mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher (GS), in particular household dishwasher, having a dishwasher cavity (SB) for cleaning dishes, glasses, cutlery or similar items to be washed and having an air duct (LK), which, viewed in the flow direction (LSR), has an ascending duct section (KA1) and a subsequent descending duct section (KA2), wherein the ascending duct section (KA1) is connected to an air outlet opening (LA) of the dishwasher cavity (SB), from which, in at least one operating phase of a dishwasher wash cycle, air or an air/steam mixture (LS) flows out, is in particular drawn out, of the dishwasher cavity (SB) into the air duct (LK), wherein the passage cross-sectional area (QB1) of the ascending duct section (KA1) is enlarged compared with the passage cross-sectional area (QB3) of the air outlet opening (LA), and/or compared with the passage cross-sectional area (QB2) of the descending duct section (KA2) at least along one subsection, in particular along a starting section (AA) following the air outlet opening (LA), such that in the ascending duct section (KA1) the flow speed (V1) of the air or air/steam mixture (LS) flowing therethrough is reduced there, wherein at least the starting section (AA) of the ascending duct section (KA1) relative to the horizontal (WA) runs with a positive angle of inclination (WI), in particular between 30° and 60°, and wherein starting from the air outlet opening (LA), the ascending duct section (KA1) and the input-side part of the descending duct section (KA2) form a continuously running bow piece.
A method of forming an integral drain with a heat exchanger comprising the steps of: forming a plurality of passage walls to define a plurality of passages , each of the passage walls having a non-linear portion; and integrally forming a drain wall with at least one of the passage walls to define a drain for each of the plurality of passages, the drain wall located proximate the non-linear portion of each of the plurality of passage walls; characterized in that the plurality of passage walls are formed with an additive manufacturing process and that the drain wall is integrally formed with at least one of the passage walls with an additive manufacturing process. forming a plurality of passage walls to define a plurality of passages , each of the passage walls having a non-linear portion; and integrally forming a drain wall with at least one of the passage walls to define a drain for each of the plurality of passages, the drain wall located proximate the non-linear portion of each of the plurality of passage walls; characterized in that the plurality of passage walls are formed with an additive manufacturing process and that the drain wall is integrally formed with at least one of the passage walls with an additive manufacturing process.
A method for fixing a rebound mat to a trampoline frame comprising the steps of: a) providing a plurality of elastic elements and connectors, b) looping a section of the trampoline frame with a rope loop formed from the at least one elastic element , c) mounting the free ends of the elastic elements in one of the connectors, d) mounting a tension band in the connector connected to the free ends of the elastic elements , e) repeating steps b) to d) for all elastic elements provided along the circumference of the trampoline frame, characterised in that the step of mounting the tension band is divided into d1) passing a loop of the tension band through a second seat (201, 202; 211, 212; 251, 252; 1251) of the connector , the second seat having a larger opening on the side facing the trampoline frame than opposite on the inwardly facing side, d2) inserting a retaining element into the loop of the tension band projecting through the second receptacle, and d3) retracting the loop with the retaining element inserted therein until the position of the loop of the tension band is locked to the connector . a) providing a plurality of elastic elements and connectors, b) looping a section of the trampoline frame with a rope loop formed from the at least one elastic element , c) mounting the free ends of the elastic elements in one of the connectors, d) mounting a tension band in the connector connected to the free ends of the elastic elements , e) repeating steps b) to d) for all elastic elements provided along the circumference of the trampoline frame, d1) passing a loop of the tension band through a second seat (201, 202; 211, 212; 251, 252; 1251) of the connector , the second seat having a larger opening on the side facing the trampoline frame than opposite on the inwardly facing side, d2) inserting a retaining element into the loop of the tension band projecting through the second receptacle, and d3) retracting the loop with the retaining element inserted therein until the position of the loop of the tension band is locked to the connector .
