mhurhangee/patent-ind-claim-en huggingface dataset:
A encoding device, comprising: circuitry configured to: apply a diagonal scan to a plurality of transform blocks including a first transform and a second transform block, of a plurality of variable block sizes, in dependence upon a condition that the plurality of transform blocks are not horizontal or vertical scan transform blocks, wherein the plurality of variable block sizes includes 4×4, 8×8, 16×16, and 32×32, wherein the first transform block is of a first block size of the plurality of variable block sizes and the second transform block is of a second block size of the plurality of variable block sizes, and wherein 4×4 sub-blocks of both the first transform block and the second transform block are diagonally scanned, and the diagonal scan is applied inside each of the 4×4 sub-blocks; and apply the same multi-level significance map encoding to the first transform block of the first block size and the second transform block of the second block size. apply a diagonal scan to a plurality of transform blocks including a first transform and a second transform block, of a plurality of variable block sizes, in dependence upon a condition that the plurality of transform blocks are not horizontal or vertical scan transform blocks, wherein the plurality of variable block sizes includes 4×4, 8×8, 16×16, and 32×32, wherein the first transform block is of a first block size of the plurality of variable block sizes and the second transform block is of a second block size of the plurality of variable block sizes, and wherein 4×4 sub-blocks of both the first transform block and the second transform block are diagonally scanned, and the diagonal scan is applied inside each of the 4×4 sub-blocks; and apply the same multi-level significance map encoding to the first transform block of the first block size and the second transform block of the second block size.
A method for reducing a volatile organic compound in a polyurethane foam, wherein the polyurethane foam contains a compound represented by the following formula ; the method comprising: a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula (A) or the following partial structural formula (B), and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0. the polyurethane foam contains a compound represented by the following formula ; the method comprising: a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula (A) or the following partial structural formula (B), and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0. a preparing step of preparing a resin premix containing a polyol, and a polyisocyanate, an adding step of adding the compound represented by the following formula to the resin premix, and a foaming step of mixing and foaming the resin premix and the polyisocyanate; wherein -N=R represents the following partial structural formula (A) or the following partial structural formula (B), and X - represents an anion; wherein R 1 s are the same or different from each other, represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, and may be bonded to each other to form a ring structure; wherein R 2 s are the same or different from each other and represent a hydrogen atom or a hydrocarbon group having a carbon number of 1 to 20, R 2 s may be bonded to each other to form a ring structure, "n" represents an integral number of 0 to 3, and "n" corresponding to at least one R of the four Rs in the formula is not 0.
A method for starting a turbine , wherein a control valve is provided configured for controlling steam flow entering the turbine , the method comprising: receiving an indication the turbine is in an initial acceleration phase; receiving speed control parameter data from a plurality of sensors ; receiving boundary control parameter data from the plurality of sensors ; determining a control valve position based on received speed control parameter data; determining a control valve position based on received boundary control parameter data; comparing the determined control valve position based on received boundary control parameter data and the determined control valve position based on received speed control data; adjusting at least one boundary control parameter to at least one boundary control parameter limit during turbine startup, wherein the at least one boundary control parameter limit is a physical or operational limitation of the at least one boundary control parameter that should not be exceeded, and wherein the value of a speed control parameter is simultaneously adjusted based on the adjusted at least one boundary control parameter ; adjusting the control valve position based at least on determined parameter data; wherein in comparing the determined control valve position based on received boundary control parameter data and the determined control valve position based on received speed control data, the comparison resultant is determined by the minimum value of the determined control valve positions. receiving an indication the turbine is in an initial acceleration phase; receiving speed control parameter data from a plurality of sensors ; receiving boundary control parameter data from the plurality of sensors ; determining a control valve position based on received speed control parameter data; determining a control valve position based on received boundary control parameter data; comparing the determined control valve position based on received boundary control parameter data and the determined control valve position based on received speed control data; adjusting at least one boundary control parameter to at least one boundary control parameter limit during turbine startup, wherein the at least one boundary control parameter limit is a physical or operational limitation of the at least one boundary control parameter that should not be exceeded, and wherein the value of a speed control parameter is simultaneously adjusted based on the adjusted at least one boundary control parameter ; adjusting the control valve position based at least on determined parameter data; wherein in comparing the determined control valve position based on received boundary control parameter data and the determined control valve position based on received speed control data, the comparison resultant is determined by the minimum value of the determined control valve positions.
