mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting signals in a multi-antenna system, the method comprising: generating a space-time code which performs an interleaving operation on imaginary parts of the signals and a phase shift operation to the signals, wherein the space-time code is generated for N antennas and M time slots; performing a coding of the signals using the space-time code; and transmitting the coded signals via a plurality of antennas, wherein the space-time code is represented as a matrix having N rows and M columns, and wherein the space-time code includes a basic matrix, and the basic matrix is denoted by x ̃ 1 x ̃ 3 ⁢ e j ⁢ θ r ⁢ 1 x ̃ 4 ⁢ e j ⁢ θ r ⁢ 2 x ̃ 2, where x ̃ 1 = x 1 R + j ⁢ x 3 I, x ̃ 2 = x 2 R + j ⁢ x 4 I, x ̃ 3 = x 3 R + j ⁢ x 1 I, and x ̃ 4 = x 4 R + j ⁢ x 2 I, where x i R is a real part of x i ( i = 1,..., 4), where x i I is an imaginary part of x i ( i = 1,..., 4), where x i ( i = 1,..., 4) is S i e jθ ( i = 1,..., 4), as denoted by x i = S i e j θ, i = 1,..., 4, where s i, i = 1,..,4 is a data symbol having a complex value, θ is a phase angle, and where θ r 1 and θ r 2 are phase-shifting angles. generating a space-time code which performs an interleaving operation on imaginary parts of the signals and a phase shift operation to the signals, wherein the space-time code is generated for N antennas and M time slots; performing a coding of the signals using the space-time code; and transmitting the coded signals via a plurality of antennas,
Assembly tool for threaded inserts with a spindle which is provided at least in sections with a first external thread and at least in sections with a second thread, a sleeve, comprising a standing thread that engages with the second thread, and locking means for the releasable inhibition of a rotation of the spindle relative to the sleeve, wherein the length of the spindle and the length of the sleeve are adapted to one another in such a way that the first external thread protrudes at least partially from the sleeve, characterized in that the spindle is coupled non-rotatable to a spacer ring (7, 7') surrounding it at least in sections, wherein the spacer ring (7, 7') is axially movable along with the spindle relative to the sleeve.
A probe for detecting the polymorphism T790M in the EGFR gene, the probe consisting of an oligonucleotide consisting of the base sequence of SEQ ID NO: 3: tgagctgcatgatgaggtgcac (SEQ ID NO: 3). tgagctgcatgatgaggtgcac (SEQ ID NO: 3).
Drinking water system having a delivery point from a public drinking water supply network, at least one storey or riser pipe string, several ring pipes, which are arranged one behind another in the extension direction of the string, lead in each case to at least one extraction point, branch off from the string and open out into the string behind this in the flow direction of the string, wherein each ring pipe opens out in a ring pipe flushing fitting which is realized on the string in the manner of a throttle, characterized by at least one controllable, motor-driven flushing valve (28, 30) which is arranged on a rear end of the string in the flow direction, and having an output point which is connected to the flushing valve (28, 30) and outputs used water to the public wastewater drainage network, wherein the at least one controllable motor-driven flushing valve (28, 30) is realized in such a manner that, with the flushing valve (28, 30) in the open state, a flow which brings about a flushing flow is generated in the string and the ring pipes connected thereto.
A therapeutically effective amount of a polynucleotide agent which is substantially complementary to a nucleotide sequence of human miR-132, for use in treating a fatty liver disease, wherein said fatty liver disease is selected from the group consisting of hypertriglyceridemia, steatohepatitis and hypercholesterolemia.
