mhurhangee/patent-ind-claim-en huggingface dataset:
Device (24, 24a-d) for treating substrates with a liquid that has a transportation device , by means of which the substrates are transportable in a transportation direction through a container that contains the liquid ; and characterized by a weir having an edge that is navigable by the substrates and at least in portions runs obliquely to the transportation direction of the substrates .
A clearance control assembly for a gas turbine engine , comprising: a blade outer air seal assembly ; and a clearance control ring to position the blade outer air seal assembly radially relative to a blade tip , wherein the clearance control ring is compression fit to the blade outer air seal assembly , the clearance control ring being mechanically unfastened, characterised in that : the blade outer air seal assembly includes a ring alignment flange that limits movement of the clearance control ring in a first axial direction; and the clearance control assembly includes a spacer that limits movement of the clearance control ring in a second axial direction opposite the first axial direction. a blade outer air seal assembly ; and a clearance control ring to position the blade outer air seal assembly radially relative to a blade tip , wherein the clearance control ring is compression fit to the blade outer air seal assembly , the clearance control ring being mechanically unfastened, the blade outer air seal assembly includes a ring alignment flange that limits movement of the clearance control ring in a first axial direction; and the clearance control assembly includes a spacer that limits movement of the clearance control ring in a second axial direction opposite the first axial direction.
An electronic device comprising: a central processing unit including a plurality of core processors; at least one module ; and a sharable cache memory wherein the sharable cache memory includes a controller , wherein the controller is configured: to enable, if the central processing unit is in a working mode, the sharable cache memory as a cache memory for the central processing unit , to identify whether an operation mode of at least one core processor among the one or more core processors of the central processing unit is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor among the one or more core processors of the central processing unit is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module , wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit. a central processing unit including a plurality of core processors; at least one module ; and a sharable cache memory wherein the sharable cache memory includes a controller , wherein the controller is configured: to enable, if the central processing unit is in a working mode, the sharable cache memory as a cache memory for the central processing unit , to identify whether an operation mode of at least one core processor among the one or more core processors of the central processing unit is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor among the one or more core processors of the central processing unit is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module , wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit. to enable, if the central processing unit is in a working mode, the sharable cache memory as a cache memory for the central processing unit , to identify whether an operation mode of at least one core processor among the one or more core processors of the central processing unit is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor among the one or more core processors of the central processing unit is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module , wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit.
Drum coater for the application of a surface coating to materials of a bulk goods nature, comprising - a rotatably mounted drum for the holding of materials of a bulk goods nature - an inlet- and an outlet opening - at least one spray nozzle for the application of the surface material to the materials of a bulk goods nature - a drying device for the drum interior - at least one first mixing tool mounted in the drum and extending into the drum interior , wherein the first mixing tool is at least partly mounted on the inner face of the drum, characterised in that - at least one second mixing tool mounted in the drum is radially offset to the first mixing tool or tools and has at least one mixing surface - at least one second mixing tool mounted in the drum has at least one opening on the mixing surface or surfaces . - a rotatably mounted drum for the holding of materials of a bulk goods nature - an inlet- and an outlet opening - at least one spray nozzle for the application of the surface material to the materials of a bulk goods nature - a drying device for the drum interior - at least one first mixing tool mounted in the drum and extending into the drum interior , wherein the first mixing tool is at least partly mounted on the inner face of the drum, - at least one second mixing tool mounted in the drum is radially offset to the first mixing tool or tools and has at least one mixing surface - at least one second mixing tool mounted in the drum has at least one opening on the mixing surface or surfaces .
A mechanical gearbox for a turbomachine , in particular of an aircraft, this gearbox comprising: - a sun gear having an axis (X) of rotation and comprising an external toothing , - a ring gear which extends around the sun gear and which comprise an internal toothing , - planet gears which are meshed with the sun gear and the ring gear and which each comprise a first toothing with a first average diameter (D32) meshed with the toothing of the sun gear , and a second toothing with a second average diameter (D28) different from the first diameter (D32) of the first toothing , the second toothing with a second diameter (D28) being meshed with the internal toothing of the ring gear , the planet gears being guided by bearings carried by a planet carrier , characterized in that the bearing for guiding each planet gear is hydrodynamic and comprises a first smooth guiding surface (26c2) extending about an axis (Y) of rotation of the planet gear , at least partly under the first toothing , and a second smooth guiding surface (26c1), different from said first surface (26c1) and extending about the axis (Y) of rotation of the planet gear, at least partly under the second toothing , and in that the first surface (26c2) is located on a first axial portion of a body of the hydrodynamic bearing , and the second surface (26c1) is located on a second axial portion of the body of the hydrodynamic bearing , these two axial portions being connected together by a first annular web of the body of the hydrodynamic bearing . - a sun gear having an axis (X) of rotation and comprising an external toothing , - a ring gear which extends around the sun gear and which comprise an internal toothing , - planet gears which are meshed with the sun gear and the ring gear and which each comprise a first toothing with a first average diameter (D32) meshed with the toothing of the sun gear , and a second toothing with a second average diameter (D28) different from the first diameter (D32) of the first toothing , the second toothing with a second diameter (D28) being meshed with the internal toothing of the ring gear , the planet gears being guided by bearings carried by a planet carrier ,
