mhurhangee/ep-ind-claims huggingface dataset:
A medical device for implantation into an aortic valve of a mammal, the device comprising: an elliptical cross sectional shape in a plane perpendicular to the direction of blood flow through the aortic valve, a base, and commissure support members attached to the base, characterised in that the members flare outwardly from the base at an angle of from 8°-12° from a line perpendicular to the outer edge of the elliptical cross-section. an elliptical cross sectional shape in a plane perpendicular to the direction of blood flow through the aortic valve, a base, and commissure support members attached to the base, characterised in that the members flare outwardly from the base at an angle of from 8°-12° from a line perpendicular to the outer edge of the elliptical cross-section.
Rod-bed assembly comprising a holder, an insert removably and insertably supported in a groove of the holder and which rod-bed assembly is for a rod rotatably supported in a recess on front side of the insert, characterized in that the diameter of the rod is over 25 mm, that the insert provides a thin shell-like structure inside the holder, which substantially follows the groove form of the holder as an inside layer, that the material thickness of the cross-section of the insert is between 1 - 5 mm and that the insert is of elastic material or elastic shape.
A negative electrode active material for non-aqueous electrolyte secondary battery, the negative electrode active material comprising a silicon oxide composite comprising silicon, silicon oxide (SiO x, 0<x≤2) and magnesium silicate, and including pores with a diameter of 50 to 192 nm therein, wherein a silicon crystallite size is 1 to 14 nm..
A method to be carried out in a system for use with a dialysis apparatus, the system including a container having an inlet and at least one outlet, and containing a powdered salt concentrate, said method being carried out for removing gases from the container, said method being characterized by the steps of: closing an outlet control valve, the outlet control valve selectively fluidly coupling the container to a drain; opening a container inlet valve; advancing fluid into the container through the inlet until a first pressure is reached to create a solution of fluid and salt concentrate; opening the outlet control valve to fluidly couple the container to the drain; adding fluid into the container while maintaining the first pressure for a period of time to force at least one of the solution, gases, and solution with entrained gases through the outlet; flushing at least one of the solution, gases, and solution with entrained gases through the outlet without requiring the assistance of a pump disposed between container and the drain; and reducing the pressure in the container to a second pressure. closing an outlet control valve, the outlet control valve selectively fluidly coupling the container to a drain; opening a container inlet valve; advancing fluid into the container through the inlet until a first pressure is reached to create a solution of fluid and salt concentrate; opening the outlet control valve to fluidly couple the container to the drain; adding fluid into the container while maintaining the first pressure for a period of time to force at least one of the solution, gases, and solution with entrained gases through the outlet; flushing at least one of the solution, gases, and solution with entrained gases through the outlet without requiring the assistance of a pump disposed between container and the drain; and reducing the pressure in the container to a second pressure.
A method for processing a two-dimensional signal, comprising: receiving the two-dimensional signal comprising a repetitive component; identifying a plurality of features of the two-dimensional signal corresponding to the at least one repetitive component; transposing a plurality of segments of the two-dimensional signal to form a three-dimensional stack of segments, the segments having as starting and ending points adjacent identified features, wherein transposing the plurality of segments of the two-dimensional signal comprises aligning each subsequent segment of the plurality of segments next to each previous segment of the plurality of segments along a first axis; combining the plurality of segments in the three-dimensional stack of segments to create a three-dimensional surface, wherein the combining comprises interpolating the plurality of segments to create the three-dimensional surface; characterized by analyzing the three-dimensional surface to determine respiration information based on local maxima of the surface. receiving the two-dimensional signal comprising a repetitive component; identifying a plurality of features of the two-dimensional signal corresponding to the at least one repetitive component; transposing a plurality of segments of the two-dimensional signal to form a three-dimensional stack of segments, the segments having as starting and ending points adjacent identified features, wherein transposing the plurality of segments of the two-dimensional signal comprises aligning each subsequent segment of the plurality of segments next to each previous segment of the plurality of segments along a first axis; combining the plurality of segments in the three-dimensional stack of segments to create a three-dimensional surface, wherein the combining comprises interpolating the plurality of segments to create the three-dimensional surface; characterized by analyzing the three-dimensional surface to determine respiration information based on local maxima of the surface.