An articulated robot, comprising: an arm (2, 3); a drive motor for driving the arm (2, 3); a gas spring for supporting a load acting on the arm (2, 3) to reduce a load of the drive motor; and a control unit for controlling the drive motor, wherein the control unit has a function of estimating a decrease state of a gas sealed inside the gas spring based on an actual current value of the drive motor obtained at a stop position at which the drive motor is operated and stopped in an energized state, characterized in that the stop position at which the drive motor is operated and stopped in the energized state includes a plurality of different positions, and the control unit has a function of estimating the decrease state of the gas sealed inside the gas spring based on the actual current value of the drive motor obtained at the plurality of different positions. an arm (2, 3); a drive motor for driving the arm (2, 3); a gas spring for supporting a load acting on the arm (2, 3) to reduce a load of the drive motor; and a control unit for controlling the drive motor, wherein the control unit has a function of estimating a decrease state of a gas sealed inside the gas spring based on an actual current value of the drive motor obtained at a stop position at which the drive motor is operated and stopped in an energized state, characterized in that the stop position at which the drive motor is operated and stopped in the energized state includes a plurality of different positions, and the control unit has a function of estimating the decrease state of the gas sealed inside the gas spring based on the actual current value of the drive motor obtained at the plurality of different positions.
Cooling arrangement for a dry-type transformer having windings (20, 30), the arrangement comprising: a blowing equipment configured to blow at least one gas flow; a clamping structure adapted to be positioned at the bottom of the transformer, which clamping structure comprises a clamp and an electric shielding device, which said device is configured for shielding the clamp from an electric field of the windings (20, 30) and is adapted to be positioned between the clamp and the windings, wherein both the clamp and the electric shielding device are provided with corresponding openings, said openings configured to allow said gas flow to pass from the blowing equipment to the windings of the transformer, the openings being located above the blowing equipment and adapted to be below the windings (20, 30), wherein the openings comprise an electric protecting means. a blowing equipment configured to blow at least one gas flow; a clamping structure adapted to be positioned at the bottom of the transformer, which clamping structure comprises a clamp and an electric shielding device, which said device is configured for shielding the clamp from an electric field of the windings (20, 30) and is adapted to be positioned between the clamp and the windings, wherein both the clamp and the electric shielding device are provided with corresponding openings, said openings configured to allow said gas flow to pass from the blowing equipment to the windings of the transformer, the openings being located above the blowing equipment and adapted to be below the windings (20, 30), wherein the openings comprise an electric protecting means.
Pre-accelerated resin composition comprising an unsaturated polyester resin, characterized in that the composition further comprises a. a copper salt, and b. gallic acid, propylgallate, methylgallate, ethylgallate or iso-propylgallate, in a molar ratio copper to gallic acid, propylgallate, methylgallate, ethylgallate or iso-propylgallate of between 30:1 to 1:100, and wherein the copper is present in an amount of more than 0.1 mmol/kg resin, and wherein the resin composition contains less than 5 wt.% water. a. a copper salt, and b. gallic acid, propylgallate, methylgallate, ethylgallate or iso-propylgallate,
A pylon for supporting an aircraft turbomachine, in particular for a test bench, the pylon having a generally elongated shape along an axis (A-A) and comprising, at a first longitudinal end, first members for fixing to a turbomachine and, at a second longitudinal end, second members for fixing to a base plate, the pylon being traversed by at least one fluid pipe comprising a first end for connecting to the turbomachine and a second end for connecting to a fluid supply circuit, characterized in that the at least one pipe comprises a movable portion movable in translation along the axis (A-A) so as to be able to adjust the position along the axis (A-A) of the first connecting end relative to the first longitudinal end.
