mhurhangee/ep-ind-claims huggingface dataset:
A wet paper web transfer belt (1, 1 a, 1 b) for transferring a wet paper web used in a closed-draw papermaking machine, comprising a base fabric (33, 33a, 33b) disposed inside as well as a wet paper web-side layer disposed on the wet paper web side, which includes a hydrophilic fibrous body, and a machine-side layer disposed on the press roll side; wherein the base fabric (33, 33a, 33b) is made by stacking together a first woven fabric disposed on the wet paper web side and a second woven fabric disposed on the press roll side, and the first woven fabric is woven from a machine direction yarn material and a cross machine direction yarn material; characterized in that the machine direction yarn material is a complex yarn which is made from a short fiber yarn or which is a combined filament yarn in which a short fiber yarn and a long fiber yarn are twisted together, and the cross machine direction yarn material is a yarn material of a low water absorption rate.
A terminal comprising: a receiver adapted to receive an index indicating configuration information for configuring a resource to be used for random access from a base station; a controller adapted to select one of a first candidate group and a second candidate group based on a frequency band, wherein the first candidate group and the second candidate group include a candidate for a resource and a preamble format to be used for random access; and a transmitter adapted to transmit a preamble using a preamble format corresponding to the index in the selected candidate group in a resource corresponding to the index in the selected candidate group, wherein each of the first candidate group and the second candidate group further includes, for each index, a parameter related to a number of physical random access channel, PRACH, time resources. a receiver adapted to receive an index indicating configuration information for configuring a resource to be used for random access from a base station; a controller adapted to select one of a first candidate group and a second candidate group based on a frequency band, wherein the first candidate group and the second candidate group include a candidate for a resource and a preamble format to be used for random access; and a transmitter adapted to transmit a preamble using a preamble format corresponding to the index in the selected candidate group in a resource corresponding to the index in the selected candidate group, wherein each of the first candidate group and the second candidate group further includes, for each index, a parameter related to a number of physical random access channel, PRACH, time resources.
An engine control unit for an internal-combustion engine driving a fuel injection valve electromagnetically to provide fuel injection a multiple number of times per operation cycle to a combustion chamber of the internal-combustion engine, the engine control unit comprising: a microcomputer configured to output a valve open time Pi for opening the fuel injection valve and an injection time Ti for injecting the fuel injection valve; a booster circuit configured to boost the voltage of a battery to generate a boost voltage for the engine control unit; and a voltage driver configured to control the supply of an Ipeak current generated by the boost voltage, and an Iholdl current generated by the boost voltage or the battery voltage smaller than the Ipeak current to the fuel injection valve according to the valve opening time Pi, and control the supply of an Ihold2 current generated by the battery voltage smaller than the Iholdl current to the fuel injection valve according to the fuel injection time Ti; wherein the Ipeak current and the Iholdl current are suitable for opening the fuel injection valve, and the Ihold2 current is suitable for holding the fuel injection valve open; characterized in that when the boost voltage of the booster circuit is below a predefined normal voltage V0, the valve open time Pi is extended to control the current supplied to the fuel injection valve to reach to the Ipeak current, wherein an extended valve opening time Pi is achieved by providing a constant fuel injection valve drive energy via an unchanged area enclosed by a current waveform during the valve opening time Pi with respect to the current waveform at the predefined normal voltage V0. a microcomputer configured to output a valve open time Pi for opening the fuel injection valve and an injection time Ti for injecting the fuel injection valve; a booster circuit configured to boost the voltage of a battery to generate a boost voltage for the engine control unit; and a voltage driver configured to control the supply of an Ipeak current generated by the boost voltage, and an Iholdl current generated by the boost voltage or the battery voltage smaller than the Ipeak current to the fuel injection valve according to the valve opening time Pi, and control the supply of an Ihold2 current generated by the battery voltage smaller than the Iholdl current to the fuel injection valve according to the fuel injection time Ti; wherein the Ipeak current and the Iholdl current are suitable for opening the fuel injection valve, and the Ihold2 current is suitable for holding the fuel injection valve open; characterized in that when the boost voltage of the booster circuit is below a predefined normal voltage V0, the valve open time Pi is extended to control the current supplied to the fuel injection valve to reach to the Ipeak current, wherein an extended valve opening time Pi is achieved by providing a constant fuel injection valve drive energy via an unchanged area enclosed by a current waveform during the valve opening time Pi with respect to the current waveform at the predefined normal voltage V0.
