mhurhangee/ep-ind-claims huggingface dataset:
Method for replacing an input Real-Time Transport Protocol, RTP stream coming from a media terminal by an output RTP stream integrating an environment which improves the appearance of a person in said input RTP stream, wherein, in case of receipt of the input RTP stream, said method providing for: - Identifying the media terminal user and persons, at least one, who authorize the said user to see them with an improved appearance; - identifying a person in said input RTP stream and if authorizing persons exist and the person identified in the input RTP stream is amongst these authorizing persons, then: - providing the data for the environment which improves the appearance of the person in the input RTP stream to be integrated in the input RTP stream of the identified user; - integrating in the input RTP stream said data for the environment which improves the appearance of the person in the said input RTP stream and - sending back the output RTP stream thus obtained to the media terminal. - Identifying the media terminal user and persons, at least one, who authorize the said user to see them with an improved appearance; - identifying a person in said input RTP stream and if authorizing persons exist and the person identified in the input RTP stream is amongst these authorizing persons, then: - providing the data for the environment which improves the appearance of the person in the input RTP stream to be integrated in the input RTP stream of the identified user; - integrating in the input RTP stream said data for the environment which improves the appearance of the person in the said input RTP stream and - sending back the output RTP stream thus obtained to the media terminal.
A control device of a component mounting machine, which is configured to be applied to the component mounting machine that is configured to hold an electronic component supplied to a supply position (Ps) by a holding member and to transfer the electronic component to a mounting position (Pm) on a circuit board (Bd), the control device is configured to control a moving operation of the holding member in XY-axis direction, characterized in that in a case where the holding member is moved from a current position (Pc) to a predetermined processing position (Pm) within the component mounting machine in XY-axis direction, the control device moves the holding member to a preparation position (Pr) which is set to a defined propelling direction and distance with respect to the processing position (Pm) in XY-axis direction, temporarily stops the holding member at the preparation position (Pr) and immediately moves the holding member from the preparation position (Pr) to the processing position (Pm) in XY-axis direction.
Transfer device of an installation comprising a plurality of presses, the transfer device being configured for transferring parts from a first press to a second press and said transfer device comprising a crossbeam with a longitudinal axis (10.0); a longitudinal main structure; a first carriage and a second carriage horizontally displaceable independently of one another along the main structure, the crossbeam being attached to the first carriage with rotational freedom; and an arm attached to the second carriage with rotational freedom at a first attachment point (23.1) of said arm and attached to the crossbeam with rotational freedom at a second attachment point (23.2) of said arm located at a distance from the first attachment point (23.1), such that said crossbeam is attached to said second carriage through said arm, said arm being configured for rotating relative to the second carriage and relative to the crossbeam when the first carriage and/or said second carriage displace, characterized in that the transfer device comprises a first part support attached to the crossbeam and comprising a plurality of suction devices, and a second part support attached to the crossbeam, located at a distance from the first part support along the longitudinal axis (10.0) of the crossbeam and comprising a plurality of suction devices, the longitudinal main structure comprising a first substructure (14.1) and a second substructure (14.2) horizontally located at a distance from one another and arranged in a same horizontal plane, the first carriage being attached to the first substructure (14.1) and the second carriage being attached to the second substructure (14.2), the first carriage and the second carriage being horizontally located at a distance from one another, and being configured for displacing horizontally along the same horizontal plane.
An apparatus (10; 15) with means for performing an uplink random access procedure from a mobile terminal to a base station serving a cell of a wireless communication network, the uplink random access procedure providing a first and a second group (41; 42) of random access radio resources available for the cell, wherein the first and the second group (41; 42) comprise a plurality of random access radio resources assigned to the mobile terminal for sending a random access preamble to the base station of the wireless communication network, characterized in that the apparatus comprises: means (11; 16) for providing a sliding resource window comprising a plurality of consecutive available random access radio resources from at least one of the two groups (41; 42), wherein the mobile terminal may randomly select, from the sliding resource window, one of the available random access radio resources assigned to the mobile terminal for sending the random access preamble, and wherein the sliding resource window can start from any of the available random access radio resources after the mobile terminal decides to transmit a random access preamble. means (11; 16) for providing a sliding resource window comprising a plurality of consecutive available random access radio resources from at least one of the two groups (41; 42), wherein the mobile terminal may randomly select, from the sliding resource window, one of the available random access radio resources assigned to the mobile terminal for sending the random access preamble, and wherein the sliding resource window can start from any of the available random access radio resources after the mobile terminal decides to transmit a random access preamble.
