mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for receiving channel state information, CSI, between a transmit node device and a receive node device in a wireless communication system, said transmit node device being arranged for transmission with multiple transmit antennas and the CSI being represented by one matrix W from a codebook C comprising a plurality of matrices, wherein each matrix in said codebook C represents a state for the multi-antenna channel from said transmit node to said receive node, said apparatus further comprising: a circuitry adapted for receiving a first sub-index k 1 in a plurality of first sub-indices; and a circuitry adapted for receiving a second sub-index k 2 in a plurality of second sub-indices, a circuitry adapted for constructing one matrix W which is indexed by said first, k 1 , and second, k 2 , sub-indices, wherein said first sub-index k 1 and second sub-index k 2 are received on a periodic control channel, said first sub-index k 1 and second sub-index k 2 are common for all K frequency sub-bands, dependencies between said plurality of first sub-indices and said plurality of second sub-indices are introduced, and each matrix in the codebook C is indexed by one of the plurality of first sub-indices and one of the plurality of second sub-indices. a circuitry adapted for receiving a first sub-index k 1 in a plurality of first sub-indices; and a circuitry adapted for receiving a second sub-index k 2 in a plurality of second sub-indices, a circuitry adapted for constructing one matrix W which is indexed by said first, k 1 , and second, k 2 , sub-indices, wherein said first sub-index k 1 and second sub-index k 2 are received on a periodic control channel, said first sub-index k 1 and second sub-index k 2 are common for all K frequency sub-bands, dependencies between said plurality of first sub-indices and said plurality of second sub-indices are introduced, and each matrix in the codebook C is indexed by one of the plurality of first sub-indices and one of the plurality of second sub-indices.
An indoor unit for air conditioner comprising: a unit main body accommodating therein an air blower and a heat exchanger; a drain pan to be attached to a lower end of the unit main body and configured to receive dew condensation water created in the heat exchanger and including an inner circumferential wall defining a bell-mouth mounting hole continuous with the suction side of the air blower; a bell mouth detachably fitted into the bell-mouth mounting hole of the drain pan; a plurality of pieces of coupling fittings provided in the inner circumferential wall of the drain pan with intervals held between the fittings in the circumferential direction and each of which includes a head at a lower end of a shank downwardly protruded from a lower end of the inner circumferential wall, the head possessing a diameter greater than the shank; and a plurality of fixing parts provided in an outer circumferential part of the bell mouth with intervals held between the fixing parts in the circumferential direction and each of which includes a through-hole to be penetrated by the head of the coupling fittings and an engaging hole continuous with the through-hole and on which the head gets caught, wherein by rotating the bell mouth inside the bell-mouth mounting hole in the circumferential direction in a state where the head of the coupling fittings is made to penetrate the through-hole of the fixing part, the head of the coupling fittings moves from the through-hole of the fixing part to the engaging hole to get caught on the engaging hole, and the bell mouth is fixed to the drain pan. a unit main body accommodating therein an air blower and a heat exchanger; a drain pan to be attached to a lower end of the unit main body and configured to receive dew condensation water created in the heat exchanger and including an inner circumferential wall defining a bell-mouth mounting hole continuous with the suction side of the air blower; a bell mouth detachably fitted into the bell-mouth mounting hole of the drain pan; a plurality of pieces of coupling fittings provided in the inner circumferential wall of the drain pan with intervals held between the fittings in the circumferential direction and each of which includes a head at a lower end of a shank downwardly protruded from a lower end of the inner circumferential wall, the head possessing a diameter greater than the shank; and a plurality of fixing parts provided in an outer circumferential part of the bell mouth with intervals held between the fixing parts in the circumferential direction and each of which includes a through-hole to be penetrated by the head of the coupling fittings and an engaging hole continuous with the through-hole and on which the head gets caught, wherein by rotating the bell mouth inside the bell-mouth mounting hole in the circumferential direction in a state where the head of the coupling fittings is made to penetrate the through-hole of the fixing part, the head of the coupling fittings moves from the through-hole of the fixing part to the engaging hole to get caught on the engaging hole, and the bell mouth is fixed to the drain pan.
