mhurhangee/ep-ind-claims huggingface dataset:
A proxy server configured to: receive, from a transmitting client, an instant message addressed to a plurality of receiving clients (2,3); transmit the instant message to each of the plurality of receiving clients (2,3); receive one or more response messages from one or more of the plurality of receiving clients (2,3), the one or more response messages being indicative of successful receipt of the instant message; determine, on the basis of the one or more received response messages, which of the plurality of receiving clients (2,3) have received the instant message; and send a delivery report to the transmitting client, indicating which of the receiving clients (2,3) have received the instant message. receive, from a transmitting client, an instant message addressed to a plurality of receiving clients (2,3); transmit the instant message to each of the plurality of receiving clients (2,3); receive one or more response messages from one or more of the plurality of receiving clients (2,3), the one or more response messages being indicative of successful receipt of the instant message; determine, on the basis of the one or more received response messages, which of the plurality of receiving clients (2,3) have received the instant message; and send a delivery report to the transmitting client, indicating which of the receiving clients (2,3) have received the instant message.
A piezoelectric fluid ejection assembly, comprising: a fluid chamber having a bottom, a top, and sidewalls (108A, 108B); a nozzle plate defining the top of the chamber and having a nozzle outlet; a cantilever membrane (116, 602) supported by a sidewall of the chamber and having an adhered piezoceramic thin film sheet (118, 604) to bend the membrane (116, 602) in multiple directions in response to an electric field induced within the thin film sheet (118, 604) by application of a voltage across interdigitated fingers of coplanar electrodes (120, 120A, 120B, 120C, 120D, 606) disposed on the thin film sheet (118, 604), the coplanar electrodes forming multiple sets of coplanar interdigitated electrodes associated with different zones of the actuator, the bending of the membrane (116, 602) to cause ejection of a fluid droplet through the nozzle outlet. a fluid chamber having a bottom, a top, and sidewalls (108A, 108B); a nozzle plate defining the top of the chamber and having a nozzle outlet; a cantilever membrane (116, 602) supported by a sidewall of the chamber and having an adhered piezoceramic thin film sheet (118, 604) to bend the membrane (116, 602) in multiple directions in response to an electric field induced within the thin film sheet (118, 604) by application of a voltage across interdigitated fingers of coplanar electrodes (120, 120A, 120B, 120C, 120D, 606) disposed on the thin film sheet (118, 604), the coplanar electrodes forming multiple sets of coplanar interdigitated electrodes associated with different zones of the actuator, the bending of the membrane (116, 602) to cause ejection of a fluid droplet through the nozzle outlet.
A kitchen furniture comprising a counter, a housing disposed on the counter suitable for placing the cooktop (c) therein, an opening providing access into the housing, a chamber disposed under the counter and near the housing, characterized by a cover that enters into the chamber in the first position and that closes the opening by coming over the housing in the second position and a movement mechanism suitable for moving the cover between the first and second position and moving the cooktop (c) upwards and downwards inside the housing, with the movement mechanism comprising at least one first motor, a gear that rotates when the first motor is operated, the threaded path disposed on at least one side of the cooktop (c), at least one screw shaped shaft (12, 112), one end installed to the gear so as to be rotatable together with the gear, the other end installed rotatably to the threaded path, and that moves the cooktop (c) in the vertical direction by rotating together with the gear, and with the movement mechanism further comprising at least a second motor, a gear that rotates by operating of the second motor and a toothed rack disposed on the lower surface of the cover, that moves the cover in the horizontal direction by being actuated by the gear.