Method for producing a reflective optical element for EUV lithography, which element has a maximum reflectivity at an operating wavelength in the range of 5 nm to 20 nm, comprising the following steps: - applying to a substrate a multilayer system composed of thirty to sixty stacks arranged one above another, wherein each stack has a layer having a thickness d MLs composed of a material having a higher real part of the refractive index at the operating wavelength, and a layer having a thickness d MLa composed of a material having a lower real part of the refractive index at the operating wavelength, wherein the thickness ratio is d MLa /(d MLa +d MLs) = Γ ML, - applying two, three, four or five further stacks to the multilayer system, said at least two further stacks having a layer having a thickness d s composed of a material having a higher real part of the refractive index at the operating wavelength, and a layer having a thickness d a composed of a material having a lower real part of the refractive index at the operating wavelength, wherein the thickness ratio is d a /(d a +d s) = Γ and Γ > 1.2*Γ ML or Γ < 0.8*Γ ML. - applying to a substrate a multilayer system composed of thirty to sixty stacks arranged one above another, wherein each stack has a layer having a thickness d MLs composed of a material having a higher real part of the refractive index at the operating wavelength, and a layer having a thickness d MLa composed of a material having a lower real part of the refractive index at the operating wavelength, wherein the thickness ratio is d MLa /(d MLa +d MLs) = Γ ML, - applying two, three, four or five further stacks to the multilayer system, said at least two further stacks having a layer having a thickness d s composed of a material having a higher real part of the refractive index at the operating wavelength, and a layer having a thickness d a composed of a material having a lower real part of the refractive index at the operating wavelength, wherein the thickness ratio is d a /(d a +d s) = Γ and Γ > 1.2*Γ ML or Γ < 0.8*Γ ML.
A system for fire protection of a structural element, said system comprising: one or more fire protection boards (5, 6), means attaching the fire protection boards (5, 6) to the structural element, one or more hard plates (8, 9) attached to an outer surface of the fire protection boards (5, 6), characterised in that the fire protection boards (5, 6) are made of mineral wool, and that the one or more hard plates (8, 9) are gypsum plates, and that the system comprises a non-combustible adhesive attaching the hard plates (8, 9) to an outer surface of the fire protection boards (5, 6). one or more fire protection boards (5, 6), means attaching the fire protection boards (5, 6) to the structural element, one or more hard plates (8, 9) attached to an outer surface of the fire protection boards (5, 6), characterised in that the fire protection boards (5, 6) are made of mineral wool, and that the one or more hard plates (8, 9) are gypsum plates, and that the system comprises a non-combustible adhesive attaching the hard plates (8, 9) to an outer surface of the fire protection boards (5, 6).
A radar level gauging arrangement for performing radar level gauging in a tank having a tank wall which is impermeable to a product held in the tank and transmissive to radar signals, comprising: an attachment device configured to be secured to a substantially flat portion of said tank wall, without penetration of the tank wall; and a radar level gauge including a directional antenna, said radar level gauge being mounted to said attachment device, such that, when said attachment device is secured against the tank wall, the directional antenna is positioned so as to enable transmission of radar signals through the tank wall, thereby enabling determination of a filling level of a product in the tank, wherein said attachment device comprises a suction cup configured to be secured to the tank wall by means of partial vacuum, wherein the suction cup is configured to allow a user to create the partial vacuum by mechanical operation of the suction cup, and wherein the directional antenna is arranged to emit radar signals through a central opening of a bellows of the suction cup. an attachment device configured to be secured to a substantially flat portion of said tank wall, without penetration of the tank wall; and a radar level gauge including a directional antenna, said radar level gauge being mounted to said attachment device, such that, when said attachment device is secured against the tank wall, the directional antenna is positioned so as to enable transmission of radar signals through the tank wall, thereby enabling determination of a filling level of a product in the tank, wherein said attachment device comprises a suction cup configured to be secured to the tank wall by means of partial vacuum, wherein the suction cup is configured to allow a user to create the partial vacuum by mechanical operation of the suction cup, and wherein the directional antenna is arranged to emit radar signals through a central opening of a bellows of the suction cup.
A method for manufacturing an acrylic fiber using a spinning solution in which an acrylic polymer is dissolved in an organic solvent, the method comprising: a washing step of alternately performing spraying water onto coagulated filaments obtained by solidifying the spinning solution, and pressing the coagulated filaments with nip rolls, after the coagulated filaments have been drawn, wherein the organic solvent in the coagulated filaments is removed through the washing step.