A method of preparing an implant comprising a culture of cells on a membrane , the method comprising the steps of: fixing the membrane on a support , disposing the support in a housing recess of a housing leaving two spaces having adjusted heights, above and below the membrane, injecting into the spaces a liquid capable of transforming into gel at a temperature of transport below an injection temperature of the liquid, and bringing the housing to the transport temperature, so as to form an implant comprising the membrane and two layers of gel having adjusted thicknesses, respectively on two opposite faces of the membrane. fixing the membrane on a support , disposing the support in a housing recess of a housing leaving two spaces having adjusted heights, above and below the membrane, injecting into the spaces a liquid capable of transforming into gel at a temperature of transport below an injection temperature of the liquid, and bringing the housing to the transport temperature, so as to form an implant comprising the membrane and two layers of gel having adjusted thicknesses, respectively on two opposite faces of the membrane.
An inner shroud segment (80; 150), comprising: an inner housing (100; 160) having a radial curve centered relative to an axis (A-A'); wherein the inner housing (100; 160) comprises a first radial wall (106; 166), a second radial wall (108; 166), and a bottom wall that define a first channel (104; 162); an outer housing (82; 152) having a first axial wall , a first circumferential wall , and a second axial wall that define a second channel (94; 158), wherein the outer housing (82; 152) is disposed within the first channel (104; 162), characterised in that the first radial wall (106; 166) and the second radial wall (108; 166) of the inner housing (100; 160) contact the first axial wall , the first circumferential wall , and the second axial wall , wherein the bottom wall of the inner housing (100; 160) contacts the first circumferential wall , and wherein the second channel (94; 158) extends orthogonally to the first radial wall (106; 166) and the second radial wall (108; 166) between the first radial wall (106; 166) and the second radial wall (108; 166); and a compliant material comprising at least one of rubber, synthetic rubber or silicone, wherein the compliant material is disposed in the second channel (94; 158) and coupled to at least one of the first radial wall (106; 166) or the second radial wall (108; 166) and at least one of the first axial wall , the first circumferential wall , or the second axial wall . an inner housing (100; 160) having a radial curve centered relative to an axis (A-A'); wherein the inner housing (100; 160) comprises a first radial wall (106; 166), a second radial wall (108; 166), and a bottom wall that define a first channel (104; 162); an outer housing (82; 152) having a first axial wall , a first circumferential wall , and a second axial wall that define a second channel (94; 158), wherein the outer housing (82; 152) is disposed within the first channel (104; 162), characterised in that the first radial wall (106; 166) and the second radial wall (108; 166) of the inner housing (100; 160) contact the first axial wall , the first circumferential wall , and the second axial wall , wherein the bottom wall of the inner housing (100; 160) contacts the first circumferential wall , and wherein the second channel (94; 158) extends orthogonally to the first radial wall (106; 166) and the second radial wall (108; 166) between the first radial wall (106; 166) and the second radial wall (108; 166); and a compliant material comprising at least one of rubber, synthetic rubber or silicone, wherein the compliant material is disposed in the second channel (94; 158) and coupled to at least one of the first radial wall (106; 166) or the second radial wall (108; 166) and at least one of the first axial wall , the first circumferential wall , or the second axial wall .
A mobile body positioning station comprising: a first partition ; a second partition disposed along a direction (Y) intersecting an extending direction of the first partition ; and a guide configured to be disposed on a movement path of a mobile body , characterized in that the guide comprises a plurality of guide rollers horizontally disposed along an oblique direction (A) with respect to a direction (Y) perpendicular to the extending direction (X) of the first partition to extend from the first partition toward the second partition side, in that the guide rollers have rotary center axes extending along a direction that is perpendicular to the oblique direction (A), and in that the guide rollers are configured to be rotated by reward or forward movement of the mobile body so that the guide device causes the mobile body , which is in the reward or forward movement after the mobile body comes into contact with the first partition , to move along the first partition toward the second partition . a first partition ; a second partition disposed along a direction (Y) intersecting an extending direction of the first partition ; and a guide configured to be disposed on a movement path of a mobile body , characterized in that the guide comprises a plurality of guide rollers horizontally disposed along an oblique direction (A) with respect to a direction (Y) perpendicular to the extending direction (X) of the first partition to extend from the first partition toward the second partition side, in that the guide rollers have rotary center axes extending along a direction that is perpendicular to the oblique direction (A), and in that the guide rollers are configured to be rotated by reward or forward movement of the mobile body so that the guide device causes the mobile body , which is in the reward or forward movement after the mobile body comes into contact with the first partition , to move along the first partition toward the second partition .