A composite comprising: a. a rubber layer, the rubber layer comprising a first layer surface and the rubber layer comprising an adhesion-promoting composition, the adhesion-promoting composition comprising an alkyl urethane and an aldehyde; and b. a polyurethane substrate adhered to the rubber layer, the polyurethane substrate comprising a first substrate surface. a. a rubber layer, the rubber layer comprising a first layer surface and the rubber layer comprising an adhesion-promoting composition, the adhesion-promoting composition comprising an alkyl urethane and an aldehyde; and b. a polyurethane substrate adhered to the rubber layer, the polyurethane substrate comprising a first substrate surface.
An ostomy appliance coupling system, comprising: a wafer part (105, 205, 305, 405, 505, 605, 705,805, 905) having a rise extending away from a body surface to form a guide means and a shallow landing zone; a pouch part (125, 225, 425, 625, 725, 825, 925) having a guide adapted to engage with the landing zone in a desired location relative to the guide means; characterised by an adhesive layer recessed within the guide and adapted to adhere to the landing zone. a wafer part (105, 205, 305, 405, 505, 605, 705,805, 905) having a rise extending away from a body surface to form a guide means and a shallow landing zone; a pouch part (125, 225, 425, 625, 725, 825, 925) having a guide adapted to engage with the landing zone in a desired location relative to the guide means; characterised by an adhesive layer recessed within the guide and adapted to adhere to the landing zone.
A communication control device comprising: an information acquisition unit for acquiring first information and second information, the first information concerning a position of a guard area (12, 14) for a first wireless communication system, the second information concerning a position of a master node of a second wireless communication system which is secondarily operated using a frequency channel used by the first wireless communication system; a determination unit for determining, using the first information and the second information acquired by the information acquisition unit, whether or not an interval (D 2) between a reference point of the first wireless communication system and the master node meets a condition which depends on a width of the guard area (D 1) and a communication distance assumed for the second wireless communication system (R sec); and a control unit for causing the second wireless communication system to be operated with a given transmission power if the determination unit determines the interval meets the condition, characterised by: wherein if the determination unit determines the condition is not met, the control unit provides information about another frequency channel to the master node. an information acquisition unit for acquiring first information and second information, the first information concerning a position of a guard area (12, 14) for a first wireless communication system, the second information concerning a position of a master node of a second wireless communication system which is secondarily operated using a frequency channel used by the first wireless communication system; a determination unit for determining, using the first information and the second information acquired by the information acquisition unit, whether or not an interval (D 2) between a reference point of the first wireless communication system and the master node meets a condition which depends on a width of the guard area (D 1) and a communication distance assumed for the second wireless communication system (R sec); and a control unit for causing the second wireless communication system to be operated with a given transmission power if the determination unit determines the interval meets the condition, characterised by: wherein if the determination unit determines the condition is not met, the control unit provides information about another frequency channel to the master node.
A shovel comprising: a traveling lower body; a revolving upper body mounted on the traveling lower body; an attachment attached to the revolving upper body; and a control device mounted on the revolving upper body and configured to drive the attachment, characterised in that the control device controls an angle (α) of a teeth end of a bucket with respect to a target excavation ground, in accordance with information on hardness of the target excavation ground. a traveling lower body; a revolving upper body mounted on the traveling lower body; an attachment attached to the revolving upper body; and a control device mounted on the revolving upper body and configured to drive the attachment, characterised in that the control device controls an angle (α) of a teeth end of a bucket with respect to a target excavation ground, in accordance with information on hardness of the target excavation ground.
A transmission method, comprising: receiving, by a first device, a first radio resource control, RRC, message sent by a second device, wherein the first RRC message comprises first data and identification information, the first data is data to be sent to a network device, the first device is a first relay node that accesses a donor eNB, the second device is a second relay node or the terminal device, and the identification information is identification information of the terminal device or identification information of the relay node; and sending, by the first device, the first data and the identification information to the donor eNB of the first device by using a second RRC message, wherein before the receiving, by a first device, a first RRC message sent by a second device, the method further comprises: determining, by the first device, a cell of the donor eNB as a serving cell based on strength and/or quality of an interface radio signal of the donor eNB or configured serving cell information; initiating, by the first device, random access to the serving cell to set up an RRC connection to the donor eNB; and receiving, by the first device, configuration information sent by the donor eNB, and configuring a cell of the first device based on the configuration information. receiving, by a first device, a first radio resource control, RRC, message sent by a second device, wherein the first RRC message comprises first data and identification information, the first data is data to be sent to a network device, the first device is a first relay node that accesses a donor eNB, the second device is a second relay node or the terminal device, and the identification information is identification information of the terminal device or identification information of the relay node; and sending, by the first device, the first data and the identification information to the donor eNB of the first device by using a second RRC message, wherein before the receiving, by a first device, a first RRC message sent by a second device, the method further comprises: determining, by the first device, a cell of the donor eNB as a serving cell based on strength and/or quality of an interface radio signal of the donor eNB or configured serving cell information; initiating, by the first device, random access to the serving cell to set up an RRC connection to the donor eNB; and receiving, by the first device, configuration information sent by the donor eNB, and configuring a cell of the first device based on the configuration information. determining, by the first device, a cell of the donor eNB as a serving cell based on strength and/or quality of an interface radio signal of the donor eNB or configured serving cell information; initiating, by the first device, random access to the serving cell to set up an RRC connection to the donor eNB; and receiving, by the first device, configuration information sent by the donor eNB, and configuring a cell of the first device based on the configuration information.
