mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a lock device, the method comprising the steps of: receiving, in a passive Radio-frequency Identification, RFID, transceiver, energy from a key device comprising an RFID reader, using wireless energy transfer; receiving additional energy from an additional energy source based on energy harvesting; entering an active state from an idle state; exchanging RFID data with the RFID reader, comprising receiving a request of an identifier of the lock device, and receiving a command to write credential data, the credential data comprising one or more of a list of site identifiers, lock identifiers and lock group identifiers; obtaining an access decision based on the RFID data by making the access decision based on comparing the credential data against lock identification data in memory of the lock device; and mechanically unlocking the lock device when access is granted and wireless energy more than a threshold amount has been received and when the lock device in total has sufficient energy from both wireless energy transfer and the energy received in the receiving additional energy step. receiving, in a passive Radio-frequency Identification, RFID, transceiver, energy from a key device comprising an RFID reader, using wireless energy transfer; receiving additional energy from an additional energy source based on energy harvesting; entering an active state from an idle state; exchanging RFID data with the RFID reader, comprising receiving a request of an identifier of the lock device, and receiving a command to write credential data, the credential data comprising one or more of a list of site identifiers, lock identifiers and lock group identifiers; obtaining an access decision based on the RFID data by making the access decision based on comparing the credential data against lock identification data in memory of the lock device; and mechanically unlocking the lock device when access is granted and wireless energy more than a threshold amount has been received and when the lock device in total has sufficient energy from both wireless energy transfer and the energy received in the receiving additional energy step.
A method for wireless communications performed by a first user equipment, UE, comprising: receiving first system information from a second UE; determining, based on one or more first parameters, to receive second system information from the second UE; receiving the second system information in a sidelink system information block, S-SIB, from the second UE, wherein the first system information comprises a first parameter of the one or more first parameters that implicitly indicates the second UE will transmit or has transmitted the S-SIB and wherein the first parameter indicates at least one of: the second UE uses a time division duplex, IDD, communication system; or a synchronization source of the second UE is a base station BS; and communicating with the second UE via sidelink resources determined based on the first system information and the second system information. receiving first system information from a second UE; determining, based on one or more first parameters, to receive second system information from the second UE; receiving the second system information in a sidelink system information block, S-SIB, from the second UE, wherein the first system information comprises a first parameter of the one or more first parameters that implicitly indicates the second UE will transmit or has transmitted the S-SIB and wherein the first parameter indicates at least one of: the second UE uses a time division duplex, IDD, communication system; or a synchronization source of the second UE is a base station BS; and the second UE uses a time division duplex, IDD, communication system; or a synchronization source of the second UE is a base station BS; and communicating with the second UE via sidelink resources determined based on the first system information and the second system information.
A device for charge-air cooling for an internal combustion engine of a motor vehicle, having at least one first heat exchanger for charge-air cooling with at least one first flow duct for a throughflow of a first partial flow of a first medium, with at least one second flow duct for a throughflow of a second partial flow of the first medium, and with at least one third flow duct for a throughflow of a coolant and/or refrigerant, wherein the first flow duct is thermally connected to the at least one third flow duct, and the at least one second flow duct is thermally insulated, characterised in that at least one regulating device for temperature regulation and uniform temperature mixture of the two partial flows after flowing through the first heat exchanger is provided, wherein the at least one first flow duct and the at least one second flow duct are arranged between adjacent third flow ducts and substantially perpendicular to the third flow ducts, wherein first flow ducts and second flow ducts are arranged alternately between adjacent third flow ducts.