Method for manufacturing a substrate for surface-enhanced Raman spectography, with the method comprising the following steps: - (a) creating a non-metal supporting structure on an upper surface of a support , with the supporting structure comprising at least one microstructured pattern , the microstructured pattern comprising a top and sidewalls , with the sidewalls extending according to a direction secant to the direction of the upper surface ; - (b) depositing of a multilayer on the supporting structure , with the multilayer comprising at least two metal layers of the same thickness and an intermediate layer arranged between the two metal layers , with each intermediate layer being carried out in a material that can be selectively etched with respect to the metal layers ; - (c) etching via chemical mechanical planarisation of a portion of the multilayer deposited on the top of the microstructured pattern in such a way as to expose ends of each layer of the multilayer ; - (d) selective etching of the ends of the intermediate layers in such a way as to form cavities between the ends of two successive metal layers . - (a) creating a non-metal supporting structure on an upper surface of a support , with the supporting structure comprising at least one microstructured pattern , the microstructured pattern comprising a top and sidewalls , with the sidewalls extending according to a direction secant to the direction of the upper surface ; - (b) depositing of a multilayer on the supporting structure , with the multilayer comprising at least two metal layers of the same thickness and an intermediate layer arranged between the two metal layers , with each intermediate layer being carried out in a material that can be selectively etched with respect to the metal layers ; - (c) etching via chemical mechanical planarisation of a portion of the multilayer deposited on the top of the microstructured pattern in such a way as to expose ends of each layer of the multilayer ; - (d) selective etching of the ends of the intermediate layers in such a way as to form cavities between the ends of two successive metal layers .
A recombinant adeno-associated virus (rAAV) for use in treating muscular dystrophy in a human subject in need thereof, wherein the rAAV is of the serotype rh.74 and comprises a polynucleotide comprising the nucleotide sequence of SEQ ID NO: 9, wherein the rAAV is administered using an intravenous route of administration and at a dose of 2x10 14 vg/kg.
A magnetic field sensor , comprising: one or more magnetic field sensing elements configured to generate a magnetic field signal responsive to a magnetic field; and a threshold module coupled to receive at least one of a positive peak signal having a plurality of positive peak values or a negative peak signal having a plurality of negative peak values, the plurality of positive peak values representative of different respective positive peaks of the magnetic field signal and the plurality of negative peak values representative of different respective negative peaks of the magnetic field signal, wherein the threshold module is configured to combine the plurality of positive peak values and/or the plurality of negative peak values to generate a measured threshold value , wherein the magnetic field sensor further comprises a nonvolatile memory device configured to store, at a storage time, the measured threshold value characterized in that the memory device is further configured to store the measured threshold value in a backup memory region at a different time than the storage time. one or more magnetic field sensing elements configured to generate a magnetic field signal responsive to a magnetic field; and a threshold module coupled to receive at least one of a positive peak signal having a plurality of positive peak values or a negative peak signal having a plurality of negative peak values, the plurality of positive peak values representative of different respective positive peaks of the magnetic field signal and the plurality of negative peak values representative of different respective negative peaks of the magnetic field signal, wherein the threshold module is configured to combine the plurality of positive peak values and/or the plurality of negative peak values to generate a measured threshold value , wherein the magnetic field sensor further comprises a nonvolatile memory device configured to store, at a storage time, the measured threshold value characterized in that the memory device is further configured to store the measured threshold value in a backup memory region at a different time than the storage time.
An engine unit support structure comprising: an engine unit having a three-cylinder engine ; a mount for mounting the engine unit ; and a plurality of elastic support bodies coupled to the engine unit and the mount to support the engine unit , wherein the plurality of elastic support bodies include a plurality of first elastic support bodies and a plurality of second elastic support bodies , wherein the second elastic support bodies are so disposed as to be orthogonal to a pitching rotation central axis of the engine unit and one on each side of a virtual plane including a rolling rotation central axis of the engine unit , and the first elastic support bodies are disposed in a position closer to the pitching rotation central axis than the second elastic support bodies and one on each side of the virtual plane , and wherein a distributed load of the engine unit to be borne by each of the first elastic support bodies is greater than a distributed load of the engine unit to be borne by each of the second elastic support bodies . an engine unit having a three-cylinder engine ; a mount for mounting the engine unit ; and a plurality of elastic support bodies coupled to the engine unit and the mount to support the engine unit , wherein the plurality of elastic support bodies include a plurality of first elastic support bodies and a plurality of second elastic support bodies , wherein the second elastic support bodies are so disposed as to be orthogonal to a pitching rotation central axis of the engine unit and one on each side of a virtual plane including a rolling rotation central axis of the engine unit , and the first elastic support bodies are disposed in a position closer to the pitching rotation central axis than the second elastic support bodies and one on each side of the virtual plane , and wherein a distributed load of the engine unit to be borne by each of the first elastic support bodies is greater than a distributed load of the engine unit to be borne by each of the second elastic support bodies .