A sealing jaw assembly for providing transversal seals to a tube of packaging material, said sealing jaw assembly comprising at least one pair of opposing sealing jaws being movable relative each other to provide a transversal seal to the tube when the tube is arranged between the sealing jaws , wherein the at least one pair of opposing sealing jaws comprises a first sealing jaw having a first guide mating member having a part protruding from a sealing surface of the first sealing jaw , and a second sealing jaw having a second guide mating member for receiving the first guide mating member when the first sealing jaw and the second sealing jaw move towards each other and thereby aligning the at least one pair of opposing sealing jaws ; wherein the sealing jaws when arranged in their operative position for providing a transversal seal are tilted relative a plane (H) being perpendicular to a longitudinal axis (Z) of tube ; wherein the second guide mating member comprises an opening for receiving a protrusion of the first guide mating member ; wherein the second guide mating member comprises at least one chamfered edge arranged adjacent the opening for guiding the protrusion into the opening when the first sealing jaw and second sealing jaw move towards each other; and wherein the protrusion comprises a rounded end portion .
A method for washing laundry in a washing machine, wherein the washing machine includes a tub and a drum disposed inside the tub , the method comprising: supplying wash water mixed with detergent into the tub and spraying wash water without detergent through a spray nozzle , provided at a gasket , into the drum during supplying water mixed with detergent until wash water in the tub is filled up to a target water level; rotating the drum , circulating the wash water and spraying the circulated wash water through a circulation nozzle , provided at the gasket , into the drum for soaking the laundry ; spraying wash water without detergent through the spray nozzle until wash water in the tub is filled up to the target water level; balancing the laundry by repeating acceleration and deceleration of the drum in a state where wash water is filled in the tub ; performing filtration washing by rotating the drum for moving a laundry against an inner wall of the drum , circulating the wash water in the tub , and spraying the circulated wash water through the circulation nozzle into the drum ; and draining the wash water from the tub . supplying wash water mixed with detergent into the tub and spraying wash water without detergent through a spray nozzle , provided at a gasket , into the drum during supplying water mixed with detergent until wash water in the tub is filled up to a target water level; rotating the drum , circulating the wash water and spraying the circulated wash water through a circulation nozzle , provided at the gasket , into the drum for soaking the laundry ; spraying wash water without detergent through the spray nozzle until wash water in the tub is filled up to the target water level; balancing the laundry by repeating acceleration and deceleration of the drum in a state where wash water is filled in the tub ; performing filtration washing by rotating the drum for moving a laundry against an inner wall of the drum , circulating the wash water in the tub , and spraying the circulated wash water through the circulation nozzle into the drum ; and draining the wash water from the tub .
An indicator device for enabling calibration of a structure comprising: at least one elongate strap having a lower temperature expansion coefficient than the structure , and a length sufficient to encompass a circumference of an external surface of the structure ; and at least one diffraction grating having a temperature expansion coefficient at least as high as the structure , wherein the diffraction grating is coupled to the strap and in direct contact with the external surface of the structure , wherein deformations in the external surface of the structure induce corresponding deformations in the diffraction grating . at least one elongate strap having a lower temperature expansion coefficient than the structure , and a length sufficient to encompass a circumference of an external surface of the structure ; and at least one diffraction grating having a temperature expansion coefficient at least as high as the structure , wherein the diffraction grating is coupled to the strap and in direct contact with the external surface of the structure , wherein deformations in the external surface of the structure induce corresponding deformations in the diffraction grating .
A sweeping device for working on a track formed of rails and sleepers , with a brush shaft consisting of a plurality of shaft portions , which is designed as a hollow shaft, having resilient sweeping elements protruding radially from it, which can be attached via at least one adjustable vertical drive to a vehicle that can travel on rails , characterised in that at least one axis of rotation of one of the shaft portions is adjustable via a control shaft with control elements acting externally on the shaft portion .