A method for producing blocks of wooden parts that are placed against one another and glued together, wherein said wooden parts have a triangular or trapezoidal cross section and are subjected to an aligning pressure in the direction of their bearing side, as well as to a pressing pressure transversely to their glued lateral faces , wherein the aligning pressure is applied to the wooden parts transversely to the glued lateral faces that lie obliquely to the bearing side of the wooden parts and convert the aligning pressure into the pressing pressure, with respect to which the glued lateral faces lie obliquely, characterized in that the wooden parts are individually and successively introduced into a packeting station arranged upstream of the pressing station , wherein the wooden parts are alternately rotated about their longitudinal axis, in that the wooden parts are arranged in such a way that the wedge tip of every other wooden part points downward, in that the wooden parts are transported through the pressing station in a transport direction transversely to their glued lateral faces , in that the wooden parts are prior to the pressing process aligned relative to one another in the horizontal and the vertical direction due to the application of the aligning pressure by clamping together the wooden parts transversely to the transport direction over the length of the block to be glued together, in that a braking pressure is during the alignment of the wooden parts exerted upon the upper side of the block , which has already been pressed together, wherein said braking pressure is higher than the aligning pressure and exerted perpendicular to the transport direction of the wooden parts , and in that the wooden parts are during the alignment process displaced opposite to the transport direction and pressed against at least one stop .
A microelectronic structure having an indium gallium arsenide active channel , wherein the indium gallium arsenide active channel includes at least one surface (145 1 , 145 2 ) having an indium content higher than the average indium content of the indium gallium arsenide active channel , wherein the indium gallium arsenide active channel comprises a fin having a pair of opposing surface (145 1 , 145 2 ) and wherein each of the surface (145 1 , 145 2 ) has an indium content higher than the average indium content of the indium gallium arsenide active channel .
A flying machine comprising - a main body further comprising controllers and motors for moving movable parts of the flying machine, - opposite wings pivotally coupled and extending from the main body, each wing further comprising three main parts, said main parts being: i) an innermost part corresponding to the humerus of a wing, ii) a mid part corresponding to the radius and ulna of a wing, and iii) the outermost part corresponding to the metacarpus, basal phalanx and the terminal phalanx of a bird's wing, - each wing further comprising primary , secondary and tertiary (tertials) feathers supported by the three main parts of the wing, - a head section , - a tail section, which comprises tail feathers on a tilting joint for moving the tail up and down, tilting the tail sideways and spreading the feathers, characterized in that each wing is connected to and controlled separately by at least four motors, wherein: i) a first motor controls the flapping of the wing, ii) a second motor controls the angle of attack (wing tilt), iii) a third motor controls the degree of morphing and folding of the wing, and iv) a fourth motor controls the horizontal motion of the wing. - a main body further comprising controllers and motors for moving movable parts of the flying machine, - opposite wings pivotally coupled and extending from the main body, each wing further comprising three main parts, said main parts being: i) an innermost part corresponding to the humerus of a wing, ii) a mid part corresponding to the radius and ulna of a wing, and iii) the outermost part corresponding to the metacarpus, basal phalanx and the terminal phalanx of a bird's wing, i) an innermost part corresponding to the humerus of a wing, ii) a mid part corresponding to the radius and ulna of a wing, and iii) the outermost part corresponding to the metacarpus, basal phalanx and the terminal phalanx of a bird's wing, - each wing further comprising primary , secondary and tertiary (tertials) feathers supported by the three main parts of the wing, - a head section , - a tail section, which comprises tail feathers on a tilting joint for moving the tail up and down, tilting the tail sideways and spreading the feathers, i) a first motor controls the flapping of the wing, ii) a second motor controls the angle of attack (wing tilt), iii) a third motor controls the degree of morphing and folding of the wing, and iv) a fourth motor controls the horizontal motion of the wing.
