mhurhangee/patent-ind-claim-en huggingface dataset:
Device intended to be stationary including: - a part comprising a through orifice forming an internal wall in said part, said internal wall having a height h1 according to an axis (Z); and - a metal band , having a height h2 according to the axis (Z) and a thickness e, said metal band being attached and fixed to the internal wall of the orifice ; characterized in that : • the orifice defines two opposite surfaces in the internal wall , • the internal wall of the orifice comprises two protuberances disposed on the two opposite surfaces and disposed in different positions z 1 , z 2 , with z 1 different from z 2 , according to the axis (Z), • the metal band comprises: a first set of two cutouts cooperating with the protuberances of said internal wall ; and a second set of two cutouts that are symmetrical with respect to the first set in a plane (XY) orthogonal to the axis (Z), the metal band thus comprising four cutouts , • at least one protuberance is movable in the direction of the axis (Z) and/or in a plane (XY) orthogonal to the axis (Z) in order to allow the introduction of the metal band into the orifice . - a part comprising a through orifice forming an internal wall in said part, said internal wall having a height h1 according to an axis (Z); and - a metal band , having a height h2 according to the axis (Z) and a thickness e, said metal band being attached and fixed to the internal wall of the orifice ; • the orifice defines two opposite surfaces in the internal wall , • the internal wall of the orifice comprises two protuberances disposed on the two opposite surfaces and disposed in different positions z 1 , z 2 , with z 1 different from z 2 , according to the axis (Z), • the metal band comprises: a first set of two cutouts cooperating with the protuberances of said internal wall ; and a second set of two cutouts that are symmetrical with respect to the first set in a plane (XY) orthogonal to the axis (Z), the metal band thus comprising four cutouts , • at least one protuberance is movable in the direction of the axis (Z) and/or in a plane (XY) orthogonal to the axis (Z) in order to allow the introduction of the metal band into the orifice .
A method for automatically welding studs on a surface of a beam at pre-marked welding sites located on the surface of the beam, the beam having a longitudinal axis, the method being characterized by the steps of: instructing a carriage to move parallel to the longitudinal axis of the beam , the carriage having at least one imager and at least one welding assembly attached thereto, the imager being operably configured to automatically capture a plurality of images of the surface of the beam as the carriage is moving; instructing the at least one imager to capture the plurality of images of the surface of the beam and communicate image data regarding the plurality of images to a computer , the computer being in data communication with the at least one imager and the at least one welding assembly , the computer operably identifying at least one pre-marked welding site that is located on the surface of the beam in one or more of the plurality of images and operably determining the location of the at least one pre-marked welding site relative to the location of the carriage and relative to the location of the at least one welding assembly with respect to said three coordinates; and instructing the at least one welding assembly to place and weld a stud to the surface of the beam at the at least one pre-marked welding site. instructing a carriage to move parallel to the longitudinal axis of the beam , the carriage having at least one imager and at least one welding assembly attached thereto, the imager being operably configured to automatically capture a plurality of images of the surface of the beam as the carriage is moving; instructing the at least one imager to capture the plurality of images of the surface of the beam and communicate image data regarding the plurality of images to a computer , the computer being in data communication with the at least one imager and the at least one welding assembly , the computer operably identifying at least one pre-marked welding site that is located on the surface of the beam in one or more of the plurality of images and operably determining the location of the at least one pre-marked welding site relative to the location of the carriage and relative to the location of the at least one welding assembly with respect to said three coordinates; and instructing the at least one welding assembly to place and weld a stud to the surface of the beam at the at least one pre-marked welding site.
