mhurhangee/patent-ind-claim-en huggingface dataset:
Blade for a gas turbine comprising: an airfoil having a leading edge , a trailing edge , a pressure side and a suction side ; the airfoil comprising an outer wall and an inner wall substantially enclosed by the outer wall ; wherein the inner wall surrounds an inner central cooling chamber , through which, in use, cooling fluid coming from a respectivefeeding channel flows; and a cooling arrangement which comprises at least one cooling path (31a; 31b; 31c; 31d) between the outer wall and the inner wall ; the cooling path (31a; 31b; 31c; 31d) having at least one inlet (40; 44; 51; 57) and at least one discharge arrangement (41; 45; 53; 58); wherein the discharge arrangement (41; 45; 53; 58) extends through the outer wall and comprises a plurality of inlet holes (60; 160)and at least one outlet common slot (61; 161);wherein the discharge arrangement comprises a plurality of connecting channels (63; 163), each of which is configured to connect a respective hole (60;160) with the outlet common slot (61; 161); wherein each connecting channel (63; 163) has an inlet section (65; 165) and an outlet section (66; 166); the inlet section (65; 165) of each connecting channel (63; 160) being in contact with the respective inlet hole (60; 160) and the outlet section (66; 166) of each connecting channel (63; 160) being in contact with the outlet common slot (61; 161); wherein the passage area of each inlet hole (60; 160) is smaller than the passage area of the inlet section (65; 165) of the respective connecting channels (63; 163). an airfoil having a leading edge , a trailing edge , a pressure side and a suction side ; the airfoil comprising an outer wall and an inner wall substantially enclosed by the outer wall ; wherein the inner wall surrounds an inner central cooling chamber , through which, in use, cooling fluid coming from a respectivefeeding channel flows; and a cooling arrangement which comprises at least one cooling path (31a; 31b; 31c; 31d) between the outer wall and the inner wall ; the cooling path (31a; 31b; 31c; 31d) having at least one inlet (40; 44; 51; 57) and at least one discharge arrangement (41; 45; 53; 58); wherein the discharge arrangement (41; 45; 53; 58) extends through the outer wall and comprises a plurality of inlet holes (60; 160)and at least one outlet common slot (61; 161);wherein the discharge arrangement comprises a plurality of connecting channels (63; 163), each of which is configured to connect a respective hole (60;160) with the outlet common slot (61; 161); wherein each connecting channel (63; 163) has an inlet section (65; 165) and an outlet section (66; 166); the inlet section (65; 165) of each connecting channel (63; 160) being in contact with the respective inlet hole (60; 160) and the outlet section (66; 166) of each connecting channel (63; 160) being in contact with the outlet common slot (61; 161); wherein the passage area of each inlet hole (60; 160) is smaller than the passage area of the inlet section (65; 165) of the respective connecting channels (63; 163).
A decoder for decoding video or image, wherein (a) the decoder is configured to receive a bitstream; (b) the decoder is configured to decode the bitstream using one of a regular decoding engine and a bypass decoding engine in a context adaptive binary arithmetic coding; (c) the decoder is configured to generate two lists of probable modes using a function of previously determined prediction modes, wherein the two lists of probable modes include a first list and a second list, the first list including the "most probable modes" and the second list including further probable modes that are "not most probable modes"; (d) the decoder is configured to decode first information using the regular decoding engine, the first information indicates whether an intra prediction mode for a current block is selected from the first list; (e) in a case that the decoder identifies that the first information indicates that the intra prediction mode of the current block is selected from the first list, the decoder is configured to decode second information used for selecting an intra prediction mode from the first list using the bypass decoding engine ; and (f) in a case that the decoder identifies that the first information indicates that the intra prediction mode of the current block is not selected from the first list, the decoder is configured to decode third information using the bypass decoding engine , the third information is used for selecting an intra prediction mode from the second list. (a) the decoder is configured to receive a bitstream; (b) the decoder is configured to decode the bitstream using one of a regular decoding engine and a bypass decoding engine in a context adaptive binary arithmetic coding; (c) the decoder is configured to generate two lists of probable modes using a function of previously determined prediction modes, wherein the two lists of probable modes include a first list and a second list, the first list including the "most probable modes" and the second list including further probable modes that are "not most probable modes"; (d) the decoder is configured to decode first information using the regular decoding engine, the first information indicates whether an intra prediction mode for a current block is selected from the first list; (e) in a case that the decoder identifies that the first information indicates that the intra prediction mode of the current block is selected from the first list, the decoder is configured to decode second information used for selecting an intra prediction mode from the first list using the bypass decoding engine ; and (f) in a case that the decoder identifies that the first information indicates that the intra prediction mode of the current block is not selected from the first list, the decoder is configured to decode third information using the bypass decoding engine , the third information is used for selecting an intra prediction mode from the second list.