A method for controlling User Equipments (UEs), wherein the method is applicable to a communication system inclusive of a source cell and a destination cell, and comprises: transmitting, by a base station of the destination cell, signals at a first frequency, wherein: the first frequency is the same as a frequency of signals transmitted by a base station of the source cell, scrambling codes used for transmitting the signals are the same as scrambling codes of the signals transmitted by the base station of the source cell, and a Paging Indication Channel (PICH) and a Paging Channel in the signals transmitted by the base station of the destination cell at the first frequency bear information for waking up a specified UE; a common channel in the signals transmitted at the first frequency bears information configured by the base station of the destination cell; and the information configured by the base station of the destination cell is designed to control the woken specified UE to perform corresponding operations, whereby the transmitting the signals at the first frequency is performed before the base station of the destination cell is being reselected by or connected to the specified UE. transmitting, by a base station of the destination cell, signals at a first frequency, wherein: the first frequency is the same as a frequency of signals transmitted by a base station of the source cell, scrambling codes used for transmitting the signals are the same as scrambling codes of the signals transmitted by the base station of the source cell, and a Paging Indication Channel (PICH) and a Paging Channel in the signals transmitted by the base station of the destination cell at the first frequency bear information for waking up a specified UE; a common channel in the signals transmitted at the first frequency bears information configured by the base station of the destination cell; and the information configured by the base station of the destination cell is designed to control the woken specified UE to perform corresponding operations, whereby the transmitting the signals at the first frequency is performed before the base station of the destination cell is being reselected by or connected to the specified UE. the first frequency is the same as a frequency of signals transmitted by a base station of the source cell, scrambling codes used for transmitting the signals are the same as scrambling codes of the signals transmitted by the base station of the source cell, and a Paging Indication Channel (PICH) and a Paging Channel in the signals transmitted by the base station of the destination cell at the first frequency bear information for waking up a specified UE; a common channel in the signals transmitted at the first frequency bears information configured by the base station of the destination cell; and the information configured by the base station of the destination cell is designed to control the woken specified UE to perform corresponding operations, whereby the transmitting the signals at the first frequency is performed before the base station of the destination cell is being reselected by or connected to the specified UE.
An oral care implement comprising: a body comprising a handle portion and a head portion; a mirror coupled to the head portion of the body; a light source coupled to the body at a location adjacent the mirror; and a light transmissive elastomeric material coupled to the body and overlying the light source, characterized in that the light transmissive elastomeric material comprises a plurality of protuberances for cleansing soft tissue. a body comprising a handle portion and a head portion; a mirror coupled to the head portion of the body; a light source coupled to the body at a location adjacent the mirror; and a light transmissive elastomeric material coupled to the body and overlying the light source, characterized in that the light transmissive elastomeric material comprises a plurality of protuberances for cleansing soft tissue.
An oral hygiene swab for a patient, the swab having: a stem comprising a first relatively rigid material; and a head portion comprising a second relatively softer material; wherein the second material of the head portion provides cleaning formations for contact with the patient's mouth, wherein the cleaning formations of the head portion comprise a plurality of walls, said walls being upstanding with respect to a longitudinal axis of the stem, and characterised in that the head portion is moulded onto said stem. a stem comprising a first relatively rigid material; and a head portion comprising a second relatively softer material; wherein the second material of the head portion provides cleaning formations for contact with the patient's mouth, wherein the cleaning formations of the head portion comprise a plurality of walls, said walls being upstanding with respect to a longitudinal axis of the stem, and characterised in that the head portion is moulded onto said stem.
A conjugate comprising a non-internalising variant of an annexin, wherein the non-internalising annexin variant comprises one or more polar-to-nonpolar amino acid substitutions; and an immunostimulatory agent, wherein the non-internalising annexin variant is capable of binding to at least one phospholipid expressed on the surface of the tumour cells and/or cells of the tumour microenvironment in the subject. a non-internalising variant of an annexin, wherein the non-internalising annexin variant comprises one or more polar-to-nonpolar amino acid substitutions; and an immunostimulatory agent, wherein the non-internalising annexin variant is capable of binding to at least one phospholipid expressed on the surface of the tumour cells and/or cells of the tumour microenvironment in the subject.
