mhurhangee/ep-ind-claims huggingface dataset:
An energy storage system comprising: a container including at least one wall; a battery cell array positioned inside the container, wherein the battery cell array has one or more battery cells; a liquid, wherein the liquid is retained inside the container, and wherein the liquid surrounds the battery cell array; a refrigeration system arranged and configured to transfer heat energy from the liquid to a secondary medium outside the container; a recirculation pump positioned inside the container and submerged in the liquid; one or more communication ports defined by the wall, wherein each of the one or more communication ports extends outwardly away from the container, and wherein each of the one or more communication ports has an electrical connection passing through the wall from inside the container to outside the container; a sensor within the container, wherein the sensor is electrically connected to one of said communication ports by a data link and adapted to measure physical parameters within the container; and, wherein said battery cell array is electrically connected to one of said communication ports by a data link; and wherein said recirculation pump is electrically connected to said communication port by a data link at least partially submerged in the liquid. a container including at least one wall; a battery cell array positioned inside the container, wherein the battery cell array has one or more battery cells; a liquid, wherein the liquid is retained inside the container, and wherein the liquid surrounds the battery cell array; a refrigeration system arranged and configured to transfer heat energy from the liquid to a secondary medium outside the container; a recirculation pump positioned inside the container and submerged in the liquid; one or more communication ports defined by the wall, wherein each of the one or more communication ports extends outwardly away from the container, and wherein each of the one or more communication ports has an electrical connection passing through the wall from inside the container to outside the container; a sensor within the container, wherein the sensor is electrically connected to one of said communication ports by a data link and adapted to measure physical parameters within the container; and, wherein said battery cell array is electrically connected to one of said communication ports by a data link; and wherein said recirculation pump is electrically connected to said communication port by a data link at least partially submerged in the liquid.
A method of transferring a flow from a first wireless transmit/receive unit, WTRU, the method comprising: establishing the flow with a node, wherein the flow is established by sending a first binding update to a home agent, HA, wherein the first binding update comprises a first traffic selector for identifying packets associated with the flow based on a packet header; sending an inter-unit transfer, IUT, preparation request to a second WTRU; receiving an IUT preparation response indicating whether the second WTRU accepts the IUT or is ready for the IUT; and on a condition that the second WTRU accepts the IUT, sending a second binding update to the HA, wherein the second binding update comprises a second traffic selector to route packets belonging to the flow to the second WTRU. establishing the flow with a node, wherein the flow is established by sending a first binding update to a home agent, HA, wherein the first binding update comprises a first traffic selector for identifying packets associated with the flow based on a packet header; sending an inter-unit transfer, IUT, preparation request to a second WTRU; receiving an IUT preparation response indicating whether the second WTRU accepts the IUT or is ready for the IUT; and on a condition that the second WTRU accepts the IUT, sending a second binding update to the HA, wherein the second binding update comprises a second traffic selector to route packets belonging to the flow to the second WTRU.
A virtualized network function manager, VNFM, determining method, comprising: receiving, by a network functions virtualization orchestrator, NFVO, a first virtualized network function, VNF, instantiation request, wherein the first VNF instantiation request is used to request to instantiate a to-be-instantiated VNF; determining, by the NFVO according to the first VNF instantiation request, a VNFM, managing the to-be-instantiated VNF from VNFMs in a management domain of the NFVO; and sending, by the NFVO, a second VNF instantiation request to the determined VNFM, wherein the second VNF instantiation request is used to request the determined VNFM to instantiate the to-be-instantiated VNF, characterized in that it comprises: wherein the determining, by the NFVO according to the first VNF instantiation request, a VNFM managing the to-be-instantiated VNF from VNFMs in a management domain of the NFVO comprises: obtaining, by the NFVO, based on identification information of a virtualized network function descriptor, VNFD, the VNFD corresponding to the identification information of the VNFD, wherein the first VNF instantiation request comprises the identification information of the VNFD; and determining, by the NFVO, based on the VNFD, the VNFM managing the to-be-instantiated VNF. receiving, by a network functions virtualization orchestrator, NFVO, a first virtualized network function, VNF, instantiation request, wherein the first VNF instantiation request is used to request to instantiate a to-be-instantiated VNF; determining, by the NFVO according to the first VNF instantiation request, a VNFM, managing the to-be-instantiated VNF from VNFMs in a management domain of the NFVO; and sending, by the NFVO, a second VNF instantiation request to the determined VNFM, wherein the second VNF instantiation request is used to request the determined VNFM to instantiate the to-be-instantiated VNF, characterized in that it comprises: wherein the determining, by the NFVO according to the first VNF instantiation request, a VNFM managing the to-be-instantiated VNF from VNFMs in a management domain of the NFVO comprises: obtaining, by the NFVO, based on identification information of a virtualized network function descriptor, VNFD, the VNFD corresponding to the identification information of the VNFD, wherein the first VNF instantiation request comprises the identification information of the VNFD; and determining, by the NFVO, based on the VNFD, the VNFM managing the to-be-instantiated VNF. obtaining, by the NFVO, based on identification information of a virtualized network function descriptor, VNFD, the VNFD corresponding to the identification information of the VNFD, wherein the first VNF instantiation request comprises the identification information of the VNFD; and determining, by the NFVO, based on the VNFD, the VNFM managing the to-be-instantiated VNF.