Coriolis mass flowmeter having at least one measuring tube, having at least one oscillation generator and at least two oscillation sensors and having at least two node elements, wherein the at least one oscillation generator excites the measuring tube to oscillation during operation, wherein the at least two node elements define the oscillation range and wherein at least one node element has at least one stiffening element, and wherein the at least one node element, which has at least one stiffening element, is designed and arranged in such a manner that the stiffening element increases the stiffness of the measuring tube with respect to oscillations orthogonal to the excitation mode and to the Coriolis mode so that, during operation, the oscillation frequency of the oscillation orthogonal to the excitation mode and to the Coriolis mode is greater than the oscillation frequency of the excitation mode, preferably greater than the frequency of the Coriolis mode, characterized in that the at least one stiffening element has at least two separate and/or separately acting components, wherein the at least two separate and/or separately acting components are designed as at least two stiffening ribs and that the at least two stiffening ribs are arranged parallel to each other in such a way that the edges of the stiffening ribs facing the measuring tube are arranged on a circular arc on the measuring tube. wherein the at least one node element, which has at least one stiffening element, is designed and arranged in such a manner that the stiffening element increases the stiffness of the measuring tube with respect to oscillations orthogonal to the excitation mode and to the Coriolis mode so that, during operation, the oscillation frequency of the oscillation orthogonal to the excitation mode and to the Coriolis mode is greater than the oscillation frequency of the excitation mode, preferably greater than the frequency of the Coriolis mode, characterized in that the at least one stiffening element has at least two separate and/or separately acting components, wherein the at least two separate and/or separately acting components are designed as at least two stiffening ribs and that the at least two stiffening ribs are arranged parallel to each other in such a way that the edges of the stiffening ribs facing the measuring tube are arranged on a circular arc on the measuring tube.
A top-hung casement window, comprising a window frame and a casement sash and further comprising a hinge assembly, wherein the hinge assembly comprises a first hinge, a second hinge and a pivot for allowing the casement sash to pivot about a vertical axis, wherein: the first hinge comprises a hinge portion and a connecting portion, wherein the hinge portion is disposed around the pivot; the second hinge also comprises a hinge portion and a connecting portion, wherein the hinge portion is disposed around the pivot; the hinge assembly further comprises a connecting piece, a swing part and a vertical limiting part, said connecting piece, swing part and vertical limiting part being for allowing the casement sash to be hung and to rotate about the top thereof; the vertical limiting part is provided with a fixing portion and a bearing portion; and the swing part may rotate around the bearing portion; characterized in that the connecting portion of the first hinge is fixedly connected to the window frame; the connecting portion of the second hinge is fixedly connected to the connecting piece; the swing part is provided with a through-hole and a groove; the bearing portion is embedded into the groove, and the fixing portion extends from the through-hole and is fixedly connected to the connecting piece; the swing part may rotate around the bearing portion through the groove; and the swing part is fixedly connected to the top of the casement sash; a shape of the bearing portion matches a shape of the groove; the top surface of the bearing portion is an arc surface; two grooves are provided at the bottom of the swing part, and the through-hole is provided at the bottom of each groove.
A non-volatile memory cell, comprising: a silicon substrate; source and drain regions formed in the silicon substrate, wherein a channel region of the substrate is defined between the source and drain regions; a metal floating gate disposed over and insulated from a first portion of the channel region; a metal control gate disposed over and insulated from the metal floating gate; a polysilicon erase gate; and a polysilicon word line gate disposed over and insulated from a second portion of the channel region, characterised in that the polysilicon erase gate is disposed over and insulated from the source region. a silicon substrate; source and drain regions formed in the silicon substrate, wherein a channel region of the substrate is defined between the source and drain regions; a metal floating gate disposed over and insulated from a first portion of the channel region; a metal control gate disposed over and insulated from the metal floating gate; a polysilicon erase gate; and a polysilicon word line gate disposed over and insulated from a second portion of the channel region, characterised in that the polysilicon erase gate is disposed over and insulated from the source region.
A stator assembly comprising stator windings around stator poles and power electronics coupled to the windings for powering the windings, wherein the stator assembly is an electric motor stator assembly and the stator windings are for driving a rotor of the motor and wherein the stator assembly comprises a respective set of power electronics for each winding; wherein the stator assembly comprises an enclosure, wherein elements of the power electronics and windings are housed in the enclosure which is arranged to channel a flow of coolant over both the windings and the elements of the power electronics, wherein the sets of the power electronics are interleaved with the windings in the enclosure; wherein each set of the power electronics comprises at least one inverter leg, and wherein the stator poles having the stator windings and the sets of power electronics are alternatingly distributed in a circumferential manner along the circumference of the stator assembly. wherein the stator assembly comprises an enclosure, wherein elements of the power electronics and windings are housed in the enclosure which is arranged to channel a flow of coolant over both the windings and the elements of the power electronics, wherein the sets of the power electronics are interleaved with the windings in the enclosure; wherein each set of the power electronics comprises at least one inverter leg, and wherein the stator poles having the stator windings and the sets of power electronics are alternatingly distributed in a circumferential manner along the circumference of the stator assembly.