A method of synchronizing sequence numbers used by a protocol to communicate with a communication peer, the method comprising a standby redundancy peer performing the steps of: receiving a sequence number synchronization request from an active redundancy peer, the sequence number synchronization request being associated with a packet flow between the active redundancy peer and the communication peer, the sequence number synchronization request including a packet sequence number for the packet flow; in response to receiving the sequence number synchronization request, incrementing by a fixed amount the packet sequence number for the packet flow and creating the same packet flow but using the incremented packet sequence number; in response to receiving a switchover event after creating the packet flow, taking over as the new active redundancy peer from the previous active redundancy peer; and transmitting, as the new active redundancy peer, a next packet including the incremented packet sequence number to the communication peer. receiving a sequence number synchronization request from an active redundancy peer, the sequence number synchronization request being associated with a packet flow between the active redundancy peer and the communication peer, the sequence number synchronization request including a packet sequence number for the packet flow; in response to receiving the sequence number synchronization request, incrementing by a fixed amount the packet sequence number for the packet flow and creating the same packet flow but using the incremented packet sequence number; in response to receiving a switchover event after creating the packet flow, taking over as the new active redundancy peer from the previous active redundancy peer; and transmitting, as the new active redundancy peer, a next packet including the incremented packet sequence number to the communication peer.
A method, performed at a source base station in a wireless communication network, the method comprising: acquiring multimedia broadcast multicast service, MBMS, information of neighbor cells in the wireless communication network; acquiring MBMS reception/interest status information of a user equipment, UE; determining a target cell from the neighbor cells based on the acquired MBMS information and MBMS reception/interest information; and transmitting a handover request and a handover command for the UE to handover to the target cell, characterized in that the source base station acquires the MBMS information through UE report, via a new information element, IE, or via a new radio resource control, RRC, message. acquiring multimedia broadcast multicast service, MBMS, information of neighbor cells in the wireless communication network; acquiring MBMS reception/interest status information of a user equipment, UE; determining a target cell from the neighbor cells based on the acquired MBMS information and MBMS reception/interest information; and transmitting a handover request and a handover command for the UE to handover to the target cell, characterized in that the source base station acquires the MBMS information through UE report, via a new information element, IE, or via a new radio resource control, RRC, message.
Rail vehicle comprising at least one high-voltage component and at least one insulating element (7, 9), wherein the at least one high-voltage component is arranged in a housing and the at least one insulating element (7, 9) is arranged between the high-voltage component and the floor surface of the housing, or wherein the at least one high-voltage component is arranged on the vehicle roof and the at least one insulating element (7, 9) is arranged between the high-voltage component and the roof surface of the vehicle roof, characterized in that the insulating element (7, 9) is a solid insulating element having semiconductor properties, the insulating element (7, 9) abutting the floor surface or the roof surface or an electrically conductive region of the high-voltage component.
