mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device that supports a wireless charging function, the electronic device comprising: a housing ; a first sensor layer , disposed inside the housing and comprising a plurality of first electrode patterns in a first direction and a plurality of first openings formed within the first electrode pattern ; a second sensor layer , disposed below the first sensor layer and comprising a plurality of second electrode patterns in a second direction orthogonal with the first direction and a plurality of second openings formed within the second electrode pattern ; and a wireless charging coil , disposed below the second sensor layer and configured to transmit power via the plurality of first openings and the plurality of second openings in a wireless manner. a housing ; a first sensor layer , disposed inside the housing and comprising a plurality of first electrode patterns in a first direction and a plurality of first openings formed within the first electrode pattern ; a second sensor layer , disposed below the first sensor layer and comprising a plurality of second electrode patterns in a second direction orthogonal with the first direction and a plurality of second openings formed within the second electrode pattern ; and a wireless charging coil , disposed below the second sensor layer and configured to transmit power via the plurality of first openings and the plurality of second openings in a wireless manner.
A rotor hub , comprising: a hub body ; a plurality of blade grips coupled to the hub body ; a plurality of rotor blades attached to the plurality of blade grips ; a plurality of centrifugal force bearings coupled to the plurality of blade grips ; a plurality of drive links coupled to the hub body and the plurality of blade grips for transferring torque from the rotor hub body to the plurality of rotor blades via the plurality of blade grips , wherein each of the plurality of drive links is positioned to correspond with a leading edge side of a respective one of the plurality of rotor blades ; and a plurality of pitch horns configured to adjust a pitch of a respective one of the plurality of rotor blades , characterised in that a focus of each of the plurality of centrifugal force bearings is coincident with a centerline of a rotor mast . a hub body ; a plurality of blade grips coupled to the hub body ; a plurality of rotor blades attached to the plurality of blade grips ; a plurality of centrifugal force bearings coupled to the plurality of blade grips ; a plurality of drive links coupled to the hub body and the plurality of blade grips for transferring torque from the rotor hub body to the plurality of rotor blades via the plurality of blade grips , wherein each of the plurality of drive links is positioned to correspond with a leading edge side of a respective one of the plurality of rotor blades ; and a plurality of pitch horns configured to adjust a pitch of a respective one of the plurality of rotor blades , characterised in that a focus of each of the plurality of centrifugal force bearings is coincident with a centerline of a rotor mast .
Boat comprising a hull having a bow and a stern provided with a stern board , as well as a keel and lateral sides below and above the waterline, respectively, that extend between the bow and the stern , the hull comprising a forward portion and an astern portion that can be mutually separated, which are articulated about an axis (A) transverse to the longitudinal axis of the hull and placed close to said lateral sides , whereby the hull can assume an extended configuration for navigation, in which it extends along its whole length, or a folded configuration, of a reduced length, as a result of the articulation of at least one of said portions about said transverse axis (A), the boat including connection means comprising at least one cable that extends substantially parallel to the longitudinal axis of the boat and has a front portion adapted to be fixed at said forward portion , which cable crosses a transverse bulkhead having a forward wall and a rear wall , extends close to the keel along the majority of said forward portion and is associated with tensioning means that are operable in order to apply to it a traction for mutually connecting the forward portion and the astern portion in the aforesaid extended configuration, characterized in that said at least one cable comprises a rear portion that extends along the astern portion of the hull between said rear wall of the transverse bulkhead and said stern board .
An electrically weldable suture material for positioning in the body of a human or another mammal, the suture material comprising a first portion and a second portion positionable in contact with one other, such that when the suture material is positioned in the body of a human or another mammal and electric current flows from said first portion to said second portion, heat is generated by electrical resistance at the point of contact between said first portion and said second portion so as to melt regions of said first portion and said second portion, and when the electric current is thereafter terminated, the melted regions of said first portion and said second portion re-solidify, characterized in that the suture material is a biocompatible conductive thermoplastic material.
An image encoding method for performing encoding processing of a picture, the image encoding method comprising: encoding, into a bitstream: a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; wherein the dependent slice enabling flag is disposed in a parameter set common to all slices of the picture, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header of the current slice before the slice address and after a syntax element identifying the parameter set. encoding, into a bitstream: a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; a dependent slice enabling flag indicating whether or not a dependent slice is enabled for the picture, wherein the dependent slice is a slice on which the encoding processing is performed by partially using control information included in a header of a slice different from the dependent slice, a slice address indicating a starting position of a current slice of the picture, and a dependency indication indicating whether or not the current slice is the dependent slice; wherein the dependent slice enabling flag is disposed in a parameter set common to all slices of the picture, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header of the current slice before the slice address and after a syntax element identifying the parameter set.
A compound of general formula (I) 3-[ -3-methyl-6-(7H-pyrrolo pyrimidin-4-yl)-1,6-diazaspiro octan-1-yl]-3-oxopropanenitrile, or a pharmaceutically acceptable salt thereof for use in the treatment of chronic hand eczema, wherein the compound of formula (I), or a pharmaceutically acceptable salt thereof, is administered as a twice daily application and wherein the treatment is topical treatment.
