mhurhangee/ep-ind-claims huggingface dataset:
A method for path correction of a vehicle travelling from a first marker to a second marker, the method comprising: computing, by circuitry of an information processing apparatus, an offset between a location of the vehicle and the first marker; dividing a navigation path between the first marker and the second marker into a predetermined number of segments, the navigation path being a linear path between the first marker and the second marker; computing a speed profile of the vehicle based on a distance of the navigation path between the first marker and the second marker; generating a compensation curve that is a correction path between the location of the vehicle and the navigation path, the compensation curve generated based on (i) the computed offset and (ii) a plurality of interpolation points that include the location of the vehicle and a location of the second marker; and modifying, upon the vehicle traversing each segment, the speed profile of the vehicle based on a reading of a wheel counter disposed on the vehicle. computing, by circuitry of an information processing apparatus, an offset between a location of the vehicle and the first marker; dividing a navigation path between the first marker and the second marker into a predetermined number of segments, the navigation path being a linear path between the first marker and the second marker; computing a speed profile of the vehicle based on a distance of the navigation path between the first marker and the second marker; generating a compensation curve that is a correction path between the location of the vehicle and the navigation path, the compensation curve generated based on (i) the computed offset and (ii) a plurality of interpolation points that include the location of the vehicle and a location of the second marker; and modifying, upon the vehicle traversing each segment, the speed profile of the vehicle based on a reading of a wheel counter disposed on the vehicle.
An interpolymer produced by metathesis polymerization of two distinct monomers, where the two monomers are 1,5-cyclooctadiene and cyclooctene, where the interpolymer includes at least one or more terminal functional groups selected from the group consisting of hydroxyl, carboxylic acid, ester, carbonate, cyclic carbonate, anhydride, cyclic anhydride, lactone, amine, amide, lactam, cyclic ether, ether, aldehyde, thiazoline, oxazoline, phenol, and melamine functional groups, where the interpolymer has a cis content that is greater than 10% and a number average molecular weight (M n) of at least 2.0 kg/mole and less than 60 kg/mole.
Device for heating a mixture, in particular a confectionery mixture, the device comprising at least one pipe coil, wherein the pipe coil comprises at least one inner coil and at least one outer coil, wherein the pipe coil is provided for guiding the mixture to be heated as well as a heat carrier which serves for heating the mixture, characterized in that the pipe coil at least partially surrounds a vapour-separating space.
A heat exchanger, in particular a charge air cooler, for the heat exchange between a first fluid and a second fluid, with a block for the separated and heat-exchanging guidance of the first and second fluid which has at least one flow channel through which the first fluid can flow; a box which is fluidly connected to the flow channel and comprises a bottom having a passage opening for guiding the flow channel between the block and the box; wherein the flow channel is in the form of a flat tube with a narrow tube side and a broad tube side, wherein the passage opening has a total boundary contour along the entire circumference of the passage opening with a distance to a plane which is substantially perpendicular to the tube axis direction; characterised in that the passage opening is in the form of a passage with a collar oriented towards the block and the total boundary contour is substantially trapezoidal in the area of the broad tube side and before the transition areas, which are, with the substantially rectangular cross-section of the passage opening, formed by the small flanging radiuses, in which the broad and narrow tube sides meet, the contour respectively transitions into a sinusoidal course in a continuously differentiable manner and from this course, in turn, ends, in a continuously differentiable manner, in a section which is substantially parallel to the plane.
An ophthalmic endoilluminator comprising: a light source for producing light; a collimating lens for collimating the light produced by the light source, having a refractive surface; a condensing lens for focusing the light, having a refractive surface; and an optical fiber for carrying the focused light into an eye, characterized in that one of the collimating lens and the condensing lens is a hybrid lens, having a diffractive surface and a refractive surface; wherein when the collimating lens is the hybrid lens, its diffractive surface is adapted to substantially compensate for the chromatic aberrations caused by its own refractive surface and by the condensing lens; wherein when the condensing lens is the hybrid lens, its diffractive surface is adapted to substantially compensate for the chromatic aberrations caused by its own refractive surface and by the collimating lens. a light source for producing light; a collimating lens for collimating the light produced by the light source, having a refractive surface; a condensing lens for focusing the light, having a refractive surface; and an optical fiber for carrying the focused light into an eye, characterized in that one of the collimating lens and the condensing lens is a hybrid lens, having a diffractive surface and a refractive surface; wherein when the collimating lens is the hybrid lens, its diffractive surface is adapted to substantially compensate for the chromatic aberrations caused by its own refractive surface and by the condensing lens; wherein when the condensing lens is the hybrid lens, its diffractive surface is adapted to substantially compensate for the chromatic aberrations caused by its own refractive surface and by the collimating lens.
