mhurhangee/patent-ind-claim-en huggingface dataset:
A transfer apparatus for connection to a first network and a virtual private network and for transferring a packet between the first network and the virtual private network for communication between a communication apparatus of the first network and a communication apparatus of a second network via the virtual private network , the transfer apparatus comprising: determination means for determining, when a request to communicate with a second communication apparatus of the second network or a query for an address of the second communication apparatus is received from a first communication apparatus of the first network , whether communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted; address determination means for determining, when communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted, a destination address that the first communication apparatus uses when communicating with the second communication apparatus , and that does not overlap with an address of a communication apparatus that connects to the first network , and for notifying the first communication apparatus of the destination address; and transmission means for translating, when a packet including the determined destination address is received from the first communication apparatus , the destination address of the packet and a transmission source address of the packet into predetermined addresses used in the virtual private network in accordance with a combination of the destination address of the packet and the transmission source address of the packet, and for transmitting the packet to the virtual private network . determination means for determining, when a request to communicate with a second communication apparatus of the second network or a query for an address of the second communication apparatus is received from a first communication apparatus of the first network , whether communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted; address determination means for determining, when communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted, a destination address that the first communication apparatus uses when communicating with the second communication apparatus , and that does not overlap with an address of a communication apparatus that connects to the first network , and for notifying the first communication apparatus of the destination address; and transmission means for translating, when a packet including the determined destination address is received from the first communication apparatus , the destination address of the packet and a transmission source address of the packet into predetermined addresses used in the virtual private network in accordance with a combination of the destination address of the packet and the transmission source address of the packet, and for transmitting the packet to the virtual private network .
A compound salt, comprising a N,N-dimethylglycinate ion, a polyvalent metal ion in an amount equimolar to the N,N-dimethylglycinate ion, and a feed acceptable organic acid ion in an amount equal to chemical equivalents of the N,N-dimethylglycinate ion and the polyvalent metal ion, wherein the polyvalent metal ion is Ca(II), Mg(II), Ba(II), Sr(II), Cu(II), Zn(II), Fe(II), Mn(II), Cr(II), Cd(II), Co(II), Ni(II), Al(III), Cr(III) or Fe(III), and the feed acceptable organic acid ion is a benzoate ion, a tosylate ion, a fumarate ion, or a myristate ion.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , a first message requesting a radio access capability of the terminal; identifying first capability information based on a frequency division duplex, FDD, capability of the terminal and a time division duplex, TDD, capability of the terminal, wherein the first capability information is applicable for both of an FDD mode and a TDD mode; identifying, in addition to the first capability information, second capability information based on the FDD capability of the terminal or the TDD capability of the terminal, wherein the second capability information is applicable for either the FDD mode or the TDD mode respectively; and characterised in transmitting , to the base station, a second message including either the first capability information or the first capability information and the second capability information based on whether the first capability information and the second capability information are different, wherein the first capability information is included in an extension field of the second message, and the second capability information is included in a legacy field of the second message which is different from the first field. receiving , from a base station , a first message requesting a radio access capability of the terminal; identifying first capability information based on a frequency division duplex, FDD, capability of the terminal and a time division duplex, TDD, capability of the terminal, wherein the first capability information is applicable for both of an FDD mode and a TDD mode; identifying, in addition to the first capability information, second capability information based on the FDD capability of the terminal or the TDD capability of the terminal, wherein the second capability information is applicable for either the FDD mode or the TDD mode respectively; and characterised in transmitting , to the base station, a second message including either the first capability information or the first capability information and the second capability information based on whether the first capability information and the second capability information are different, wherein the first capability information is included in an extension field of the second message, and the second capability information is included in a legacy field of the second message which is different from the first field.
A washing machine comprising a body ; a loading port which is provided on the body ; a drum which is disposed in the body and wherein the laundry is loaded via the loading port ; a tub in which the drum is disposed; a pipe which provides the delivery of the water to the tub during the washing cycle; and a lifter which is disposed in the drum , which tumbles the laundry and which has at least one nozzle for delivering the water into the drum and a base whereon the at least one nozzle is arranged, the lifter having a reservoir comprising four walls which surround the nozzles and which enable the water to flow into the drum with a regulated flow as a result of the pressure formed by the accumulation of the water on the region of the base where the at least one nozzle is arranged characterized by the reservoir comprising four walls , namely two side walls and two concave walls joining the side walls .