A hydraulic assembly comprising: - a hydraulic pipe configured to minimize deformations so as to limit any loss of pressure when the assembly is placed in a high and medium pressure enclosure of a generator of pulsed or non-pulsed jets of medium and high pressure and comprising a flexible deformable zone, and - a housing configured to hold the hydraulic pipe, characterized in that the flexible deformable zone is configured to allow a state of rest and a shut-off state, and in that the housing comprises a first clamp and a second clamp, the first clamp and the second clamp holding the hydraulic pipe on each side of the flexible deformable zone, and in that the housing further comprises an open space, defined between the first clamp and the second clamp. - a hydraulic pipe configured to minimize deformations so as to limit any loss of pressure when the assembly is placed in a high and medium pressure enclosure of a generator of pulsed or non-pulsed jets of medium and high pressure and comprising a flexible deformable zone, and - a housing configured to hold the hydraulic pipe,
A method of production of high strength electrical steel sheet containing, by mass%, C: 0.060% or less, Si: 0.2 to 3.2%, Mn: 0.05 to 3.0%, P: 0.30% or less, S or Se: 0.040% or less, Al: 2.50% or less, and N: 0.040% or less, optionally further containing by mass%, one or both of Cu: 0.001 to 30.0% and Nb: 0.03 to 8.0%; optionally further containing by mass%, one or more types of Ti: 1.0% or less, V: 1.0% or less, Zr: 1.0% or less, B: 0.010% or less, Ni: 15.0% or less, and Cr: 15.0% or less; and optionally further containing by mass%, one or more types of Bi, Mo, W, Sn, Sb, Mg, Ca, Ce, La, and Co in a total of 0.5% or less; having a balance of Fe and unavoidable impurities, and having worked structures not encroached upon by recrystallized structures remaining inside the steel sheet, said method of production of high strength electrical steel sheet being characterized by making an average crystal grain size d of the steel sheet right before the final cold rolling step 150 μm or more, making d≤(400-50xSi%) and d≤(820-200xSi%), and making the recrystallization rate of the steel sheet right before the step of forming the worked structures to finally remain inside the steel sheet 50% or more.
A device for transporting solids that comprises: - a support frame, - an auger connected to the support frame rotatably about an axis of rotation, - a motor unit configured to activate in rotation the auger that comprises an output shaft being rotatable about an axis of revolution, wherein the axis of revolution of the output shaft is parallel and eccentric to the axis of rotation of the auger - a transmission unit configured to connect the output shaft and the auger, wherein the transmission unit comprises a pinion fitted onto the output shaft and a toothed crown rigidly fixed to the auger and meshing with the pinion; - a connection flange configured to mutually fix the toothed crown and the auger; characterized in that at least one connection block is interposed between the connection flange and the auger, wherein the connection block is fixed to the auger by a further threaded connection with means of a plurality of first axial screws with screwing axis parallel to the axis of rotation of the auger. - a support frame, - an auger connected to the support frame rotatably about an axis of rotation, - a motor unit configured to activate in rotation the auger that comprises an output shaft being rotatable about an axis of revolution, wherein the axis of revolution of the output shaft is parallel and eccentric to the axis of rotation of the auger - a transmission unit configured to connect the output shaft and the auger, wherein the transmission unit comprises a pinion fitted onto the output shaft and a toothed crown rigidly fixed to the auger and meshing with the pinion; - a connection flange configured to mutually fix the toothed crown and the auger;
A method of decoding video data, the method comprising: obtaining, from a multilayer bitstream containing multilayer video data, a plurality of layers of video data including a plurality of layer sets, wherein each layer set contains one or more layers of the plurality of layers,; for each layer set of the plurality of layer sets, decoding, from the multilayer bitstream, a layer included flag for each layer of the plurality of layers, wherein the layer included flag identifies whether or not the respective layer is included in the respective layer set; decoding, from the multilayer bitstream, a first syntax element which identifies a maximum number of output layer sets present in the multilayer bitstream, wherein an output layer set identifies one or more target output layers, and a target output layer is intended to be output for display; and for each output layer set of the maximum number of output layer sets, decoding, from the multilayer bitstream, a second syntax element that identifies a layer set based on which the respective output layer set is formed, and, for each layer included in the identified layer set, decoding, from the multilayer bitstream, an output layer flag, which identifies whether or not the respective layer is a target output layer of the respective output layer set, to thereby determine the target output layers belonging to each output layer set. obtaining, from a multilayer bitstream containing multilayer video data, a plurality of layers of video data including a plurality of layer sets, wherein each layer set contains one or more layers of the plurality of layers,; for each layer set of the plurality of layer sets, decoding, from the multilayer bitstream, a layer included flag for each layer of the plurality of layers, wherein the layer included flag identifies whether or not the respective layer is included in the respective layer set; decoding, from the multilayer bitstream, a first syntax element which identifies a maximum number of output layer sets present in the multilayer bitstream, wherein an output layer set identifies one or more target output layers, and a target output layer is intended to be output for display; and for each output layer set of the maximum number of output layer sets, decoding, from the multilayer bitstream, a second syntax element that identifies a layer set based on which the respective output layer set is formed, and, for each layer included in the identified layer set, decoding, from the multilayer bitstream, an output layer flag, which identifies whether or not the respective layer is a target output layer of the respective output layer set, to thereby determine the target output layers belonging to each output layer set.