Method for producing a security paper, comprising the following steps: providing a substrate which extends in a planar manner and has a front side and a rear side , applying, to the front side , a transfer element (6; 8) which is delimited by at least one edge, and applying a stabilizing coating (7; 10) to the rear side in a portion of the substrate, the portion of the substrate that has the applied stabilizing coating (7; 10) covering the applied transfer element (6; 8) in plan view, characterized in that the stabilizing coating (7; 10) is applied in such a way that the portion has at least two surface portions on which different coating materials are applied and which differ with respect to an appearance of the stabilizing coating (7; 10) that is perceptible or measurable from the rear side . providing a substrate which extends in a planar manner and has a front side and a rear side , applying, to the front side , a transfer element (6; 8) which is delimited by at least one edge, and applying a stabilizing coating (7; 10) to the rear side in a portion of the substrate, the portion of the substrate that has the applied stabilizing coating (7; 10) covering the applied transfer element (6; 8) in plan view, characterized in that the stabilizing coating (7; 10) is applied in such a way that the portion has at least two surface portions on which different coating materials are applied and which differ with respect to an appearance of the stabilizing coating (7; 10) that is perceptible or measurable from the rear side .
An integrated access backhaul, IAB, node (1h-02, 1h-03), comprising: a transceiver (1p-30); and a controller (1p-50) coupled with the transceiver (1p-30) and configured to: identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and transmit, to at least one of a parent IAB node or a child IAB node via at least one radio link control, RLC, channel connected to the ADAP entity, the control message. a transceiver (1p-30); and a controller (1p-50) coupled with the transceiver (1p-30) and configured to: identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and identify at least one of a buffer overflow or a radio link failure, RLF, generate, by an adaptation, ADAP, entity of the IAB node (1h-02, 1h-03), a control message including a first field and a D/C field of an ADAP header, wherein the D/C field indicates that the control message is an ADAP control protocol data unit, PDU, wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and wherein in case that the buffer overflow is identified, the first field indicates information for controlling flow of data, and wherein in case that the RLF is identified, the first field indicates information for notifying the RLF, and transmit, to at least one of a parent IAB node or a child IAB node via at least one radio link control, RLC, channel connected to the ADAP entity, the control message.
Primer composition for an optical article comprising: (A) an aqueous dispersion of an urethane resin having a crosslinking structure in a molecule dispersed in water in which the urethane resin has a polycarbonate-derived skeleton and an elongation from 200∼1000%; (B) an organic solvent having 3 ∼ 9 carbon atoms and having an ether bond or carbonyl bond in a molecule and one hydroxyl group in a molecule; and (C) lower alcohol having 1∼4 carbon atoms, wherein the weight ratio of said (B) organic solvent to said (C) lower alcohol (B/C) is in the range of 0.01 to less than 2.00. (A) an aqueous dispersion of an urethane resin having a crosslinking structure in a molecule dispersed in water in which the urethane resin has a polycarbonate-derived skeleton and an elongation from 200∼1000%; (B) an organic solvent having 3 ∼ 9 carbon atoms and having an ether bond or carbonyl bond in a molecule and one hydroxyl group in a molecule; and (C) lower alcohol having 1∼4 carbon atoms,
A method for security risk assessment of wireless access point devices, the method comprising the following steps performed, by a computer system: receiving, from a plurality of devices, a plurality of reports, each report being transmitted by a device of the plurality of devices in response to accessing an access point having a unique access point identifier and said each report including a unique user identifier; determining a number of unique user identifiers represented in the plurality of reports; determining a security score for the access point according to a function that indicates risk which is adjusted with increasing number of unique user identifiers; determining that the security score indicates that the access point is not secure; and in response to determining that the security score indicates that the access point is not secure, transmitting a message to one or more devices of the plurality of devices, the message indicating that the access point is not secure, where, for at least one portion of a range of possible numbers of unique user identifiers, the function indicates decreasing risk with increasing number of unique user identifiers. receiving, from a plurality of devices, a plurality of reports, each report being transmitted by a device of the plurality of devices in response to accessing an access point having a unique access point identifier and said each report including a unique user identifier; determining a number of unique user identifiers represented in the plurality of reports; determining a security score for the access point according to a function that indicates risk which is adjusted with increasing number of unique user identifiers; determining that the security score indicates that the access point is not secure; and in response to determining that the security score indicates that the access point is not secure, transmitting a message to one or more devices of the plurality of devices, the message indicating that the access point is not secure, where, for at least one portion of a range of possible numbers of unique user identifiers, the function indicates decreasing risk with increasing number of unique user identifiers.