An ultrasonic surgical device comprising: an elongate waveguide having a longitudinal axis (L, L8, L9) and a distal end; the ultrasonic surgical device further comprising: a blade extending away from the distal end of the waveguide , said blade having a length, a distal end, and a curved portion that includes at least five faces extending lengthwise along at least a portion of the length of the blade , each of said faces having a width that extends perpendicular to the longitudinal axis (L, L8, L9) of the waveguide and a length that extends orthogonal to said width, wherein each of the faces is flat across its width and is either flat along its entire length or includes one or more curved segments along its length, with each of the curved segments of an individual face being curved in the same direction such that the axes of curvature of each of the curved segments of an individual face are parallel to one another, and the axis of curvature of each of the curved segments of the faces of the blade is perpendicular to a plane which includes the longitudinal axis (L, L8, L9) of the waveguide ; and further wherein at least one of the faces of the blade includes one of said curved segments .
A compound for use as an agent for preventing, inhibiting or treating cancer, said compound being chosen among: - 4-N,4-N-dimethyl-7-N-[4-(trifluoromethoxy)phenyl]quinoline-4,7-diamine - 4-(morpholin-4-yl)-N-[4-(trifluoromethoxy)phenyl]quinolin-7-amine, and - their pharmaceutically acceptable salts. - 4-N,4-N-dimethyl-7-N-[4-(trifluoromethoxy)phenyl]quinoline-4,7-diamine - 4-(morpholin-4-yl)-N-[4-(trifluoromethoxy)phenyl]quinolin-7-amine, and - their pharmaceutically acceptable salts.
A drive circuit for driving at least one of a plurality of actuators of a printhead from a common drive waveform, and having: a switching circuit for coupling the common drive waveform to provide a drive pulse to a selected at least one of the actuators , and a timing circuit coupled to receive a trimming signal, characterised in that the timing circuit has a control output coupled to control the switching circuit so as to form the drive pulse from at least part of a pulse in the common drive waveform, and so as to trim the drive pulse by controlling, according to the trimming signal, a duration of a step at an intermediate level in the drive pulse. a switching circuit for coupling the common drive waveform to provide a drive pulse to a selected at least one of the actuators , and a timing circuit coupled to receive a trimming signal, characterised in that the timing circuit has a control output coupled to control the switching circuit so as to form the drive pulse from at least part of a pulse in the common drive waveform, and so as to trim the drive pulse by controlling, according to the trimming signal, a duration of a step at an intermediate level in the drive pulse.
A positioning system for positioning a plate (P) handling device (DM) relative to a plate (P) of a given shape, said handling device (DM) having a securing face to be secured to a face of the plate, said system comprising: - a tray comprising a first face and a second face , the second face being to face at least partly a face of the plate (P), - a support supporting the tray , - positioning elements for positioning the plate (P) relative to the tray , said positioning elements being carried by the second face of the tray , - a housing for mounting the handling device (DM) in the tray , so that said face for securing the handling device (DM) is oriented to the side of the second face of the tray , the position of the housing relative to the positioning elements ensuring positioning of the handling device (DM) relative to the plate (P), said housing opening into an external contour of the tray so as to allow the handling device (DM) to be placed in the housing and the handling device (DM) to be removed from the housing . - a tray comprising a first face and a second face , the second face being to face at least partly a face of the plate (P), - a support supporting the tray , - positioning elements for positioning the plate (P) relative to the tray , said positioning elements being carried by the second face of the tray , - a housing for mounting the handling device (DM) in the tray , so that said face for securing the handling device (DM) is oriented to the side of the second face of the tray , the position of the housing relative to the positioning elements ensuring positioning of the handling device (DM) relative to the plate (P), said housing opening into an external contour of the tray so as to allow the handling device (DM) to be placed in the housing and the handling device (DM) to be removed from the housing .
