffering from colorectal neoplasia with the overall expression pattern of the microRNA biosignature from a biological sample of a normal subject, wherein the normal subject is a healthy subject not suffering from colorectal neoplasia, and wherein overexpression of at least miR15b is indicative of colorectal cancer. a. obtaining a biological sample selected from the list consisting of a plasma sample, a serum sample and a blood sample from the subject suspected of suffering from colorectal neoplasia; b. measuring an overall expression pattern or level of a microRNAs biosignature comprising at least microRNA miR15b obtained from the biological sample/s of the subject; and c. comparing the overall expression pattern of the microRNA biosignature from the biological sample of the subject suspected of suffering from colorectal neoplasia with the overall expression pattern of the microRNA biosignature from a biological sample of a normal subject,
Device for the jointed connection of a wiper blade to a wiper arm, wherein a joining element which is to be connected to the wiper blade has a joint part which forms a joint with a joint part on a connecting element to be connected to the wiper arm, and the joint part is a hub which is open in the longitudinal direction of the joining element and, in the fitted state, is supported with respect to the connecting element in the direction opposed to the hub opening, wherein the side walls (30, 56) of the joining element and of the connecting element overlap and wherein the side walls of the connecting element have cutouts which are open toward the wiper strip and into which projections enter in the operating position of the wiper blade such that the joining element and the connecting element are locked against each other in the longitudinal direction, characterized in that the joining element is designed as a sheet-metal claw and the projections are formed by tabs which are cut free from the side walls of the joining element and are bent toward the connecting element and enter into the cutouts therein.
Fuel removal system for removing a gaseous fuel from a fuel tank, comprising: - a conveying device which is configured to convey gaseous fuel and to bring it from a first pressure level to a second pressure level; - a first line which is configured to fluidically connect the conveying device to the interior of the fuel tank; - a buffer tank which is configured to store the fuel at the second pressure level and which has a first outlet and a second outlet; - at least one valve with a pneumatic actuating device; and - a second line which is connected to the first outlet of the buffer tank; and - a third line which is configured to conduct the fuel at the second pressure level to a consumer, characterized in that the second line is configured to conduct a part of the fuel at the second pressure level to the pneumatic actuating device of the at least one valve, the third line is connected to the second outlet of the buffer tank, and the third line has a portion which leads through the interior of the fuel tank and which comprises a first heat exchanger for evaporating liquid fuel in the fuel tank. - a conveying device which is configured to convey gaseous fuel and to bring it from a first pressure level to a second pressure level; - a first line which is configured to fluidically connect the conveying device to the interior of the fuel tank; - a buffer tank which is configured to store the fuel at the second pressure level and which has a first outlet and a second outlet; - at least one valve with a pneumatic actuating device; and - a second line which is connected to the first outlet of the buffer tank; and - a third line which is configured to conduct the fuel at the second pressure level to a consumer, the second line is configured to conduct a part of the fuel at the second pressure level to the pneumatic actuating device of the at least one valve, the third line is connected to the second outlet of the buffer tank, and the third line has a portion which leads through the interior of the fuel tank and which comprises a first heat exchanger for evaporating liquid fuel in the fuel tank.
