mhurhangee/ep-ind-claims huggingface dataset:
A tubular component for a drill stem which can be cabled, comprising a first end zone, a second end zone, a sheath extending between the first end zone and the second end zone, a cable disposed at least in part in the sheath and a liner, the liner being fixed in a bore of the first end zone and provided with at least one take-up chamber for said cable at an axial distance from a tail terminal surface of the liner, the length of the cable being greater than the distance between the first and the second end zone such that the take-up chamber is capable of storing an excess length of said cable, the excess length corresponding to the length of cable that can protrude from the tail terminal surface of the liner, characterized by said component further comprising a lock for clamping the sheath at least in an axial direction with respect to the first end zone, said lock being installed, in a manner such that it can be dismantled, in a housing, said lock being held radially in the housing, between the liner and the first end zone.
A tidal current information display device for a movable body, for displaying tidal current information on a display screen, comprising: a tidal current information receiving terminal configured to receive tidal current information including a position of a tidal current on a chart of a region including the movable body, and a plurality of predicted tidal current directions of the tidal current at said position at a corresponding plurality of time instants; and a tidal current display data generation terminal configured to: generate an indicator including a time scale determined according to the plurality of time instants; determine a position of each predicted tidal current direction on the time scale at each respective time instant; characterized in that the tidal current display data generation terminal is further configured to: generate a plurality of symbols for respective positions on the time scale, each symbol indicating the respective predicted tidal current direction at the respective time instant; and output the indicator including the plurality of symbols to the display screen. a tidal current information receiving terminal configured to receive tidal current information including a position of a tidal current on a chart of a region including the movable body, and a plurality of predicted tidal current directions of the tidal current at said position at a corresponding plurality of time instants; and a tidal current display data generation terminal configured to: generate an indicator including a time scale determined according to the plurality of time instants; determine a position of each predicted tidal current direction on the time scale at each respective time instant; characterized in that the tidal current display data generation terminal is further configured to: generate a plurality of symbols for respective positions on the time scale, each symbol indicating the respective predicted tidal current direction at the respective time instant; and output the indicator including the plurality of symbols to the display screen. generate an indicator including a time scale determined according to the plurality of time instants; determine a position of each predicted tidal current direction on the time scale at each respective time instant; characterized in that the tidal current display data generation terminal is further configured to: generate a plurality of symbols for respective positions on the time scale, each symbol indicating the respective predicted tidal current direction at the respective time instant; and output the indicator including the plurality of symbols to the display screen. generate a plurality of symbols for respective positions on the time scale, each symbol indicating the respective predicted tidal current direction at the respective time instant; and output the indicator including the plurality of symbols to the display screen.
A drill with a cutting fluid supply hole comprising: a tool main body provided with a cutting edge that is located at an axial end thereof, a flute portion having a discharge flute formed on a distal end side portion of the tool main body for discharging chips generated by the cutting edge, and a cutting fluid supply hole for supplying cutting fluid toward the cutting edge through the inside of the flute portion, the cutting fluid supply hole having a front inner wall surface, a rear inner wall surface located on the rear side in the rotation direction of the drill and facing the front inner wall surface in a circumferential direction of the tool main body, an outer circumferential inner wall surface made up of a partially cylindrical surface around a center line of the drill, and an inner circumferential inner wall surface made up of a partially cylindrical surface around the center line of the drill with a curvature radius that is smaller than a curvature radius of the outer circumferential inner wall surface and facing the outer circumferential inner wall surface in the radial direction, characterized in that each of the front inner wall surface and the rear inner wall surface is located along a radial direction of the tool main body so that the cutting fluid supply hole has a fan-shaped cross section defined by the front inner wall surface, the rear inner wall surface, the outer circumferential inner wall surface, and the inner circumferential inner wall surface.
