mhurhangee/ep-ind-claims huggingface dataset:
A method for determining, by a first user equipment, UE, an identifier, ID, of a second UE in a wireless communication system supporting device-to-device, D2D, communication, the method comprising: receiving, from the second UE, a D2D signal including a D2D ID, when the first UE and the second UE are in a same first region; measuring, strength or quality of a cellular signal transmitted from one or more cell in the first region; ordering the IDs of the one or more cell in a list based on the signal strength; determining the ID of the second UE based on the received D2D ID and the order of the cell IDs in the list; measuring signal strength or quality of a cellular signal transmitted from one or more cell in a second region when the first UE moves to the second region; ordering the IDs of the one or more cell in a second list based on the signal strength; and determining the ID of a third UE transmitting the same D2D ID in the second region based on the received D2D ID and on the order of the cell IDs in the second list. receiving, from the second UE, a D2D signal including a D2D ID, when the first UE and the second UE are in a same first region; measuring, strength or quality of a cellular signal transmitted from one or more cell in the first region; ordering the IDs of the one or more cell in a list based on the signal strength; determining the ID of the second UE based on the received D2D ID and the order of the cell IDs in the list; measuring signal strength or quality of a cellular signal transmitted from one or more cell in a second region when the first UE moves to the second region; ordering the IDs of the one or more cell in a second list based on the signal strength; and determining the ID of a third UE transmitting the same D2D ID in the second region based on the received D2D ID and on the order of the cell IDs in the second list.
A system for neuromodulation, especially for neurostimulation, for facilitating cardiovascular function of a subject, comprising - at least a stimulation controller, - at least a stimulation pattern storage means, which is connected to stimulation controller and which comprises stimulation data, - at least an electrical stimulation device, - at least an electrical interface between the electrical stimulation device and the subject, the electrical interface being connectable with at least a bio-interface of or with the nervous system of the subject, wherein the electrical interface and the bio-interface are arranged such that signals and/or data can be exchanged from the electrical interface to the bio-interface, and also vice versa, wherein the stimulation data are pre-programmed patterns, which comprise at least - a spatial component, which is related to the part of the nervous system being stimulated - a temporal component, which is related to the time at which each spatial component mentioned above is applied. and wherein the stimulation controller is capable to send configuration signals on the basis of the stimulation data to the electrical stimulation device such that via the electrical interface electrical stimulation can be provided to the bio-interface, wherein the electrical stimulation provided is characterized by stimulation parameters that vary over time in a pre-programmed manner. - at least a stimulation controller, - at least a stimulation pattern storage means, which is connected to stimulation controller and which comprises stimulation data, - at least an electrical stimulation device, - at least an electrical interface between the electrical stimulation device and the subject, the electrical interface being connectable with at least a bio-interface of or with the nervous system of the subject, wherein the electrical interface and the bio-interface are arranged such that signals and/or data can be exchanged from the electrical interface to the bio-interface, and also vice versa, wherein the stimulation data are pre-programmed patterns, which comprise at least - a spatial component, which is related to the part of the nervous system being stimulated - a temporal component, which is related to the time at which each spatial component mentioned above is applied. and wherein the stimulation controller is capable to send configuration signals on the basis of the stimulation data to the electrical stimulation device such that via the electrical interface electrical stimulation can be provided to the bio-interface, wherein the electrical stimulation provided is characterized by stimulation parameters that vary over time in a pre-programmed manner.
A method of operating a vehicle, comprising: flowing compressed gas selectively through distinct orifice sizes in response to a determined operating condition of the vehicle, and thereby creating a stream of gas that impacts a surface of a route adjacent to a wheel of the vehicle; selecting a mode of operation from a first mode in which the stream of gas is delivered through a first orifice (124, 210) and not through a second orifice (126, 214) during a first condition and a second mode in which the stream of gas is delivered through the second orifice and not through the first orifice during a second condition that differs from the first condition, wherein the first orifice is a large orifice, the second orifice is a small orifice and the second orifice is smaller than the first orifice; characterised in that the first condition comprises compressed air storage pressure being higher than a threshold pressure, and the second condition comprises the compressed air storage pressure being lower than the threshold pressure. flowing compressed gas selectively through distinct orifice sizes in response to a determined operating condition of the vehicle, and thereby creating a stream of gas that impacts a surface of a route adjacent to a wheel of the vehicle; selecting a mode of operation from a first mode in which the stream of gas is delivered through a first orifice (124, 210) and not through a second orifice (126, 214) during a first condition and a second mode in which the stream of gas is delivered through the second orifice and not through the first orifice during a second condition that differs from the first condition, wherein the first orifice is a large orifice, the second orifice is a small orifice and the second orifice is smaller than the first orifice; characterised in that the first condition comprises compressed air storage pressure being higher than a threshold pressure, and the second condition comprises the compressed air storage pressure being lower than the threshold pressure.