A switching power module , comprising a substrate , a die , and a packaging layer , wherein the die is embedded in the substrate , and the die has an integrated circuit layout layer; wherein the packaging layer is configured to package the integrated circuit layout layer of the die , the packaging layer comprising a composite material layer comprising at least a first material layer and a second material layer that have different functions, wherein the first material layer is formed, through high-density plasma deposition, on a surface of the die that faces away from the substrate and covers the integrated circuit layout layer, wherein the first material layer is a mixed layer of undoped silicate glass and tetraethyl orthosilicate, and the first material layer is filled in a gap between metal protrusions of the integrated circuit layout layer; and characterized in that a mixing ratio of the mixed layer of the undoped silicate glass and the tetraethyl orthosilicate is greater than or equal to 5:9 and less than or equal to 10:3. the packaging layer is configured to package the integrated circuit layout layer of the die , the packaging layer comprising a composite material layer comprising at least a first material layer and a second material layer that have different functions, wherein the first material layer is formed, through high-density plasma deposition, on a surface of the die that faces away from the substrate and covers the integrated circuit layout layer, wherein the first material layer is a mixed layer of undoped silicate glass and tetraethyl orthosilicate, and the first material layer is filled in a gap between metal protrusions of the integrated circuit layout layer; and characterized in that a mixing ratio of the mixed layer of the undoped silicate glass and the tetraethyl orthosilicate is greater than or equal to 5:9 and less than or equal to 10:3.
A method for controlling a wheel of a rail mounted vehicle , the method comprising causing actions that result in: determining at least one value of an angular velocity (ω1R), about a first axis , of a first wheel of a wheelset of the rail mounted vehicle , wherein the wheelset comprises the first wheel and a second wheel , and wherein the first wheel is rotatable and motored independently of the second wheel ; determining at least one value of a yawing velocity ( ψ̇ 1 ) of the wheelset about a second axis perpendicular to the first axis ; calculating at least one value of a modified angular velocity ( π 1 R ) of the first wheel based, at least in part, on: the at least one value of the angular velocity (ω1R) of the first wheel , and the at least one value of the yawing velocity ( ψ̇ 1 ) of the wheelset ; controlling an application of torque to the first wheel based, at least in part, on the at least one value of the modified angular velocity ( π 1 R ) of the first wheel . determining at least one value of an angular velocity (ω1R), about a first axis , of a first wheel of a wheelset of the rail mounted vehicle , wherein the wheelset comprises the first wheel and a second wheel , and wherein the first wheel is rotatable and motored independently of the second wheel ; determining at least one value of a yawing velocity ( ψ̇ 1 ) of the wheelset about a second axis perpendicular to the first axis ; calculating at least one value of a modified angular velocity ( π 1 R ) of the first wheel based, at least in part, on: the at least one value of the angular velocity (ω1R) of the first wheel , and the at least one value of the yawing velocity ( ψ̇ 1 ) of the wheelset ; the at least one value of the angular velocity (ω1R) of the first wheel , and the at least one value of the yawing velocity ( ψ̇ 1 ) of the wheelset ; controlling an application of torque to the first wheel based, at least in part, on the at least one value of the modified angular velocity ( π 1 R ) of the first wheel .
Refrigerated cabinet with integrated hydraulic control, comprising an internal coolant circuit and connections for a connection to a central coolant line system , wherein the internal coolant circuit comprises at least a conveying device and a cooling device , wherein the conveying device is a speed-controlled pump , characterized in that a hydraulic separator is arranged between the internal coolant circuit and the connections to the central coolant line system , wherein a shut-off device is arranged in a line which connects a connection of the refrigerated cabinet to the forward run of a central coolant line system to a connection of the hydraulic separator , and a shut-off device is arranged in a line which connects a connection of the refrigerated cabinet to the return run of a central coolant line system to a connection of the hydraulic separator .
A system, comprising: a shape sensing enabled device including one or more imaging devices , the shape sensing enabled device coupled to at least one optical fiber ; a shape sensing module configured to receive optical signals from the at least one optical fiber within a structure and interpret the optical signals to determine a shape of the shape sensing enabled device; a device positioning module configured to determine position information of the one or more imaging devices based upon one or more spatial relationships between the at least one optical fiber and the one or more imaging devices; and a mapping module configured to register frames of reference of the at least one optical fiber, the shape sensing enabled device, and a mapping system of a target device to provide an adjusted position of the target device based on the position information. a shape sensing enabled device including one or more imaging devices , the shape sensing enabled device coupled to at least one optical fiber ; a shape sensing module configured to receive optical signals from the at least one optical fiber within a structure and interpret the optical signals to determine a shape of the shape sensing enabled device; a device positioning module configured to determine position information of the one or more imaging devices based upon one or more spatial relationships between the at least one optical fiber and the one or more imaging devices; and a mapping module configured to register frames of reference of the at least one optical fiber, the shape sensing enabled device, and a mapping system of a target device to provide an adjusted position of the target device based on the position information.