A composition comprising a hematopoietic stem or progenitor cell, wherein the cell comprises a synthetic BCL11A microRNA comprising; a) a first BCL11A segment comprising a sequence derived from a BCL11A mRNA sequence, a loop segment; and b) a second BCL11A segment arranged in tandem in a 5' to 3' direction, wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end. a) a first BCL11A segment comprising a sequence derived from a BCL11A mRNA sequence, a loop segment; and b) a second BCL11A segment arranged in tandem in a 5' to 3' direction, wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end. wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end.
A sound producing device comprising: a metal plate; a piezoelectric ceramic including a first adhesion surface, the first adhesion surface being a surface bonded to the metal plate; an alternating current power supply that applies an alternating voltage to the piezoelectric ceramic; and an adhesive layer formed from conductive adhesive and thermosetting adhesive which are spread over the first adhesion surface, the conductive adhesive being applied in a center portion of the first adhesion surface and the thermosetting adhesive being applied at three or more locations in a periphery of the first adhesion surface, wherein an adhesion surface of the metal plate that is bonded to the piezoelectric ceramic is a second adhesion surface, and the first adhesion surface and the second adhesion surface are bonded together by the adhesive layer. a metal plate; a piezoelectric ceramic including a first adhesion surface, the first adhesion surface being a surface bonded to the metal plate; an alternating current power supply that applies an alternating voltage to the piezoelectric ceramic; and an adhesive layer formed from conductive adhesive and thermosetting adhesive which are spread over the first adhesion surface, the conductive adhesive being applied in a center portion of the first adhesion surface and the thermosetting adhesive being applied at three or more locations in a periphery of the first adhesion surface, wherein an adhesion surface of the metal plate that is bonded to the piezoelectric ceramic is a second adhesion surface, and the first adhesion surface and the second adhesion surface are bonded together by the adhesive layer.
A method of generating a pool of scaled film grain blocks for blending with an image to simulate film grain wherein a scaled film grain block stored in the pool is generated according to: - selecting a film grain block from among a database of film grain patterns; - scaling all the pixel values in the block of film grain as indicated by a scaling parameter characterizing the film grain to appear in the image block; characterized in that the selection is controlled by a set of cut frequencies characterizing the film grain to appear in the image block. - selecting a film grain block from among a database of film grain patterns; - scaling all the pixel values in the block of film grain as indicated by a scaling parameter characterizing the film grain to appear in the image block;
A precoding method, comprising: acquiring predetermined parameters of at least one user equipment; calculating the acquired predetermined parameters of all the user equipments according to each precoding solution to obtain a calculation performance index; selecting and determining a target precoding solution according to the calculation performance index; precoding data information of all the user equipments according to the target precoding solution; and sending, if the target precoding solution is a nonlinear precoding solution, the data information and indication signalling indicating information of the nonlinear precoding solution to each user equipment. acquiring predetermined parameters of at least one user equipment; calculating the acquired predetermined parameters of all the user equipments according to each precoding solution to obtain a calculation performance index; selecting and determining a target precoding solution according to the calculation performance index; precoding data information of all the user equipments according to the target precoding solution; and sending, if the target precoding solution is a nonlinear precoding solution, the data information and indication signalling indicating information of the nonlinear precoding solution to each user equipment.
Gelcoat composition with biocidal properties, wherein said composition comprises a resin fluid that is made up of polyester resins, cobalt, a thixotropic agent and copper nanoparticles.
