mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an organic electroluminescence element having an organic layer between an anode and a cathode, wherein a step of forming at least one layer contained in the organic layer comprises: a wet film-forming step by using an organic electroluminescence element composition containing an organic electroluminescence element material and a solvent; and a film-drying step of drying the formed film, characterized in that the wet film-forming step is performed in an environment having a sulfur oxide concentration of 2.2 μg/m 3 or less and an oxygen concentration of 18 to 22 vol%, or a nitrogen oxide concentration of 3.1 μg/m 3 or less and an oxygen concentration of 18 to 22 vol%.
A T cell receptor having the property of binding to GVYDGEEHSV (SEQ ID No: 1) in complex with HLA-A*0201 AND GVYDGREHTV (SEQ ID No 2) in complex with HLA-A*0201 with a dissociation constant of from about 0.05 μM to about 20.0 μM when measured with surface plasmon resonance at 25°C and at a pH between 7.1 and 7.5 using a soluble form of the TCR, wherein the TCR comprises a TCR alpha chain variable domain and a TCR beta chain variable domain, and wherein the TCR variable domains form contacts with at least residues V2, Y3 and D4 of GVYDGEEHSV (SEQ ID No: 1).
Magnet assembly for a solenoid valve for actuating fuel injectors, comprising magnet core which has a magnet coil and an inner pole and an outer pole, furthermore comprising an armature which interacts with the magnet coil and which can perform stroke movements, and a residual air gap disc which is arranged between the armature and the magnet core and which serves for forming a stroke stop, wherein the residual air gap disc is produced from or comprises film-repellent plastic, characterized in that a reinforcement, in particular a metal mesh, is embedded into the material of the residual air gap disc.
An information indication method, applied to a terminal, and comprising: receiving a random access response RAR message; and obtaining at least one of first indication information and second indication information from the RAR message, wherein the first indication information is used for determining a target channel access mode corresponding to a target uplink transmission, and the second indication information is used for determining a time domain position of the target uplink transmission, wherein the second indication information comprises a first offset value in a set of offset values, and the first offset value is used for determining the time domain position of the target uplink transmission, wherein the set of offset values is a set of offset values which is in correspondence with a subcarrier interval corresponding to the target uplink transmission. receiving a random access response RAR message; and obtaining at least one of first indication information and second indication information from the RAR message, wherein the first indication information is used for determining a target channel access mode corresponding to a target uplink transmission, and the second indication information is used for determining a time domain position of the target uplink transmission, wherein the second indication information comprises a first offset value in a set of offset values, and the first offset value is used for determining the time domain position of the target uplink transmission, wherein the set of offset values is a set of offset values which is in correspondence with a subcarrier interval corresponding to the target uplink transmission.
A transmitter comprising: a plurality of digital transmitters (50 1; 50 2), each comprising a delta sigma modulator (221,521), wherein the delta sigma modulators are configured to perform delta-sigma modulation on a same baseband signal provided by a baseband circuit and wherein each of the digital transmitters (50 1; 50 2) includes a class-D amplifier electrically coupled to the output of the respective sigma delta modulator; a combiner that is configured to combine output signals from the plurality of digital transmitters (50 1; 50 2) and to output a combined result thereof; a control unit that is configured to generate initial values different for every digital transmitter (50 1; 50 2), to be supplied to each of the plurality of digital transmitters (50 1; 50 2); and a plurality of changeover switches each of which is connected between outputs of the baseband circuit and an input terminal or an internal node of the delta-sigma modulator (521, 221) in each digital transmitter (50 1; 50 2) and being configured to supply one of the initial values that is different for every digital transmitter (50 1; 50 2), to the input terminal or the internal node of the delta-sigma modulator (521,221) that performs the delta-sigma modulation, wherein each of the plurality of changeover switches is configured to supply a respective one of the initial values of an initial state of every digital transmitter (50 1; 50 2) and the baseband signal after the initial state in accordance with a control signal output from the control circuit, wherein each initial value is a fixed value. a plurality of digital transmitters (50 1; 50 2), each comprising a delta sigma modulator (221,521), wherein the delta sigma modulators are configured to perform delta-sigma modulation on a same baseband signal provided by a baseband circuit and wherein each of the digital transmitters (50 1; 50 2) includes a class-D amplifier electrically coupled to the output of the respective sigma delta modulator; a combiner that is configured to combine output signals from the plurality of digital transmitters (50 1; 50 2) and to output a combined result thereof; a control unit that is configured to generate initial values different for every digital transmitter (50 1; 50 2), to be supplied to each of the plurality of digital transmitters (50 1; 50 2); and a plurality of changeover switches each of which is connected between outputs of the baseband circuit and an input terminal or an internal node of the delta-sigma modulator (521, 221) in each digital transmitter (50 1; 50 2) and being configured to supply one of the initial values that is different for every digital transmitter (50 1; 50 2), to the input terminal or the internal node of the delta-sigma modulator (521,221) that performs the delta-sigma modulation, wherein each of the plurality of changeover switches is configured to supply a respective one of the initial values of an initial state of every digital transmitter (50 1; 50 2) and the baseband signal after the initial state in accordance with a control signal output from the control circuit, wherein each initial value is a fixed value.