An elastomer membrane element for a membrane valve, the elastomer membrane element comprising a work portion for opening and closing a fluid channel of the membrane valve, the elastomer membrane element comprising a fastening portion surrounding the work portion for securing the elastomer membrane element with respect to a valve body of the membrane valve, a recess being arranged at least in portions between the work portion and the fastening portion, which recess opens toward a medium side of the elastomer membrane element, and the fastening portion comprising a rigid insert which has an annular inner contour at least in portions, characterized in that the recess radially inwardly directly adjoins the rigid insert.
A method for the preparation of ivabradine base and salts thereof comprising the steps of: a) providing a starting mixture comprising ivabradine base and at least -N-[4,5-dimethoxybenzocyclobut-1-yl)-methyl] N-methylamine of formula b) treatment of the mixture of step a) with -(+)-10 camphorsulfonic acid to yield a mixture comprising ivabradine base and the salt of -(+)-10 camphorsulfonic acid with -N-[4,5-dimethoxybenzocyclobut-1-yl)-methyl] N-methylamine of formula c) separation of the salt of the compound of formula from the reaction media comprising ivabradine base; d) isolation of ivabradine base from the solution resulting from step c) e) optionally converting ivabradine base to the desired salt by addition of the corresponding acid in a suitable solvent. a) providing a starting mixture comprising ivabradine base and at least -N-[4,5-dimethoxybenzocyclobut-1-yl)-methyl] N-methylamine of formula b) treatment of the mixture of step a) with -(+)-10 camphorsulfonic acid to yield a mixture comprising ivabradine base and the salt of -(+)-10 camphorsulfonic acid with -N-[4,5-dimethoxybenzocyclobut-1-yl)-methyl] N-methylamine of formula c) separation of the salt of the compound of formula from the reaction media comprising ivabradine base; d) isolation of ivabradine base from the solution resulting from step c) e) optionally converting ivabradine base to the desired salt by addition of the corresponding acid in a suitable solvent.
A toner binder comprising: a polyester resin; and a vinyl resin, wherein the polyester resin has an acid value of 5 to 25 mg KOH/g, the vinyl resin has a weight average molecular weight of 4,000 to 40,000, the vinyl resin is a polymer containing a monomer (m) whose homopolymer has an SP value of 11.5 to 16.5 as a constituent monomer, the weight percentage of the monomer (m) in monomers constituting the vinyl resin is 1 wt% or more based on the total weight of the monomers constituting the vinyl resin, the polyester resin and the vinyl resin are present at a weight ratio / of 80/20 to 99.5/0.5, and the vinyl resin is free of polyethylene units having a degree of polymerization of 70 to 210 and polypropylene units having a degree of polymerization of 70 to 210, wherein the acid value is measured in accordance with JIS K 0070, and the weight average molecular weight and SP value are measured by the methods as set out in the description. a polyester resin; and a vinyl resin, wherein the polyester resin has an acid value of 5 to 25 mg KOH/g, the vinyl resin has a weight average molecular weight of 4,000 to 40,000, the vinyl resin is a polymer containing a monomer (m) whose homopolymer has an SP value of 11.5 to 16.5 as a constituent monomer, the weight percentage of the monomer (m) in monomers constituting the vinyl resin is 1 wt% or more based on the total weight of the monomers constituting the vinyl resin, the polyester resin and the vinyl resin are present at a weight ratio / of 80/20 to 99.5/0.5, and the vinyl resin is free of polyethylene units having a degree of polymerization of 70 to 210 and polypropylene units having a degree of polymerization of 70 to 210, wherein the acid value is measured in accordance with JIS K 0070, and the weight average molecular weight and SP value are measured by the methods as set out in the description.
A method comprising: determining an allowed transmission power for user equipment to a first base station of at least two base stations communicating with the user equipment in a communications network; defining a threshold for a difference of the determined allowed transmission power to an allowed transmission power for the user equipment to a second base station of the at least two base stations; determining whether the determined allowed transmission power to the first base station meets the defined threshold; characterised in that the method further comprises: causing to change a transmission rate of relative power control commands from at least one base station of the at least two base stations, when the threshold is met. determining an allowed transmission power for user equipment to a first base station of at least two base stations communicating with the user equipment in a communications network; defining a threshold for a difference of the determined allowed transmission power to an allowed transmission power for the user equipment to a second base station of the at least two base stations; determining whether the determined allowed transmission power to the first base station meets the defined threshold; characterised in that the method further comprises: causing to change a transmission rate of relative power control commands from at least one base station of the at least two base stations, when the threshold is met. causing to change a transmission rate of relative power control commands from at least one base station of the at least two base stations, when the threshold is met.