Drainage apparatus for precipitation water intended for drainage of a structure, having a retention device for solid constituents, in particular plant parts, carried along by the precipitation water, which retention device has multiple passage openings , and having a fixing means for fixing the drainage apparatus in the region of a drain of a collecting surface of the structure, wherein the retention device is arranged so as to be movable on a guide between a rest position and an emergency drainage position, in which emergency drainage position at least one passage opening for the precipitation water is significantly enlarged and/or at least one further passage opening is opened up, and wherein the drainage apparatus has at least one buoyancy element , which is arrangeable with a vertical spacing (a) to the collecting surface , such that, during use, upon attainment of a particular liquid height of an accumulation of water on the collecting surface , there acts a buoyancy force of the buoyancy element that is larger than a weight force counteracting the movement of the retention device into the emergency drainage position, wherein the drainage apparatus has a securing means , which is movable relative to the retention device , and/or holding means, wherein the securing element fixes the retention device on the guide , and/or the holding means generates a force counteracting the movement of the retention device from the rest position into the emergency drainage position, characterized in that the securing means is detachable upon exceedance of the buoyancy force of the buoyancy element at a predetermined liquid height, and/or, upon exceedance of a predetermined liquid height, a force of the holding means that counteracts the movement of the retention device from the rest position into the emergency drainage position is abruptly reduced or interrupted.
A seed mixture having rapeseeds, seeds of at least one sacrificial and one denaturing plant from the cabbage family being added as pest control for protecting against insects and slugs, the seeds of the sacrificial and denaturing plant being added in a quantity of 0.1 to 15 wt% of the entire seed mixture, and the seed mixture, in addition to the rapeseed, - also has seeds of turnip rape and oil radish added as sacrificial plants, and - also has mustard seeds added as a denaturing plant. - also has seeds of turnip rape and oil radish added as sacrificial plants, and - also has mustard seeds added as a denaturing plant.
An enhanced LOng-RAnge Navigation, eLORAN, receiver comprising: an antenna and eLORAN receiver circuitry coupled thereto, the antenna comprising - a ferromagnetic core comprising a ferromagnetic medial portion and a plurality of ferromagnetic arms (22a-22d) extending outwardly therefrom, - a respective electrically conductive winding (23a-23d) surrounding each of the plurality of ferromagnetic arms, and - an electrically conductive patch element adjacent said ferromagnetic core, wherein said ferromagnetic core and respective electrically conductive windings (23a-23d) are configured to respond to a plurality of H-field signals; and wherein said electrically conductive patch element is configured to respond to an E-field signal, and wherein the eLORAN receiver circuitry is configured to correct a position based upon the plurality of H-field signals and the E-field signal, wherein the eLORAN receiver circuitry is further configured to calculate an E-field to H-field amplitude ratio, an E-field to H-field phase difference, and an E-field to H-field pulse arrival time difference, and wherein said eLORAN receiver circuitry is further configured to correct the position based upon the E-field to H-field amplitude ratio, the E-field to H-field phase difference, and the E-field to H-field pulse arrival time difference. an antenna and eLORAN receiver circuitry coupled thereto, the antenna comprising - a ferromagnetic core comprising a ferromagnetic medial portion and a plurality of ferromagnetic arms (22a-22d) extending outwardly therefrom, - a respective electrically conductive winding (23a-23d) surrounding each of the plurality of ferromagnetic arms, and - an electrically conductive patch element adjacent said ferromagnetic core, - a ferromagnetic core comprising a ferromagnetic medial portion and a plurality of ferromagnetic arms (22a-22d) extending outwardly therefrom, - a respective electrically conductive winding (23a-23d) surrounding each of the plurality of ferromagnetic arms, and - an electrically conductive patch element adjacent said ferromagnetic core, wherein said ferromagnetic core and respective electrically conductive windings (23a-23d) are configured to respond to a plurality of H-field signals; and wherein said electrically conductive patch element is configured to respond to an E-field signal, and wherein the eLORAN receiver circuitry is configured to correct a position based upon the plurality of H-field signals and the E-field signal, wherein the eLORAN receiver circuitry is further configured to calculate an E-field to H-field amplitude ratio, an E-field to H-field phase difference, and an E-field to H-field pulse arrival time difference, and wherein said eLORAN receiver circuitry is further configured to correct the position based upon the E-field to H-field amplitude ratio, the E-field to H-field phase difference, and the E-field to H-field pulse arrival time difference.