A microfluidic system comprising: a microchannel having a detection region; a fluorinated oil carrier fluid in the microchannel; at least one plug of aqueous plug fluid that is substantially surrounded by the fluorinated oil carrier fluid in the microchannel, wherein the plug fluid comprises at least one biological molecule and reagents suitable for conducting a reaction with the at least one biological molecule in the plug; and a photodiode detector positioned along the microchannel and coincident with the detection region of the microchannel, the photodiode detector having a receive field encompassed by the detection region, the receive field having a circular shape, the detection region having a substantially cylindrical volume with a diameter equal to the receive field of the photodiode detector and a height equal to the depth of the microchannel, the photodiode detector configured for detection of a fluorescent signal or optical image of products of the reaction from within the at least one plug as it is flowing through the detection region, and wherein the interface between said at least one plug and the carrier fluid comprises a fluorosurfactant terminated with an oligoethylene-glycol group. a microchannel having a detection region; a fluorinated oil carrier fluid in the microchannel; at least one plug of aqueous plug fluid that is substantially surrounded by the fluorinated oil carrier fluid in the microchannel, wherein the plug fluid comprises at least one biological molecule and reagents suitable for conducting a reaction with the at least one biological molecule in the plug; and a photodiode detector positioned along the microchannel and coincident with the detection region of the microchannel, the photodiode detector having a receive field encompassed by the detection region, the receive field having a circular shape, the detection region having a substantially cylindrical volume with a diameter equal to the receive field of the photodiode detector and a height equal to the depth of the microchannel, the photodiode detector configured for detection of a fluorescent signal or optical image of products of the reaction from within the at least one plug as it is flowing through the detection region, and wherein the interface between said at least one plug and the carrier fluid comprises a fluorosurfactant terminated with an oligoethylene-glycol group.
Magnetic bearing for the active radial and passive axial mounting of a shaft, for a spinning rotor of an open-end spinning device, which features several pole shanks of a stator for the active radial magnetic mounting of the shaft in two degrees of freedom, which in each case are surrounded by a coil and are radially arranged to each other, whereas the pole shanks are arranged in such a manner that they release an opening for the shaft, the pole shanks being connected to each other in the area of the opening, and on the side of the coils turned away from the opening, and in particular, for the passive axial mounting of the shaft, at least one permanent magnet is arranged between the coils and the opening, characterized in that the permanent magnet is in operative connection with the pole shanks, that the radial distance of the at least one permanent magnet from the center of the opening is larger than the radius of the opening and that a ferromagnetic guide ring is allocated to the at least one permanent magnet at the side turned away from the pole shank for the guiding of the electromagnetic flux, whereas the inner diameter of the guide ring essentially corresponds to the diameter of the opening of the pole shanks for the shaft.
A rubber composition for a refrigerant-transporting hose comprising at least an inner tube and a reinforcing layer disposed outward of the inner tube, wherein the rubber composition is used for manufacture of the inner tube, the rubber composition comprising: butyl rubber; a scale-like filler; and carbon black; an iodine adsorption number of the carbon black being from 65 to 150 mg/g; a content of the scale-like filler being 20 parts by mass or greater, per 100 parts by mass of the butyl rubber; and a content of the carbon black being 20 parts by mass or greater and less than 50 parts by mass, per 100 parts by mass of the butyl rubber, with the proviso that Examples 1 to 6 of EP3406665 are excluded. butyl rubber; a scale-like filler; and carbon black; an iodine adsorption number of the carbon black being from 65 to 150 mg/g; a content of the scale-like filler being 20 parts by mass or greater, per 100 parts by mass of the butyl rubber; and a content of the carbon black being 20 parts by mass or greater and less than 50 parts by mass, per 100 parts by mass of the butyl rubber, with the proviso that Examples 1 to 6 of EP3406665 are excluded.
A method of operating a quantum spin Hall system, comprising: controlling two magnetic tunnel barriers that separate Maj orona zero modes ("MZMs") from a gapless edge of the quantum spin Hall system, wherein the magnetic tunnel barriers are formed from a magnetic insulator whose magnetization is held constant, and wherein the magnetic tunnel barriers are controlled by tuning a gate to control electron density around the magnetic insulator in a quantum spin Hall plane of the quantum spin Hall system, thereby forming a quantum dot between the magnetic tunnel barriers. controlling two magnetic tunnel barriers that separate Maj orona zero modes ("MZMs") from a gapless edge of the quantum spin Hall system, wherein the magnetic tunnel barriers are formed from a magnetic insulator whose magnetization is held constant, and wherein the magnetic tunnel barriers are controlled by tuning a gate to control electron density around the magnetic insulator in a quantum spin Hall plane of the quantum spin Hall system, thereby forming a quantum dot between the magnetic tunnel barriers.