Device for retaining and releasing appendages (AP), the device including: • a fixed base , • a tie rod extending along an axis between two ends , • a mechanism fastened to the base and temporarily retaining a first one of the ends of the tie rod , wherein operating the mechanism makes it possible to release the tie rod from the base , the mechanism comprising a clamp for retaining the first end of the tie rod , • an end piece fastened to a second one of the ends of the tie rod , • at least one appendage (AP) temporarily retained between the base and the end piece , • a component disposed between the mechanism and the end piece , the component being independent from the mechanism , • and an actuator of the component making it possible to modify a characteristic dimension of the component along the axis between two values, wherein the component ensures tension of the tie rod for a first one of the two values and the tension of the tie rod being reduced for a second one of the two values, wherein the actuator is independent from the mechanism , the device being characterized in that it further comprises a device for operating the clamp to release the first end of the tie rod. • a fixed base , • a tie rod extending along an axis between two ends , • a mechanism fastened to the base and temporarily retaining a first one of the ends of the tie rod , wherein operating the mechanism makes it possible to release the tie rod from the base , the mechanism comprising a clamp for retaining the first end of the tie rod , • an end piece fastened to a second one of the ends of the tie rod , • at least one appendage (AP) temporarily retained between the base and the end piece , • a component disposed between the mechanism and the end piece , the component being independent from the mechanism , • and an actuator of the component making it possible to modify a characteristic dimension of the component along the axis between two values, wherein the component ensures tension of the tie rod for a first one of the two values and the tension of the tie rod being reduced for a second one of the two values, wherein the actuator is independent from the mechanism , the device being characterized in that it further comprises a device for operating the clamp to release the first end of the tie rod.
Method for compensating for a material web offset in inspection systems for material webs which are moving in the direction of a material web length (y) and/or a material web width (x), wherein the method comprises the following steps: taking a first picture of a first portion of a material web at a first point in time with a camera which comprises a matrix chip ; and taking a second picture of a second portion of the material web at a second point in time with the camera ; wherein just a first active partial surface of the matrix chip is activated at the first point in time for the first picture and just a second active partial surface of the matrix chip is activated at the second point in time for the second picture, wherein the first active partial surface and the second active partial surface are not identical; wherein the second active partial surface is offset in comparison with the first active partial surface by a prescribed offset in the direction of the material web length (y) and/or in the direction of the material web width (x); and wherein a time lag between the first and the second picture is either prescribed as a fixed amount of time or adjusted according to the material web movement and is dependent on a first trigger, which triggers the first picture at the first point in time, and a second trigger, which triggers the second picture at the second point in time. taking a first picture of a first portion of a material web at a first point in time with a camera which comprises a matrix chip ; and taking a second picture of a second portion of the material web at a second point in time with the camera ; wherein just a first active partial surface of the matrix chip is activated at the first point in time for the first picture and just a second active partial surface of the matrix chip is activated at the second point in time for the second picture, wherein the first active partial surface and the second active partial surface are not identical; wherein the second active partial surface is offset in comparison with the first active partial surface by a prescribed offset in the direction of the material web length (y) and/or in the direction of the material web width (x); and wherein a time lag between the first and the second picture is either prescribed as a fixed amount of time or adjusted according to the material web movement and is dependent on a first trigger, which triggers the first picture at the first point in time, and a second trigger, which triggers the second picture at the second point in time.
A trampoline with a jumping mat mounted in a frame , wherein the frame is mounted on a ground part so as to be adjustable in inclination, and the trampoline is movable in a transport position, wherein the frame with the jumping mat is adjustable in discrete, different inclination positions relative to the ground part and the inclination positions can be fixed by means of at least one clamping mechanism , characterised in that the clamping mechanism for specifying inclination positions has an arrangement of latching means on the frame and a latching receptacle on the ground part, in that the latching means are arranged on a support pivotably mounted on the frame and in that the trampoline has two identically designed clamping mechanisms on opposite sides.