A method of securing external wall insulation panels to the outer walls of a high rise concrete frame building, which comprises creating continuous passages (8, 9, 7) through outer load-bearing wall panels of the building into adjacent floor/ceiling panels, each such passage forming a tie bar anchorage hole (8, 9, 7) extending at least 300 mm into the adjacent floor/ceiling panel; inserting into each tie bar anchorage hole (8, 9, 7) a tie bar which has at an inner end portion an anchorage (13, 14) received in the associated tie bar anchorage hole and which has at an outer end portion an externally screw-threaded portion which projects from the outer load-bearing wall panel; locating a pattress plate 17) at the outer end of each tie bar anchorage hole (8, 9, 7), with the externally screw-threaded outer end portion of each tie bar extending through an aperture in the associated pattress plate, and securing the pattress plates in position in or against the outer load-bearing wall panels; anchoring each tie bar in its tie bar anchorage hole (8, 9, 7) by extruding a grouting compound past the associated pattress plate or through an eccentric grout hole in the associated pattress plate and into the tie bar anchorage hole (8, 9, 7) around the tie bar, and allowing the grouting compound to set; securing to the externally screw-threaded outer end portions of the tie bars a metal framework (25, 26) for supporting external wall insulation for the building; and securing to the metal framework (25, 26) EWI panels to clad the building. creating continuous passages (8, 9, 7) through outer load-bearing wall panels of the building into adjacent floor/ceiling panels, each such passage forming a tie bar anchorage hole (8, 9, 7) extending at least 300 mm into the adjacent floor/ceiling panel; inserting into each tie bar anchorage hole (8, 9, 7) a tie bar which has at an inner end portion an anchorage (13, 14) received in the associated tie bar anchorage hole and which has at an outer end portion an externally screw-threaded portion which projects from the outer load-bearing wall panel; locating a pattress plate 17) at the outer end of each tie bar anchorage hole (8, 9, 7), with the externally screw-threaded outer end portion of each tie bar extending through an aperture in the associated pattress plate, and securing the pattress plates in position in or against the outer load-bearing wall panels; anchoring each tie bar in its tie bar anchorage hole (8, 9, 7) by extruding a grouting compound past the associated pattress plate or through an eccentric grout hole in the associated pattress plate and into the tie bar anchorage hole (8, 9, 7) around the tie bar, and allowing the grouting compound to set; securing to the externally screw-threaded outer end portions of the tie bars a metal framework (25, 26) for supporting external wall insulation for the building; and securing to the metal framework (25, 26) EWI panels to clad the building.
A method for communicating by a first communication device in a wireless communication system, the method comprising: transmitting (610, 612) a request for long-range communication support information to a second communication device through a short-range communication link; receiving (616, 618) the long-range communication support information from the second communication device; directly accessing to an internet using the long-range communication support information received from the second communication device, wherein an ongoing long-range communication by the second communication device is terminated, wherein the long-range communication is a long-term evolution, LTE, communication, wherein the long-range communication support information includes LTE access information, and wherein the LTE access information includes a security parameter of the second communication device and at least one of a cell-radio network temporary identifier, C-RNTI, of the second communication device, radio configuration information of the second communication device, or a system architecture evolution, SAE,-temporary mobile subscriber identity, S-TMSI, of the second communication device. transmitting (610, 612) a request for long-range communication support information to a second communication device through a short-range communication link; receiving (616, 618) the long-range communication support information from the second communication device; directly accessing to an internet using the long-range communication support information received from the second communication device, wherein an ongoing long-range communication by the second communication device is terminated, wherein the long-range communication is a long-term evolution, LTE, communication, wherein the long-range communication support information includes LTE access information, and wherein the LTE access information includes a security parameter of the second communication device and at least one of a cell-radio network temporary identifier, C-RNTI, of the second communication device, radio configuration information of the second communication device, or a system architecture evolution, SAE,-temporary mobile subscriber identity, S-TMSI, of the second communication device.
Motor vehicle with a body, with a roof adjustable between a closed position and an opened position, which has at least one front roof part and one rear roof part with two oppositely-lying side columns and with two oppositely-lying rear columns, wherein the front roof part is connected rotatably with the two side columns, that the rear roof part is connected rotatably with the two rear columns, that the two side columns and the two rear columns are movably connected with the body, characterised in that in the opened position of the roof the rear roof part forms a soft top compartment lid under which the front roof part, the two side columns and the two rear columns are stored.