Filling element for the controlled dispensing of liquid contents or of a liquid product into packages, with at least one liquid channel, in which at least one liquid valve arrangement is provided, wherein the liquid valve arrangement can be controlled between a state in which the dispensing of the liquid contents to the package via at least one dispensing opening of the liquid channel is enabled in a filling phase, and a state in which the liquid channel is blocked, and therefore blocks the dispensing of the liquid contents, wherein the liquid valve arrangement comprises at least one flow regulating valve, which can be controlled and regulated by an actuator (9, 9a), with which, during the filling phase, the volume flow of the filling product flowing to the package can be regulated or controlled, and wherein the liquid valve arrangement comprises at least one blocking valve which can be controlled between an open and a closed state, wherein the blocking valve is provided in the liquid channel between the flow regulating valve and the at least one dispensing opening, wherein the flow regulating valve comprises a valve body arranged in the liquid channel, and a valve seat, assigned to this valve body and formed, for example, from a ring body, and that the valve body and the valve seat can be moved by the actuator (9, 9a) relative to one another along a valve axis or lift axis, characterised in that for opening and closing the flow regulating valve, the valve seat can be moved by the actuator (9, 9a) in an axial direction of the valve axis or lifting axis, which is opposed to the flow direction in which the filling product flows through the liquid channel during the filling phase, or, however, is oriented in this flow direction, wherein, related to the flow direction of the filling product, a part section (3.2) of the liquid channel upstream of the valve seat and a part section (3.3) downstream of the valve seat are formed in each case by a flexible seal (16, 17), preferably in the form of a folding bellows, allowing for a change of length.
A method for Internet Protocol, IP, version selection for a Protocol Data Unit, PDU, session requested to be established by a Wireless Communication Device, WCD, that supports PDU sessions of both Internet Protocol version 4, IPv4, and Internet Protocol version 6, IPv6, and that is configured to operatively communicate via a Radio Access Network, RAN with a session management, SM, node in a core network, the method being performed by the WCD comprises: - sending a first PDU session request message towards the SM node requesting establishment of a first PDU session, which request message comprises IP-version information indicating that the IP version of the requested first PDU session should be any one of IPv4 or IPv6; - receiving (S130, S140), in response to sending the first PDU session request message, a first response message, which first response message comprises WCD information indicating the IP-version that has been selected for the requested first PDU session; and - sending a second PDU session request message towards the SM node requesting establishment of a second PDU session, which request message comprises IP-version information indicating that the IP version of the requested second PDU session should be any one of IPv4 or IPv6 that was not previously selected. - sending a first PDU session request message towards the SM node requesting establishment of a first PDU session, which request message comprises IP-version information indicating that the IP version of the requested first PDU session should be any one of IPv4 or IPv6; - receiving (S130, S140), in response to sending the first PDU session request message, a first response message, which first response message comprises WCD information indicating the IP-version that has been selected for the requested first PDU session; and - sending a second PDU session request message towards the SM node requesting establishment of a second PDU session, which request message comprises IP-version information indicating that the IP version of the requested second PDU session should be any one of IPv4 or IPv6 that was not previously selected.