An immunogenic composition comprising a non-naturally occurring factor H binding protein (fHbp) derived from fHbp ID1 (having the sequence set forth in SEQ ID NO:1) and having at least 90% sequence identity to SEQ ID NO:1, wherein the non-naturally occurring fHbp has an amino acid substitution at position R41, and wherein said non-naturally occurring fHbp has a lower affinity for human factor H (fH) than the fHbp ID1 and elicits bactericidal antibodies against N. meningitidis; wherein the amino acid substitution at R41 is R41S or R41A; or wherein the composition comprises an adjuvant selected from aluminum hydroxide, aluminum phosphate, MF59TM, an oil-in-water emulsion, monophosphoryl lipid A, or a saponin; or wherein the composition comprises outer membrane vesicles of Neisseria meningitidis genetically modified to express the fHbp; or wherein the composition comprises microvesicles of Neisseria meningitidis genetically modified to express the fHbp.
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, wherein free ends of said wiper blade are connected to a respective connecting piece, which windscreen wiper device comprises a connecting device for an oscillating wiper arm, and wherein said wiper blade is provided with a spoiler at a side thereof facing away from said windscreen to be wiped, wherein at least one connecting piece comprises an internal transverse reinforcement rib, characterized in that said spoiler is removed along a portion of the length of said wiper blade at a distance from a free end of said wiper blade facing said connecting piece so as to form a transverse slit, and wherein in mounted position said internal transverse reinforcement rib rests inside said slit.
Elastic coupling for agricultural drives, which can be rotatably driven around a rotation axis, comprising: two coupling elements (1, 2) and at least one elastic element, which is positioned between the two coupling elements (1, 2), characterised in that the at least one elastic element is clamped axially between the two coupling elements (1, 2) by at least one clamping device. two coupling elements (1, 2) and at least one elastic element, which is positioned between the two coupling elements (1, 2), characterised in that the at least one elastic element is clamped axially between the two coupling elements (1, 2) by at least one clamping device.
A method for generating a broadcast positioning signal, comprising: receiving (101;201) a data stream, performing forward error correction coding and orthogonal frequency-division multiplexing (OFDM) modulation on the data stream, and generating an OFDM signal; generating (101;201) at least one unmodulated first spread spectrum code; performing(102;202) spread spectrum modulation on preset message bit information according to the at least one unmodulated first spread spectrum code to generate at least one spread spectrum modulation signal; the method being characterized by: inserting (103;203) the at least one spread spectrum modulation signal and the at least one unmodulated first spread spectrum code in a transmitter identifier signal and a first synchronization signal for each time slot of the OFDM signal, the transmitter identifier signal and the first synchronization signal being included in each time slot of the OFDM signal, to generate a broadcast positioning signal. receiving (101;201) a data stream, performing forward error correction coding and orthogonal frequency-division multiplexing (OFDM) modulation on the data stream, and generating an OFDM signal; generating (101;201) at least one unmodulated first spread spectrum code; performing(102;202) spread spectrum modulation on preset message bit information according to the at least one unmodulated first spread spectrum code to generate at least one spread spectrum modulation signal; the method being characterized by: inserting (103;203) the at least one spread spectrum modulation signal and the at least one unmodulated first spread spectrum code in a transmitter identifier signal and a first synchronization signal for each time slot of the OFDM signal, the transmitter identifier signal and the first synchronization signal being included in each time slot of the OFDM signal, to generate a broadcast positioning signal.
A method for transmitting reference signals, the method being performed by a first network device, comprising: transmitting, in a single orthogonal frequency-division multiplexing, OFDM, symbol, a composite reference signal to a second network device, wherein the composite reference signal is a time domain concatenation of at least a first reference signal and a last reference signal, the first reference signal being different from the last reference signal, wherein the composite reference signal has a single cyclic prefix, and wherein the cyclic prefix is determined according to a last part of the single OFDM symbol. transmitting, in a single orthogonal frequency-division multiplexing, OFDM, symbol, a composite reference signal to a second network device, wherein the composite reference signal is a time domain concatenation of at least a first reference signal and a last reference signal, the first reference signal being different from the last reference signal, wherein the composite reference signal has a single cyclic prefix, and wherein the cyclic prefix is determined according to a last part of the single OFDM symbol.
A method for authenticating an identity assertion included in a Public Switched Telephone Network, PSTN, communication, the method comprising: receiving a PSTN communication (61 b) including an identity assertion at an endpoint; characterized by receiving a packet-switched communication at the endpoint, the packet-switched communication including a network identity assertion that is associated with the identity assertion; correlating the PSTN communication with the packet-switched communication; and authenticating the identity assertion included in the PSTN communication using the network identity assertion included in the packet-switched communication. receiving a PSTN communication (61 b) including an identity assertion at an endpoint; characterized by receiving a packet-switched communication at the endpoint, the packet-switched communication including a network identity assertion that is associated with the identity assertion; correlating the PSTN communication with the packet-switched communication; and authenticating the identity assertion included in the PSTN communication using the network identity assertion included in the packet-switched communication.