A screen protection member, comprising a protection film and a frame, wherein the protection film comprises a bonding surface, the frame is fastened to a peripheral region of the bonding surface by surrounding the peripheral region, the frame has at least one notch group, a single notch group comprises two notches that are disposed opposite to each other, the at least one notch group divides the frame into at least two frame parts that are spaced apart from each other, the frame comprises a first frame body, a second frame body and a third frame body, the second frame body and the third frame body being opposite to each other and located on two sides of the first frame body, the first frame body comprises a straight segment, a first bending segment and a second bending segment, the first bending segment and the second bending segment being connected to two ends of the straight segment, the straight segment of the first frame body and the second frame body are located in different planes and are connected by using the first bending segment, and the straight segment of the first frame body and the third frame body are located in different planes and are connected by using the second bending segment. the protection film comprises a bonding surface, the frame is fastened to a peripheral region of the bonding surface by surrounding the peripheral region, the frame has at least one notch group, a single notch group comprises two notches that are disposed opposite to each other, the at least one notch group divides the frame into at least two frame parts that are spaced apart from each other, the frame comprises a first frame body, a second frame body and a third frame body, the second frame body and the third frame body being opposite to each other and located on two sides of the first frame body, the first frame body comprises a straight segment, a first bending segment and a second bending segment, the first bending segment and the second bending segment being connected to two ends of the straight segment, the straight segment of the first frame body and the second frame body are located in different planes and are connected by using the first bending segment, and the straight segment of the first frame body and the third frame body are located in different planes and are connected by using the second bending segment.
A computer implemented method for contextually based fulfillment of communication requests via a telephony platform, comprising the steps of: receiving via a telephony-based communication, at a fulfillment center, a user request for a service, wherein the user request includes a dedicated inbound identifier of a telephony system, and wherein the dedicated inbound identifier identifies a service provider capable of fulfilling the user request; extracting, at the fulfilment center, the dedicated inbound identifier from the user request; based on the extracted dedicated inbound identifier, determining, by the fulfillment center, the service provider capable of fulfilling the user request; translating the user request into one or more user intents; creating, by the fulfillment center, a contextual framework based on the user intent, wherein the contextual framework comprises a plurality of information, and wherein the plurality of information is based on the requested service; requesting additional information regarding details of the user intent to complete the contextual framework; and fulfilling the user request using the user intents when the contextual framework is complete, wherein fulfilling the user request comprises: converting the user intent into a service provider request; and sending the request to the service provider for fulfillment. receiving via a telephony-based communication, at a fulfillment center, a user request for a service, wherein the user request includes a dedicated inbound identifier of a telephony system, and wherein the dedicated inbound identifier identifies a service provider capable of fulfilling the user request; extracting, at the fulfilment center, the dedicated inbound identifier from the user request; based on the extracted dedicated inbound identifier, determining, by the fulfillment center, the service provider capable of fulfilling the user request; translating the user request into one or more user intents; creating, by the fulfillment center, a contextual framework based on the user intent, wherein the contextual framework comprises a plurality of information, and wherein the plurality of information is based on the requested service; requesting additional information regarding details of the user intent to complete the contextual framework; and fulfilling the user request using the user intents when the contextual framework is complete, wherein fulfilling the user request comprises: converting the user intent into a service provider request; and sending the request to the service provider for fulfillment. converting the user intent into a service provider request; and sending the request to the service provider for fulfillment.
Method for transmitting and receiving data in a code division multiple access telecommunication system, comprising the steps of a base station providing a random access channel comprising succeedingly or periodically provided random access time windows comprising a plurality of random access slots for transmitting random access data from at least one mobile station to said base station, dividing the plurality of random access slots of the random access time window into at least two groups in the random access time window, whereby the content of one group overlaps with another group, allocating the groups to respective priority classes, whereby the priority classes represent the transmission priorities of the random access data to be transmitted in the random access slots, and broadcasting information defining the groups of the random access time window to mobile stations, wherein the method further comprises the steps of a mobile station randomly choosing one or more random access slots from the corresponding group according to the priority of the random access data to be transmitted, and transmitting the random access data in the randomly chosen one or more random access slots.
A method for detecting a starting from rest, of the type designated as without operating an accelerator, of a vehicle with a power train including a crankshaft, for triggering an assist strategy for starting from rest intended to increase a set speed of an idling regulator of said vehicle, said method consisting of detecting said starting from rest of the type without operating an accelerator in the case of a detection of a clutch pedal of said vehicle being depressed, of an absence of depression on a brake pedal of said vehicle, of a substantially zero speed of said vehicle and of at least one selected torque transmission on said crankshaft, said method being characterized in that said strategy is inhibited in the case of a detection of a functioning of said power train for a duration which is less than a first selected threshold comprised between approximately 1 s and approximately 5 s.