Wringer for a mopping appliance, comprising a basket-like receptacle , which is arranged in a rotatable manner in a holder , wherein the receptacle can be made to rotate via a mechanical drive , wherein the drive has a lever , which is mounted in a movable manner in the holder and is provided with a spindle nut which, upon movement of the lever , makes a spindle rotate, wherein a first gearwheel is arranged in a rotationally fixed manner on the spindle , wherein the axis of rotation of the holder is assigned a second gearwheel , wherein a freewheel is arranged between the axis of rotation and second gearwheel and allows torque transmission to the axis of rotation just in one direction of rotation, characterized in that a toothed belt is arranged between the first gearwheel and the second gearwheel .
A method, the method comprising: determining a target segment from a speech signal ; determining a target character sequence corresponding to the target segment by decoding the target segment; identifying a first overlapping portion between the target character sequence and a preceding character sequence based on an edit distance; and merging the target character sequence and the preceding character sequence based on the first overlapping portion , wherein a cost applied to the edit distance is determined based on any one or any combination of any two or more of a type of operation performed at the edit distance, whether characters to be operated are located in the first overlapping portion , and whether the characters to be operated match, characterized in that the preceding character sequence is determined based on a result of decoding a preceding segment partially overlapping the target segment in the speech signal . determining a target segment from a speech signal ; determining a target character sequence corresponding to the target segment by decoding the target segment; identifying a first overlapping portion between the target character sequence and a preceding character sequence based on an edit distance; and merging the target character sequence and the preceding character sequence based on the first overlapping portion , wherein a cost applied to the edit distance is determined based on any one or any combination of any two or more of a type of operation performed at the edit distance, whether characters to be operated are located in the first overlapping portion , and whether the characters to be operated match, characterized in that the preceding character sequence is determined based on a result of decoding a preceding segment partially overlapping the target segment in the speech signal .
A sole structure for an article of footwear , the sole structure comprising: a composite element (110; 210; 2101; 300) and a sole component (216; 304); wherein the composite element (110; 210; 2101; 300) comprises a textile (102; 202) and a hydrogel layer (115; 215); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); wherein a portion of the hydrogel layer (115; 215) extends through the first side (106; 206) of the textile (102; 202) and at least partially into the core of the textile (102; 202), but does not extend onto the second side (104; 204) of the textile (102; 202); wherein at least a portion of the first side (112; 212) of the hydrogel layer (115; 215) provides a first ground-facing surface of the sole structure ; and wherein the sole component (216; 304) comprises a polymeric material and has a first side and a second side , wherein at least a portion of the first side of the sole component (216; 304) is operably coupled with the second side (104; 204) of the textile (102; 202). a composite element (110; 210; 2101; 300) and a sole component (216; 304); wherein the composite element (110; 210; 2101; 300) comprises a textile (102; 202) and a hydrogel layer (115; 215); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); the textile (102; 202) comprises a textile material and has a first side (106; 206), a second side (104; 204), and a core located between the first side (106; 206) and the second side (104; 204); the hydrogel layer (115; 215) comprises a hydrogel material and has a first side (114; 214) and a second side (112; 212) that is operably coupled to the textile (102; 202) along the first side (106; 206) of the textile (102; 202); wherein a portion of the hydrogel layer (115; 215) extends through the first side (106; 206) of the textile (102; 202) and at least partially into the core of the textile (102; 202), but does not extend onto the second side (104; 204) of the textile (102; 202); wherein at least a portion of the first side (112; 212) of the hydrogel layer (115; 215) provides a first ground-facing surface of the sole structure ; and wherein the sole component (216; 304) comprises a polymeric material and has a first side and a second side , wherein at least a portion of the first side of the sole component (216; 304) is operably coupled with the second side (104; 204) of the textile (102; 202).
