mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication by a user equipment, UE, in a coordinated multi-point system, the method comprising: transmitting a first sounding reference signal, SRS, intended for a first one or more base stations currently serving the UE and associated with a first cell identifier; transmitting a second SRS intended for a second one or more base stations associated with a second cell identifier; and adjusting a transmission power of the first SRS and the second SRS with separate power control schemes; wherein transmit power control, TPC, commands of a first power control scheme are different from TPC commands applied to other physical uplink channels. transmitting a first sounding reference signal, SRS, intended for a first one or more base stations currently serving the UE and associated with a first cell identifier; transmitting a second SRS intended for a second one or more base stations associated with a second cell identifier; and adjusting a transmission power of the first SRS and the second SRS with separate power control schemes; wherein transmit power control, TPC, commands of a first power control scheme are different from TPC commands applied to other physical uplink channels.
An antenna reflector with a deployable perimeter, comprising: a reflector surface which forms a predetermined dish-like shape and has a main dish axis; the reflector surface comprised of an inner section which radially extends a first predetermined distance L1 from the main dish axis, the inner section immovably supported on a fixed backing structure and comprising a plurality of radial ribs, and an outer section comprising a deployable perimeter; and a deployable support structure configured to movably support at least a first portion of the outer section, the deployable support structure comprised of a plurality of rib tips disposed on end portions of the radial ribs that are located distal from the main dish axis and hingedly secured to the fixed backing structure, each having an elongated shape, and extending in a direction away from the main dish axis; wherein the rib tips are configured to rotate on hinge members relative to the fixed backing structure from a first position in which the antenna reflector is made more compact for stowage, to a second position in which a diameter of the reflector surface is increased at a time of deployment; characterized in that at least a second portion of the outer section is supported on a plurality of rib extensions which extend from the fixed backing structure in radial directions relative to the main dish axis, and are immovable relative to the fixed backing structure; wherein the second portion of the outer section is fixed in place in relation to the inner section; and wherein the first and second portions of the outer section are different portions. a reflector surface which forms a predetermined dish-like shape and has a main dish axis; the reflector surface comprised of an inner section which radially extends a first predetermined distance L1 from the main dish axis, the inner section immovably supported on a fixed backing structure and comprising a plurality of radial ribs, and an outer section comprising a deployable perimeter; and a deployable support structure configured to movably support at least a first portion of the outer section, the deployable support structure comprised of a plurality of rib tips disposed on end portions of the radial ribs that are located distal from the main dish axis and hingedly secured to the fixed backing structure, each having an elongated shape, and extending in a direction away from the main dish axis; wherein the rib tips are configured to rotate on hinge members relative to the fixed backing structure from a first position in which the antenna reflector is made more compact for stowage, to a second position in which a diameter of the reflector surface is increased at a time of deployment; characterized in that at least a second portion of the outer section is supported on a plurality of rib extensions which extend from the fixed backing structure in radial directions relative to the main dish axis, and are immovable relative to the fixed backing structure; wherein the second portion of the outer section is fixed in place in relation to the inner section; and wherein the first and second portions of the outer section are different portions.
A process for the preparation of a fertilizer granule having a nitrogen content of at least 27 % by weight, characterized by providing an aqueous solution of ammonium nitrate and particles of calcium sulphate and contacting a core containing at least 80 % by weight of ammonium nitrate with the aqueous solution of ammonium nitrate and particles of calcium sulphate to give a coating layer on the core consisting of an essentially homogeneous mixture containing calcium sulphate and ammonium nitrate.
A mouthpiece for illumination of teeth, the mouthpiece comprises: - at least one slab shaped light guide, where each light guide comprises a first surface and a second surface located opposite to the first surface, - at least one light source arranged for injecting light into each light guide, - an optically transparent element arranged to contact at least a part of the first surface at one or more contact locations, and where at least a part of the optically transparent element is arranged to face the buccal side of the teeth, when the mouthpiece is in use, to enable transmission of light between the teeth and the at least one slab shaped light guide, - an out-coupling structure arranged to redirect incident light in each light guide at a part of the second surface to enable transmission of at least a part of the redirected light through the first surface into the optically transparent element, characterized in that the optically transparent element has a lower refractive index than the at least one slab shaped light guide to enable total internal reflection of the injected light at the one or more contact locations. - at least one slab shaped light guide, where each light guide comprises a first surface and a second surface located opposite to the first surface, - at least one light source arranged for injecting light into each light guide, - an optically transparent element arranged to contact at least a part of the first surface at one or more contact locations, and where at least a part of the optically transparent element is arranged to face the buccal side of the teeth, when the mouthpiece is in use, to enable transmission of light between the teeth and the at least one slab shaped light guide, - an out-coupling structure arranged to redirect incident light in each light guide at a part of the second surface to enable transmission of at least a part of the redirected light through the first surface into the optically transparent element, characterized in that the optically transparent element has a lower refractive index than the at least one slab shaped light guide to enable total internal reflection of the injected light at the one or more contact locations.