Device for burning solid, biogenic fuel in a first combustion stage comprising a first feed device for feeding fuel into a combustible material bed, a primary air supply device, an ignition device for igniting the fuel in the combustible material bed, a combustion chamber provided above the combustible material bed and a heat exchanger arranged in a heat flow of the combusted material comprising at least one downstream heat storage device, wherein the first combustion stage is configured as a combustion stage for compensating the basic thermal load and a second combustion stage is provided for covering heat demand peaks, characterised in that the second combustion stage is provided with a second feed device carrying crushed, solid, biogenic fuel, which is self-igniting in the combustion chamber.
A system for controlling a distribution of propellant in a propellant tank assembly (100; 300; 400; 500) for a spacecraft, the system comprising: a body (101; 301; 401; 501) for containing the propellant; and a plurality of thermal tomography elements (201; 302, 303; 402, 403; 502, 503), including a plurality of temperature-control elements and a plurality of temperature sensors, disposed around the body for detecting the distribution of the propellant inside the body; characterised in that the system further comprises: a tomography element control module arranged to control the plurality of temperature-control elements to redistribute the propellant inside the propellant tank body by heating and/or cooling the propellant. a body (101; 301; 401; 501) for containing the propellant; and a plurality of thermal tomography elements (201; 302, 303; 402, 403; 502, 503), including a plurality of temperature-control elements and a plurality of temperature sensors, disposed around the body for detecting the distribution of the propellant inside the body; characterised in that the system further comprises: a tomography element control module arranged to control the plurality of temperature-control elements to redistribute the propellant inside the propellant tank body by heating and/or cooling the propellant. a tomography element control module arranged to control the plurality of temperature-control elements to redistribute the propellant inside the propellant tank body by heating and/or cooling the propellant.
An addition curable organopolysiloxane composition comprising an organopolysiloxane having at least two alkenyl groups per molecule, a silphenylene oligomer having at least two silicon-bonded hydrogen atoms per molecule, represented by the general formula: wherein R is hydrogen or a C 1 -C 12 monovalent hydrocarbon group and x is an integer of 1 to 3, in such an amount that a ratio of the total number of silicon-bonded hydrogen atoms to the total number of alkenyl groups in component is from 0.4/1 to 4/1, and a catalytic amount of a hydrosilylation catalyst. an organopolysiloxane having at least two alkenyl groups per molecule, a silphenylene oligomer having at least two silicon-bonded hydrogen atoms per molecule, represented by the general formula: wherein R is hydrogen or a C 1 -C 12 monovalent hydrocarbon group and x is an integer of 1 to 3, in such an amount that a ratio of the total number of silicon-bonded hydrogen atoms to the total number of alkenyl groups in component is from 0.4/1 to 4/1, and a catalytic amount of a hydrosilylation catalyst.