Plinth (2, 42) for screening a gap between a first apparatus and a second apparatus, comprising: a base body (8, 45) for covering the gap and a distance holder with a first positioning element to be applied to a reference point on the base body (8, 45) and with a second positioning element to be applied to a reference point on the first apparatus so that the distance holder is suited to defining a position of the base body (8, 45) on the first apparatus, wherein the base body (8, 45) is embodied to hold the distance holder in a position which at least partially covers the base body (8, 45) and wherein the base body (8, 45) has a cover plate or a base plate, characterised in that the plinth (2, 42) comprises an opening in which a connecting element is received, which is formed by a screw and is provided to connect the base body (8, 45) to the first apparatus and that the cover plate or the base plate holds a cylindrical and round holding pin, which is likewise hollowed out internally in the manner of a cylinder, wherein the cross-section of the cylindrical shape has the same circumference as the as the screw head of the screw. a base body (8, 45) for covering the gap and a distance holder with a first positioning element to be applied to a reference point on the base body (8, 45) and with a second positioning element to be applied to a reference point on the first apparatus so that the distance holder is suited to defining a position of the base body (8, 45) on the first apparatus, wherein the base body (8, 45) is embodied to hold the distance holder in a position which at least partially covers the base body (8, 45) and wherein the base body (8, 45) has a cover plate or a base plate, characterised in that the plinth (2, 42) comprises an opening in which a connecting element is received, which is formed by a screw and is provided to connect the base body (8, 45) to the first apparatus and that the cover plate or the base plate holds a cylindrical and round holding pin, which is likewise hollowed out internally in the manner of a cylinder, wherein the cross-section of the cylindrical shape has the same circumference as the as the screw head of the screw.
A recombinant DNA molecule comprising a heterologous promoter functional in a plant cell operably linked to a nucleic acid molecule encoding a protein that has at least 99% sequence identity to the full length of amino acid sequence SEQ ID NO: 1, and wherein the protein has herbicide-insensitive protoporphyrinogen oxidase activity.
An interconnection assembly, comprising: a first cell tab of a first battery cell, the first cell tab being constructed of a first metal; a second cell tab of a second battery cell, the second cell tab disposed against the first cell tab, the second cell tab being constructed of a second metal, the second metal having a hardness greater than a hardness of the first metal; an interconnect member disposed against the second cell tab; characterized in that the interconnection assembly further comprises: a weld assisting layer disposed against the first cell tab such that the first and second cell tabs (274, 276) are disposed between the weld assisting layer and the interconnect member, such that when a welding joint is formed in the first and second cell tabs (274, 276), the interconnect member, and the weld assisting layer, the weld assisting layer reduces deformation of the first cell tab. a first cell tab of a first battery cell, the first cell tab being constructed of a first metal; a second cell tab of a second battery cell, the second cell tab disposed against the first cell tab, the second cell tab being constructed of a second metal, the second metal having a hardness greater than a hardness of the first metal; an interconnect member disposed against the second cell tab; a weld assisting layer disposed against the first cell tab such that the first and second cell tabs (274, 276) are disposed between the weld assisting layer and the interconnect member, such that when a welding joint is formed in the first and second cell tabs (274, 276), the interconnect member, and the weld assisting layer, the weld assisting layer reduces deformation of the first cell tab.
An acoustic echo mitigation method, comprising: cancelling, with an acoustic echo canceller, estimated acoustic echo from a microphone signal, resulting in an error signal; estimating residual echo power based on the error signal in a manner continuously adapted to power change in the error signal; and further suppressing, with an acoustic echo suppressor, residual echo and noise in the error signal based on the residual echo power and noise power, adaptively updating the coefficient set of a first adaptive filter during a process of obtaining a preliminary estimate of the residual echo power, so that the coefficient set continuously follows the power change in the error signal; characterized in that the operation of estimating the residual echo power further comprises: determining minimum statistics of the norms of the coefficient sets of the first adaptive filter for a first number of past frames; determining the coefficient set of a second adaptive filter for the present frame based on the minimum statistics; and obtaining a final estimate of the residual echo power with the second adaptive filter. cancelling, with an acoustic echo canceller, estimated acoustic echo from a microphone signal, resulting in an error signal; estimating residual echo power based on the error signal in a manner continuously adapted to power change in the error signal; and further suppressing, with an acoustic echo suppressor, residual echo and noise in the error signal based on the residual echo power and noise power, adaptively updating the coefficient set of a first adaptive filter during a process of obtaining a preliminary estimate of the residual echo power, so that the coefficient set continuously follows the power change in the error signal; characterized in that the operation of estimating the residual echo power further comprises: determining minimum statistics of the norms of the coefficient sets of the first adaptive filter for a first number of past frames; determining the coefficient set of a second adaptive filter for the present frame based on the minimum statistics; and obtaining a final estimate of the residual echo power with the second adaptive filter. determining minimum statistics of the norms of the coefficient sets of the first adaptive filter for a first number of past frames; determining the coefficient set of a second adaptive filter for the present frame based on the minimum statistics; and obtaining a final estimate of the residual echo power with the second adaptive filter.