Household electrical appliance comprising a steam iron comprising a base having an ironing surface equipped with steam outlet holes and a supporting base comprising a placement to put the iron down during inactive ironing phases, said placement comprising at least one protruding runner on which the iron is rested when it is arranged on the placement in a storage position, the base comprising at least one mobile blocking element between an unlocked position, wherein the iron can be removed from the base and an immobilisation position, wherein the iron is immobilised in the storage position by the blocking element , characterised in that the appliance comprises a removable cap which could be arranged on the ironing surface and in that said cap comprises an opening , wherein the runner is engaged when the iron is arranged in the storage position.
A method of operating one or more nodes to determine performance of a Radio Access Network, RAN, of a telecommunications network, the radio access network covering an area, and said area being divided into a plurality of unit cells, the method comprising the steps of: receiving a measured performance value of the RAN within at least one unit cell of the plurality of unit cells; receiving a simulated performance value of the RAN within each of the plurality of unit cells; identifying a unit cell that is associated with both a measured performance value and a simulated performance value; for said identified unit cell, calculating a difference function between the simulated performance value for the identified unit cell and the measured performance value for the identified unit cell; the method characterised by : determining that a simulated performance value associated with at least one unit cell that is adjacent to the identified unit cell is within a deviation threshold of the simulated performance value of the identified unit cell; applying said difference function to the simulated performance value associated with the at least one unit cell that is adjacent to the identified unit cell, thereby resulting in a modified simulated performance value for the at least one adjacent unit cell; and configuring the RAN based on the modified simulated performance value for the at least one adjacent unit cell. receiving a measured performance value of the RAN within at least one unit cell of the plurality of unit cells; receiving a simulated performance value of the RAN within each of the plurality of unit cells; identifying a unit cell that is associated with both a measured performance value and a simulated performance value; for said identified unit cell, calculating a difference function between the simulated performance value for the identified unit cell and the measured performance value for the identified unit cell; the method characterised by : determining that a simulated performance value associated with at least one unit cell that is adjacent to the identified unit cell is within a deviation threshold of the simulated performance value of the identified unit cell; applying said difference function to the simulated performance value associated with the at least one unit cell that is adjacent to the identified unit cell, thereby resulting in a modified simulated performance value for the at least one adjacent unit cell; and configuring the RAN based on the modified simulated performance value for the at least one adjacent unit cell. determining that a simulated performance value associated with at least one unit cell that is adjacent to the identified unit cell is within a deviation threshold of the simulated performance value of the identified unit cell; applying said difference function to the simulated performance value associated with the at least one unit cell that is adjacent to the identified unit cell, thereby resulting in a modified simulated performance value for the at least one adjacent unit cell; and configuring the RAN based on the modified simulated performance value for the at least one adjacent unit cell.
A hybrid connector for a data cable, comprising: a galvanic connector having a plurality of connectors configured to make a galvanic connection with a plurality of connectors in a receptacle wherein a first portion of the plurality of connectors are power connections and a second portion of the plurality of connectors are data connections; a plurality of millimeter wave wireless transceivers, TRx, configured to transmit and receive data respectively from and to the hybrid connector; and a plurality of millimeter wave antennas surrounding the galvanic connector, each antenna connected to one of the plurality of millimeter wave transceivers, wherein the plurality of millimeter wave antennas are configured to transmit and receive millimeter wave data signals. a galvanic connector having a plurality of connectors configured to make a galvanic connection with a plurality of connectors in a receptacle wherein a first portion of the plurality of connectors are power connections and a second portion of the plurality of connectors are data connections; a plurality of millimeter wave wireless transceivers, TRx, configured to transmit and receive data respectively from and to the hybrid connector; and a plurality of millimeter wave antennas surrounding the galvanic connector, each antenna connected to one of the plurality of millimeter wave transceivers, wherein the plurality of millimeter wave antennas are configured to transmit and receive millimeter wave data signals.