A device for encoding a stereo sound signal, comprising: a first stereo encoder of the stereo sound signal using a first stereo mode operating in time domain, TD, wherein the first TD stereo mode, in TD frames of the stereo sound signal, (a) produces a first down-mixed signal and (b) uses first data structures and memories; a second stereo encoder of the stereo sound signal using a second stereo mode operating in frequency domain, FD, wherein the second FD stereo mode, in FD frames of the stereo sound signal, (a) produces a second down-mixed signal and (b) uses second data structures and memories; a controller configured to switch between (i) the first TD stereo mode and first stereo encoder, and (ii) the second FD stereo mode and second stereo encoder to code the stereo sound signal in time domain or frequency domain; characterised in that, upon switching from one of the first TD and second FD stereo modes to the other of the first TD and second FD stereo modes, the stereo mode switching controller is configured to recalculate at least one length of down-mixed signal in a current frame of the stereo sound signal, wherein the recalculated down-mixed signal length in the first TD stereo mode is different from the recalculated down-mixed signal length in the second FD stereo mode. a first stereo encoder of the stereo sound signal using a first stereo mode operating in time domain, TD, wherein the first TD stereo mode, in TD frames of the stereo sound signal, (a) produces a first down-mixed signal and (b) uses first data structures and memories; a second stereo encoder of the stereo sound signal using a second stereo mode operating in frequency domain, FD, wherein the second FD stereo mode, in FD frames of the stereo sound signal, (a) produces a second down-mixed signal and (b) uses second data structures and memories; a controller configured to switch between (i) the first TD stereo mode and first stereo encoder, and (ii) the second FD stereo mode and second stereo encoder to code the stereo sound signal in time domain or frequency domain; characterised in that, upon switching from one of the first TD and second FD stereo modes to the other of the first TD and second FD stereo modes, the stereo mode switching controller is configured to recalculate at least one length of down-mixed signal in a current frame of the stereo sound signal, wherein the recalculated down-mixed signal length in the first TD stereo mode is different from the recalculated down-mixed signal length in the second FD stereo mode.
An image processing device for processing a plurality of images for display in an image slide show comprising: a flow vector detection unit configured to detect flow vectors of pixels in an input image of the plurality of images, each flow vector being a vector indicating direction components of a pixel, on the basis of a brightness gradient in the input image; a zoom effect selection unit configured to determine whether to apply an effect, being a zoom effect, to the input image on the basis of a pattern of the flow vectors; and an effect application unit for applying the selected effect, wherein, when the zoom effect selection unit determines a zoom effect should be applied to the input image, the zoom effect selection unit is configured to select the type of zoom effect to be applied to the input image on the basis of the pattern of the flow vectors; and wherein the zoom effect is a video effect that changes the view angle of the input image with respect to a reference location in the input image. a flow vector detection unit configured to detect flow vectors of pixels in an input image of the plurality of images, each flow vector being a vector indicating direction components of a pixel, on the basis of a brightness gradient in the input image; a zoom effect selection unit configured to determine whether to apply an effect, being a zoom effect, to the input image on the basis of a pattern of the flow vectors; and an effect application unit for applying the selected effect, wherein, when the zoom effect selection unit determines a zoom effect should be applied to the input image, the zoom effect selection unit is configured to select the type of zoom effect to be applied to the input image on the basis of the pattern of the flow vectors; and wherein the zoom effect is a video effect that changes the view angle of the input image with respect to a reference location in the input image.
An apparatus for reporting feedback messages for channel state information estimation with respect to a channel between a first antenna of a first device and a second antenna of a second device, the apparatus being configured to: - determine a frequency response across a predetermined bandwidth of the channel between the first antenna and the second antenna; - sample a phase of the determined frequency response in order to obtain a number of samples of the phase of the determined frequency response; and - send to a further apparatus at least a first feedback message including information of at least a subset of the obtained samples. - determine a frequency response across a predetermined bandwidth of the channel between the first antenna and the second antenna; - sample a phase of the determined frequency response in order to obtain a number of samples of the phase of the determined frequency response; and - send to a further apparatus at least a first feedback message including information of at least a subset of the obtained samples.