Process for the preparation of styrene monomers by depolymerization of polystyrene, comprising the steps of: (a) feeding a polymer composition containing 60 to 99.9% by weight of polystyrene, based on the total weight of the polymer composition, into the reaction zone of a pyrolysis reactor; b) thermally cracking the polystyrene contained in the polymer composition in the reaction zone of the pyrolysis reactor at a temperature of 400°C to 1000°C to obtain a product mixture containing styrene monomers and further components; c) removing the product mixture obtained in step b) from the reaction zone of the pyrolysis reactor; d) cooling the product mixture removed in step c) to obtain a condensed product mixture containing styrene monomers and further components; and e) separating the styrene monomers from the further components of the condensed product mixture obtained in step d), wherein the average residence time of the polymer composition in the reaction zone of the pyrolysis reactor is from 0.01 s to 10 s, and wherein the pyrolysis reactor is a fluidized bed reactor, and wherein the reaction zone of the fluidized bed reactor comprises a silicon carbide fluidized bed. (a) feeding a polymer composition containing 60 to 99.9% by weight of polystyrene, based on the total weight of the polymer composition, into the reaction zone of a pyrolysis reactor; b) thermally cracking the polystyrene contained in the polymer composition in the reaction zone of the pyrolysis reactor at a temperature of 400°C to 1000°C to obtain a product mixture containing styrene monomers and further components; c) removing the product mixture obtained in step b) from the reaction zone of the pyrolysis reactor; d) cooling the product mixture removed in step c) to obtain a condensed product mixture containing styrene monomers and further components; and e) separating the styrene monomers from the further components of the condensed product mixture obtained in step d),
A method of dynamically providing speech recognition data from a client computing device to a server computing device, the method comprising: receiving audio input at the client computing device; processing the audio input to generate the speech recognition data; determining an estimated confidence level for a portion of the speech recognition data, wherein the estimated confidence level exceeds a predetermined confidence threshold that corresponds to a valid result; identifying at least one statistically improbable characteristic associated with the portion of the speech recognition data having the estimated confidence level; and based on identifying the at least one statistically improbable characteristic, providing the portion of the speech recognition data to the server computing device for an evaluation of the portion of the speech recognition data. receiving audio input at the client computing device; processing the audio input to generate the speech recognition data; determining an estimated confidence level for a portion of the speech recognition data, wherein the estimated confidence level exceeds a predetermined confidence threshold that corresponds to a valid result; identifying at least one statistically improbable characteristic associated with the portion of the speech recognition data having the estimated confidence level; and based on identifying the at least one statistically improbable characteristic, providing the portion of the speech recognition data to the server computing device for an evaluation of the portion of the speech recognition data.
A light-source system to output at least one stable phase modulated coherent light beam, the light-source system comprising: a multi-frequency laser system adapted to emit a reference light beam having a reference carrier frequency (f 0); and to provide at least one unmodulated-light beam phase locked to the reference beam having a respective at least one carrier frequency (f 0 + Δf) that is offset from the reference carrier frequency by a respective at least one frequency difference (Δf); at least one phase modulator to modulate the respective at least one unmodulated-light beam provided by the multi-frequency laser system; at least one frequency-selection device to monitor a respective at least one frequency component of interest (Δf selected); at least one feedback photodetector configured to receive a portion (300-A) of the reference light beam and a portion (311-A) of a modulated-light beam and to provide, to the respective at least one frequency-selection device, information indicative of beat frequencies between the reference light beam and the at least one modulated-light beam, wherein the at least one frequency-selection device is adapted to output a control signal to at least one modulation servo; and the at least one modulation servo to adjust, based on the control signal, a modulation amplitude applied to the respective at least one phase modulator to substantially suppress one of: the respective electric field at at least one carrier frequency; or the electric field components at the frequencies associated with a selected sideband-pair (U1/L1) of the at least one modulated-light beam. a multi-frequency laser system adapted to emit a reference light beam having a reference carrier frequency (f 0); and to provide at least one unmodulated-light beam phase locked to the reference beam having a respective at least one carrier frequency (f 0 + Δf) that is offset from the reference carrier frequency by a respective at least one frequency difference (Δf); at least one phase modulator to modulate the respective at least one unmodulated-light beam provided by the multi-frequency laser system; at least one frequency-selection device to monitor a respective at least one frequency component of interest (Δf selected); at least one feedback photodetector configured to receive a portion (300-A) of the reference light beam and a portion (311-A) of a modulated-light beam and to provide, to the respective at least one frequency-selection device, information indicative of beat frequencies between the reference light beam and the at least one modulated-light beam, wherein the at least one frequency-selection device is adapted to output a control signal to at least one modulation servo; and the at least one modulation servo to adjust, based on the control signal, a modulation amplitude applied to the respective at least one phase modulator to substantially suppress one of: the respective electric field at at least one carrier frequency; or the electric field components at the frequencies associated with a selected sideband-pair (U1/L1) of the at least one modulated-light beam.