Vessel comprising a hull and a heave compensation system for a load that is suspended from the hull, wherein the heave compensation system comprises a winch with a drum on the hull and a hoisting cable around the drum for hoisting and suspending the load, characterised a first hydraulic motor and a second hydraulic motor that are operatively connected to the drum to rotate synchronously with the drum, wherein the hydraulic motors (33, 34) each have a first hydraulic fluid port and a second hydraulic fluid port to drive the hydraulic motors (33, 34) and the winch in the two opposite rotation directions depending on the port into which the hydraulic fluid is fed, and a hydraulic drive system with a hydraulic circuit to control the hydraulic fluid through the first ports and second ports of the hydraulic motors (33, 34), wherein the hydraulic drive system comprises a powered hydraulic fluid source (41, 42) to provide hydraulic fluid under pressure, a first hydraulic accumulator assembly to store and bias hydraulic fluid, a first valve assembly in a hydraulic fluid connection between the hydraulic fluid source and the ports of the hydraulic motors (33, 34), a second valve assembly in a hydraulic fluid connection between the first valve assembly and the first port of the second hydraulic motor, and a third valve assembly in a hydraulic fluid connection between the first accumulator assembly and the first port of the second hydraulic motor, wherein the hydraulic drive system is able to switch between a hoisting mode and a heave compensation mode by means of the second valve assembly and the third valve assembly, wherein in the hoisting mode the hydraulic fluid from the first valve assembly is fed parallel into both first ports of the hydraulic motors (33, 34) or parallel into both second ports of the hydraulic motors (33, 34) to drive the rotation of the winch in one of the opposite rotation directions, and wherein in the heave compensation mode the hydraulic fluid from the first valve assembly is fed into the first port of the first hydraulic motor or into the second port of the first hydraulic motor to drive the rotation of the winch in one of the rotation directions, and the first hydraulic accumulator assembly biases the hydraulic fluid to the first port of the second hydraulic motor.
Epoxide resins comprising the product of the reaction of a mixture comprising: - at least ∘ one non-biosourced non-polymer reagent bearing at least 3 epoxy end functions (CR x), o at least one biosourced epoxidized lipid derivative and - at least one cross-linking agent, the ratio between the number of reactive functions of the cross-linking agent and the number of epoxy functions being kept constant independently of the constitution of the mixture, on the condition that: - CR x is not a compound having the following formula (a): in which n is an integer comprised between 1 and 20. - at least ∘ one non-biosourced non-polymer reagent bearing at least 3 epoxy end functions (CR x), o at least one biosourced epoxidized lipid derivative and ∘ one non-biosourced non-polymer reagent bearing at least 3 epoxy end functions (CR x), o at least one biosourced epoxidized lipid derivative and - at least one cross-linking agent, - CR x is not a compound having the following formula (a):
Method for measuring the temperature of a melt, with an optical fiber, wherein the optical fiber is fed into the melt through a disposable guiding tube, having an immersion end and a second end, opposite to the immersion end, wherein the optical fiber and the immersion end of the disposable guiding tube are immersed into the melt both having a feeding speed whereby both feeding speeds are independent from each other, using a fiber coil and a feeding mechanism for feeding the optical fiber and the disposable guiding tube, whereby the feeding mechanism comprises at least two independent feeding motors (25; 45) each combined with a separate speed control, one for feeding the optical fiber and one for feeding the disposable guiding tube, and whereby an elastic plug is arranged at the second end of or within the disposable guiding tube, whereby the optical fiber is fed through the elastic plug, whereby the elastic plug reduces a gap between the optical fiber and the disposable guiding tube, and whereby the inner diameter of the disposable guiding tube is bigger than the outer diameter of the optical fiber, characterized in that (i) in a first phase of immersion the disposable guiding tube and the optical fiber are immersed into the melt, (ii) in a second phase the optical fiber is immersed with higher speed and deeper into the melt than the disposable guiding tube, wherein the second phase starts after the immersion end of the disposable guiding tube is immersed into the melt, and (iii) in a third phase of immersion the optical fiber is stopped or is withdrawn from the melt, wherein subsequent to the third phase the outer disposable guiding tube is ejected into the melt. (i) in a first phase of immersion the disposable guiding tube and the optical fiber are immersed into the melt, (ii) in a second phase the optical fiber is immersed with higher speed and deeper into the melt than the disposable guiding tube, wherein the second phase starts after the immersion end of the disposable guiding tube is immersed into the melt, and (iii) in a third phase of immersion the optical fiber is stopped or is withdrawn from the melt, wherein subsequent to the third phase the outer disposable guiding tube is ejected into the melt.