A method for encoding video information, comprising: - defining a certain number of available macroblock segmentations that specify possible ways in which a macroblock can be segmented into blocks, - defining a certain finite number of available macroblock-segmentation - prediction-method pairs by defining for each available macroblock segmentation at least one available prediction method as a predetermined subset of possible prediction methods in dependence of a respective available macroblock segmentation , wherein each available prediction method defines for each block of a macroblock one or more associated prediction blocks used in producing a prediction motion coefficient for a respective block of the macroblock, and an associated method for deriving the prediction motion coefficient for said respective block of the macroblock from motion coefficients of said one or more associated prediction blocks, - segmenting a frame of video information into macroblocks, - selecting for a macroblock one of the available macroblock-segmentation - prediction-method pairs , wherein the selection of the macroblock-segmentation - prediction-method pair is based on minimizing a cost function and - segmenting the macroblock into blocks and deriving prediction motion coefficients for the blocks within said macroblock using the selected macroblock-segmentation - prediction-method pair . - defining a certain number of available macroblock segmentations that specify possible ways in which a macroblock can be segmented into blocks, - defining a certain finite number of available macroblock-segmentation - prediction-method pairs by defining for each available macroblock segmentation at least one available prediction method as a predetermined subset of possible prediction methods in dependence of a respective available macroblock segmentation , wherein each available prediction method defines for each block of a macroblock one or more associated prediction blocks used in producing a prediction motion coefficient for a respective block of the macroblock, and an associated method for deriving the prediction motion coefficient for said respective block of the macroblock from motion coefficients of said one or more associated prediction blocks, - segmenting a frame of video information into macroblocks, - selecting for a macroblock one of the available macroblock-segmentation - prediction-method pairs , wherein the selection of the macroblock-segmentation - prediction-method pair is based on minimizing a cost function and - segmenting the macroblock into blocks and deriving prediction motion coefficients for the blocks within said macroblock using the selected macroblock-segmentation - prediction-method pair .
A modular tent comprising: an upper tent portion defining a first base surface area, wherein the upper tent portion does not include a floor surface; a base extension that includes a floor surface having a second base surface area, the second base surface area being larger than the first base surface area; and a different base extension that includes a floor surface having a third base surface area, the third base surface area being larger than the first base surface area and the second base surface area; wherein the upper tent portion is capable of being alternatively secured to at least the base extension and the different base extension ; wherein the base extension , when secured to the upper tent portion , results in a base surface area of the modular tent increasing to the second base surface area; and wherein the different base extension , when secured to the upper tent portion , results in the base surface area of the modular tent increasing to the third base surface area. an upper tent portion defining a first base surface area, wherein the upper tent portion does not include a floor surface; a base extension that includes a floor surface having a second base surface area, the second base surface area being larger than the first base surface area; and a different base extension that includes a floor surface having a third base surface area, the third base surface area being larger than the first base surface area and the second base surface area; wherein the upper tent portion is capable of being alternatively secured to at least the base extension and the different base extension ; wherein the base extension , when secured to the upper tent portion , results in a base surface area of the modular tent increasing to the second base surface area; and wherein the different base extension , when secured to the upper tent portion , results in the base surface area of the modular tent increasing to the third base surface area.
A fully passive bleed valve without active actuator comprising: a valve housing defining an inlet and an outlet with a flow path for fluid communication from the inlet to the outlet; and a poppet head connected to the valve housing by a primary spring and by a secondary spring , wherein the poppet head is configured for movement relative to the valve housing between: a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and further comprising a secondary spring compressor within the valve housing, wherein the primary spring connects between the poppet head and the secondary spring compressor, and wherein the secondary spring connects between the secondary spring compressor and the valve housing, and wherein the valve housing includes a first secondary spring compressor seat configured to engage the secondary spring compressor in at least the fully open position to limit travel of the secondary spring compressor thereby limiting expansion of the secondary spring. a valve housing defining an inlet and an outlet with a flow path for fluid communication from the inlet to the outlet; and a poppet head connected to the valve housing by a primary spring and by a secondary spring , wherein the poppet head is configured for movement relative to the valve housing between: a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and a fully open position in which the poppet head is spaced apart from the inlet to allow flow through the flow path, wherein the primary spring and secondary spring are both expanded; a partially closed position in which the poppet head is spaced apart from the inlet but is closer to the inlet than in the fully open position, wherein the primary spring is compressed; a fully closed position in which the poppet head seats against the valve housing blocking flow through the flow path, wherein the primary spring and the secondary spring are both compressed; and further comprising a secondary spring compressor within the valve housing,
An asparagine synthase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein proline, which is an amino acid corresponding to position 192 of SEQ ID NO: 3, is substituted with leucine.
Industrial truck, which is battery-electrically driven, having a heating device which is provided with a heating heat exchanger , wherein the industrial truck has a hydraulic circuit of working hydraulics of the industrial truck, wherein the working hydraulics comprise a lifting cylinder which lifts a lifting fork on a lifting mast characterized in that the hydraulic circuit is used as a heat source for the heating heat exchanger , wherein the heating heat exchanger is heated with a heat pump , which uses the hydraulic circuit as a heat source via a hydraulic circuit heat exchanger .