In vitro use of an intracellular delivery carrier in which a cargo of an object to be delivered into a cell is conjugated with the end of a cell penetrating peptide including an amino acid sequence represented by any one of SEQ ID NOs: 17-23, wherein the cargo of the object to be delivered into a cell is a chemical substance selected from a drug, a contrast agent (e.g., T1 contrast agent, T2 contrast agent such as a superparamagnetic substance, a radioisotope, etc.), a fluorescent marker, and a dyeing agent, a polypeptide selected from proteins that are involved in cell immortalization (e.g., SV40 large T antigen and telomerase), anti-apoptotic proteins (e.g., mutant p53 and BclxL), antibodies, cancer genes (e.g., ras, myc, HPV E6/E7 and adenoviridae Ela), cell cycle regulating proteins (e.g., cyclin and cyclin-dependent phosphorylase) and enzymes (e.g., green fluorescent protein, beta-galactosidase and chloramphenicol acetyltransferase), a nucleic acid selected from RNA, DNA, cDNA, antisense oligonucleotides and siRNA, a carbohydrate or a lipid, for delivering the cargo of the object into a cell. wherein the cargo of the object to be delivered into a cell is a chemical substance selected from a drug, a contrast agent (e.g., T1 contrast agent, T2 contrast agent such as a superparamagnetic substance, a radioisotope, etc.), a fluorescent marker, and a dyeing agent, a polypeptide selected from proteins that are involved in cell immortalization (e.g., SV40 large T antigen and telomerase), anti-apoptotic proteins (e.g., mutant p53 and BclxL), antibodies, cancer genes (e.g., ras, myc, HPV E6/E7 and adenoviridae Ela), cell cycle regulating proteins (e.g., cyclin and cyclin-dependent phosphorylase) and enzymes (e.g., green fluorescent protein, beta-galactosidase and chloramphenicol acetyltransferase), a nucleic acid selected from RNA, DNA, cDNA, antisense oligonucleotides and siRNA, a carbohydrate or a lipid, for delivering the cargo of the object into a cell.
A method of determining a characteristic of a sample container or a specimen contained within the sample container, comprising: moving and thereby translating the sample container characterized in that the sample container is translated along a track while it is in the field of view of an imaging apparatus; the sample container is rotated while it is in the field of view of the imaging apparatus; and capturing two or more images of the sample container with the imaging apparatus during the translation and rotation. moving and thereby translating the sample container characterized in that the sample container is translated along a track while it is in the field of view of an imaging apparatus; the sample container is rotated while it is in the field of view of the imaging apparatus; and capturing two or more images of the sample container with the imaging apparatus during the translation and rotation.
A flow adjusting valve comprising a valve seat and a valve rod, the valve seat being provided, in a valve cavity thereof, with a valve port, and the valve port being opened or closed by the valve rod; wherein the valve port is provided with a sleeve protrusion portion projected upwards along an axial direction of the valve port; a circumferential side wall of one of the sleeve protrusion portion and a lower end portion of the valve rod is provided with an opening groove configured to adjust a flow amount, the lower end portion of the valve rod is a cylinder, and one of the sleeve protrusion portion and the lower end portion of valve rod is projected into or moved out of the other one so as to stop the communication between the opening groove and the valve port or to communicate the opening groove with the valve port; and characterized in that the valve rod has a tubular shape and is run through along the axial direction such that the pressure exerted on the upper end of the valve rod is equal to that exerted on the lower end thereof.
A heating circulation pump with a pump housing with a pump impeller which is arranged therein and which is driven by an electric motor arranged in a motor housing axially flanged onto the pump housing, with a terminal box which connects axially onto the motor housing, for receiving electrical and/or electronic components for the motor control and for the electrical connection of the motor, wherein the motor housing in the region between the motor flange and the terminal box has a circular basic contour in the axial direction, characterised in that the terminal box at least in sections projects radially beyond on the end of the motor housing which is on the terminal box side, and that the terminal box has an outer contour which is rectangular in the axial direction and having recesses in the corner regions, said recesses being arranged in the axial extension of screws, with which the flange of the motor housing is fastened on the pump housing.