A test rig for dynamic test assignments on internal combustion engines having a preferably electrical drive and/or loading device which is coupled to a control device for adapting and controlling setpoint values for a speed and a torque characteristic, characterized in that the control device can be adapted in terms of adjusting the weighting of speed control to torque control.
Steer torque manager for an advanced driver assistance system of a road vehicle having an electrical power assisted steering, the steer torque manager comprising a driver in the loop functionality for determining when and how to hand over control from an advanced driver assistance system to a driver, a wheel angle controller for providing from an advanced driver assistance system wheel angle request an overlay torque request to be added to a torque request from the electrical power assisted steering, and the steer torque manager further being arranged to receive a steering wheel torsion bar torque related signal , characterized in that the steer torque manager further is arranged to control the driver in the loop functionality based on amplitude and frequency content of the torsion bar torque related signal through being arranged to filter the torsion bar torque related signal to attenuate an amplitude thereof at frequencies up to 2 Hz and to modulate the overlay torque request to be provided by the wheel angle controller based on a measure of driver activity derived from the filtered torsion bar torque related signal , where more recent values are weighted higher than older values, using a time window of 0.5-3 seconds.
A method operable by a wireless network entity, the method comprising: receiving from a user equipment, UE, a set of rules associated with timing advance groups, TAGs, wherein the set of rules comprises a quantity of supported TAGs for intra-band carrier aggregation and a quantity of supported TAGs for inter-band carrier aggregation; determining frequencies of aggregated component carriers; and assigning the aggregated component carriers to at least one timing advance group based on the received set of rules and the determined frequencies of the aggregated component carriers. receiving from a user equipment, UE, a set of rules associated with timing advance groups, TAGs, wherein the set of rules comprises a quantity of supported TAGs for intra-band carrier aggregation and a quantity of supported TAGs for inter-band carrier aggregation; determining frequencies of aggregated component carriers; and assigning the aggregated component carriers to at least one timing advance group based on the received set of rules and the determined frequencies of the aggregated component carriers.
A process for producing a polycarbonate which comprises subjecting one or more dihydroxy compounds comprising a dihydroxy compound having at least one linking group -CH 2 -O- in the molecule thereof to melt polycondensation with a carbonic acid diester using at least two serially arranged reactors to produce a polycarbonate, characterized in that in the reactors, the difference between the temperature of a polymer and the temperature of a heating medium is regulated to 80°C or smaller when the polycarbonate yielded has a reduced viscosity of 0.10 dL/g or lower, or to 60°C or smaller when the polycarbonate yielded has a reduced viscosity exceeding 0.10 dL/g but not higher than 0.40 dL/g, or to 40°C or smaller when the polycarbonate yielded has a reduced viscosity exceeding 0.40 dL/g, the reduced viscosity determined as outlined in the experimental part of the description.
An engineered flooring product comprising a core layer having a first surface and a second surface opposite the first surface, the core layer comprising: (a) a first hydrate compound comprising magnesium hydroxide and magnesium chloride; (b) one or more second hydrate compounds comprising magnesium hydroxide and magnesium sulfate; and (c) one or more stabilizing agents, namely one or more fibrous materials that provide stability to the core layer. (a) a first hydrate compound comprising magnesium hydroxide and magnesium chloride; (b) one or more second hydrate compounds comprising magnesium hydroxide and magnesium sulfate; and (c) one or more stabilizing agents, namely one or more fibrous materials that provide stability to the core layer.