A pump for pumping a liquid food product, the pump comprising a housing having an inlet and an outlet for the product, an impeller arranged to rotate inside the housing, around a first axis, a star wheel arranged to be driven by the impeller to rotate around a second axis that is offset from the first axis, an element that extends along a part of a periphery of the star wheel, between the star wheel and the impeller, such that the product is pumped from the inlet to the outlet when the impeller rotates and thereby drives the star wheel, wherein the star wheel is arranged on an axle, and a channel is formed between the star wheel and the axle, such that a part of the liquid may enter the channel for providing lubrication, characterized in that a first liquid passage is formed from the outlet and between the housing and the impeller, and a second liquid passage is formed as a through hole in the impeller, between the first liquid passage and the channel. a housing having an inlet and an outlet for the product, an impeller arranged to rotate inside the housing, around a first axis, a star wheel arranged to be driven by the impeller to rotate around a second axis that is offset from the first axis, an element that extends along a part of a periphery of the star wheel, between the star wheel and the impeller, such that the product is pumped from the inlet to the outlet when the impeller rotates and thereby drives the star wheel, wherein the star wheel is arranged on an axle, and a channel is formed between the star wheel and the axle, such that a part of the liquid may enter the channel for providing lubrication, characterized in that a first liquid passage is formed from the outlet and between the housing and the impeller, and a second liquid passage is formed as a through hole in the impeller, between the first liquid passage and the channel.
Façade element comprising: - a metal framework comprising at least two longitudinal metallic sections (21A, 22A) and two transverse metallic sections (23A, 24A) assembled all together so as to form a substantially rectangular framework, - an assembly of sandwich panels (40A; 40') each comprising an insulation material (43; 43') sandwiched between an inner metallic sheet (41A; 41') and an outer metallic sheet (42A; 42'), each sandwich panel (40A; 40') being fastened to the metal framework and interlocked with at least one adjacent sandwich panel (40A, 40') along at least a part of one of its edges (44A, 45A; 44', 45') so that the assembly is delimited by an outer face, and inner face, a lower edge, an upper edge, a left edge and a right edge, the façade element further comprising: - an upper waterproofing membrane covering the upper edge of the assembly of sandwich panels and extending on both at least an upper part of the outer face and at least an upper part of the inner face, the upper waterproofing membrane further comprising a left upper overhang extending beyond the left edge and a right upper overhang extending beyond the right edge, - a lower waterproofing membrane extending along the lower edge of the assembly on the inner face and comprising: ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t) of the lower edge, ∘ a left lower overhang extending beyond the left edge, ∘ a right lower overhang extending beyond the right edge. - a metal framework comprising at least two longitudinal metallic sections (21A, 22A) and two transverse metallic sections (23A, 24A) assembled all together so as to form a substantially rectangular framework, - an assembly of sandwich panels (40A; 40') each comprising an insulation material (43; 43') sandwiched between an inner metallic sheet (41A; 41') and an outer metallic sheet (42A; 42'), each sandwich panel (40A; 40') being fastened to the metal framework and interlocked with at least one adjacent sandwich panel (40A, 40') along at least a part of one of its edges (44A, 45A; 44', 45') so that the assembly is delimited by an outer face, and inner face, a lower edge, an upper edge, a left edge and a right edge, - an upper waterproofing membrane covering the upper edge of the assembly of sandwich panels and extending on both at least an upper part of the outer face and at least an upper part of the inner face, the upper waterproofing membrane further comprising a left upper overhang extending beyond the left edge and a right upper overhang extending beyond the right edge, - a lower waterproofing membrane extending along the lower edge of the assembly on the inner face and comprising: ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t) of the lower edge, ∘ a left lower overhang extending beyond the left edge, ∘ a right lower overhang extending beyond the right edge. ∘ a flap extending beyond the lower edge on a distance (d) superior to the thickness ( t) of the lower edge, ∘ a left lower overhang extending beyond the left edge, ∘ a right lower overhang extending beyond the right edge.
