mhurhangee/ep-ind-claims huggingface dataset:
A network communication method, wherein the method is applied to multi-layer network communication, the multi-layer network includes a first network layer and a second network layer, control logic is distributed at the first network layer and the second network layer, the first network layer includes a first primary node, a non-primary node that initiates communication, a second primary node, and a non-primary node that receives communication, wherein the first primary node and the non-primary node that initiates communication are located in a same domain, the second primary node and the non-primary node that receives communication are located in a same domain; where the non-primary node that initiates communication and the non-primary node that receives communication are located in different domains, and the method comprises: receiving, by the first primary node, first communication information which was sent by the non-primary node that initiates communication to the non-primary node that receives communication; determining, by the first primary node, first label information, wherein the first label information is used to indicate a communication path at the second network layer, wherein the communication path is from a first node of the second network layer to a node of the second network layer that has a mapping relationship with the second primary node; wherein the first node has a mapping relationship with the first primary node; and sending, by the first primary node, first information to the first node, wherein the first information comprises the first communication information and the first label information, wherein the determining, by the first primary node, first label information comprises: sending, by the first primary node, the first communication information to a first domain controller to which the first primary node belongs, and determining label information returned by the first domain controller as the first label information when determining that a label processing rule table stored by the first primary node does not comprise label information corresponding to the communication path. receiving, by the first primary node, first communication information which was sent by the non-primary node that initiates communication to the non-primary node that receives communication; determining, by the first primary node, first label information, wherein the first label information is used to indicate a communication path at the second network layer, wherein the communication path is from a first node of the second network layer to a node of the second network layer that has a mapping relationship with the second primary node; wherein the first node has a mapping relationship with the first primary node; and sending, by the first primary node, first information to the first node, wherein the first information comprises the first communication information and the first label information,
Modular vehicle comprising a driver station equipped with a seat and a loading plate, and having at least two configurations, namely a first configuration in which the vehicle is intended to be used without a driver and a second configuration in which the vehicle is intended to be used with a driver, said vehicle being characterised in that: • the loading plate comprises several mobile parts comprising articulation members for the articulated mounting of the mobile parts on the vehicle and/or on an adjacent mobile part; • in the first configuration of the vehicle, the mobile parts are placed in the horizontal position with at least one mobile part covering the inaccessible driver station, and the loading plate, at least partially formed by mobile parts, is a flat surface which occupies more than half of the upper face of the vehicle; and • in the second configuration of the vehicle, at least one mobile part of the loading plate is deployed upwards in order to free up access to the driver station which is accessible and useable for the driver. • the loading plate comprises several mobile parts comprising articulation members for the articulated mounting of the mobile parts on the vehicle and/or on an adjacent mobile part; • in the first configuration of the vehicle, the mobile parts are placed in the horizontal position with at least one mobile part covering the inaccessible driver station, and the loading plate, at least partially formed by mobile parts, is a flat surface which occupies more than half of the upper face of the vehicle; and • in the second configuration of the vehicle, at least one mobile part of the loading plate is deployed upwards in order to free up access to the driver station which is accessible and useable for the driver.
An improved position measurement system, comprising: at least one optical transmitter positioned within a position measurement field to generate a pair of planar light beams (14, 16) and a strobe pulse to illuminate said measurement field; at least one selectively positionable receiver within said position measurement field to generate position measurement data in response to said illumination from said planar beams (14, 16) and said strobe pulse; calibration logic associated with said light detector receiver; characterized in that said calibration logic is adapted to execute a quadratic mathematical algorithm to uniquely characterize said planar beams (14, 16) of each of said optical transmitters active in said measurement field; wherein said quadratic mathematical algorithm uses a cone shape to describe a cone surface which represents each planar beam (14, 16). at least one optical transmitter positioned within a position measurement field to generate a pair of planar light beams (14, 16) and a strobe pulse to illuminate said measurement field; at least one selectively positionable receiver within said position measurement field to generate position measurement data in response to said illumination from said planar beams (14, 16) and said strobe pulse; calibration logic associated with said light detector receiver; characterized in that said calibration logic is adapted to execute a quadratic mathematical algorithm to uniquely characterize said planar beams (14, 16) of each of said optical transmitters active in said measurement field; wherein said quadratic mathematical algorithm uses a cone shape to describe a cone surface which represents each planar beam (14, 16).