A communication apparatus electrically connectable to a first antenna through a first cable , the communication apparatus comprising: a second antenna configured to be substitutable for the first antenna ; a first ground portion to which a second cable for grounding the first antenna is connectable; an antenna detection circuit configured to detect a state of the first antenna ; and an antenna switching unit configured to switch from the first antenna to the second antenna , in a case where the antenna detection circuit detects an abnormality of the first antenna , characterised by an insulating portion configured to insulate the first ground portion from a second ground portion around the first ground portion , in a case where the antenna detection circuit detects an abnormality of the first antenna , wherein the second antenna is grounded to the second ground portion ; and a connection state switching unit configured to switch between a state in which the first ground portion and the second ground portion are electrically connected and a state in which the first ground portion and the second ground portion are electrically disconnected, wherein the connection state switching unit is configured to electrically connect the first ground portion and the second ground portion until the antenna detection circuit detects an abnormality of the first antenna , and to electrically disconnect the first ground portion and the second ground portion , in a case where the antenna detection circuit detects an abnormality of the first antenna . a second antenna configured to be substitutable for the first antenna ; a first ground portion to which a second cable for grounding the first antenna is connectable; an antenna detection circuit configured to detect a state of the first antenna ; and an antenna switching unit configured to switch from the first antenna to the second antenna , in a case where the antenna detection circuit detects an abnormality of the first antenna , characterised by an insulating portion configured to insulate the first ground portion from a second ground portion around the first ground portion , in a case where the antenna detection circuit detects an abnormality of the first antenna , wherein the second antenna is grounded to the second ground portion ; and a connection state switching unit configured to switch between a state in which the first ground portion and the second ground portion are electrically connected and a state in which the first ground portion and the second ground portion are electrically disconnected, wherein the connection state switching unit is configured to electrically connect the first ground portion and the second ground portion until the antenna detection circuit detects an abnormality of the first antenna , and to electrically disconnect the first ground portion and the second ground portion , in a case where the antenna detection circuit detects an abnormality of the first antenna .
Pump for an SCR system in vehicles, having a housing , in which at least one pump element is arranged, which can be actuated by an eccentric drive , has at least one pump piston , which is provided with at least one metallic spring bellows , which radially delimits a receiving room (43, 44, 61, 62; 87) for the fluid to be pumped and can be elastically deformed during the pumping process, and has at least one pressure valve (47, 51; 50, 54) and at least one suction valve (48, 51; 49, 53), which are respectively provided with a valve body (51 to 54), characterized in that holes (47, 48; 49, 50) open out into the bottom of the receiving room (43, 44, 61, 62; 87), which are closed by the valve bodies (51 to 54) of the suction and pressure valve, and in that a hole opens out into the bottom of the receiving room (43, 44, 61, 62; 87), in which a compensating piston is mounted, which partially delimits the receiving room for the fluid, is spring-loaded in the direction of the receiving room and is part of a compensating device (73 to 76), which absorbs increases in volume occurring when freezing the liquid by displacement against spring force.
A fuel electro-injector atomizer comprising a nozzle having: - a feedthrough seat that extends along a longitudinal axis ; - a front surface that is external to said seat ; - a sealing seat that joins a first surface of said seat to said front surface ; said atomizer further comprising a valve needle comprising: - a head suitable for coupling with said sealing seat ; - a stem , which has a smaller diameter than said head , axially projects from said head and engages said seat ; said stem and said nozzle radially defining an annular passageway between them, through which a flow of high-pressure fuel can run, and comprising an annular chamber , which axially terminates at said sealing seat ; said stem comprising an intermediate portion coupled in an axially sliding manner to a second surface of said seat ; said intermediate portion and said second surface delimiting a plurality of channels having respective outlets in said annular chamber ; said channels comprising respective channeling portions , which define a minimum area of passage of said channels and have a cross-section with a depth (P) in a radial direction and an outer chord (C) in a tangential direction along said second surface ; said valve needle being axially movable along an opening stroke directed axially outwards from said seat , starting from a closed position wherein said head is coupled to said sealing seat ; said sealing seat and said head defining a discharge section , which is annular and has a width that increases as the opening stroke of said valve needle proceeds; characterized in that , for at least one of said channels , the ratio between said depth (P) and said outer chord (C) is greater than or equal to two; said channels comprising respective taper portions , which are arranged upstream of said channeling portions , considering the direction of fuel towards said sealing seat , and defining an area of passage that progressively diminishes towards said channeling portions . - a feedthrough seat that extends along a longitudinal axis ; - a front surface that is external to said seat ; - a sealing seat that joins a first surface of said seat to said front surface ; - a head suitable for coupling with said sealing seat ; - a stem , which has a smaller diameter than said head , axially projects from said head and engages said seat ; said stem and said nozzle radially defining an annular passageway between them, through which a flow of high-pressure fuel can run, and comprising an annular chamber , which axially terminates at said sealing seat ; said stem comprising an intermediate portion coupled in an axially sliding manner to a second surface of said seat ;
A method for cooling a tool in a heat treatment furnace, wherein during a regular cooling operation, the tool is supplied, via an inlet , with coolant from a coolant storage, which coolant passes through the tool and is returned, via an outlet , from the tool back into the coolant storage, characterized by that the inlet is coupled with an electrical actuator alternatively to the coolant storage or to the public water network, and the outlet is coupled with another electrical actuator alternatively to the coolant storage or to the public waste water system , and during the regular cooling operation, a supply current is applied to the actuators , which are held in a first position, in which coolant is supplied to the tool via the inlet of the coolant storage and the coolant is returned via the outlet back into the coolant storage, wherein in case of an interruption of the current supply, the actuators are forcibly set into an emergency position, in which cold water is supplied to the tool via the inlet of the public water network, said cold water passing through the tool, and the water is supplied via the outlet to the public waste water system .
