mhurhangee/ep-ind-claims huggingface dataset:
A method for near field communication, wherein the method comprises: after a receiver has received an information sending request sent by a sender and has determined that an identifier of the sender comprised in the information sending request matches an identifier of the receiver, establishing a connection between the receiver and the sender and determining, by the receiver according to an information receiving condition set by the receiver, whether to receive information sent by the sender, wherein the identifier of the sender comprises a communication number of the sender and a receiver communication number; the receiver determines that the identifier of the sender comprised in the information sending request matches the identifier of the receiver by determining, when it is determined that the receiver communication number in the identifier of the sender matches a communication number of the receiver, whether the communication number of the sender is saved in a list of contacts of the receiver; when the communication number of the sender is saved in the list of contacts of the receiver, the receiver sends the sender a response, the connection between the receiver and the sender is established, and the receiver receives the information sent by the sender. after a receiver has received an information sending request sent by a sender and has determined that an identifier of the sender comprised in the information sending request matches an identifier of the receiver, establishing a connection between the receiver and the sender and determining, by the receiver according to an information receiving condition set by the receiver, whether to receive information sent by the sender, wherein the identifier of the sender comprises a communication number of the sender and a receiver communication number; the receiver determines that the identifier of the sender comprised in the information sending request matches the identifier of the receiver by determining, when it is determined that the receiver communication number in the identifier of the sender matches a communication number of the receiver, whether the communication number of the sender is saved in a list of contacts of the receiver; when the communication number of the sender is saved in the list of contacts of the receiver, the receiver sends the sender a response, the connection between the receiver and the sender is established, and the receiver receives the information sent by the sender.
A mesh suture comprising a suture needle and a mesh, wherein the mesh comprises poly-4-hydroxybutyrate monofilament fiber, wherein the monofilament fiber has a tensile strength greater than 800 MPa.
A method of producing a nicotine delivery product comprising: (a) preparing a first mixture comprising nicotine, a cation exchange resin and water by mixing the constituent components of the first mixture; (b) removing up to 85 wt. % of the water contained in the first mixture to form a second mixture having a water content of between 10 and 75 wt. % based on the mixture; and (c) combining the second mixture with further components to produce a nicotine delivery product, wherein the nicotine delivery product is selected from nicotine-containing chewing gums, nicotine-containing lozenges, nicotine-containing pastilles, nicotine-containing tablets, nicotine-containing patches, nicotine-containing inhalers and nicotine-containing nasal sprays. (a) preparing a first mixture comprising nicotine, a cation exchange resin and water by mixing the constituent components of the first mixture; (b) removing up to 85 wt. % of the water contained in the first mixture to form a second mixture having a water content of between 10 and 75 wt. % based on the mixture; and (c) combining the second mixture with further components to produce a nicotine delivery product, wherein the nicotine delivery product is selected from nicotine-containing chewing gums, nicotine-containing lozenges, nicotine-containing pastilles, nicotine-containing tablets, nicotine-containing patches, nicotine-containing inhalers and nicotine-containing nasal sprays.
Lighting and/or signaling device comprising a plurality of light-emitting diodes secured to a plastic support which has at least one three-dimensional zone in the form of a staircase made up of successive treads and risers in substantially perpendicular planes, each of the diodes being fixed respectively to one of the treads of said support, the diodes being powered by conductive metallic tracks, characterized in that the conducting tracks are formed by thicknesses of metal that differ according to whether the tracks extend along the treads or along the risers, the thickness of metal encrusted into the plastic forming the treads is greater than the thickness of metal added or encrusted onto the plastic forming the surface of the risers, the tracks arranged on a tread around a light-emitting diode being produced by a thickness of metal encrusted into the volume of the plastic support, in housings formed in the thickness of the tread, whereas the tracks arranged along the risers are produced by an overthickness of metal which is attached or encrusted onto the surface of the riser.