A method of radiotherapy treatment planning for creating a plan for delivery of at least one particle-based arc to a patient using an apparatus arranged to deliver radiation in the form of charged particles from a number of different directions comprising the steps of a. determining (S31) at least one arc trajectory including a set of beam angles b. determining (S33) a set of energy layers for each beam angle characterised in that the method further comprises the step of: c. optimizing (S34) the plan using an optimization problem formulation designed to produce a suitable dose distribution, in such a way that the plan will use only a subset of beam angles and a subset of energy layers from the set of beam angles and the set of energy layers, respectively, wherein the optimization is subject to at least one penalty designed to limit the number of energy layers. a. determining (S31) at least one arc trajectory including a set of beam angles b. determining (S33) a set of energy layers for each beam angle characterised in that the method further comprises the step of: c. optimizing (S34) the plan using an optimization problem formulation designed to produce a suitable dose distribution, in such a way that the plan will use only a subset of beam angles and a subset of energy layers from the set of beam angles and the set of energy layers, respectively,
A water seat for use in a fire suppression sprinkler movable between an inactive position and an active position comprising: a guiding surface ; a sealing surface adjacent the guiding surface , wherein the sealing surface forms a line contact seal with the sprinkler when the water seat is in an active position; characterized in that the guiding surface is generally polygonal; a guiding portion is adjacent the sealing surface and opposite the polygonal guiding surface , such that the guiding portion and the guiding surface retain the water seat in an orientation generally parallel to the sprinkler when the water seat moves from an inactive to an active position; and wherein the polygonal guiding surface is in limited contact with the sprinkler , such that the water seat slides relative to the sprinkler when a corrosion residue is present within the sprinkler . a guiding surface ; a sealing surface adjacent the guiding surface , wherein the sealing surface forms a line contact seal with the sprinkler when the water seat is in an active position; characterized in that the guiding surface is generally polygonal; a guiding portion is adjacent the sealing surface and opposite the polygonal guiding surface , such that the guiding portion and the guiding surface retain the water seat in an orientation generally parallel to the sprinkler when the water seat moves from an inactive to an active position; and wherein the polygonal guiding surface is in limited contact with the sprinkler , such that the water seat slides relative to the sprinkler when a corrosion residue is present within the sprinkler .
A method for forming a hybrid part comprising the steps of: casting or shaping a shell having an attachment feature with a core passage located internally of said attachment feature ; said casting or shaping step comprising forming said shell from a monolithic ceramic material powder; densifying the shell ; drawing a ceramic matrix composite material preform through the core passage ; and bonding the ceramic matrix composite material preform to an interior wall of the monolithic ceramic material forming the shell ; wherein said ceramic matrix composite material comprises a plurality of fibers and said method further comprises grinding off any protruding one of said fibers . casting or shaping a shell having an attachment feature with a core passage located internally of said attachment feature ; said casting or shaping step comprising forming said shell from a monolithic ceramic material powder; densifying the shell ; drawing a ceramic matrix composite material preform through the core passage ; and bonding the ceramic matrix composite material preform to an interior wall of the monolithic ceramic material forming the shell ; wherein said ceramic matrix composite material comprises a plurality of fibers and said method further comprises grinding off any protruding one of said fibers .
A generator shaft assembly comprising: a primary shaft ; and a disconnect shaft housed within the primary shaft, wherein an end of the disconnect shaft is configured to mate to a gearbox; characterised by : a retainer ring housed within the primary shaft having at least a landing and a groove on an inner surface thereof; and a retainer member positioned between the landing of the retainer ring and an outer surface of the disconnect shaft, and seated within a groove in the disconnect shaft, configured to limit axial motion of the disconnect shaft relative to the primary shaft. a primary shaft ; and a disconnect shaft housed within the primary shaft, wherein an end of the disconnect shaft is configured to mate to a gearbox; characterised by : a retainer ring housed within the primary shaft having at least a landing and a groove on an inner surface thereof; and a retainer member positioned between the landing of the retainer ring and an outer surface of the disconnect shaft, and seated within a groove in the disconnect shaft, configured to limit axial motion of the disconnect shaft relative to the primary shaft. a retainer ring housed within the primary shaft having at least a landing and a groove on an inner surface thereof; and a retainer member positioned between the landing of the retainer ring and an outer surface of the disconnect shaft, and seated within a groove in the disconnect shaft, configured to limit axial motion of the disconnect shaft relative to the primary shaft.