A method for transmitting a random access preamble, comprising: receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; and transmitting the random access preamble to the base station, the random access preamble generated on the basis of the specified cyclic shift increment and a root sequence; wherein the length of the root sequence is 839 and values of the set of cyclic shift increments are {0, 13, 15, 18, 22, 26, 32, 38, 46, 59, 76, 93, 119, 167, 279, 419} and the root sequence is a Zadoff-Chu sequence. receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; and transmitting the random access preamble to the base station, the random access preamble generated on the basis of the specified cyclic shift increment and a root sequence; wherein the length of the root sequence is 839 and values of the set of cyclic shift increments are {0, 13, 15, 18, 22, 26, 32, 38, 46, 59, 76, 93, 119, 167, 279, 419} and the root sequence is a Zadoff-Chu sequence.
Low enthalpy geothermal system, wherein a geothermal probe is adapted to be immersed in a first heat transfer medium fluid located in a hole dug in the soil, characterized in that it comprises a hollow body of elongated shape to be positioned within said hole and adapted to contain the first fluid, wherein the probe is adapted to contain a second heat transfer medium fluid separated from the first fluid, and wherein said probe is housed within the hollow body, so as to ensure the thermal transfer between the probe and the soil surrounding said system.
A method of processing traffic at a node of a Layer 1 transport network which is arranged to transport traffic across the Layer 1 transport network in Layer 1 data transport units, the method comprising: receiving (205, 215, 225) the Layer 1 data transport units at the node, wherein the Layer 1 data transport units have been segregated according to: destination of the traffic and traffic type; and switching (206; 217; 218; 227; 228) the received Layer 1 data transport units such that Layer 1 data transport units, carrying traffic destined for other nodes, bypass higher layer processing at the node and Layer 1 data transport units, carrying traffic destined for the node, are switched to a local output of the node, wherein the local output is connected to a processing unit for the traffic type of the traffic carried by the Layer 1 data transport units. receiving (205, 215, 225) the Layer 1 data transport units at the node, wherein the Layer 1 data transport units have been segregated according to: destination of the traffic and traffic type; and switching (206; 217; 218; 227; 228) the received Layer 1 data transport units such that Layer 1 data transport units, carrying traffic destined for other nodes, bypass higher layer processing at the node and Layer 1 data transport units, carrying traffic destined for the node, are switched to a local output of the node, wherein the local output is connected to a processing unit for the traffic type of the traffic carried by the Layer 1 data transport units.
System for controlling at least one electromotive adjustment drive (7, 8) of a piece of furniture, comprising a control unit connected to the adjustment drive (7, 8), at least one auxiliary device, and at least one operating unit, wherein the control unit has - at least one adjustment drive terminal for connection to the at least one electromotive adjustment drive (7, 8), and - an interface for coupling to at least one operating unit, and wherein, upon actuation of an operating element (12, 13) of the operating unit, a switching signal is output at the terminal to activate the at least one electromotive adjustment drive (7, 8) or an electric motor of the electromotive adjustment drive (7, 8), characterized in that the control unit has a multifunction terminal implemented as a multifunction interface for connecting the at least one auxiliary device, which has - at least one data signal line for data transmission, - at least one power supply line, and - at least one input signal line and one output signal line that differ from the data signal line in that they are able to transfer a digital switching signal, wherein the control unit is configured to outputting data signals on the data signal line of the multifunction interface in dependence on an actuation of one of the operating elements (12, 13) or further operating elements (15, 16, 17) of the operating unit, and to apply to the at least one output signal line voltage in dependence on an actuation of one of the operating elements (12, 13) or further operating elements (15, 16, 17) of the operating unit. - at least one adjustment drive terminal for connection to the at least one electromotive adjustment drive (7, 8), and - an interface for coupling to at least one operating unit, - at least one data signal line for data transmission, - at least one power supply line, and - at least one input signal line and one output signal line that differ from the data signal line in that they are able to transfer a digital switching signal,
A biomedical electrode comprising a conductor in contact with a conductive medium, wherein the conductor comprises an electrically conductive surface comprising an active source of silver and the conductive medium is associated with a peroxide scavenger which is methionine.
