mhurhangee/ep-ind-claims huggingface dataset:
A method for joint transmission, which is applied in a wireless local area network system comprising an initiating access point, AP, a coordinated AP pre-determined to participate in the joint transmission and a station, STA, wherein the method comprises: sending, by the initiating AP to the STA, a request to send message used for the joint transmission, wherein the request to send message comprises a joint transmission indication and address information of the coordinated AP; receiving, by the initiating AP, a clear to send message from the STA; sending, by the initiating AP, data to the STA after an interval of a first fixed time from receiving the clear to send message, wherein the first fixed time is same as a second fixed time, and where the second fixed time is a time interval between receiving the clear to send message and sending the data to the STA by the coordinated AP. sending, by the initiating AP to the STA, a request to send message used for the joint transmission, wherein the request to send message comprises a joint transmission indication and address information of the coordinated AP; receiving, by the initiating AP, a clear to send message from the STA; sending, by the initiating AP, data to the STA after an interval of a first fixed time from receiving the clear to send message, wherein the first fixed time is same as a second fixed time, and where the second fixed time is a time interval between receiving the clear to send message and sending the data to the STA by the coordinated AP.
An apparatus for performing a procedure on a heart valve, the heart valve having an annulus and leaflets, the apparatus comprising: a tissue engaging member including a loop of material configured to contact at least a portion of the annulus or the leaflets when the loop of material is deployed, and a plurality of anchors (16a; 16b; 16d), each of the anchors (16a; 16b; 16d) having a pointy front end and a back end, wherein the front ends of the anchors (16a; 16b; 16d) are configured for implantation into the annulus or the leaflets in a forward direction and wherein the anchors (16a; 16b; 16d) are configured so that, subsequent to implantation, the anchors (16a; 16b; 16d) resist extraction from the annulus or the leaflets in a backwards direction, wherein the anchors (16a; 16b; 16d) are arranged with respect to the loop of material so that, when the loop of material is deployed, the anchors (16a; 16b; 16d) are distributed about the loop of material with the front ends of the anchors (16a; 16b; 16d) facing the annulus or the leaflets; and means for implanting the anchors (16a; 16b; 16d) into the annulus or the leaflets so that the tissue engaging member becomes affixed to the annulus or the leaflets, characterised by each of the anchors (16a; 16b; 16d) including a first panel of material having a cylindrically curved outer surface and a second panel of material having a cylindrically curved outer surface, with a slot that runs in a front-to-back direction disposed between the first and second panels of material (120, 122). a tissue engaging member including a loop of material configured to contact at least a portion of the annulus or the leaflets when the loop of material is deployed, and a plurality of anchors (16a; 16b; 16d), each of the anchors (16a; 16b; 16d) having a pointy front end and a back end, wherein the front ends of the anchors (16a; 16b; 16d) are configured for implantation into the annulus or the leaflets in a forward direction and wherein the anchors (16a; 16b; 16d) are configured so that, subsequent to implantation, the anchors (16a; 16b; 16d) resist extraction from the annulus or the leaflets in a backwards direction, wherein the anchors (16a; 16b; 16d) are arranged with respect to the loop of material so that, when the loop of material is deployed, the anchors (16a; 16b; 16d) are distributed about the loop of material with the front ends of the anchors (16a; 16b; 16d) facing the annulus or the leaflets; and means for implanting the anchors (16a; 16b; 16d) into the annulus or the leaflets so that the tissue engaging member becomes affixed to the annulus or the leaflets, characterised by each of the anchors (16a; 16b; 16d) including a first panel of material having a cylindrically curved outer surface and a second panel of material having a cylindrically curved outer surface, with a slot that runs in a front-to-back direction disposed between the first and second panels of material (120, 122).
A machine tool for the machining of workpieces having at least two machining devices, wherein at least one machining device (70, 80) is provided for the cutting manufacture and machining and a second machining device is provided for a further machining of workpieces, at least one of the machining devices is fastened to a portal carrier which is supported in the middle of a workpiece table by means of a stand, characterized in that the stand in the center of the workpiece table is configured to be lowerable.