A braiding machine, especially a round braiding machine, for braiding a continuously-supplied braiding core, with at least two braiding-thread spools and with a braiding ring arranged between the braiding-thread spools and the run-on point of the braiding threads onto the braiding core, over the inner surface of which ring the braiding threads are guided, wherein at least two braiding rings (11, 12, 11', 12', 21, 22, 24, 25) with a constant opening cross-section in each case are arranged in series adjacent to each other, characterised in that the opening cross-sections delimited by the braiding rings (11, 12, 11', 12', 21, 22, 23, 24, 25) form an overlap opening which is geometrically adapted to the braiding-core cross-section which is momentarily to be braided, and in that the braiding rings (11, 12, 11', 12', 21, 22, 23, 24, 25) are arranged so as to be individually adjustable for geometric adaptation of the overlap opening.
A light-curing apparatus that is formed pistol-shaped, having an elongated cooling body that Is arranged in the barrel of the pistol-shaped light-curing apparatus and carrying a LED light source at the frontal end face that is directly or indirectly coupled to a metal heat-conducting rod (18; 80), that centrally extends within the cooling body and comprising a copper core, wherein the heat-conducting rod (18; 80) is In thermal communication, at least in its end region facing away from the light source, with cooling ribs (20, 22) of the cooling body, so that the heat generated by the light source is able to be dissipated in an axial direction of the elongated cooling body, wherein a deflection for a cooling air stream is provided, adjacent to the light source, between two housing parts or between at least print board (34, 36, 38, 40) and a housing, by means of which deflection the cooling air stream is deflected by at least 90°, and wherein the cooling air stream initially passes through a first cooling air passage and, following deflection (70, 94), through a second cooling air passage or vice versa, and wherein a fan Is arranged at the front face of the cooling body facing away from the fight source.
A maneuvering drive for a trailer, comprising - a fastening means for fastening to the trailer; - a carrier movable relative to the fastening means; - a drive motor held by the carrier; - a drive roller adapted to be rotatably driven by the drive motor; and comprising - a braking means for braking a rotary movement of the drive roller; characterized in that - the drive motor and the braking means are arranged coaxially with each other; and in that - in the flux of force between the drive motor and the drive roller a transmission means is provided, which has no self-locking feature. - a fastening means for fastening to the trailer; - a carrier movable relative to the fastening means; - a drive motor held by the carrier; - a drive roller adapted to be rotatably driven by the drive motor; and comprising - a braking means for braking a rotary movement of the drive roller; characterized in that - the drive motor and the braking means are arranged coaxially with each other; and in that - in the flux of force between the drive motor and the drive roller a transmission means is provided, which has no self-locking feature. - the drive motor and the braking means are arranged coaxially with each other; and in that - in the flux of force between the drive motor and the drive roller a transmission means is provided, which has no self-locking feature.
A golf ball comprising a golf ball body and a paint film composed of at least one layer and formed on a surface of the golf ball body, wherein a base resin constituting an outermost layer of the paint film is a polyurethane obtained by a reaction between a polyol composition and a polyisocyanate composition, wherein the polyisocyanate composition contains only one polyisocyanate selected from the group consisting of an isocyanurate-modified product of hexamethylene diisocyanate, a biuret-modified product of hexamethylene diisocyanate, an adduct product of hexamethylene diisocyanate, and an isocyanurate-modified product of isophorone diisocyanate, as a polyisocyanate component, wherein the polyol composition contains a urethane polyol, wherein the urethane polyol includes a polyether diol having a number average molecular weight in a range of from 800 to 3000 as a constituent component, wherein the number average molecular weight of the polyol component is measured by gel permeation chromatography, using polystyrene as a standard material, tetrahydrofuran as an eluate, and an organic solvent system GPC column as a column, and a loss modulus (E") at the temperature of -50 °C obtained by measuring a dynamic viscoelasticity of the polyurethane under following conditions is 1.00×10 8 Pa or more: <measurement conditions> measuring mode: sine wave tensile mode measuring temperature range: -120 °C to 100 °C temperature increasing rate: 3 °C /min oscillation frequency: 10 Hz measuring strain: 0.05%. wherein the polyisocyanate composition contains only one polyisocyanate selected from the group consisting of an isocyanurate-modified product of hexamethylene diisocyanate, a biuret-modified product of hexamethylene diisocyanate, an adduct product of hexamethylene diisocyanate, and an isocyanurate-modified product of isophorone diisocyanate, as a polyisocyanate component, wherein the polyol composition contains a urethane polyol, wherein the urethane polyol includes a polyether diol having a number average molecular weight in a range of from 800 to 3000 as a constituent component, wherein the number average molecular weight of the polyol component is measured by gel permeation chromatography, using polystyrene as a standard material, tetrahydrofuran as an eluate, and an organic solvent system GPC column as a column, and a loss modulus (E") at the temperature of -50 °C obtained by measuring a dynamic viscoelasticity of the polyurethane under following conditions is 1.00×10 8 Pa or more: <measurement conditions> measuring mode: sine wave tensile mode measuring temperature range: -120 °C to 100 °C temperature increasing rate: 3 °C /min oscillation frequency: 10 Hz measuring strain: 0.05%. <measurement conditions> measuring mode: sine wave tensile mode measuring temperature range: -120 °C to 100 °C temperature increasing rate: 3 °C /min oscillation frequency: 10 Hz measuring strain: 0.05%.