Solar cell comprising: - a semiconductor wafer, - an emitter provided on a front side of the semiconductor wafer and formed by at least one emitter region which comprises at least a first layer of a first conductivity type and a first contact layer allowing a carrier extraction or injection, - a backcontact comprising at least a second layer of a second conductivity type opposite of said first conductivity type and a second contact layer allowing a carrier extraction or injection, - electrical contacts (8, 9) which are connected to said emitter regions and said backcontact respectively and designed to transport an electrical current out of the solar cell, characterized in that the area of the emitter covers between 0.5% to 15%, preferably between 1% and 10% and more preferably between 2% and 5% of the area of a side of the wafer on which the emitter regions are provided, the rest of the area of said side of the wafer being covered by first passivating regions which comprise at least a first passivating layer (12, 16), said first passivating regions being deprived from the first layer of the first conductivity type of the emitter regions. - a semiconductor wafer, - an emitter provided on a front side of the semiconductor wafer and formed by at least one emitter region which comprises at least a first layer of a first conductivity type and a first contact layer allowing a carrier extraction or injection, - a backcontact comprising at least a second layer of a second conductivity type opposite of said first conductivity type and a second contact layer allowing a carrier extraction or injection, - electrical contacts (8, 9) which are connected to said emitter regions and said backcontact respectively and designed to transport an electrical current out of the solar cell,
A wheel assembly comprising: an inboard wheel portion comprising a rim and a disk, wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion; a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment (230A, 230B, 230C) of a segmented annular heat shield; characterised by comprising a cover coupled to at least a portion of the retainer; wherein a first air gap, a second air gap, and a third air gap are defined between the torque bar and the radially inward surface of the rim of the inboard wheel portion; and wherein: the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion. an inboard wheel portion comprising a rim and a disk, wherein a radially inward surface of the rim and an inboard surface of the disk define a wheel well cavity configured to house a brake assembly; a torque bar of the brake assembly mounted to the inboard wheel portion; a retainer coupled to the torque bar and disposed radially between the torque bar and the radially inward surface of the rim of the inboard wheel portion, the retainer comprising opposing longitudinal sides configured to respectively engage and retain a respective heat shield segment (230A, 230B, 230C) of a segmented annular heat shield; characterised by comprising a cover coupled to at least a portion of the retainer; wherein a first air gap, a second air gap, and a third air gap are defined between the torque bar and the radially inward surface of the rim of the inboard wheel portion; and wherein: the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion. the cover is disposed radially between the torque bar and the retainer; the first air gap is defined between the torque bar and the cover; the second air gap is defined between the cover and the retainer; and the third air gap is defined between the retainer and the radially inward surface of the rim of the inboard wheel portion.
Non-stick coating for a surface of a substrate which contains at least one fluoropolymer as an anti-adhesive plastic, characterised by a hierarchical layer structure applied to a microstructured subsurface having a roughness of 2 to 50μm Ra, said hierarchical layer structure having at least one microstructured first layer having microelevations in the range from 2 to 50μm, said first layer containing the at least one fluoropolymer as well as a supplement of 5 to 30% by weight of organic or inorganic particles of SiC, Al 2 SO 3, polyamides and/or PPSO 2, and having at least one submicrostructured second layer which overlaps this, the elevations of which are smaller than the elevations of the first microstructured layer.
A method of creating a machining path for a wire electrical discharge machine based on an axis movement command from a machining program and of performing machining by moving a wire electrode and a workpiece relative to each other according to the created machining path, the method comprising correcting the machining path such that in a corner portion formed at an intersection of two consecutive movement blocks in the created machining path, the two consecutive movement blocks being a first block to be machined first and a second block to be machined second, a corrected path will be generated by extending an end point of the first block, that when an extended block end point is reached by moving along the corrected path, a machining path which returns to the end point of the original block along the corrected path will be newly created, and that the second block will be machined by continuing from the newly created machining path, characterised in that the method further comprises in the corner portion, machining the second block by reducing machining energy compared to when the first block is machined; and/or in the corner portion, machining the second block by reducing the amount of machining fluid compared to when the first block is machined.