A method for feeding of individual envelopes from a stack, the method comprising: stacking envelopes in a hopper, the hopper having an upstream end and a downstream end; at the downstream end of the hopper, serially feeding individual envelopes from the stack using a friction feeder; selectively actuating a suction cup to engage with an envelope to pull a leading portion of the envelope away from the stack to assist the friction feeder in feeding envelopes; characterised in that the step of selective actuation is based on monitoring downstream movement of fed envelopes, and wherein the suction cup is engaged when the envelopes travel a shorter distance than would be expected based on the movement of the feeder. stacking envelopes in a hopper, the hopper having an upstream end and a downstream end; at the downstream end of the hopper, serially feeding individual envelopes from the stack using a friction feeder; selectively actuating a suction cup to engage with an envelope to pull a leading portion of the envelope away from the stack to assist the friction feeder in feeding envelopes; characterised in that the step of selective actuation is based on monitoring downstream movement of fed envelopes, and wherein the suction cup is engaged when the envelopes travel a shorter distance than would be expected based on the movement of the feeder.
A device for coating a fiber with a fiber receiving device and a coating device which has an application unit for wetting the fiber with a coating agent and a curing unit arranged downstream of the application unit for optically curing the coating agent, wherein a relative movement can be imparted to the fiber receiving device relative to the application unit by means of a translation device in a longitudinal direction of the fiber, so that the wetting is realizable substantially along the entire fiber and the curing unit comprises a lamp for emitting a light beam, wherein the light beam is directed directly or indirectly onto a surface of the fiber and a main beam direction of the lamp has a beam angle a between the main beam direction and the longitudinal direction of the fiber of less than 40°, less than 30°, less than 22°, less than 12° or less than 8° or the main beam direction and the longitudinal direction are parallel to each other, and the curing unit has an optical element which is arranged in a beam path of the lamp so that a translation, a refraction, a diffraction a focusing and/or a reflection of the light beam is realizable, wherein the optical element comprises a reflector, an optical lens, an optical grating and/or a polarization filter, characterized in that the reflector has a conical shape which tapers or widens along the longitudinal direction of the fiber.
A vehicle comprising a metal structure assembly with an improved corrosion resistance comprising a first and a second metal member (11, 12), said first metal member comprises a steel sheet having a first surface, said first surface is coated with at least one alloy, said second metal member is an aluminium alloy member having a first surface, and said first surface of said first metal member is attached to said first surface of said second metal member at at least a first attachment area, characterized in that said at least one alloy is a Zn X Mg Y based alloy, namely a ZnMg based alloy coating, provided by means of a hot dip with zinc, magnesium and aluminium alloying elements, and containing 0.8 - 3.5 weight % aluminium and 0.8 - 10.0 weight % magnesium, and in that said second metal member comprises a coating free surface at said first attachment area at which the aluminium alloy is substantially free to corrode.
A vehicle driveline system for a vehicle, said system comprising a differential having two output shafts (111,112) being connectable with respective wheel shafts, a primary electrical motor being connected with a driving input of the differential via a first reduction gearing, said first reduction gearing being connected to a secondary electrical motor for adjusting the gear ratio of the first reduction gearing; whereby the first reduction gearing is a planetary gearing comprising a sun wheel, a ring gear, and a planet carrier, and the primary electrical motor is connected to the first reduction gearing via a primary electrical motor shaft attached to a first gear of the first reduction gearing, characterized in that: - the primary electrical motor shaft is an hollow shaft and in that - the secondary electrical motor is connected to a clutch arrangement configured to selectively lock the gear ratio of the first reduction gearing. a primary electrical motor being connected with a driving input of the differential via a first reduction gearing, said first reduction gearing being connected to a secondary electrical motor for adjusting the gear ratio of the first reduction gearing; whereby the first reduction gearing is a planetary gearing comprising a sun wheel, a ring gear, and a planet carrier, and the primary electrical motor is connected to the first reduction gearing via a primary electrical motor shaft attached to a first gear of the first reduction gearing, characterized in that: - the primary electrical motor shaft is an hollow shaft and in that - the secondary electrical motor is connected to a clutch arrangement configured to selectively lock the gear ratio of the first reduction gearing. - the primary electrical motor shaft is an hollow shaft and in that - the secondary electrical motor is connected to a clutch arrangement configured to selectively lock the gear ratio of the first reduction gearing.