Device for supplying pressurised fluid, in particular pressurised gas, comprising a pressurised fluid cylinder comprising at least one first tap connected to the cylinder and comprising an inner fluid circuit comprising an insulation valve, the device comprising an electronic device (8, 18, 12, 22) for wirelessly communicating data remotely through electromagnetic waves, characterised in that said electronic communication device (8, 18, 28, 38, 12, 22) comprises a communication member configured to wirelessly communicate according to at least one of the following long-range and low-consumption frequency modulation and/or phase communication technologies: the Lora communication technology, i.e. a communication technology using a frequency hopping spread spectrum frequency modulation, making it possible, in particular, for the recovery of data transmitted even when it is received with a signal-to-noise ratio less than 0dB, operating on determined frequency bands, in particular from 433.0 to 434.79MHz, from 863 to 870MHz, from 902 to 928MHz, from 2400 to 2500MHz, the Sigfox communication technology, i.e. a communication technology using a frequency modulation or a phase modulation synthesising a frequency modulation, ultra-narrow band, making it possible to obtain a spectral density of significant power, in order to increase the signal-to-noise ratio, operating on determined frequency bands, in particular from 433.0 to 434.79MHz, from 863 to 870MHz, from 902 to 928MHz, from 2400 to 2500MHz and in that the device for supplying fluid comprises a protective cap mounted on the cylinder to protect the first tap and a second tap removably connected on the first tap, said electronic communication device (8, 18, 28, 38, 12, 22) being situated on the cylinder and/or on the cap and/or on the first tap and/or on the second tap.
A radiation therapy apparatus comprising: a rotor that is rotatable about an axis of rotation to a plurality of angles of rotation; a radiation head configured to generate a beam of therapeutic radiation and mounted on the rotor; a first plurality of omnidirectional radio antennas (212, 214) positioned on the rotor; and a second plurality of omnidirectional radio antennas (216, 218) configured to communicate with the first plurality of antennas, wherein each of the second plurality of antennas is positioned at a respective fixed location off the rotor so as to allow line-of-sight radio communication between at least one of the first plurality of antennas and at least one of the second plurality of antennas at each angle of rotation, wherein the second plurality of antennas comprises a first antenna positioned above the axis of rotation and a second antenna positioned below the axis of rotation. a rotor that is rotatable about an axis of rotation to a plurality of angles of rotation; a radiation head configured to generate a beam of therapeutic radiation and mounted on the rotor; a first plurality of omnidirectional radio antennas (212, 214) positioned on the rotor; and a second plurality of omnidirectional radio antennas (216, 218) configured to communicate with the first plurality of antennas, wherein each of the second plurality of antennas is positioned at a respective fixed location off the rotor so as to allow line-of-sight radio communication between at least one of the first plurality of antennas and at least one of the second plurality of antennas at each angle of rotation, wherein the second plurality of antennas comprises a first antenna positioned above the axis of rotation and a second antenna positioned below the axis of rotation.
Metal/plastic slide bearing compound material for producing slide bearing elements for lubricated applications, with a metallic support layer, in particular made of steel, and a slide layer in sliding contact with the slide partner, with a slide layer material on a basis of a fluoride-free thermoplastic, in particular PAEK or PEEK, and with fillers that improve the tribological features, wherein the slide layer material comprises 5 - 40 wt.% of a solid lubricant, in particular in the form of one or more of the following materials of zinc sulphide, tungsten disulphide, barium sulfate, kaolin, calcium fluoride, graphite, chalk or talcum, and is free from fibrous additives and from solidity-enhancing hard materials that have a Mohs' hardness of more than 5, characterised in that the slide layer material comprises aluminium silicate in the form of substantially spherical particles as fillers at 1 - 40 wt.%.
A bone anchor, comprising: an interconnection portion to slidingly engage a spacer; a fixation portion spaced apart from the interconnection portion to fix the bone anchor to a bone; and a leg (196, 198) connecting the fixation portion to the interconnection portion, the bone anchor being characterized in that the fixation portion comprises a cutting edge that penetrates the bone when the bone anchor is urged against the bone, and the cutting edge has a curved face adjacent a bottom side of the fixation portion and a flat face adjacent a top side of the fixation portion. an interconnection portion to slidingly engage a spacer; a fixation portion spaced apart from the interconnection portion to fix the bone anchor to a bone; and a leg (196, 198) connecting the fixation portion to the interconnection portion, the bone anchor being characterized in that the fixation portion comprises a cutting edge that penetrates the bone when the bone anchor is urged against the bone, and the cutting edge has a curved face adjacent a bottom side of the fixation portion and a flat face adjacent a top side of the fixation portion.