A device for treating a medical condition, the device comprising at least one deployable ablation element , an expandable member , a shaft , and wherein the device has a crimped position, a deployed position, and a fully expanded position, and wherein the at least one ablation element is positioned over the expandable member , and the expandable member is mounted over the shaft , and wherein in the crimped state the device is configured for insertion into a hollow organ of a patient, and wherein in the fully expanded position the at least one ablation element is configured to come into contact with the wall of the hollow organ. wherein the device has a crimped position, a deployed position, and a fully expanded position, and wherein the at least one ablation element is positioned over the expandable member , and the expandable member is mounted over the shaft , and wherein in the crimped state the device is configured for insertion into a hollow organ of a patient, and wherein in the fully expanded position the at least one ablation element is configured to come into contact with the wall of the hollow organ.
Filling nozzle for dispensing a fluid into a tank of a motor vehicle, comprising the following features: - the filling nozzle has a channel for passing-through of the fluid, wherein, in the channel , there is arranged a main valve which, for controlling a fluid flow, is movable between a closed position and an open position, - the filling nozzle has a first maximum volume flow and a second maximum volume flow, wherein the second maximum volume flow is greater than the first one, characterized by the features: - the filling nozzle has a settable flow limiter which is formed separately from the main valve and which is configured to limit the fluid flow to the first or second maximum volume flow in a selective manner, - the filling nozzle has an actuating device which is configured for interaction with a signal element assigned to the tank of the motor vehicle and for selective setting of the flow limiter to the first or the second maximum volume flow. - the filling nozzle has a channel for passing-through of the fluid, wherein, in the channel , there is arranged a main valve which, for controlling a fluid flow, is movable between a closed position and an open position, - the filling nozzle has a first maximum volume flow and a second maximum volume flow, wherein the second maximum volume flow is greater than the first one, - the filling nozzle has a settable flow limiter which is formed separately from the main valve and which is configured to limit the fluid flow to the first or second maximum volume flow in a selective manner, - the filling nozzle has an actuating device which is configured for interaction with a signal element assigned to the tank of the motor vehicle and for selective setting of the flow limiter to the first or the second maximum volume flow.
A method comprising: generating one or more oscillating electromagnetic fields within a plasma cell to excite particles within the cell , to produce a glow discharge plasma in the plasma cell , and controlling the operating conditions for the plasma cell while flowing a gas mixture through the plasma cell to maintain glow discharge optical emissions from the plasma within a desired operating range; and monitoring one or more glow discharge optical emissions from the plasma in the plasma cell ; wherein said monitoring of the optical emissions comprises measuring the optical emissions, or measuring a signal that correlates with the optical emissions, at twice the plasma excitation frequency; and processing said measured optical emissions or said measured signal that correlates with said optical emissions during each excitation cycle of the electromagnetic excitation, to determine the concentration of a gas within a gas mixture flowing through the plasma cell . generating one or more oscillating electromagnetic fields within a plasma cell to excite particles within the cell , to produce a glow discharge plasma in the plasma cell , and controlling the operating conditions for the plasma cell while flowing a gas mixture through the plasma cell to maintain glow discharge optical emissions from the plasma within a desired operating range; and monitoring one or more glow discharge optical emissions from the plasma in the plasma cell ; wherein said monitoring of the optical emissions comprises measuring the optical emissions, or measuring a signal that correlates with the optical emissions, at twice the plasma excitation frequency; and processing said measured optical emissions or said measured signal that correlates with said optical emissions during each excitation cycle of the electromagnetic excitation, to determine the concentration of a gas within a gas mixture flowing through the plasma cell .