A pair of pushup jeans, including jeans and a fusible interlining, each pant leg comprises a front panel and a back panel characterised in that: a back panel fusible interlining is fused onto the back panel and adhered outside of a hip position; a front panel fusible interlining is fused onto the inside of the front panel and opposite to the back panel fusible interlining; the fusible interlining has an arc-shaped portion, and the arc-shaped portion being recessed downwards, an outer edge of the fusible interlining is aligned with outer edges of the front panel and the back panel, and a length of the fusible interlining is a distance from a crotch extending downwards two to fifteen cm to a lower edge of waistband. a back panel fusible interlining is fused onto the back panel and adhered outside of a hip position; a front panel fusible interlining is fused onto the inside of the front panel and opposite to the back panel fusible interlining;
A capacitor unit comprising: a housing; a capacitor within the housing comprising a plastic film dielectric material (101; 102); a pressure sensor configured to detect if pressure in the housing exceeds a first pressure level; and a pressure relief valve configured to vent gas from the housing if the pressure in the housing exceeds a second pressure level which is higher than the first pressure level, characterized in that the capacitor unit is configured to be operated, in use, with a fault controller (303; 406) wherein, in the event that the pressure sensor detects that the pressure in the housing exceeds a first pressure level the fault controller (303; 406) operates within a fault response time to isolate the capacitor unit from an electrical input wherein: the second pressure level is greater than the first pressure level by an amount which is at least equal to a predetermined maximum expected pressure rise during the fault response time. a housing; a capacitor within the housing comprising a plastic film dielectric material (101; 102); a pressure sensor configured to detect if pressure in the housing exceeds a first pressure level; and a pressure relief valve configured to vent gas from the housing if the pressure in the housing exceeds a second pressure level which is higher than the first pressure level, characterized in that the capacitor unit is configured to be operated, in use, with a fault controller (303; 406) wherein, in the event that the pressure sensor detects that the pressure in the housing exceeds a first pressure level the fault controller (303; 406) operates within a fault response time to isolate the capacitor unit from an electrical input wherein: the second pressure level is greater than the first pressure level by an amount which is at least equal to a predetermined maximum expected pressure rise during the fault response time.
An apparatus for treating laundry, comprising: a cabinet; a tub provided in the cabinet; a drum provided in the tub to receive a laundry for treatment therein, the drum being made of metallic material; and an induction module provided to the tub to heat the drum by induction; wherein the apparatus is characterised in that it further comprises: a non-contact temperature sensor that measures temperature using thermal radiation radiated by material provided to the tub to measure a temperature of the drum; a barrel lens connected to the non-contact temperature sensor so that thermal radiation radiated from the drum enters the barrel lens, wherein the barrel lens includes a guide portion guiding vertically incident thermal radiation to the non-contact temperature sensor. a cabinet; a tub provided in the cabinet; a drum provided in the tub to receive a laundry for treatment therein, the drum being made of metallic material; and an induction module provided to the tub to heat the drum by induction; wherein the apparatus is characterised in that it further comprises: a non-contact temperature sensor that measures temperature using thermal radiation radiated by material provided to the tub to measure a temperature of the drum; a barrel lens connected to the non-contact temperature sensor so that thermal radiation radiated from the drum enters the barrel lens, wherein the barrel lens includes a guide portion guiding vertically incident thermal radiation to the non-contact temperature sensor. a non-contact temperature sensor that measures temperature using thermal radiation radiated by material provided to the tub to measure a temperature of the drum; a barrel lens connected to the non-contact temperature sensor so that thermal radiation radiated from the drum enters the barrel lens, wherein the barrel lens includes a guide portion guiding vertically incident thermal radiation to the non-contact temperature sensor.
A delivery system for a medical device comprising: a first catheter having a distal end, a proximal end, and a longitudinal axis; a nose cone dilator (416, 500) disposed at the proximal end of the first catheter, the nose cone dilator having a curved groove (418, 506) formed in an outer surface of the nose cone dilator, the groove having a distal portion parallel to the longitudinal axis and a proximal portion extending circumferentially about the outer surface; and a second catheter (426, 604), pre-loaded in the delivery system, and having a proximal end and a distal end, the second catheter proximal end being disposed in the proximal portion of the curved groove 418 and the second catheter extending from the proximal portion of the groove to the distal portion of the groove such that the second catheter is curved complementary to the curved groove. a first catheter having a distal end, a proximal end, and a longitudinal axis; a nose cone dilator (416, 500) disposed at the proximal end of the first catheter, the nose cone dilator having a curved groove (418, 506) formed in an outer surface of the nose cone dilator, the groove having a distal portion parallel to the longitudinal axis and a proximal portion extending circumferentially about the outer surface; and a second catheter (426, 604), pre-loaded in the delivery system, and having a proximal end and a distal end, the second catheter proximal end being disposed in the proximal portion of the curved groove 418 and the second catheter extending from the proximal portion of the groove to the distal portion of the groove such that the second catheter is curved complementary to the curved groove.