An applicator (100, 110), comprising: a solution container (10, 18) having an opening and a columnar brush member, wherein the columnar brush member is disposed at the opening of the solution container (10, 18), wherein a tip portion of the columnar brush member outside the solution container (10, 18) has a fan shape extending in a perpendicular lateral direction against a pillar axial lengthwise direction, and a thickness of the fan-shaped tip portion of the columnar brush member in a perpendicular lengthwise direction decreases against the pillar axial lengthwise direction toward the tip portion of the columnar brush member, and the columnar brush member is formed by bundling synthetic fibers in a columnar shape, the synthetic fibers being 7 to 50μm in diameter, so that the density ranges from 0.15 to 0.65, characterized in that a bottomed tubular holder having a tubular body and a bottom portion is provided between the solution container and the columnar brush member, the bottomed tubular holder is inserted into the opening of the solution container, the bottom portion of the bottomed tubular holder has at least one pore, and the columnar brush member is inserted into the inside of the tubular body of the bottomed tubular holder. a solution container (10, 18) having an opening and a columnar brush member, wherein the columnar brush member is disposed at the opening of the solution container (10, 18), wherein a tip portion of the columnar brush member outside the solution container (10, 18) has a fan shape extending in a perpendicular lateral direction against a pillar axial lengthwise direction, and a thickness of the fan-shaped tip portion of the columnar brush member in a perpendicular lengthwise direction decreases against the pillar axial lengthwise direction toward the tip portion of the columnar brush member, and the columnar brush member is formed by bundling synthetic fibers in a columnar shape, the synthetic fibers being 7 to 50μm in diameter, so that the density ranges from 0.15 to 0.65, characterized in that a bottomed tubular holder having a tubular body and a bottom portion is provided between the solution container and the columnar brush member, the bottomed tubular holder is inserted into the opening of the solution container, the bottom portion of the bottomed tubular holder has at least one pore, and the columnar brush member is inserted into the inside of the tubular body of the bottomed tubular holder.
A method of mining a mineral deposit, including: setting, at a first set of spaced pre-blast locations in the deposit, a plurality of primary explosive charges suitable for fragmenting the deposit on being collectively exploded; setting, at a second set of spaced pre-blast locations in the deposit, a plurality of secondary explosive charges suitable to be acoustically and/or seismically detectable on being activated; exploding the primary explosive charges to fragment the deposit; shortly thereafter activating the secondary explosive charges; and detecting the post-blast locations of the secondary explosive charges by acoustically and/or seismically detecting their response to activation. setting, at a first set of spaced pre-blast locations in the deposit, a plurality of primary explosive charges suitable for fragmenting the deposit on being collectively exploded; setting, at a second set of spaced pre-blast locations in the deposit, a plurality of secondary explosive charges suitable to be acoustically and/or seismically detectable on being activated; exploding the primary explosive charges to fragment the deposit; shortly thereafter activating the secondary explosive charges; and detecting the post-blast locations of the secondary explosive charges by acoustically and/or seismically detecting their response to activation.
A clamping device for clamping a workpiece, having a chuck and a collet chuck mounted in the chuck, a bayonet lock being provided by means of which the collet chuck can be fastened to or released from the chuck without tools, and wherein the collet chuck can be moved against a stationary part of the chuck between a clamping position and a release position, and wherein at least one locking element is mounted in the stationary part of the chuck, which secures the bayonet catch in the clamping position against loosening and which releases the bayonet catch in the loosening position for actuation, characterized in that the bayonet catch has a manually actuable actuating ring and a bayonet ring which is operatively connected to the actuating ring and by means of which the collet chuck can be fixed to the chuck, and the clamping device is provided such that, in the clamping position, said at least one locking element blocks the bayonet ring against rotation and, in the release position, said at least one locking element releases the bayonet ring.