A light irradiation apparatus (1A, 1B, 1C, 1D, 1E) for irradiating an irradiation object with light, comprising: a light source for outputting readout light; a spatial light modulator comprising a phase modulation plane including a plurality of two-dimensionally arrayed regions, and for modulating the readout light in phase in each of the plurality of regions to output modulated light; and a both-sided telecentric optical system (30A, 30B) comprising a first lens and a second lens (32, 33), wherein the first lens is optically coupled between the phase modulation plane of the spatial light modulator and the second lens (32, 33), wherein the second lens (32, 33) is optically coupled between the first lens and the irradiation object, wherein the spatial light modulator is configured to display a Fresnel type kinoform on the phase modulation plane; the light irradiation apparatus (1A, 1B, 1C, 1D, 1E) characterized in that: an optical distance between the phase modulation plane and the first lens is equal to a focal length of the first lens; and the position of a light condensing point of the modulated light in an optical axis direction is changeable by changing the Fresnel type kinoform. a light source for outputting readout light; a spatial light modulator comprising a phase modulation plane including a plurality of two-dimensionally arrayed regions, and for modulating the readout light in phase in each of the plurality of regions to output modulated light; and a both-sided telecentric optical system (30A, 30B) comprising a first lens and a second lens (32, 33), wherein the first lens is optically coupled between the phase modulation plane of the spatial light modulator and the second lens (32, 33), wherein the second lens (32, 33) is optically coupled between the first lens and the irradiation object, wherein the spatial light modulator is configured to display a Fresnel type kinoform on the phase modulation plane; the light irradiation apparatus (1A, 1B, 1C, 1D, 1E) characterized in that: an optical distance between the phase modulation plane and the first lens is equal to a focal length of the first lens; and the position of a light condensing point of the modulated light in an optical axis direction is changeable by changing the Fresnel type kinoform. an optical distance between the phase modulation plane and the first lens is equal to a focal length of the first lens; and the position of a light condensing point of the modulated light in an optical axis direction is changeable by changing the Fresnel type kinoform.
A method for obtaining an image of a test result object (102, 312) on a disc (100, 310), the method comprising: fixing a positioning of a disc (100, 310) by using magnetic attraction creating an alignment between a first magnet (101, 311) installed on the disc (100, 310) and a second magnet (111, 304) installed on a feeding unit (110, 305), decreasing or minimizing a difference between the positioning of the first (101, 311) and second (111, 304) magnets, and obtaining an image of the test result object (102, 312) on the disc (100, 310), wherein the step of the minimizing the difference comprises: moving the feeding unit (110, 305) in a direction from an outer circumference of the disc (100, 310) to an inner circumference of the disc (100, 310) at least once or in a direction from the inner circumference to the outer circumference at least once, such that the disc (100, 301) rotates as the first magnet (101, 311) is affected by magnetic force of the second magnet (111, 304). fixing a positioning of a disc (100, 310) by using magnetic attraction creating an alignment between a first magnet (101, 311) installed on the disc (100, 310) and a second magnet (111, 304) installed on a feeding unit (110, 305), decreasing or minimizing a difference between the positioning of the first (101, 311) and second (111, 304) magnets, and obtaining an image of the test result object (102, 312) on the disc (100, 310), wherein the step of the minimizing the difference comprises: moving the feeding unit (110, 305) in a direction from an outer circumference of the disc (100, 310) to an inner circumference of the disc (100, 310) at least once or in a direction from the inner circumference to the outer circumference at least once, such that the disc (100, 301) rotates as the first magnet (101, 311) is affected by magnetic force of the second magnet (111, 304). moving the feeding unit (110, 305) in a direction from an outer circumference of the disc (100, 310) to an inner circumference of the disc (100, 310) at least once or in a direction from the inner circumference to the outer circumference at least once, such that the disc (100, 301) rotates as the first magnet (101, 311) is affected by magnetic force of the second magnet (111, 304).