A method for configuring a radio access network, comprising: configuring (S201) an equipment tree, the equipment tree comprising equipment managed elements, MEs, wherein the equipment MEs comprise a central unit, CU, a distributed unit, DU, a central unit-control plane, CU-C, a central unit-user plane, CU-U, a radio processing unit, RPU, a baseband processing unit, BPU, and a distributed radio access network, DRAN; configuring (S202) a bearing tree, configuring a bearing tree (S202) comprising configuring a reference relationship between at least one bearing ME in the bearing tree and an equipment ME in the equipment tree, wherein a type of each of the at least one bearing ME comprises one of a controller plane function, CPF, a user plane function, DPF, a baseband processing function, BPF, and a radio processing function, RPF, wherein the reference relationship between bearing ME of the at least one bearing ME in the bearing tree and the equipment ME in the equipment tree indicates which equipment ME is used by the respective bearing ME; and configuring (S203) a service tree, configuring a service tree (S203) comprising configuring a reference relationship between at least one service ME in the service tree and a bearing ME in the bearing tree, wherein the at least one service ME comprises a base station, wherein the reference relationship between service ME of the at least one service ME in the service tree and the bearing ME in the bearing tree indicates which bearing ME is used by the respective service ME. configuring (S201) an equipment tree, the equipment tree comprising equipment managed elements, MEs, wherein the equipment MEs comprise a central unit, CU, a distributed unit, DU, a central unit-control plane, CU-C, a central unit-user plane, CU-U, a radio processing unit, RPU, a baseband processing unit, BPU, and a distributed radio access network, DRAN; configuring (S202) a bearing tree, configuring a bearing tree (S202) comprising configuring a reference relationship between at least one bearing ME in the bearing tree and an equipment ME in the equipment tree, wherein a type of each of the at least one bearing ME comprises one of a controller plane function, CPF, a user plane function, DPF, a baseband processing function, BPF, and a radio processing function, RPF, wherein the reference relationship between bearing ME of the at least one bearing ME in the bearing tree and the equipment ME in the equipment tree indicates which equipment ME is used by the respective bearing ME; and configuring (S203) a service tree, configuring a service tree (S203) comprising configuring a reference relationship between at least one service ME in the service tree and a bearing ME in the bearing tree, wherein the at least one service ME comprises a base station, wherein the reference relationship between service ME of the at least one service ME in the service tree and the bearing ME in the bearing tree indicates which bearing ME is used by the respective service ME.
A method of hierarchical pressure management for managed pressure drilling operations comprising: receiving a measured pressure value from a pressure sensor disposed in a fluid path of returning fluids; if the measured pressure exceeds an MPD pressure set point, commanding one or more choke valves of an MPD choke manifold to open until the measured pressure is approximately equal to the MPD pressure set point or is commanded to a fully opened choke aperture setting; if at any time the measured pressure exceeds a pressure control valve set point, parking the MPD choke manifold and commanding one or more pressure control valve system valves to open until the measured pressure is less than the pressure control valve set point or is commanded to a fully opened pressure control valve setting; and if at any time the measured pressure exceeds a pressure relief valve set point, commanding a pressure relief valve to open. receiving a measured pressure value from a pressure sensor disposed in a fluid path of returning fluids; if the measured pressure exceeds an MPD pressure set point, commanding one or more choke valves of an MPD choke manifold to open until the measured pressure is approximately equal to the MPD pressure set point or is commanded to a fully opened choke aperture setting; if at any time the measured pressure exceeds a pressure control valve set point, parking the MPD choke manifold and commanding one or more pressure control valve system valves to open until the measured pressure is less than the pressure control valve set point or is commanded to a fully opened pressure control valve setting; and if at any time the measured pressure exceeds a pressure relief valve set point, commanding a pressure relief valve to open.
A thermoplastic resin composition comprising: a first copolymer including an unit derived from an aromatic vinyl-based monomer and an unit derived from a vinyl cyan-based monomer; a second copolymer including an unit derived from an alkyl (meth)acrylate-based monomer, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; a third copolymer including a conjugated diene-based polymer with an average particle diameter of 0.25 to 0.35 μm, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; and a fourth copolymer including a conjugated diene-based polymer with an average particle diameter of 0.05 to 0.15 μm, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; wherein the first copolymer has a refractive index of 1.55 to 1.57; and wherein the second copolymer, the third copolymer, and the fourth copolymer each independently have a refractive index of 1.51 to 1.53. a first copolymer including an unit derived from an aromatic vinyl-based monomer and an unit derived from a vinyl cyan-based monomer; a second copolymer including an unit derived from an alkyl (meth)acrylate-based monomer, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; a third copolymer including a conjugated diene-based polymer with an average particle diameter of 0.25 to 0.35 μm, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; and a fourth copolymer including a conjugated diene-based polymer with an average particle diameter of 0.05 to 0.15 μm, an unit derived from an aromatic vinyl-based monomer, and an unit derived from a vinyl cyan-based monomer; wherein the first copolymer has a refractive index of 1.55 to 1.57; and wherein the second copolymer, the third copolymer, and the fourth copolymer each independently have a refractive index of 1.51 to 1.53.