Computer network for data transmission between network nodes (22, 24, 26, 28), wherein said network nodes (22, 24, 26, 28) can be authenticated among each other by means of authentication information from PKI, comprising a root certification device for generating authentication information for said PKI, wherein said root certification device is arranged separately from said computer network and is not connected to said computer network, and wherein said root certification device is arranged in a first area of physically limited access, characterized in that said root authentication device is a wireless short-range data transmission device including a communication area that does not exceed said first area.
Method of detection of rotated segments having the length close to their diameter in a continuous multi-segment rod transferred in a machine used in tobacco industry, the method including generating a signal of an error of the shape of said continuous multi-segment rod (CR1, CR1'), the rod (CR1, CR1') comprising a plurality of segments (2, 3, 4) arranged one after another in a common wrapping, wherein the rod (CR1, CR1') that is transferred in a direction along its axis is simultaneously scanned by means of at least two optical sensors, the directions of scanning of the two optical sensors being oriented at an angle between 40° and 60° to each other, wherein the diameter of the rod (CR1, CR1') is measured by repeated scannings at such a frequency that the shortest segment of the rod (CR1, CR1')is scanned at least once, the results of the scannings being compared with a predetermined reference value, and each difference between any of the results of the scannings and the predetermined value is converted into the signal of the error of shape.
A composite wood board for wall, floor or ceiling members, with a multi-layered surface coating on the front side of the composite wood board, wherein at least one layer (2, 11, 17, 26, 32, 37, 40) of the surface coating - is applied as a liquid, - is applied in sections, as regularly or irregularly distributed strips (6, 7, 12, 18, 27) or as a mesh and - contains electrically conducting particles. - is applied as a liquid, - is applied in sections, as regularly or irregularly distributed strips (6, 7, 12, 18, 27) or as a mesh and - contains electrically conducting particles.
A control system of an internal combustion engine, comprising: an air-fuel ratio sensor (40, 41) which is provided in an exhaust passage of the internal combustion engine; and an engine control device which controls the internal combustion engine in accordance with a sensor output current of the air-fuel ratio sensor (40, 41), wherein said air-fuel ratio sensor (40, 41) comprises: a measured gas chamber into which flows exhaust gas for detection of air-fuel ratio; a pump cell configured to pump in oxygen to and to pump out oxygen from the exhaust gas in the measured gas chamber in accordance with a pump current; and a reference cell with a detected reference cell output current that is configured to change in accordance with the air-fuel ratio in said measured gas chamber, said reference cell comprises: a first electrode which is exposed to exhaust gas inside said measured gas chamber; a second electrode which is exposed to a reference atmosphere; and a solid electrolyte layer which is arranged between said first electrode and said second electrode, said air-fuel ratio sensor (40, 41) comprises: a reference cell voltage application device configured to apply a sensor applied voltage between the first electrode and second electrode of said reference cell; a reference cell output current detection device configured to detect a current which flows between the first electrode and second electrode of said reference cell as said reference cell output current; a pump current control device configured to control a pump current, which flows at a pump cell, so that the reference cell output current which is detected by said reference cell output current detection device becomes a target current value; and a pump current detection device configured to detect the pump current as said sensor output current, and in that the target current value is zero.