A method for delivering downlink data to a user equipment, UE, operating in an inactive mode, the method comprising: at an anchor node of a radio access network, RAN, receiving, via a network interface of the anchor node, the downlink data destined to the UE; retrieving stored UE context information and an inactive mode identifier associated with the UE; constructing a downlink Packet Data Convergence Protocol, PDCP, data protocol data unit, PDU, using the stored UE context information, the downlink PDCP data PDU including the received downlink data; encapsulating the PDCP data PDU in an intra-RAN PDU, wherein the intra-RAN PDU includes the inactive mode identifier; identifying a plurality of target nodes using the stored UE context information, the plurality of target nodes including a serving node currently serving the UE; and transmitting, via the network interface, the intra-RAN PDU to all the identified target nodes; at the serving node of the RAN: receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE; after receipt of a response from the UE, transmitting to the UE, a radio link control, RLC, PDU containing the downlink PDCP data PDU. receiving, via a network interface of the anchor node, the downlink data destined to the UE; retrieving stored UE context information and an inactive mode identifier associated with the UE; constructing a downlink Packet Data Convergence Protocol, PDCP, data protocol data unit, PDU, using the stored UE context information, the downlink PDCP data PDU including the received downlink data; encapsulating the PDCP data PDU in an intra-RAN PDU, wherein the intra-RAN PDU includes the inactive mode identifier; identifying a plurality of target nodes using the stored UE context information, the plurality of target nodes including a serving node currently serving the UE; and transmitting, via the network interface, the intra-RAN PDU to all the identified target nodes; at the serving node of the RAN: receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE; after receipt of a response from the UE, transmitting to the UE, a radio link control, RLC, PDU containing the downlink PDCP data PDU. receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE; after receipt of a response from the UE, transmitting to the UE, a radio link control, RLC, PDU containing the downlink PDCP data PDU.
An optical lens having at least one light-emitting surface in an ellipsoid-like free shape, wherein the lower sides have planar shapes and are provided with an optically relevant recess for receiving a light source, characterized in that said lens consists of a glass (a) having the following composition: from 55 to 65% by weight of tetravalent metal oxides; from 10 to 23% by weight of divalent metal oxides; from 12 to 22% by weight of monovalent metal oxides; and with the proviso that the quantitative values add up to 100% by weight; and (b) a refractive index n D (measured at 589 nm) of from 1.5 to 1.6. from 55 to 65% by weight of tetravalent metal oxides; from 10 to 23% by weight of divalent metal oxides; from 12 to 22% by weight of monovalent metal oxides; and with the proviso that the quantitative values add up to 100% by weight; and (b) a refractive index n D (measured at 589 nm) of from 1.5 to 1.6.
A manufacturing method of a turbine rotor comprising the step of welding a high temperature rotor member made of high Cr steel and a low temperature rotor member made of low Cr steel, wherein the high temperature rotor member is formed from 10Cr steel having the following chemical composition No 1 or 10Cr steel containing W having the following chemical composition No 2, and wherein a filler material which welds the high temperature rotor member and the low temperature rotor member together is a 9% Cr-based filler material having the following chemical composition No 5, the low temperature rotor member having the following chemical composition No 3 or No 4, wherein Chemical composition No 1 consists of, by mass %, C: 0.05 to 0.4, Si: 0.35 or less, Mn: 2 or less, Ni: 7.0 or less, Cr: 8 to 15, Mo: 0.1 to 3, V: 0.01 to 0.5, N: 0.02 to 0.1, Nb: 0.2 or less, and balance Fe, Chemical composition No 2 consists of, by mass %, C: 0.05 to 0.4, Si: 0.35 or less, Mn: 2 or less, Ni: 7.0 or less, Cr: 8 to 15, Mo: 1 or less, V: 0.01 to 0.5, N: 0.02 to 0.1, Nb: 0.2 or less, W: 0.1 to 3, and balance Fe, Chemical composition No 3 consists of, by mass %, C: 0.2 to 0.35, Si: 0.35 or less, Mn: 1.5 or less, Ni: 0.2 to 2.0, Cr: 1.5 to 3.0, Mo: 0.90 to 1.50, V: 0.20 to 0.30, and balance Fe, Chemical composition No 4 consists of, by mass %, C: 0.40 or less, Si: 0.35 or less, Mn: 1.0 or less, Ni: 3.0 to 4.5, Cr: 1.0 to 2.5, Mo: 0.1 to 1.5, V: 0.01 to 0.3, and balance Fe, Chemical composition No 5 consists of, by mass %, C: 0.10 or less, Si: 0.30 or less, Mn: 1.20 or less, Ni: 1.0 or less, Cr: 8.00 to 9.50, Mo: 0.60 to 1.00, V: 0.10 to 0.30, N: 0.025 or less, Nb: 0.04 or less, and balance Fe, wherein the low temperature rotor member is formed from 2.25CrMoV steel having the said chemical composition No 3, and after the high temperature rotor member and the low temperature rotor member are joined together by welding, the high temperature rotor member and the low temperature rotor member which are welded together are subjected to heat treatment for 40 to 60 hours at 625 to 650°C so that the Vickers hardness of the high temperature rotor member is set to HV 350 or less.