An ultrasonic transducer for use in an ultrasonic flow meter , the transducer comprising: a piezoelectric crystal; low-density epoxy encasing the piezoelectric crystal; a cylindrical reinforcing sleeve embedded in the low-density epoxy , the sleeve comprising fiber mesh and surrounding the piezoelectric crystal; characterized by : the sleeve comprises a longitudinal ridge forming a channel for a conductor that electrically connects the piezoelectric crystal to a transducer driver. a piezoelectric crystal; low-density epoxy encasing the piezoelectric crystal; a cylindrical reinforcing sleeve embedded in the low-density epoxy , the sleeve comprising fiber mesh and surrounding the piezoelectric crystal; characterized by : the sleeve comprises a longitudinal ridge forming a channel for a conductor that electrically connects the piezoelectric crystal to a transducer driver.
A method of decomposing a phenol by-product, the method comprising: supplying the phenol by-product produced in a phenol and acetone preparation process to a decomposition reactor to perform a decomposition reaction to produce tar and a decomposition reaction product; collecting the tar produced by the decomposition reaction; separating an effective component and acetophenone from the decomposition reaction product; and mixing the separated acetophenone with the tar to form a tar-acetophenone mixed stream; wherein the decomposition reactor is a reaction distillation column of a type in which the reactor and the distillation column are integrated, and wherein the method includes: collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene. supplying the phenol by-product produced in a phenol and acetone preparation process to a decomposition reactor to perform a decomposition reaction to produce tar and a decomposition reaction product; collecting the tar produced by the decomposition reaction; separating an effective component and acetophenone from the decomposition reaction product; and mixing the separated acetophenone with the tar to form a tar-acetophenone mixed stream; wherein the decomposition reactor is a reaction distillation column of a type in which the reactor and the distillation column are integrated, and wherein the method includes: collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene. collecting the tar from a lower portion of the reaction distillation column; collecting the acetophenone from a middle portion of the reaction distillation column; collecting the effective component from an upper portion of the reaction distillation column; and collecting the tar-acetophenone mixed stream after mixing collected acetophenone with collected tar; wherein the effective component includes phenol, α-methylstyrene, and cumene.
Robot travel axis for the displacement of a robot carriage in translation, having the following features: a. the robot travel axis has two main supports which run in parallel and are each delimited on the outside by a metallic profile in the form of a hollow profile or C-profile , and b. the main supports each carry a guide rail , characterized by the following further features: c. the main supports are connected together by means of a connecting structure of concrete, and d. the profiles of the main supports have an inner structure which is formed - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam. a. the robot travel axis has two main supports which run in parallel and are each delimited on the outside by a metallic profile in the form of a hollow profile or C-profile , and b. the main supports each carry a guide rail , c. the main supports are connected together by means of a connecting structure of concrete, and d. the profiles of the main supports have an inner structure which is formed - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam. - of concrete, or - of a polymer material, in particular of polymer structural foam, or - of metal foam.
Open roof construction for a vehicle having a roof opening in its fixed roof , comprising a stationary part for attachment to the roof, and at least one closure having a front and a rear side and being supported by an operating mechanism, the closure being adjustable between a closed position, in which it closes the roof opening, and an open position in which it is at least partly moved out of the roof opening, wherein the operating mechanism comprises at least one adjustable first support member adjustably supporting the closure near its front side, and adjustable second support members adjustably supporting the closure a distance behind the front side, at least the second support members having their own vertical drive member for obtaining a vertical adjustment of the closure at the position of the second support members, the drive member being arranged for vertically adjusting the second support member to move the closure up and down at least at a distance behind the first support member , the drive member including an electric motor and being operatively in engagement with the second support member which is connected to the closure and to the stationary part , characterized in that the electric motor of the drive member is mounted to the closure .