An optical frequency comb generation device comprising: an optical frequency comb generator that generates an optical frequency comb, which is a pulse laser beam represented by an aggregate of multiple spectral lines whose frequencies have an offset defined by an offset frequency f ceo and that are arranged at a frequency spacing of a repetition frequency f rep in a comb-like fashion; a detection unit (12,12A,12B) that generates, from the optical frequency comb output from the optical frequency comb generator, a detection signal indicating the offset frequency f ceo to output the detection signal; and characterized in an error signal detection unit that generates, from the detection signal, an error signal for phase-locking a component having a frequency (f rep - f ceo) to a component having a frequency (f rep + f ceo) and feeds back the error signal to the optical frequency comb generator to variably control the offset frequency f ceo contained in the optical frequency comb output from the optical frequency comb generator to zero. an optical frequency comb generator that generates an optical frequency comb, which is a pulse laser beam represented by an aggregate of multiple spectral lines whose frequencies have an offset defined by an offset frequency f ceo and that are arranged at a frequency spacing of a repetition frequency f rep in a comb-like fashion; a detection unit (12,12A,12B) that generates, from the optical frequency comb output from the optical frequency comb generator, a detection signal indicating the offset frequency f ceo to output the detection signal; and characterized in an error signal detection unit that generates, from the detection signal, an error signal for phase-locking a component having a frequency (f rep - f ceo) to a component having a frequency (f rep + f ceo) and feeds back the error signal to the optical frequency comb generator to variably control the offset frequency f ceo contained in the optical frequency comb output from the optical frequency comb generator to zero.
A method for de-energizing a chain-link converter comprising one or more phase legs (L1, L2, L3), each phase leg (L1, L2, L3) comprising a number of series-connected converter cells (2 1, 2 2,..., 2 n), each converter cell (2 1, 2 2,..., 2 n) comprising four valves arranged in an H-bridge connection with a DC capacitor (7 1, 7 2,..., 7 n), and each valve in turn comprising a semiconductor switch (10, 11, 12, 13) in parallel with a diode (14, 15, 16, 17), the phase legs (L1, L2, L3) being connected to a respective charging resistor (R L1, R L2, R L3), the method comprising the steps of: - opening AC circuit breakers (4 L1, 4 L2, 4 L3) arranged between a power grid and the chain-link converter, - opening charging resistors switches (S L1, S L2, S L3) arranged in parallel with a respective one of charging resistors (R L1, R L2, R L3), and - circulating a current within the chain-link converter through the charging resistors (R L1, R L2, R L3) and each phase leg (L1, L2, L3), whereby the DC capacitor (7 1, 7 2,..., 7 n) are discharged. - opening AC circuit breakers (4 L1, 4 L2, 4 L3) arranged between a power grid and the chain-link converter, - opening charging resistors switches (S L1, S L2, S L3) arranged in parallel with a respective one of charging resistors (R L1, R L2, R L3), and - circulating a current within the chain-link converter through the charging resistors (R L1, R L2, R L3) and each phase leg (L1, L2, L3), whereby the DC capacitor (7 1, 7 2,..., 7 n) are discharged.
Timekeeping movement including an arbor, which has at least a pivot made of magnetic material and able to rotate about a determined pivot axis, and at least one magnetic bearing (105; 205) including a magnet (106; 206; 306; 406), which exerts a force of attraction on the arbor's pivot made of magnetic material, and an endstone (63; 63A; 73; 83; 463) arranged between the magnet and the pivot, the endstone being formed of a material having a hardness greater than 500 HV and a friction coefficient less than or equal to 0.1 with the material of which the pivot is made; characterized in that the material forming the endstone has a high magnetic permeability; in that said endstone has, in cross-section to the pivot axis, smaller dimensions than those of the magnet; and in that the endstone is arranged in the timepiece movement to be centred on the determined pivot axis.
A method for generating a solution rich in interleukin-1 receptor antagonist comprising: (a) contacting a liquid volume comprising adipocytes with polyacrylamide beads; (b) separating the liquid volume from the polyacrylamide beads and the adipocytes to obtain a solution rich in interleukin-1 receptor antagonist. (a) contacting a liquid volume comprising adipocytes with polyacrylamide beads; (b) separating the liquid volume from the polyacrylamide beads and the adipocytes to obtain a solution rich in interleukin-1 receptor antagonist.