A method for providing metadata with network traffic, the method comprising: requesting, by an electronic device, a connection with at least one external electronic device that communicates with the electronic device via a communication network; generating, by the electronic device, a network tunnel between the electronic device and the at least one external electronic device; receiving data from the at least one external electronic device using the network tunnel, the received data including a network traffic related to the network tunnel and metadata of applications generating the received data; providing, via a socket buffer, the received metadata to a first application for processing the network traffic according to the applications generating the received data; and differentiating, by the electronic device, the received data based on a respective one of the applications generating the received data, wherein the first application is executed in the electronic device and is used to communicate using the network tunnel and wherein the socket buffer is used for buffering the received metadata, and wherein the differentiating of the received data comprises differentiating the received data according to at least one of a User Identifier, UID, or a Process Identifier, PID included in the metadata. requesting, by an electronic device, a connection with at least one external electronic device that communicates with the electronic device via a communication network; generating, by the electronic device, a network tunnel between the electronic device and the at least one external electronic device; receiving data from the at least one external electronic device using the network tunnel, the received data including a network traffic related to the network tunnel and metadata of applications generating the received data; providing, via a socket buffer, the received metadata to a first application for processing the network traffic according to the applications generating the received data; and differentiating, by the electronic device, the received data based on a respective one of the applications generating the received data, wherein the first application is executed in the electronic device and is used to communicate using the network tunnel and wherein the socket buffer is used for buffering the received metadata, and wherein the differentiating of the received data comprises differentiating the received data according to at least one of a User Identifier, UID, or a Process Identifier, PID included in the metadata.
Cable feedthrough for a housing wall, which is produced from an insulating material, preferably plastic, in the form of a flat supporting plate with at least one marked area provided as a predetermined breaking point and serving as and when required as a cable passage and which is provided at its outer border with a peripheral sealing flange, which can be placed and fixed against a recess provided for this in a wall or intermediate wall, top or bottom of a distribution cabinet, a distribution box or a meter mounting board or the like, characterized in that each marked area is assigned a device for strain relief.
A plunger rod adapted for attachment with a stopper for use with a syringe barrel, said plunger rod comprising: (a) an elongated member having a front end and a back end and extending along a longitudinal axis; and (b) at least one deflecting arm (130, 160, 174) associated with said front end of said elongated member, said deflecting arm (130, 160, 174) capable of deflecting radially inward during insertion of said plunger rod into the stopper and deflecting outward into contact with an inner surface of the stopper after insertion into the stopper to securely lock said plunger rod within the stopper wherein the at least one deflection arm (130, 160, 174) enters into an undercut space of the stopper to lock the plunger rod in place and prevent separation of the stopper from the plunger rod, (c) wherein said plunger rod further comprises at least a first stop member (148, 170, 176) for limiting deflection of said deflecting arm (130, 160, 174) during insertion of said plunger rod into such stopper, characterized in that said front end of said elongated member comprises a head member extending from the front end, said head member including a rim member extending along a front surface thereof and said at least one deflecting arm (130, 174) extends rearward from a bottom surface (146, 173) of said rim member or wherein said at least one deflecting arm extends from a center portion of said head member. (a) an elongated member having a front end and a back end and extending along a longitudinal axis; and (b) at least one deflecting arm (130, 160, 174) associated with said front end of said elongated member, said deflecting arm (130, 160, 174) capable of deflecting radially inward during insertion of said plunger rod into the stopper and deflecting outward into contact with an inner surface of the stopper after insertion into the stopper to securely lock said plunger rod within the stopper wherein the at least one deflection arm (130, 160, 174) enters into an undercut space of the stopper to lock the plunger rod in place and prevent separation of the stopper from the plunger rod, (c) wherein said plunger rod further comprises at least a first stop member (148, 170, 176) for limiting deflection of said deflecting arm (130, 160, 174) during insertion of said plunger rod into such stopper,
A weightlifting disc to be arranged on a bar, the weightlifting disc comprising: a disc part of elastomeric material, wherein the disc part comprises an outer edge and an inner edge, wherein the inner edge is arranged close to a center of the disc part and the outer edge of the disc part is distal from the center of the disc part, at least one reinforcing device, arranged into the disc part circumferentially around the center, between the outer edge and the inner edge of the disc part, wherein the reinforcing device is arranged at a distance (a) from the inner edge of the disc part such as elastomeric material is arranged between the inner edge of the disc part and the reinforcing device characterized in that the reinforcing device comprises spaced holes arranged to accommodate elastomeric material of the disc part. a disc part of elastomeric material, wherein the disc part comprises an outer edge and an inner edge, wherein the inner edge is arranged close to a center of the disc part and the outer edge of the disc part is distal from the center of the disc part, at least one reinforcing device, arranged into the disc part circumferentially around the center, between the outer edge and the inner edge of the disc part, wherein the reinforcing device is arranged at a distance (a) from the inner edge of the disc part such as elastomeric material is arranged between the inner edge of the disc part and the reinforcing device characterized in that the reinforcing device comprises spaced holes arranged to accommodate elastomeric material of the disc part.