Formwork for the construction of railway platforms, comprising - a container in which building material to be shaped and subjected to hardening for the construction of a railway platform can be compacted; - at least one fixed crossbeam located at the bottom of said container; - at least one movable crossbeam - provided with at least one pair of fastening imprints arranged symmetrically and configured to model said material to form a pair of fastening seats apt to position the rails on said railway platform; - placed side by side with said fixed crossbeam and defining therewith an impression surface on which said material can be molded for the construction of said railway platform; said movable crossbeam being rotatable and/or translatable with respect to said fixed crossbeam, the configuration being such that different rotation and/or translations correspond to different positions in the container of the fastening imprints and different impression surfaces, characterized in that the formwork further comprises moving means (6, 7) associated with said movable crossbeam configured to rotate said movable crossbeam around a centre of rotation and/or to translate said movable crossbeam along a radial direction with respect to the centre of rotation. - a container in which building material to be shaped and subjected to hardening for the construction of a railway platform can be compacted; - at least one fixed crossbeam located at the bottom of said container; - at least one movable crossbeam - provided with at least one pair of fastening imprints arranged symmetrically and configured to model said material to form a pair of fastening seats apt to position the rails on said railway platform; - placed side by side with said fixed crossbeam and defining therewith an impression surface on which said material can be molded for the construction of said railway platform; - provided with at least one pair of fastening imprints arranged symmetrically and configured to model said material to form a pair of fastening seats apt to position the rails on said railway platform; - placed side by side with said fixed crossbeam and defining therewith an impression surface on which said material can be molded for the construction of said railway platform; said movable crossbeam being rotatable and/or translatable with respect to said fixed crossbeam, the configuration being such that different rotation and/or translations correspond to different positions in the container of the fastening imprints and different impression surfaces, characterized in that the formwork further comprises moving means (6, 7) associated with said movable crossbeam configured to rotate said movable crossbeam around a centre of rotation and/or to translate said movable crossbeam along a radial direction with respect to the centre of rotation.
An apparatus comprising: a first metal layer comprising a plurality of metal interconnect lines (M1, M1', M1") respectively on a plurality of vias (V0, V0', V0"); a second metal layer comprising first, second, and third metal interconnect lines (M2, M2', M2") respectively on first, second, and third vias (V1, V1', V1"); the first and third vias (V1, V1") respectively coupling the first and third metal interconnect lines (M2, M2") to two (M1, M1") of the plurality of metal interconnect lines (M1, M1', M1"); a lateral metal interconnect, included within the second metal layer, coupled to each of the first, second, and third metal interconnect lines (M2, M2', M2"); and a metal oxide included between the second via (V1') and one (V0') of the plurality of metal interconnect lines, wherein the metal oxide has a middle portion between two lateral portions (908; 910); and the middle portion has a maximum height and the two lateral portions (908; 910) each have a maximum height that is greater than the maximum height of the middle portion. a first metal layer comprising a plurality of metal interconnect lines (M1, M1', M1") respectively on a plurality of vias (V0, V0', V0"); a second metal layer comprising first, second, and third metal interconnect lines (M2, M2', M2") respectively on first, second, and third vias (V1, V1', V1"); the first and third vias (V1, V1") respectively coupling the first and third metal interconnect lines (M2, M2") to two (M1, M1") of the plurality of metal interconnect lines (M1, M1', M1"); a lateral metal interconnect, included within the second metal layer, coupled to each of the first, second, and third metal interconnect lines (M2, M2', M2"); and a metal oxide included between the second via (V1') and one (V0') of the plurality of metal interconnect lines, wherein the metal oxide has a middle portion between two lateral portions (908; 910); and the middle portion has a maximum height and the two lateral portions (908; 910) each have a maximum height that is greater than the maximum height of the middle portion. the metal oxide has a middle portion between two lateral portions (908; 910); and the middle portion has a maximum height and the two lateral portions (908; 910) each have a maximum height that is greater than the maximum height of the middle portion.