A rotor hub, comprising: a yoke configured to attach a plurality of rotor blades; a constant velocity joint configured to drive torque from a rotor mast to the yoke and further configured to enable the yoke to pivot relative to the rotor mast ; and a rotor control system configured to adjust an orientation of the plurality of rotor blades, wherein the rotor control system comprises: a swashplate ; an adapter ring ; a plurality of actuators (221a-c) configured to adjust an orientation of the swashplate based on a flight control input; a plurality of lower pitch links (222a-c) configured to transfer motion between the swashplate and the adapter ring ; a plurality of phase adjustment levers (213a-c) configured to adjust a control phase associated with motion transferred between the swashplate and the adapter ring ; and a plurality of upper pitch links (224a-f) configured to transfer motion between the adapter ring and the plurality of rotor blades to adjust a pitch of the plurality of rotor blades, wherein the plurality of upper pitch links comprises a larger number of pitch links than the plurality of lower pitch links . a yoke configured to attach a plurality of rotor blades; a constant velocity joint configured to drive torque from a rotor mast to the yoke and further configured to enable the yoke to pivot relative to the rotor mast ; and a rotor control system configured to adjust an orientation of the plurality of rotor blades, wherein the rotor control system comprises: a swashplate ; an adapter ring ; a plurality of actuators (221a-c) configured to adjust an orientation of the swashplate based on a flight control input; a plurality of lower pitch links (222a-c) configured to transfer motion between the swashplate and the adapter ring ; a plurality of phase adjustment levers (213a-c) configured to adjust a control phase associated with motion transferred between the swashplate and the adapter ring ; and a plurality of upper pitch links (224a-f) configured to transfer motion between the adapter ring and the plurality of rotor blades to adjust a pitch of the plurality of rotor blades, wherein the plurality of upper pitch links comprises a larger number of pitch links than the plurality of lower pitch links . a swashplate ; an adapter ring ; a plurality of actuators (221a-c) configured to adjust an orientation of the swashplate based on a flight control input; a plurality of lower pitch links (222a-c) configured to transfer motion between the swashplate and the adapter ring ; a plurality of phase adjustment levers (213a-c) configured to adjust a control phase associated with motion transferred between the swashplate and the adapter ring ; and a plurality of upper pitch links (224a-f) configured to transfer motion between the adapter ring and the plurality of rotor blades to adjust a pitch of the plurality of rotor blades, wherein the plurality of upper pitch links comprises a larger number of pitch links than the plurality of lower pitch links .
An absorbent article comprising a main body having a liquid-permeable topsheet , a liquid-impermeable backsheet and an absorbent core sandwiched between said topsheet and said backsheet , said main body being arranged along a longitudinal axis (Y1) and a transversal axis (X1) extending in a perpendicular direction in relation to the longitudinal axis (Y1), said main body defining a front portion , a back portion and a crotch portion ; wherein said article comprises a first wing and a second wing extending outwardly from said crotch portion of the main body in opposite directions in an asymmetric manner with reference to the longitudinal axis (Y1), and generally along said transversal axis (X1), said wings being provided with fastening means configured for fastening said wings to a garment when being folded over said main body and towards said longitudinal axis (Y1), characterized in that each wing is formed with an outer edge which defines at least one arc of a circle coinciding with a section of the outer edge and having a defined radius (r), said section extending between a first point on the outer edge and a second point along said outer edge where said arc no longer coincides with said outer edge , wherein said radius (r) is within the interval of 40-500 mm, and wherein said outer edge includes said first point in the form of a transversally outermost point , said section extending from said outermost point and to said second point .
A method for managing file system entities in an object-based storage, OBS, system, wherein the OBS system integrates or ingests variable size data items as a plurality of OBS objects, wherein each of the plurality of OBS objects has a unique identification, ID, key, wherein each of the plurality of OBS objects is stored in a flat namespace structure of the OBS system, the flat namespace structure being allocated within a given logical container, wherein OBS object metadata is stored with the OBS object itself rather than in a separate metadata structure, said method comprising: receiving a stream of file system entities that include inodes (i_64, i_100, i_120, i_140, i_160) contained within an inode file and having respective assigned file index numbers utilized to index file system entities, and data blocks ; and mapping the file system entities to OBS objects, said mapping comprising: generating at least one inode file object that logically associates file block numbers, FBNs, of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that logically associates the data block numbers with the data blocks, wherein the plurality of OBS objects comprises the at least one inode file object, the at least one indirection object, and the at least one data object. receiving a stream of file system entities that include inodes (i_64, i_100, i_120, i_140, i_160) contained within an inode file and having respective assigned file index numbers utilized to index file system entities, and data blocks ; and mapping the file system entities to OBS objects, said mapping comprising: generating at least one inode file object that logically associates file block numbers, FBNs, of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that generating at least one inode file object that logically associates file block numbers, FBNs, of the inode file with the file index numbers; generating at least one indirection object that logically associates FBNs of indexed file system entities with respective ones of data block numbers corresponding to the received data blocks; and generating at least one data object that contains the data blocks and that logically associates the data block numbers with the data blocks,