A secondary battery , characterized in comprising: a case having an opening; an electrode assembly received in the case ; a top cover assembly comprising a top cover plate and an electrode terminal disposed on the top cover plate , wherein the top cover plate is disposed at the opening; a connection sheet connected between the electrode assembly and the electrode terminal ; and an insulation thermal-dissipation member disposed between the top cover plate and the connection sheet and contacting with the top cover plate and the connection sheet , wherein the insulation thermal-dissipation member has electrical insulation and is made of a material having a thermal conductivity greater than 1W/(m·k). a case having an opening; an electrode assembly received in the case ; a top cover assembly comprising a top cover plate and an electrode terminal disposed on the top cover plate , wherein the top cover plate is disposed at the opening; a connection sheet connected between the electrode assembly and the electrode terminal ; and an insulation thermal-dissipation member disposed between the top cover plate and the connection sheet and contacting with the top cover plate and the connection sheet , wherein the insulation thermal-dissipation member has electrical insulation and is made of a material having a thermal conductivity greater than 1W/(m·k).
A refrigerating apparatus comprising: a first refrigerant circuit including a first compressor , a first condenser , a first decompressor , and a first evaporator , connected circularly with a first piping to form a refrigerating cycle, the first refrigerant circuit having a first refrigerant sealed therein as a working refrigerant; a second refrigerant circuit including a second compressor , a second condenser , a second decompressor , and a second evaporator , connected circularly with a second piping to form a refrigerating cycle, the second refrigerant circuit having a second refrigerant sealed therein as a working refrigerant; a cascade condenser constituted by integrating the first evaporator and the second condenser in a heat-exchangeable manner; a first sensor configured to detect a temperature of the cascade condenser ; characterized by a controller configured to control operation performance of the first compressor and the second compressor , compare the temperature detected by the first sensor and a first temperature determined in advance, determine whether or not the temperature detected by the first sensor is lower than or equal to the first temperature; and start the second compressor if it is determined that the temperature detected by the first sensor is lower than or equal to the first temperature. a first refrigerant circuit including a first compressor , a first condenser , a first decompressor , and a first evaporator , connected circularly with a first piping to form a refrigerating cycle, the first refrigerant circuit having a first refrigerant sealed therein as a working refrigerant; a second refrigerant circuit including a second compressor , a second condenser , a second decompressor , and a second evaporator , connected circularly with a second piping to form a refrigerating cycle, the second refrigerant circuit having a second refrigerant sealed therein as a working refrigerant; a cascade condenser constituted by integrating the first evaporator and the second condenser in a heat-exchangeable manner; a first sensor configured to detect a temperature of the cascade condenser ; characterized by a controller configured to control operation performance of the first compressor and the second compressor , compare the temperature detected by the first sensor and a first temperature determined in advance, determine whether or not the temperature detected by the first sensor is lower than or equal to the first temperature; and start the second compressor if it is determined that the temperature detected by the first sensor is lower than or equal to the first temperature. control operation performance of the first compressor and the second compressor , compare the temperature detected by the first sensor and a first temperature determined in advance, determine whether or not the temperature detected by the first sensor is lower than or equal to the first temperature; and start the second compressor if it is determined that the temperature detected by the first sensor is lower than or equal to the first temperature.
A file access right authentication method, applied to an electronic device, wherein the method comprises: receiving , by an operating system of the electronic device, a file access request from an application program at an application layer, wherein the file access request is used to request to access a first file on the electronic device; allocating, by the operating system of the electronic device, a first process identifier to the file access request; obtaining , by an identity management module from a package management service module, first fixed identity information corresponding to the first process identifier, wherein the fixed identity information comprises at least one of a name of a program package including the application program, a signature of the application program, or a universally unique identifier, uuid, of the application program; obtaining, by a right authentication module, authorized fixed identity information corresponding to the first file from the identity management module; and matching , by the right authentication module, the first fixed identity information with the authorized fixed identity information corresponding to the first file, and determining , when the matching succeeds, that authentication of the file access request succeeds. receiving , by an operating system of the electronic device, a file access request from an application program at an application layer, wherein the file access request is used to request to access a first file on the electronic device; allocating, by the operating system of the electronic device, a first process identifier to the file access request; obtaining , by an identity management module from a package management service module, first fixed identity information corresponding to the first process identifier, wherein the fixed identity information comprises at least one of a name of a program package including the application program, a signature of the application program, or a universally unique identifier, uuid, of the application program; obtaining, by a right authentication module, authorized fixed identity information corresponding to the first file from the identity management module; and matching , by the right authentication module, the first fixed identity information with the authorized fixed identity information corresponding to the first file, and determining , when the matching succeeds, that authentication of the file access request succeeds.