A system comprising: a memory controller configured to receive a data strobe signal, wherein the memory controller includes a training circuit comprising: a first storage circuit coupled to receive the data strobe signal on a data input and an enable signal on a clock input; and a training unit configured to, based on an output signal received from the first storage circuit, adjust a phase of the enable signal until an assertion of the enable signal coincides with an indication of a preamble in the data strobe signal, and a logic gate having a first input coupled to receive the data strobe signal and a second input coupled to receive the enable signal, wherein the logic gate is configured to pass the data strobe signal when the enable signal is asserted, characterized in that the preamble comprises a plurality of consecutive logic zeros in the data strobe signal. a memory controller configured to receive a data strobe signal, wherein the memory controller includes a training circuit comprising: a first storage circuit coupled to receive the data strobe signal on a data input and an enable signal on a clock input; and a training unit configured to, based on an output signal received from the first storage circuit, adjust a phase of the enable signal until an assertion of the enable signal coincides with an indication of a preamble in the data strobe signal, and a logic gate having a first input coupled to receive the data strobe signal and a second input coupled to receive the enable signal, wherein the logic gate is configured to pass the data strobe signal when the enable signal is asserted, characterized in that the preamble comprises a plurality of consecutive logic zeros in the data strobe signal. a first storage circuit coupled to receive the data strobe signal on a data input and an enable signal on a clock input; and a training unit configured to, based on an output signal received from the first storage circuit, adjust a phase of the enable signal until an assertion of the enable signal coincides with an indication of a preamble in the data strobe signal, and a logic gate having a first input coupled to receive the data strobe signal and a second input coupled to receive the enable signal, wherein the logic gate is configured to pass the data strobe signal when the enable signal is asserted, characterized in that the preamble comprises a plurality of consecutive logic zeros in the data strobe signal.
A method for operating an operator control device of a motor vehicle, comprising the steps: - detecting a position at which a touch-sensitive operator control unit is touched by an object, - detecting a pressure (p m) which is applied to the touch-sensitive operator control unit by the object at said position, by means of a detection device; - detecting a velocity (v m) and/or an acceleration (a m) of the motor vehicle; characterised by the steps: - predefining a pressure threshold value (p s) as a function of the detected velocity (v m) and/or the detected acceleration (a m) of the motor vehicle; - determining whether the detected pressure (p m) is greater than the predefined pressure threshold value (p s); - triggering a function, assigned to the detected position, of the motor vehicle exclusively if the detected pressure (p m) is higher than the predefined pressure threshold value (p s). - detecting a position at which a touch-sensitive operator control unit is touched by an object, - detecting a pressure (p m) which is applied to the touch-sensitive operator control unit by the object at said position, by means of a detection device; - detecting a velocity (v m) and/or an acceleration (a m) of the motor vehicle; - predefining a pressure threshold value (p s) as a function of the detected velocity (v m) and/or the detected acceleration (a m) of the motor vehicle; - determining whether the detected pressure (p m) is greater than the predefined pressure threshold value (p s); - triggering a function, assigned to the detected position, of the motor vehicle exclusively if the detected pressure (p m) is higher than the predefined pressure threshold value (p s).
A composition for bonded magnets, comprising 88 mass% or more and 91 mass% or less of a samarium-iron-nitrogen magnet powder having an average particle diameter of 1.8 μm or more and 2.8 μm or less, 0.5 mass% or more and 2.5 mass% or less of a polyamide elastomer having a tensile elongation at break of 400% or more and a bending modulus of elasticity of 100 MPa or more, 0.5 mass% or more and 2.0 mass% or less of carbon fibers having a fiber diameter of 10 μm or more and 12 μm or less, and 0.3 mass% or more and 1.0 mass% or less of a carboxylic acid ester, wherein the remainder is a polyamide resin comprising polyamide 12 having a weight average molecular weight Mw of 4500 or more and 7500 or less as determined by molecular weight distribution measurement.
A wiring board, comprising: an insulating substrate; a plurality of connection terminals arranged on the insulating substrate; and a plurality of non-conductive protruding parts respectively arranged on areas of the insulating substrate except areas on which the plurality of connection terminals are arranged, characterized in that the non-conductive protruding parts have a circular column shape or a substantially conical frustum shape that decreases in diameter toward an upper side and have a height greater than that of the connection terminals; and the wiring board further comprises columnar parts respectively arranged under the non-conductive protruding parts with portions of the columnar parts embedded in the insulating substrate, and made of a material having a lower thermal shrinkage rate than that of the insulating substrate. an insulating substrate; a plurality of connection terminals arranged on the insulating substrate; and a plurality of non-conductive protruding parts respectively arranged on areas of the insulating substrate except areas on which the plurality of connection terminals are arranged, characterized in that the non-conductive protruding parts have a circular column shape or a substantially conical frustum shape that decreases in diameter toward an upper side and have a height greater than that of the connection terminals; and the wiring board further comprises columnar parts respectively arranged under the non-conductive protruding parts with portions of the columnar parts embedded in the insulating substrate, and made of a material having a lower thermal shrinkage rate than that of the insulating substrate.