A hose for conveying fluids under pressure comprising an elastomer core tube, at least two reinforcement layers at discrete reinforcement layer radii, said reinforcement layers being radially separated by intermediate elastomer material layers and an outer protective layer covering the outermost reinforcement layer, wherein at least two of said reinforcement layers comprise steel wires helically wound around the axis of said hose, wherein the steel wires of the radially outermost steel wire reinforcement layer have the highest E-ratio, the steel wires of the innermost steel wire reinforcement layer have the lowest E-ratio differing from said highest E-ratio, whereby the E-ratio of any steel wire reinforcement layer is not lower than the E-ratio of any inner laying steel wire reinforcement layer, said E-ratio being equal to the ratio of the tensile strength over the elongation at break of said steel wire, wherein said E-ratio is between 70 000 N/mm 2 up to 200 000 N/mm 2 for the radially outermost steel wire reinforcement layer and between 30 000 N/mm 2 and 120 000 N/mm 2 for the radially innermost steel wire reinforcement layer, characterised in that said steel wires of at least the innermost steel wire reinforcement layer have crimps within a single plane or have bends, said crimps or bends being for altering the original E-ratio and obtaining said E-ratio, while said steel wires of at least the outermost steel wire reinforcement layer are free of bends or crimps.
A method for time correlating a multiplexed signal comprising the steps of: receiving a multiplexed signal including at least two sensor signals; determining a value representative of a first of the at least two sensor signals, where the first of the at least two sensor signals is a currently passed value of the multiplexed signal at time t; determining an average value representative of a second of the at least two sensor signals, where the second of the at least two sensor signals is a non-currently passed value of the multiplexed signal at time t the average value being an average of the value of the second of the at least two sensor signals at times t-1 and t+1; combining said value representative of the first of the at least two sensor signals and said average value representative of the second of the at least two sensor signals at time t, thereby determining a time correlated sensor value at time t. receiving a multiplexed signal including at least two sensor signals; determining a value representative of a first of the at least two sensor signals, where the first of the at least two sensor signals is a currently passed value of the multiplexed signal at time t; determining an average value representative of a second of the at least two sensor signals, where the second of the at least two sensor signals is a non-currently passed value of the multiplexed signal at time t the average value being an average of the value of the second of the at least two sensor signals at times t-1 and t+1; combining said value representative of the first of the at least two sensor signals and said average value representative of the second of the at least two sensor signals at time t, thereby determining a time correlated sensor value at time t.
An NFC device comprising: a transceiver unit configured to establish a communication channel between the NFC device and a further NFC device, said further NFC device being external to the NFC device; a power management unit configured to detect an inactive communication state of said established communication channel while the further NFC device is in proximity of the NFC device and to cause the transceiver unit to enter into a power management mode in response to a detection of said inactive communication state; wherein the power management unit is further configured, upon or after detection of said inactive communication state, to cause the transceiver unit to disconnect the communication channel; wherein the power management unit is further configured, upon or after detection of said inactive communication state, to cause the transceiver unit to enter into a periodic polling mode; wherein the power management unit is further configured to cause the transceiver unit to poll only for devices having a type which is different from the type of said further NFC device. a transceiver unit configured to establish a communication channel between the NFC device and a further NFC device, said further NFC device being external to the NFC device; a power management unit configured to detect an inactive communication state of said established communication channel while the further NFC device is in proximity of the NFC device and to cause the transceiver unit to enter into a power management mode in response to a detection of said inactive communication state; wherein the power management unit is further configured, upon or after detection of said inactive communication state, to cause the transceiver unit to disconnect the communication channel; wherein the power management unit is further configured, upon or after detection of said inactive communication state, to cause the transceiver unit to enter into a periodic polling mode; wherein the power management unit is further configured to cause the transceiver unit to poll only for devices having a type which is different from the type of said further NFC device.
A random co-polymer prepared by the process of combining a first monomer that is a butyl acrylate monomer, a 2-ethylhexyl acrylate monomer, an octyl acrylate monomer, or an iso-octyl acrylate monomer and at least 18 weight percent, based on the weight of the random co-polymer, of a second monomer that is a methyl methacrylate monomer, a butyl methacrylate, or an isobutyl methacrylate; in the presence of a polymerization initiator and optionally, an organic solvent, wherein the weight ratio of the first monomer to the second monomer is 82:18 to 50:50, and wherein the polymerization initiator is 2,2'-azodi(2-methylbutyronitrile) (AMBN), dibenzoyl peroxide, lauryol peroxide, or 2,2'-azobisisobutyronitrile (AIBN) and wherein said random co-polymer has a Tg of between -18°C and -50°C, wherein Tg is calculated theoretically using the Fox equation.