Filling element for the controlled dispensing of liquid filling contents into packages via at least one dispensing opening of a liquid channel provided on an under side of the filling element, which is formed inside the filling element (1, 1a-1c), and with at least one liquid valve that can be controlled at least between an open state in which the dispensing of the liquid contents to the package is enabled, and a state which blocks the liquid channel and therefore the dispensing of the liquid contents, wherein the liquid valve comprises a valve body arranged in the liquid channel and at least one valve element (8, 8b) forming a part section (3.2) of the liquid channel, wherein the valve element (8, 8b) can be moved by means of a drive for the opening and closing of the liquid valve or of at least one valve opening in the direction of a valve axis or stroke axis relative to the valve body, characterised in that the drive for moving the valve element (8, 8b) is a magnetic or electromagnetic drive (14, 18), of which the magnetic field takes effect, via a magnetic gap arranged outside the liquid channel, on the valve element (8, 8b) or on at least one element (16, 19.1) provided at the valve element (8, 8b) of the magnetic or electromagnetic drive (14, 18), wherein the magnetic field of which takes effect directly on the valve element forming the valve seat or comprising a valve element in the form of a tube, or configured as a jacket tube, wherein the valve element or an element provided at the valve element forms the rotor of the magnetic or electromagnetic valve (14, 18).
A method of providing a lightweight cementitious slurry comprising: forming a mixture of: 35 to 60 wt. %, on a wet basis, cementitious reactive powder comprising Portland cement, 2 to 10 wt. %, on a wet basis, expanded and chemically coated water tight and water repellent perlite filler, 20 to 40 wt. % water, 0 to 25 wt. %, on a wet basis, secondary filler; 10 to 50 vol. %, on a wet basis, entrained air; and air-entraining agent and/or foaming agent; optional additive selected from at least one member of the group consisting of water reducing agents, chemical set-accelerators, chemical set-retarders; under conditions which provide an initial slurry temperature of at least about 40°F (4.4°C), wherein the perlite filler has a mean particle diameter between 20-60 microns. forming a mixture of: 35 to 60 wt. %, on a wet basis, cementitious reactive powder comprising Portland cement, 2 to 10 wt. %, on a wet basis, expanded and chemically coated water tight and water repellent perlite filler, 20 to 40 wt. % water, 0 to 25 wt. %, on a wet basis, secondary filler; 10 to 50 vol. %, on a wet basis, entrained air; and air-entraining agent and/or foaming agent; 35 to 60 wt. %, on a wet basis, cementitious reactive powder comprising Portland cement, 2 to 10 wt. %, on a wet basis, expanded and chemically coated water tight and water repellent perlite filler, 20 to 40 wt. % water, 0 to 25 wt. %, on a wet basis, secondary filler; 10 to 50 vol. %, on a wet basis, entrained air; and air-entraining agent and/or foaming agent; optional additive selected from at least one member of the group consisting of water reducing agents, chemical set-accelerators, chemical set-retarders; under conditions which provide an initial slurry temperature of at least about 40°F (4.4°C), wherein the perlite filler has a mean particle diameter between 20-60 microns.
A circuit for synchronization of data transmitted from a first clock domain to a second clock domain comprising: a plurality of M+1 latches each coupled to receive data through a common data input, wherein the data received through the common input is synchronized to a clock signal in the first clock domain; a multiplexer having a M+1 inputs each coupled to receive data from an output of a corresponding one of the M+1 latches, and an output, wherein the multiplexer is configured to select one of its inputs to be coupled to the output; and a control circuit configured to cause the multiplexer to sequentially select outputs of selected ones of the M+1 latches responsive to N successive clock pulses, and further configured to cause the selected ones of the M+1 latches to sequentially latch data received through the common data input, wherein the control circuit includes a first shift register configured to generate clock pulses to each of the M+1 latches such that only one of the M+1 latches is transparent at a given time, and a second shift register configured to generate selection signals provided to the multiplexer, such that only one selection signal is asserted at a given time, wherein the first and second shift registers are synchronized to a clock signal in the second clock domain. a plurality of M+1 latches each coupled to receive data through a common data input, wherein the data received through the common input is synchronized to a clock signal in the first clock domain; a multiplexer having a M+1 inputs each coupled to receive data from an output of a corresponding one of the M+1 latches, and an output, wherein the multiplexer is configured to select one of its inputs to be coupled to the output; and a control circuit configured to cause the multiplexer to sequentially select outputs of selected ones of the M+1 latches responsive to N successive clock pulses, and further configured to cause the selected ones of the M+1 latches to sequentially latch data received through the common data input, wherein the control circuit includes a first shift register configured to generate clock pulses to each of the M+1 latches such that only one of the M+1 latches is transparent at a given time, and a second shift register configured to generate selection signals provided to the multiplexer, such that only one selection signal is asserted at a given time, wherein the first and second shift registers are synchronized to a clock signal in the second clock domain.