A method performed by a terminal in a wireless communication system, the method comprising: transmitting, to a source base station, a message including state information of the terminal; receiving a radio resource control, RRC, message associated with a cell change; identifying whether the terminal has transmitted the message including the state information to the source base station during a predetermined time period; and transmitting, to a target base station, a message including latest state information, in case that the terminal has transmitted the message including the state information to the source base station during the predetermined time period. transmitting, to a source base station, a message including state information of the terminal; receiving a radio resource control, RRC, message associated with a cell change; identifying whether the terminal has transmitted the message including the state information to the source base station during a predetermined time period; and transmitting, to a target base station, a message including latest state information, in case that the terminal has transmitted the message including the state information to the source base station during the predetermined time period.
Method for operating a navigation device arranged in a vehicle wherein the navigation device comprises a nonvolatile memory unit in which map data are stored, an image acquisition unit, and an output unit, the method comprising the steps of: a) determining a position of the vehicle, b) determining a preferred traffic lane assigned to the position using the map data, g) determining a current traffic lane assigned to the position using the image acquisition unit wherein the vehicle is located on the current traffic lane, h) performing a test step in consideration of the preferred traffic lane and the current traffic lane so that a test result is provided, and, depending on the test result i) generating a driving instruction in consideration of the preferred traffic lane and the current traffic lane so that by following the driving instruction the vehicle reaches the preferred traffic lane, and j) outputting the driving instruction using the output unit, characterized in that the following steps are performed prior to the determination of the current traffic lane: c) determining a first number of traffic lanes using the map data, d) determining a second number of traffic lanes using the image acquisition unit, e) determining if the first number of traffic lanes corresponds to the second number of traffic lanes, f) repeating the steps c) to e) if the first number of traffic lanes does not correspond to the second number of traffic lanes, wherein the steps g) to j) are only performed if the first number of traffic lanes corresponds to the second number of traffic lanes. a) determining a position of the vehicle, b) determining a preferred traffic lane assigned to the position using the map data, g) determining a current traffic lane assigned to the position using the image acquisition unit wherein the vehicle is located on the current traffic lane, h) performing a test step in consideration of the preferred traffic lane and the current traffic lane so that a test result is provided, and, depending on the test result i) generating a driving instruction in consideration of the preferred traffic lane and the current traffic lane so that by following the driving instruction the vehicle reaches the preferred traffic lane, and j) outputting the driving instruction using the output unit, c) determining a first number of traffic lanes using the map data, d) determining a second number of traffic lanes using the image acquisition unit, e) determining if the first number of traffic lanes corresponds to the second number of traffic lanes, f) repeating the steps c) to e) if the first number of traffic lanes does not correspond to the second number of traffic lanes,
A method of managing electronic documents suitable for implementation by a server in a telecommunications network, the method comprising: • a receiving step of receiving a request coming from a client device, said request containing at least a user identifier (USR_NAME), an electronic document name (DOC_NAME) and a public identifier (FIELD_NAME) of a field of said document; • an obtaining step of obtaining from said document name (DOC_NAME) and said public identifier (FIELD_NAME) of said field of said document a secret identifier (FIELD_ID) of said field of said document; • a checking step of verifying from said user identifier (USR_NAME) and from said secret identifier (FIELD_ID) of said field of document whether a content associated with said field of document may be sent to the client device in response to said request; and where applicable • a sending step of sending said content to said client device. • a receiving step of receiving a request coming from a client device, said request containing at least a user identifier (USR_NAME), an electronic document name (DOC_NAME) and a public identifier (FIELD_NAME) of a field of said document; • an obtaining step of obtaining from said document name (DOC_NAME) and said public identifier (FIELD_NAME) of said field of said document a secret identifier (FIELD_ID) of said field of said document; • a checking step of verifying from said user identifier (USR_NAME) and from said secret identifier (FIELD_ID) of said field of document whether a content associated with said field of document may be sent to the client device in response to said request; and where applicable • a sending step of sending said content to said client device.