A method performed by a master gateway to register a device in a smart home network system, the method comprising: identifying a type of the device; determining a service category of a device capable of being registered in at least two gateways including the master gateway based on the identified type of the device; searching for a first gateway having the determined service category; determining whether a first gateway has been searched; and instructing, when the first gateway is searched, the first gateway to register the device. identifying a type of the device; determining a service category of a device capable of being registered in at least two gateways including the master gateway based on the identified type of the device; searching for a first gateway having the determined service category; determining whether a first gateway has been searched; and instructing, when the first gateway is searched, the first gateway to register the device.
A method of transmitting a random access response, RAR, message, comprising: receiving a random access request sent by a UE, and returning a first message to the UE, wherein the first message consists of a plurality of message units arranged in sequence, each message unit comprising a message sub-header and a RAR sub-message corresponding to the message sub-header, wherein the message sub-header comprises sub-message format indication information, configured to indicate a format of the RAR sub-message.
Tap for pressurised fluid, with or without integrated pressure regulator, comprising a body housing a fluid circuit having an upstream end intended to be put through a pressurised fluid reserve and a downstream end intended to be put through a user device, the circuit comprising a valve for controlling the flow in the circuit, the valve being controlled by a lever mounted pivoting on the body of the tap between an idle position wherein the valve is maintained in a first state corresponding to a first flow value in the circuit and a second active position wherein the valve is maintained in a second state corresponding to a second flow value in the circuit, the lever comprising a gripping portion extending along a longitudinal direction between two respectively lower and upper terminal ends, the gripping portion being intended to be handled, the lever further comprising a mounting portion mounted hinged on the body at the level of at least one rotation axis, the mounting portion being connected to the gripping portion and extending transversally with respect to the gripping portion, characterised in that the mounting portion is connected to the gripping portion at the level of a central part of the gripping portion, i.e. between said lower and upper terminal ends.
Device for converting a diesel-electric locomotive into an electric locomotive comprising operational components (5, 6, 7, 8) for an electric locomotive and an adapter frame, on which the operational components (5, 6, 7, 8) are mounted, - in which the adapter frame is designed such that it can be connected to connection points (1, 2) of a basic mechanical structure of the diesel-electric locomotive, - in which the operational components (5, 6, 7, 8) comprise integral structures, to be specific an auxiliary power converter together with a static power converter, a transformer together with a cooling system, a current collector together with a transformer and a transformer together with a static power converter, characterized in that - the operational components (5, 6, 7, 8) are functionally connected to one another on the adapter frame, wherein the device comprises electrical, hydraulic and pneumatic connections between the transformer, static power converter, cooling system and the auxiliary power converter, - the device is designed such that it can be put into operation and tested as a system outside the diesel-electric locomotive, - the device is designed such that it at least partially has the outer form of the construction of an electric locomotive, to be specific the roof structure and the side walls, wherein the operational components (5, 6, 7, 8) placed onto the adapter frame form at least partially the outer skin of the vehicle. - in which the adapter frame is designed such that it can be connected to connection points (1, 2) of a basic mechanical structure of the diesel-electric locomotive, - in which the operational components (5, 6, 7, 8) comprise integral structures, to be specific an auxiliary power converter together with a static power converter, a transformer together with a cooling system, a current collector together with a transformer and a transformer together with a static power converter, characterized in that - the operational components (5, 6, 7, 8) are functionally connected to one another on the adapter frame, wherein the device comprises electrical, hydraulic and pneumatic connections between the transformer, static power converter, cooling system and the auxiliary power converter, - the device is designed such that it can be put into operation and tested as a system outside the diesel-electric locomotive, - the device is designed such that it at least partially has the outer form of the construction of an electric locomotive, to be specific the roof structure and the side walls, wherein the operational components (5, 6, 7, 8) placed onto the adapter frame form at least partially the outer skin of the vehicle.
A method comprising: receiving, by a provider edge router (10A; 10B) of an intermediate layer 3 network, configuration data configuring the provider edge router to provide multi-homed layer 2 virtual bridge connectivity to a customer edge device using an active-standby mode of operation; and sending, by the provider edge router to a remote provider edge router, in response to receiving, from the customer edge device, a reply to a request for a layer 2 address of a layer 3 address of the customer edge device, a route advertisement that includes a static route specifying a layer 3 address of the customer edge device as a next-hop for a layer 3 subnet in a customer network that includes the customer edge device and for which the customer edge device is configured to provide reachability. receiving, by a provider edge router (10A; 10B) of an intermediate layer 3 network, configuration data configuring the provider edge router to provide multi-homed layer 2 virtual bridge connectivity to a customer edge device using an active-standby mode of operation; and sending, by the provider edge router to a remote provider edge router, in response to receiving, from the customer edge device, a reply to a request for a layer 2 address of a layer 3 address of the customer edge device, a route advertisement that includes a static route specifying a layer 3 address of the customer edge device as a next-hop for a layer 3 subnet in a customer network that includes the customer edge device and for which the customer edge device is configured to provide reachability.