A flame retardant resin composition, comprising: a base resin; a filler blended in a ratio of 5 parts by mass or more and less than 150 parts by mass relative to 100 parts by mass of the base resin; a silicone compound blended in a ratio of 0.5 parts by mass or more and 10 parts by mass or less relative to 100 parts by mass of the base resin; and a fatty acid-containing compound blended in a ratio of 3 parts by mass or more and 20 parts by mass or less relative to 100 parts by mass of the base resin; wherein the filler is a filler where a silane coupling agent having a polar group is adhered to at least a part of a surface of a silicate compound and wherein the base resin contains a polar group-free polyolefin resin, and wherein the content of polypropylene in the polar group-free polyolefin resin is from 70 to 100 mass% and the content of polyethylene in the polar group-free polyolefin resin is from 0 to 30 mass%. a base resin; a filler blended in a ratio of 5 parts by mass or more and less than 150 parts by mass relative to 100 parts by mass of the base resin; a silicone compound blended in a ratio of 0.5 parts by mass or more and 10 parts by mass or less relative to 100 parts by mass of the base resin; and a fatty acid-containing compound blended in a ratio of 3 parts by mass or more and 20 parts by mass or less relative to 100 parts by mass of the base resin; wherein the filler is a filler where a silane coupling agent having a polar group is adhered to at least a part of a surface of a silicate compound and wherein the base resin contains a polar group-free polyolefin resin, and wherein the content of polypropylene in the polar group-free polyolefin resin is from 70 to 100 mass% and the content of polyethylene in the polar group-free polyolefin resin is from 0 to 30 mass%.
A method for forming a hormone coating composition, the method comprising the steps of: (a) providing a food packaging substrate having an external surface; (b) providing a liquid coating material comprising a polymer emulsion, and from about 1 wppm to about 100,000 wppm of a hormone, wherein the polymer emulsion comprises a polymer and a polymer carrier; (c) applying the liquid coating material to the external surface of the substrate to form a liquid coated substrate; and (d) removing the polymer carrier from the liquid coated substrate under conditions effective to form a solid coated substrate. (a) providing a food packaging substrate having an external surface; (b) providing a liquid coating material comprising a polymer emulsion, and from about 1 wppm to about 100,000 wppm of a hormone, wherein the polymer emulsion comprises a polymer and a polymer carrier; (c) applying the liquid coating material to the external surface of the substrate to form a liquid coated substrate; and (d) removing the polymer carrier from the liquid coated substrate under conditions effective to form a solid coated substrate.
A supercharging system for an internal combustion piston engine, wherein the supercharging system comprising a turbocharger unit having a compressor part and a turbine part mechanically connected with each other, an exhaust gas system connecting the turbine part of the turbocharger unit with the engine, an inlet air system connecting the compressor part of the turbocharger unit with the engine, a waste gate arrangement having an upstream end in flow connection with the inlet air system downstream of the compressor part of the turbocharger unit, and a valve configured to regulate the flow of gas in the waste gate arrangement, wherein the valve comprises a movable valve member configured to restrict flow of gas through the valve and a flow control unit configured to move the movable valve member, the flow control unit of the valve of the waste gate arrangement being mechanically connected to a thermally-responsive actuator so that the thermally-responsive actuator being configured to control the flow control unit of the valve in response to temperatures sensed by the thermally-responsive actuator, characterized by the supercharging system being provided at an internal combustion piston engine arranged in a housing, by an upstream end of the inlet air system being in flow connection with ambient air surrounding the housing, and by the thermally-responsive actuator having an end exposed to the ambient air surrounding the housing.
A pipette for use with a pipette tip, the pipette comprising: a body including an end portion; an ejector member including an ejector end configured to reciprocate between a retracted position and an extended position with respect to the body, wherein the end portion of the body is configured to releasably grip the pipette tip when the ejector end is oriented in the retracted position, and wherein a movement of the ejector end from the retracted position to the extended position is configured to eject a gripped pipette tip from the end portion of the body; an adjustment device configured to adjust the extended position of the ejector end with respect to the body; a lock device configured to selectively inhibit operation of the adjustment device to adjust the extended position of the ejector end, and a link member, wherein the adjustment device adjustably couples the ejector member relative to the link member to adjust the extended position of the ejector end, and wherein the lock device is configured to prevent operation of the adjustment device from adjusting the extended position by preventing a relative rotation of the link member with respect to the body. a body including an end portion; an ejector member including an ejector end configured to reciprocate between a retracted position and an extended position with respect to the body, wherein the end portion of the body is configured to releasably grip the pipette tip when the ejector end is oriented in the retracted position, and wherein a movement of the ejector end from the retracted position to the extended position is configured to eject a gripped pipette tip from the end portion of the body; an adjustment device configured to adjust the extended position of the ejector end with respect to the body; a lock device configured to selectively inhibit operation of the adjustment device to adjust the extended position of the ejector end, and a link member, wherein the adjustment device adjustably couples the ejector member relative to the link member to adjust the extended position of the ejector end, and wherein the lock device is configured to prevent operation of the adjustment device from adjusting the extended position by preventing a relative rotation of the link member with respect to the body.