A power save method comprising: receiving, by a station, STA (40;50), a null data packet announcement, NDPA, frame in a current transmission opportunity, TXOP, from an access point, AP, wherein the NDPA frame carries a partial association identifier PARTIAL_AID, the PARTIAL_AID being zero; obtaining an STA association identifier, AID, from an STA information field of the NDPA frame; comparing, by the STA (40; 50), an STA AID of the STA with the obtained STA AID; and when the STA AID of the STA is different from the obtained STA AID, allowing the STA to enter a doze state until the end of the current TXOP, and when the STA AID of the STA is the same as the obtained STA AID, returning channel state information to the AP. receiving, by a station, STA (40;50), a null data packet announcement, NDPA, frame in a current transmission opportunity, TXOP, from an access point, AP, wherein the NDPA frame carries a partial association identifier PARTIAL_AID, the PARTIAL_AID being zero; obtaining an STA association identifier, AID, from an STA information field of the NDPA frame; comparing, by the STA (40; 50), an STA AID of the STA with the obtained STA AID; and when the STA AID of the STA is different from the obtained STA AID, allowing the STA to enter a doze state until the end of the current TXOP, and when the STA AID of the STA is the same as the obtained STA AID, returning channel state information to the AP.
A method of providing security at the physical layer of an optical network by processing client signals for transmission on a fiber optic cable of the optical network, the method comprising the following steps: (a) encoding one or more client signals; (b) buffering and synchronizing the encoded client signals; (c) mapping the buffered and synchronized encoded client signals to one or more subchannels within a single International Telecommunication Union channel or across multiple ITU channels, wherein each subchannel corresponds to a subcarrier frequency of an ITU carrier frequency, and wherein each subcarrier frequency is generated by a separate and distinct laser; (d) modulating the subchannels onto their corresponding subcarrier frequencies; (e) multiplexing together the signals on the subcarrier frequencies within each ITU channel, and the resulting combined signals on the ITU channel frequencies, to generate an optical signal for transmission along the fiber optic cable of the optical network; and (f) modifying dynamically over time one or more of the processing steps (a)-(e). (a) encoding one or more client signals; (b) buffering and synchronizing the encoded client signals; (c) mapping the buffered and synchronized encoded client signals to one or more subchannels within a single International Telecommunication Union channel or across multiple ITU channels, wherein each subchannel corresponds to a subcarrier frequency of an ITU carrier frequency, and wherein each subcarrier frequency is generated by a separate and distinct laser; (d) modulating the subchannels onto their corresponding subcarrier frequencies; (e) multiplexing together the signals on the subcarrier frequencies within each ITU channel, and the resulting combined signals on the ITU channel frequencies, to generate an optical signal for transmission along the fiber optic cable of the optical network; and (f) modifying dynamically over time one or more of the processing steps (a)-(e).
A hydraulic system for an aircraft, the hydraulic system comprising: a backup hydraulic pressure source to provide hydraulic pressure to a brake in the event of a failure condition of a primary hydraulic brake pressure source; and a landing gear backup system to provide hydraulic pressure to enable extension and/or retraction of landing gear in the event of a failure condition of a primary landing gear hydraulic pressure source; characterised by a controller arranged to detect a failure condition of the primary landing gear hydraulic pressure source, wherein, in response to the detected failure condition, the controller is arranged to transmit an activation signal to a valve arranged to fluidically couple the backup hydraulic pressure source to the landing gear backup system, to provide hydraulic pressure to the landing gear backup system from the backup hydraulic pressure source. a backup hydraulic pressure source to provide hydraulic pressure to a brake in the event of a failure condition of a primary hydraulic brake pressure source; and a landing gear backup system to provide hydraulic pressure to enable extension and/or retraction of landing gear in the event of a failure condition of a primary landing gear hydraulic pressure source; characterised by a controller arranged to detect a failure condition of the primary landing gear hydraulic pressure source, wherein, in response to the detected failure condition, the controller is arranged to transmit an activation signal to a valve arranged to fluidically couple the backup hydraulic pressure source to the landing gear backup system, to provide hydraulic pressure to the landing gear backup system from the backup hydraulic pressure source.
Use of a fish feed comprising between 0.015 and 150 gram of beta-glucans and/or between 0.3 and 3000 milligram of phytohormones per kilogram of feed for lengthening the seasonal mobility period of fish.