A display device comprising: a display panel comprising a plurality of display elements; a window member on the display panel; and a plurality of first light conversion members that convert the path of light emitted from the display elements and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the first light conversion members directly contact a surface of the window member, and wherein the first light conversion members comprise an acryl-based polymer and/or a vinyl-based polymer, wherein the first light conversion members comprise nanoparticles having circular or semi-circular cross sections, wherein the display device further comprises a plurality of second light conversion members on the first light conversion members and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the second light conversion members have a spherical shape. a display panel comprising a plurality of display elements; a window member on the display panel; and a plurality of first light conversion members that convert the path of light emitted from the display elements and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the first light conversion members directly contact a surface of the window member, and wherein the first light conversion members comprise an acryl-based polymer and/or a vinyl-based polymer, wherein the first light conversion members comprise nanoparticles having circular or semi-circular cross sections, wherein the display device further comprises a plurality of second light conversion members on the first light conversion members and having cross sections that are about 450 nm to about 950 nm in diameter, wherein the second light conversion members have a spherical shape.
A carrier for a developer of an electrostatic latent image, the carrier comprising: a core particle, and a resin layer covering the core particle, where the resin layer includes metal compound particles, wherein the metal compound particles include oxygen-deficient tungsten-doped tin and magnesium compound particles, or oxygen-deficient tungsten-doped tin and barium compound particles, and an exposed amount B (atomic %) of the magnesium or the barium on the surface of the carrier satisfies the relationship below: 10.0 ≥ B ≥ 1.2 wherein the exposed amount B of magnesium or barium on a surface of the carrier is measured by XPS, wherein the measurement is performed under the conditions according to the description. a core particle, and a resin layer covering the core particle, where the resin layer includes metal compound particles, wherein the metal compound particles include oxygen-deficient tungsten-doped tin and magnesium compound particles, or oxygen-deficient tungsten-doped tin and barium compound particles, and an exposed amount B (atomic %) of the magnesium or the barium on the surface of the carrier satisfies the relationship below: 10.0 ≥ B ≥ 1.2 wherein the exposed amount B of magnesium or barium on a surface of the carrier is measured by XPS, wherein the measurement is performed under the conditions according to the description.
A centerless grinding method in which Y and X axes, which are perpendicular to each other in a plane perpendicular to a rotational axis of a workpiece, are designated first and second straight lines (101,102), respectively, the method comprising: disposing a blade that is slidable along said first straight line; disposing a grinding wheel that is slidable along said second straight line; and disposing a regulating wheel that is slidable along a third straight line intersecting with said second straight line at an angle θ2, wherein at a tooling change, said blade moves in a negative direction of said Y axis with an increase in diameter of said workpiece, said grinding wheel moves in a negative direction of said X axis with an increase in diameter of said workpiece, said regulating wheel moves in a positive direction of said Y axis and also in a positive direction of said X axis with an increase in diameter of said workpiece, whereby when contacts of said workpiece with said blade and said regulating wheel are designated contacts B and R, respectively, a center of said workpiece is designated center O, and a line passing through said center O and extending parallel with said Y axis is designated contact angular position reference line S, the method being characterised in that said tooling change along with a change in diameter of said workpiece is performed such that angles α and β of said contact angular position reference line S with line segments OB and OR are always constant, whereby α, β < 180 degrees. disposing a blade that is slidable along said first straight line; disposing a grinding wheel that is slidable along said second straight line; and disposing a regulating wheel that is slidable along a third straight line intersecting with said second straight line at an angle θ2, wherein at a tooling change, said blade moves in a negative direction of said Y axis with an increase in diameter of said workpiece, said grinding wheel moves in a negative direction of said X axis with an increase in diameter of said workpiece, said regulating wheel moves in a positive direction of said Y axis and also in a positive direction of said X axis with an increase in diameter of said workpiece, whereby when contacts of said workpiece with said blade and said regulating wheel are designated contacts B and R, respectively, a center of said workpiece is designated center O, and a line passing through said center O and extending parallel with said Y axis is designated contact angular position reference line S, the method being characterised in that said tooling change along with a change in diameter of said workpiece is performed such that angles α and β of said contact angular position reference line S with line segments OB and OR are always constant, whereby α, β < 180 degrees.