A negative pressure type low-dead-fuel anti-bubble aircraft fuel tank device, comprising a fuel tank shell, a fuel suction hose arranged inside the fuel tank shell, and a fuel filler and a fuel outlet that are arranged on the fuel tank shell, wherein, the negative pressure type low-dead-fuel anti-bubble aircraft fuel tank device further comprises a wave-resistant baffle; there are at least one wave-resistant baffles in the device; the wave-resistant baffle divides the internal space of the aircraft fuel tank device into at least two spaces (L, H); every two adjacent spaces communicate with each other through a communication port at the bottom of the corresponding wave-resistant baffle; the aircraft fuel tank device utilizes the pressure difference between the adjacent spaces (L, H) to suck the fuel to flow into a low pressure fuel supply space, so as to avoid bubbles in the fuel supplied to the engine, wherein a bevel surface is arranged at the bottom of the aircraft fuel tank device including all the internal spaces (L, H) resulting from the division by the at least one wave-resistant baffle to reduce the weight of dead fuel, the distance from the bevel surface to the bottom of the aircraft fuel tank device increases gradually in the direction from the low pressure fuel supply space to the high pressure space, wherein the wave-resistant baffle comprises a first side, a second side, a third side arranged opposite to the first side, and a fourth side arranged opposite to the second side, wherein the first side is sealingly connected to the top shell of the fuel tank shell; the second side and the fourth side are sealingly connected to the two opposite sides of the fuel tank shell respectively; the communication port is arranged on the third side, the rest portion of the third side is sealingly connected to the bevel surface at the bottom of the fuel tank shell except for the portion corresponding to the communication port. wherein a bevel surface is arranged at the bottom of the aircraft fuel tank device including all the internal spaces (L, H) resulting from the division by the at least one wave-resistant baffle to reduce the weight of dead fuel, the distance from the bevel surface to the bottom of the aircraft fuel tank device increases gradually in the direction from the low pressure fuel supply space to the high pressure space, wherein the wave-resistant baffle comprises a first side, a second side, a third side arranged opposite to the first side, and a fourth side arranged opposite to the second side, wherein the first side is sealingly connected to the top shell of the fuel tank shell; the second side and the fourth side are sealingly connected to the two opposite sides of the fuel tank shell respectively; the communication port is arranged on the third side, the rest portion of the third side is sealingly connected to the bevel surface at the bottom of the fuel tank shell except for the portion corresponding to the communication port.
A method for bleaching pulp which pulp contains hexenuronic acid, lignin or corresponding aromatic chemical structures characterized in that at least one tertiary amine compound of the general formula wherein X is N or C, and R 1 - R 12 is the same or different alkyl group halide, ester, alkoxide or hydrogen, is introduced as catalyst into a process stage of bleaching that comprises mixing pulp and a chlorine compound capable of bleaching.
A centrifugal separation system comprising a centrifugal separator configured for separating a liquid feed mixture into a light phase and a heavy phase, and a control system, wherein a process liquid comprises one or more of the liquid feed mixture, the light phase, and the heavy phase, wherein the centrifugal separator comprises a rotor configured to rotate about a vertical axis of rotation and being provided with a separation space, wherein the centrifugal separator further comprises an inlet leading into the separation space, a light phase outlet leading from the separation space, a heavy phase outlet leading from the separation space, and a stack of separation disks arranged inside the separation space, characterized in that the control system comprises a first sensor for providing temperature measurements and arranged at a first radial position in the separation space and a control unit, wherein the control system comprises a second sensor for providing temperature measurements and arranged at a second radial position in the separation space, wherein the first radial position is radially outside the second radial position, wherein the first and second sensors (34, 36) are positioned to be submerged in the process liquid during operation of the centrifugal separator, and wherein the control unit is configured to determine a density of one or more of the constituents of the liquid feed mixture within the separation space during operation of the centrifugal separator based on measurements from the first and second sensors (34, 36). the centrifugal separator further comprises an inlet leading into the separation space, a light phase outlet leading from the separation space, a heavy phase outlet leading from the separation space, and a stack of separation disks arranged inside the separation space, characterized in that the control system comprises a first sensor for providing temperature measurements and arranged at a first radial position in the separation space and a control unit, wherein the control system comprises a second sensor for providing temperature measurements and arranged at a second radial position in the separation space, wherein the first radial position is radially outside the second radial position, wherein the first and second sensors (34, 36) are positioned to be submerged in the process liquid during operation of the centrifugal separator, and wherein the control unit is configured to determine a density of one or more of the constituents of the liquid feed mixture within the separation space during operation of the centrifugal separator based on measurements from the first and second sensors (34, 36).