Method for producing a solder connection between two components , in which method a solder layer is applied to at least one connection surface of at least one of the two components , which surface is provided for the connection of the components , and an electric current fed in via two differently polarized electrodes is conducted through the solder layer in order to melt at least part of the solder, the two electrodes directly contacting the solder layer , characterized in that the two components are not metallically conductive, such that the electric current fed into the solder material remains substantially in the solder layer .
An assembly comprising a Universal Serial Bus (USB) socket connector and an equipment shell of an electronic equipment, wherein the USB socket connector is adapted to be set in the electronic equipment for a plug connection with a plug connector, a plug connection hole being set on the equipment shell of the electronic equipment for plugging with the plug connector, wherein the USB socket connector comprises: a base and a connection terminal component ; wherein the base and the equipment shell are molded in one, the base extends from an inner side surface of the equipment shell corresponding to the plug connection hole so that the plug connector can be inserted in to the plug connection hole , an accommodation slot corresponding to the plug connection hole is set on the base enabling the plug connector to be inserted through the plug connection hole and to be accommodated by the accommodation slot , and the connection terminal component is assembled in the accommodation slot ; wherein the connection terminal component comprises an insulated body , connection terminals which are assembled on the insulated body and a Printed Circuit Board (PCB) which is set on the roots of the connection terminals and electrically connected with the connection terminals , characterized in that the connection terminal component further comprises a first reinforce panel which is assembled in the connection terminals and provided for reinforcing rigidity of the connection terminals , a second reinforce panel which is clamped on roots of the connection terminals , wherein the connection terminals comprise an upper row of connection terminals and a lower row of connection terminals; the upper row of connection terminals and the lower row of connection terminals are set symmetrically by points, and the first reinforce panel is set between the upper row of connection terminals and the lower row of connection terminals.
Fabric for a machine for producing a fibrous web, in particular a paper or board web, which is substantially formed from a film-like material , having a first surface facing the fibrous web and a second surface facing away from the fibrous web, wherein the fabric comprises a plurality of passage openings , which each extend along a central axis from the first surface to the second surface , wherein the central axes of at least some passage openings of the fabric enclose an angle with the first surface which differs from 90°, and wherein the fabric has two side edges delimiting the same, characterized in that the central axis of at least one passage opening in an edge region adjacent to one of the two side edges has a greater difference from a 90° angle to the first surface than the central axis of at least one other passage opening in a central region, which is arranged centrally between the two side edges of the fabric. wherein the central axes of at least some passage openings of the fabric enclose an angle with the first surface which differs from 90°, and wherein the fabric has two side edges delimiting the same, characterized in that the central axis of at least one passage opening in an edge region adjacent to one of the two side edges has a greater difference from a 90° angle to the first surface than the central axis of at least one other passage opening in a central region, which is arranged centrally between the two side edges of the fabric.
High-pressure connecting link for the connection of the ground portion to the flight portion of a connection module for fuelling a launch vehicle, in particular a cryogenic link, the link comprising three portions (36; 38; 40) and a first joint forming a predetermined breaking point; the link further comprising a second joint ; the three portions (36; 38; 40) comprising a first portion , a second portion , and a third portion , the second portion being linked to the first portion and to the third portion through the first joint jointed to the first section , and through the second joint jointed to the third portion , wherein the first joint is a circular groove and/or a predetermined breaking point, characterized in that the second joint is at least ten times longer axially than the first joint ; and in that the first joint has an axial length of less than 10,00 mm.
A method of encoding a frame of video data , the method comprising: determining whether to cause a destination device to mirror a media element based on at least one parameter associated with the media element; in response to determining to cause the destination device to not mirror the media element, encoding the frame of video data, wherein encoding includes: identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device. determining whether to cause a destination device to mirror a media element based on at least one parameter associated with the media element; in response to determining to cause the destination device to not mirror the media element, encoding the frame of video data, wherein encoding includes: identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device. identifying at least one region of the frame of video data that corresponds to the media element, assigning one of a plurality of prediction modes to each block of a plurality of blocks of video data in the video frame that reside outside of the identified at least one region, and assigning a skip prediction mode to each of the plurality of blocks within the identified at least one region; and outputting the encoded frame of video data to the destination device to cause the identified at least one region to be visually frozen in the frame when the frame is decoded and output via the destination device.
A control method for a transistor of the IGBT type, the transistor comprising a gate (G), a collector (C) and an emitter (E), and defining an on state in which a main current flows (I C ) between the collector (C) and the emitter (E) and an off state in which the collector (C) is electrically isolated from the emitter (E); the method including a phase for switching between the on state and the off state comprising generating a setpoint current, the intensity of which on the gate of the transistor assumes different setpoint values (I c1 ,...,I c6 ), at least some of the setpoint values (I c1 ,...,I c6 ) being chosen as a function of the sign of the temporal derivative (dlc/dt) of the main current (I c ), each setpoint value (I c1 ,...,I c6 ) being chosen from a set of predetermined setpoint values (I c1 ,..,I c6 ).