Sealing plug for closing a pipe comprising a plug section extending around a central axis and having at least one retaining element, which plug section projects into the pipe in the state connected to the pipe, the at least one retaining element being capable of providing a non-positive connection between the sealing plug and the inside of the pipe, and a front section with a tab element, the tab element being freely accessible in the state connected to the pipe, in such a way that the tab element can be gripped by an installer and that the sealing plug with the tab element can be pulled out of the pipe, wherein the tab element is designed as a bend which preferably extends by a bend angle (α) about the central axis from a first bend end to a second bend end, the said bend ends (11, 12) being integrally formed on the front section and it being possible for the bend to be bent away from the front section, characterized in that the outer diameter of the bend is selected to be as large as possible, wherein the outer diameter, however, not being larger than the outer diameter of the at least one retaining element; or in that the outer diameter, however, is not larger than 1.1 times the outer diameter of the at least one retaining element. a plug section extending around a central axis and having at least one retaining element, which plug section projects into the pipe in the state connected to the pipe, the at least one retaining element being capable of providing a non-positive connection between the sealing plug and the inside of the pipe, and a front section with a tab element, the tab element being freely accessible in the state connected to the pipe, in such a way that the tab element can be gripped by an installer and that the sealing plug with the tab element can be pulled out of the pipe, wherein the tab element is designed as a bend which preferably extends by a bend angle (α) about the central axis from a first bend end to a second bend end, the said bend ends (11, 12) being integrally formed on the front section and it being possible for the bend to be bent away from the front section, characterized in that the outer diameter of the bend is selected to be as large as possible, wherein the outer diameter, however, not being larger than the outer diameter of the at least one retaining element; or in that the outer diameter, however, is not larger than 1.1 times the outer diameter of the at least one retaining element.
A method for producing multiplex RNA mediated genetic manipulation in a plant or microbial recipient cell comprising: obtaining a polynucleotide construct which encodes two or more RNA mediated genetic manipulation sequences in tandem array with one or more tRNA cleavage sequence, wherein said tRNA cleavage sequence comprises a sequence recognized and excised by a tRNA splicing endonuclease, and introducing said construct to said cell, so that said recipient cell's tRNA processing system cleaves the transcript produced from the transcribed heterologous polynucleotide at the tRNA sequences. obtaining a polynucleotide construct which encodes two or more RNA mediated genetic manipulation sequences in tandem array with one or more tRNA cleavage sequence, wherein said tRNA cleavage sequence comprises a sequence recognized and excised by a tRNA splicing endonuclease, and introducing said construct to said cell, so that said recipient cell's tRNA processing system cleaves the transcript produced from the transcribed heterologous polynucleotide at the tRNA sequences.
A first unit of a central unit of a secondary node in Dual Connectivity comprising: a communication process unit configured to connect to a second unit of the central unit hosting at least control plane of the PDCP layer hosted by the central unit via a second interface and send, to the second unit, information indicating volume of data, wherein the first unit is configured to host at least user plane of the PDCP layer hosted by the central unit, wherein the central unit is configured to host at least PDCP layer of the secondary node, and wherein the central unit is configured to connect to a distributed unit hosting RLC layer, MAC layer, and PHY layer of the secondary node via a first interface, and, wherein the information indicating volume of data is sent to a master node in the Dual Connectivity by the second unit. a communication process unit configured to connect to a second unit of the central unit hosting at least control plane of the PDCP layer hosted by the central unit via a second interface and send, to the second unit, information indicating volume of data, wherein the first unit is configured to host at least user plane of the PDCP layer hosted by the central unit, wherein the central unit is configured to host at least PDCP layer of the secondary node, and wherein the central unit is configured to connect to a distributed unit hosting RLC layer, MAC layer, and PHY layer of the secondary node via a first interface, and, wherein the information indicating volume of data is sent to a master node in the Dual Connectivity by the second unit.
A registration fixture for use with a surgical navigation system for registration of a medical image or images to a three-dimensional tracking space comprising: a first ring and a second ring, wherein the first ring and the second ring are spaced apart from one another, wherein the first ring is formed of radio-opaque material disposed in the registration fixture, wherein the first ring is configured to be imaged on the medical image or images, and wherein the second ring is formed of radio-opaque material disposed in the registration fixture, wherein the second ring is configured to be imaged on the medical image or images, wherein the second ring is coupled to the first ring; a plurality of optical tracking markers configured to be tracked in the three-dimensional tracking space via a camera, wherein the plurality of optical tracking markers are disposed around a circumference of the registration fixture defined by the first ring. a first ring and a second ring, wherein the first ring and the second ring are spaced apart from one another, wherein the first ring is formed of radio-opaque material disposed in the registration fixture, wherein the first ring is configured to be imaged on the medical image or images, and wherein the second ring is formed of radio-opaque material disposed in the registration fixture, wherein the second ring is configured to be imaged on the medical image or images, wherein the second ring is coupled to the first ring; a plurality of optical tracking markers configured to be tracked in the three-dimensional tracking space via a camera, wherein the plurality of optical tracking markers are disposed around a circumference of the registration fixture defined by the first ring.
A battery separator for a lead acid battery comprising a porous nonconductor having a water loss reducing additive or surfactant, characterised in that said additive or surfactant comprises a methallyl-capped nonionic surfactant having linear hydrophobic groups and ethylene oxide and propylene oxide monomers, and the additive or surfactant having a hydrophilic/lipophilic balance value less than 2.5.