A power tool stand comprising: a base; a projecting frame connected to the base; and a power tool carriage moveably mounted on the projecting frame; characterised in that the power tool carriage comprises a first electrical interface arranged to electrically connect with a removeable power tool and a second electrical interface in electrical connection with the first electrical interface and arranged to electrically connect with a removeable battery. a base; a projecting frame connected to the base; and a power tool carriage moveably mounted on the projecting frame; characterised in that the power tool carriage comprises a first electrical interface arranged to electrically connect with a removeable power tool and a second electrical interface in electrical connection with the first electrical interface and arranged to electrically connect with a removeable battery.
A method for sharing resources in a first transceiver comprising: receiving a message from a second transceiver during initialization, the message comprising the following information: the number of latency paths supported by the second transceiver, the maximum amount of interleaver memory for each transmitter latency path in the second transceiver and a total shared memory for all transmitter latency paths in the second transceiver; allocating, based on said information and the application requirements of the first transceiver, a first portion of shared memory to an interleaver (216, 226) or deinterleaver (316, 326) in a first latency path (210, 220, 310, 320) of said first transceiver and allocating a second portion of the shared memory to an interleaver (216, 226) or deinterleaver (316, 326) in a second latency path (210, 220, 310, 320) of said first transceiver. receiving a message from a second transceiver during initialization, the message comprising the following information: the number of latency paths supported by the second transceiver, the maximum amount of interleaver memory for each transmitter latency path in the second transceiver and a total shared memory for all transmitter latency paths in the second transceiver; allocating, based on said information and the application requirements of the first transceiver, a first portion of shared memory to an interleaver (216, 226) or deinterleaver (316, 326) in a first latency path (210, 220, 310, 320) of said first transceiver and allocating a second portion of the shared memory to an interleaver (216, 226) or deinterleaver (316, 326) in a second latency path (210, 220, 310, 320) of said first transceiver.
An electronic device comprising: an electromagnetic coupling wireless module; a coil connected to the wireless module; a touch panel; and a touch controller detecting an operation to the touch panel with predetermined detection sensitivity, wherein the touch controller is reducing the detection sensitivity when the touch controller is receiving a transmission signal showing that the coil is emitting an alternating magnetic flux through a hardware transmission path from the wireless module, wherein the touch controller reduces the detection sensitivity while the wireless module is emitting an alternating magnetic flux for searching approach of a communication target device, and wherein the touch controller disables an input from the touch panel while the wireless module is emitting an alternating magnetic flux for communicating with the communication target device. an electromagnetic coupling wireless module; a coil connected to the wireless module; a touch panel; and a touch controller detecting an operation to the touch panel with predetermined detection sensitivity, wherein the touch controller is reducing the detection sensitivity when the touch controller is receiving a transmission signal showing that the coil is emitting an alternating magnetic flux through a hardware transmission path from the wireless module, wherein the touch controller reduces the detection sensitivity while the wireless module is emitting an alternating magnetic flux for searching approach of a communication target device, and wherein the touch controller disables an input from the touch panel while the wireless module is emitting an alternating magnetic flux for communicating with the communication target device.
Torque transmission system of a motor vehicle power train, the vehicle being provided with at least two motor-driven axles, the torque transmission system comprising a coupling device between a drive shaft driven by the power train and a motor-driven axle comprising two half-shafts bearing wheels, the torque transmission system also comprising a hydraulic module (3, 35, 42) comprising a pump for supplying a hydraulic circuit under pressure making it possible to motorize a second axle and a shaft that can drive said pump, said coupling device comprising at least one gearbox and a differential, the differential disposed in a casing is placed between the two half-shafts of the axle, characterized in that the hydraulic module is fixed onto the coupling device, outside of said device, the shaft of the hydraulic module being driven by the coupling device, said differential comprising a cage provided with a crown ring, the gearbox disposed in another casing comprises at least two shafts (11, 39), a primary shaft driven by the drive shaft and a secondary shaft linked kinematically to the primary shaft, the secondary shaft of the gearbox bearing an intermediate pinion capable of meshing with the crown ring of the differential, the hydraulic module comprising at least one casing (23, 30, 25, 37, 47) assembled on the casing comprising the differential or the casing comprising the gearbox.