A method for treating effluents comprising 2-ethylhexyl nitrate (2-EHN), wherein a Corynebacterium urealyticum CIP-I-2126 bacterium is grown in the presence of a suitable substrate and the 2-EHN contained in the effluents is at least partly degraded by the biomass of said bacterium thus produced.
A neurosurgical kit, comprising; a neurosurgical catheter for insertion into the brain parenchyma of a subject, the catheter comprising a flexible tube and a stiff, non-porous, tip comprising at least one fluid delivery aperture, characterised in that the kit also includes a neurosurgical guide tube device comprising a guide channel through which the neurosurgical catheter can be passed, wherein, when implanted, the stiff tip of the catheter is arranged to only partially protrude from the distal end of the guide channel of the guide tube device.
A radiation-sensitive resin composition comprising one or more types of a resin that includes a repeating unit that becomes alkali-soluble due to an acid, but does not include a fluorine-containing repeating unit, a photoacid generator, a fluorine-containing resin that includes a repeating unit that becomes alkali-soluble due to an acid, and a fluorine-containing repeating unit, and a lactone compound, the content of the lactone compound in the composition being 50 to 200 parts by mass based on 100 parts by mass of the one or more types of resin.
A helmet comprising a hard shell and a flexible shell extending inside the hard shell, the helmet including an attachment device suitable for attaching to an antitheft system external to the helmet, the attachment device comprises a ring suitable for having a link of said antitheft system external to the helmet pass therethrough, the ring being mechanically connected to the hard shell so as to be movable relative to the hard shell between a stowed position and an extended position; · in the stowed position, a major portion of the ring is located inside a cavity that is defined at least in part by said hard shell and, in the extended position, at least a portion of the ring is located outside said cavity to enable said link of the antitheft system to pass through the ring, the helmet further including a rigid base that is rigidly fastened against the hard shell, said ring being mechanically connected to the hard shell via the rigid base and said base including guide surfaces for guiding movement of said ring relative to the base in order to guide the movement of the ring between the stowed position and the extended position, the guide surfaces being fixed in position relative to said hard shell and being located for the most part inside said cavity, characterized in that the helmet includes a housing, the base belonging to the housing, the housing also including a cover preventing access to a mechanical connection zone between the ring and the base, in the stowed position, said major portion of the ring being located inside the housing. · in the stowed position, a major portion of the ring is located inside a cavity that is defined at least in part by said hard shell and, in the extended position, at least a portion of the ring is located outside said cavity to enable said link of the antitheft system to pass through the ring, the helmet further including a rigid base that is rigidly fastened against the hard shell, said ring being mechanically connected to the hard shell via the rigid base and said base including guide surfaces for guiding movement of said ring relative to the base in order to guide the movement of the ring between the stowed position and the extended position, the guide surfaces being fixed in position relative to said hard shell and being located for the most part inside said cavity, characterized in that the helmet includes a housing, the base belonging to the housing, the housing also including a cover preventing access to a mechanical connection zone between the ring and the base, in the stowed position, said major portion of the ring being located inside the housing.
An innerduct (20; 40) for a cable, comprising one or more strip-shaped lengths of woven textile fabric (21; 48) configured to create a flexible, longitudinal compartment (22, 23, 24; 41, 42, 43) for enveloping a cable, wherein the textile fabric (21; 48) comprises warp yarns and filling yarns, characterized in that at least a portion of the filling yarns are multiple-inserted multifilament yarns.
Sealing film for application to a base surface, comprising a carrier film and multiple functional layers, wherein the functional layers comprise at least two color display layers (5, 6) and at least two adhesion-controlling layers (8, 9), wherein the sealing film has an adhesive layer for attachment to the base surface, wherein the functional layers are arranged between the carrier film and the adhesive layer, wherein the carrier film can be at least partially detached from the functional layers, in particular from the at least two color display layers (5, 6), so as to bring the sealing film from a first state into a second state, wherein in the second state at least one symbol is optically visible, which symbol is not visible in the first state, wherein the at least two adhesion-controlling layers (8, 9) are provided for removing defined regions from the at least two color display layers (5, 6) and making visible the at least one symbol during detachment of the carrier film, characterized in that the functional layers comprise at least one further adhesion-controlling layer, so as to make at least one layer that lies behind the further adhesion-controlling layer, viewed from the carrier film in the direction of the adhesive layer, and a code visible in the second state, at least in certain sections, by means of the detachment.