Device for restoring the position of a first intramedullary bone fragment and a second intramedullary bone fragment of a fractured intramedullary bone with respect to each other by an intramedullary implant having a proximal end and a distal end, the proximal end coupled to a targeting device, the device comprising: a first rotary orientation determining unit for determining a rotary orientation of the intramedullary implant being locked in a predefined orientation to the first intramedullary bone fragment with one of the proximal end and the distal end of the intramedullary implant with respect to an artificial horizon; a second rotary orientation determining unit for determining a rotary orientation of the second intramedullary bone fragment with respect to the artificial horizon; a matching unit for matching the rotary orientation of the intramedullary implant with respect to the rotary orientation of the second intramedullary bone fragment based on the rotary orientation of the intramedullary implant with respect to the artificial horizon and the rotary orientation of the second intramedullary bone fragment with respect to the artificial horizon; and wherein at least one of the first rotary orientation determining unit and the second rotary orientation determining unit comprises a sensing unit for sensing the actual position of a distal locking means of the intramedullary implant, which sensing allows a positioning of the first intramedullary bone fragment and the second intramedullary bone fragment in the predefined rotary orientation to each other. a first rotary orientation determining unit for determining a rotary orientation of the intramedullary implant being locked in a predefined orientation to the first intramedullary bone fragment with one of the proximal end and the distal end of the intramedullary implant with respect to an artificial horizon; a second rotary orientation determining unit for determining a rotary orientation of the second intramedullary bone fragment with respect to the artificial horizon; a matching unit for matching the rotary orientation of the intramedullary implant with respect to the rotary orientation of the second intramedullary bone fragment based on the rotary orientation of the intramedullary implant with respect to the artificial horizon and the rotary orientation of the second intramedullary bone fragment with respect to the artificial horizon; and wherein at least one of the first rotary orientation determining unit and the second rotary orientation determining unit comprises a sensing unit for sensing the actual position of a distal locking means of the intramedullary implant, which sensing allows a positioning of the first intramedullary bone fragment and the second intramedullary bone fragment in the predefined rotary orientation to each other.
A method for wireless communication by a first node, comprising: determining a partition of a number of desired guard symbols between a first parent node and a second parent node; sending, to the first parent node and to the second parent node, at least one indication of the number of the desired guard symbols for switching between the first parent node and the second parent node; receiving at least one indication of a number of provided guard symbols from the first and second parent nodes; and switching a communication link from the first parent node to the second parent node in accordance with the at least one indication of provided guard symbols by the first parent node and the second parent node. determining a partition of a number of desired guard symbols between a first parent node and a second parent node; sending, to the first parent node and to the second parent node, at least one indication of the number of the desired guard symbols for switching between the first parent node and the second parent node; receiving at least one indication of a number of provided guard symbols from the first and second parent nodes; and switching a communication link from the first parent node to the second parent node in accordance with the at least one indication of provided guard symbols by the first parent node and the second parent node.
A razor handle comprising: - an elongated handle body integral with a flexible yoke for receiving and releasably retaining a shaving cartridge, - a slide element cooperating with said yoke and connected to the handle body, said slide element being movable relative to the handle body between a rest position, in which the yoke is open and can releasably retain a shaving cartridge received in the yoke, and a release position, in which the yoke is flexed and can receive a shaving cartridge or release a shaving cartridge received in the yoke, and - a spring member to return said slide element from the release position to the rest position, characterized in that it further comprises a stop element (56, 58) to prevent the yoke from inadvertently flexing when the slide element is in the rest position. - an elongated handle body integral with a flexible yoke for receiving and releasably retaining a shaving cartridge, - a slide element cooperating with said yoke and connected to the handle body, said slide element being movable relative to the handle body between a rest position, in which the yoke is open and can releasably retain a shaving cartridge received in the yoke, and a release position, in which the yoke is flexed and can receive a shaving cartridge or release a shaving cartridge received in the yoke, and - a spring member to return said slide element from the release position to the rest position,