A method comprising: receiving, at data processing hardware, a request from a mobile device associated with a subscriber of a carrier provider, the request requesting the data processing hardware to establish voice services with the carrier provider for a companion device linked to the mobile device, the request comprising a subscriber identifier of the mobile device; authenticating, by the data processing hardware, the companion device based on the subscriber identifier of the mobile device; obtaining, by the data processing hardware, session initiation protocol, SIP, credentials corresponding to the subscriber identifier of the mobile device; registering, by the data processing hardware, the SIP credentials for the companion device at a network interface proxy, the network interface proxy in communication with an internet protocol multimedia subsystem, IMS, of the carrier provider and the companion device, wherein the network interface proxy manages registration on behalf of the companion device; and establishing, by the data processing hardware, voice services between the companion device and the IMS through the network interface proxy using the SIP credentials. receiving, at data processing hardware, a request from a mobile device associated with a subscriber of a carrier provider, the request requesting the data processing hardware to establish voice services with the carrier provider for a companion device linked to the mobile device, the request comprising a subscriber identifier of the mobile device; authenticating, by the data processing hardware, the companion device based on the subscriber identifier of the mobile device; obtaining, by the data processing hardware, session initiation protocol, SIP, credentials corresponding to the subscriber identifier of the mobile device; registering, by the data processing hardware, the SIP credentials for the companion device at a network interface proxy, the network interface proxy in communication with an internet protocol multimedia subsystem, IMS, of the carrier provider and the companion device, wherein the network interface proxy manages registration on behalf of the companion device; and establishing, by the data processing hardware, voice services between the companion device and the IMS through the network interface proxy using the SIP credentials.
An active material for a lithium secondary battery, comprising a solid solution of a sodium-containing lithium transition metal composite oxide having an α-NaFeO 2 crystal structure, wherein the chemical composition formula of the solid solution satisfies Li 1+x-y Na y Co a Ni b Mn c O 2+d (0 < y ≤ 0.1, 0.4 ≤ c ≤ 0.7, x + a + b + c = 1, 0.1 ≤ x ≤ 0.25, -0.2 ≤ d ≤ 0.2), the active material has an X-ray diffraction pattern attributable to a hexagonal crystal (space group P3 1 12 or R3-m), and in the Miller index hkl, the half width of the diffraction peak of the plane is 0.30° or less and the half width of the diffraction peak of the plane or the plane is 0.50° or less, and the oxygen position parameter determined from crystal structure analysis by the Rietveld method on the basis of the X-ray diffraction pattern is 0.264 or less.
A heart valve system comprising: a radially self-expandable tubular body having an inflow end and an outflow end; a valve coupled to the tubular body, the valve including a plurality of valve leaflets; and a tubular fabric disposed on an outer surface of the tubular body, the fabric having an inflow end and an outflow end, wherein the valve leaflets extend distally of the outflow end of the tubular body in an outflow direction, characterized in that the outflow end of the fabric is directly connected to an outer circumferential edge of the valve. a radially self-expandable tubular body having an inflow end and an outflow end; a valve coupled to the tubular body, the valve including a plurality of valve leaflets; and a tubular fabric disposed on an outer surface of the tubular body, the fabric having an inflow end and an outflow end, wherein the valve leaflets extend distally of the outflow end of the tubular body in an outflow direction, characterized in that the outflow end of the fabric is directly connected to an outer circumferential edge of the valve.
A telephone system, comprising a base station, at least one mobile part connected wirelessly to the base station for signal exchange, at least one reproduction device connected to the base station for signal exchange, and a device for forwarding a speech signal entering the telephone system to the reproduction device, characterised in that the telephone system comprises a sensor device, which comprises a transmitter and a receiver, for determining the acoustic vicinity of the mobile part relative to the reproduction device, and wherein an incoming speech signal can be forwarded automatically to a reproduction device by means of the forwarding device when the mobile part is in the acoustic vicinity of the reproduction device, wherein the operating principle of the transmitter and receiver of the sensor device is based on an acoustic or optical signal.