A method of forming a composite article , the method comprising the steps of: providing a formed article , the formed article comprising a plurality of non-crimp fibre fabrics with each non-crimp fibre fabric comprising at least two dry-fibre layers press formed in a first mould; stabilising the plurality of non-crimp fibre fabrics ; machining a surface of the formed article having exposed ply terminations to provide a smooth blended surface with chamfered plydrops; positioning the machined formed article in a second mould ; infiltrating the second mould with a polymer matrix resin; and curing the machined formed article to form the composite article . providing a formed article , the formed article comprising a plurality of non-crimp fibre fabrics with each non-crimp fibre fabric comprising at least two dry-fibre layers press formed in a first mould; stabilising the plurality of non-crimp fibre fabrics ; machining a surface of the formed article having exposed ply terminations to provide a smooth blended surface with chamfered plydrops; positioning the machined formed article in a second mould ; infiltrating the second mould with a polymer matrix resin; and curing the machined formed article to form the composite article .
An optical recording head for applying laser light respectively emitted from a plurality of optical fibers to a recording medium, the optical recording head comprising: a holder that holds the plurality of optical fibers ; a fly-eye lens arranged to be opposite to end surfaces of the plurality of optical fibers such that during use laser light respectively emitted from the end surfaces of the plurality of optical fibers directly enters into said fly-eye lens ; a cylindrical lens array arranged to be opposite to a light exit surface of said fly-eye lens such that during use laser light emitted from the light exit surface of said fly-eye lens directly enters into said cylindrical lens array ; an aperture array arranged to be opposite to a light exit surface of said cylindrical lens array such that during use laser light emitted from the light exit surface of said cylindrical lens array directly enters into said aperture array ; and a lens that during use collects, on a surface of the recording medium, laser light that passed through apertures of said aperture array , wherein each of the apertures of said aperture array is rectangular. a holder that holds the plurality of optical fibers ; a fly-eye lens arranged to be opposite to end surfaces of the plurality of optical fibers such that during use laser light respectively emitted from the end surfaces of the plurality of optical fibers directly enters into said fly-eye lens ; a cylindrical lens array arranged to be opposite to a light exit surface of said fly-eye lens such that during use laser light emitted from the light exit surface of said fly-eye lens directly enters into said cylindrical lens array ; an aperture array arranged to be opposite to a light exit surface of said cylindrical lens array such that during use laser light emitted from the light exit surface of said cylindrical lens array directly enters into said aperture array ; and a lens that during use collects, on a surface of the recording medium, laser light that passed through apertures of said aperture array , wherein each of the apertures of said aperture array is rectangular.
A separating rotor for a harvester comprising working tools projecting radially from the rotor and a hollow-cylindrical rotor base body to which holding elements are non-releasably fixed, to which holding elements the working tools can be releasably fixed, characterised in that provided in the rotor base body are recesses into which the holding elements are inserted.
Device for compensating imperfections at a coherent optical receiver , the device being configured to: obtain a receive signal from the receiver ; adapt a first equalizer based on a target output for the first equalizer ; compensate the receive signal with the first equalizer , in order to compensate imperfections caused by the receiver ; and compensate the receive signal further with a second equalizer , in order to compensate imperfections caused by a link between a transmitter and the receiver ; wherein the device is characterized by being configured to: estimate a channel response based on a configuration of the second equalizer ; extract a transfer function of the link from the channel response ; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal . obtain a receive signal from the receiver ; adapt a first equalizer based on a target output for the first equalizer ; compensate the receive signal with the first equalizer , in order to compensate imperfections caused by the receiver ; and compensate the receive signal further with a second equalizer , in order to compensate imperfections caused by a link between a transmitter and the receiver ; wherein the device is characterized by being configured to: estimate a channel response based on a configuration of the second equalizer ; extract a transfer function of the link from the channel response ; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal . estimate a channel response based on a configuration of the second equalizer ; extract a transfer function of the link from the channel response ; and calculate the target output for the first equalizer based on the transfer function and based on bit decisions obtained from the receive signal .
A compound which is E7766 or a pharmaceutically acceptable salt thereof for use in a method of treating cancer in a patient, the method comprising administering the compound to said patient, wherein said patient is receiving an OATP inhibitor, and concomittantly ceasing or reducing administration of said OATP inhibitor or reducing administration of said compound to eliminate or reduce related adverse events:
A deployment controlling component of a communication system comprising: a metasurface managing interface configured to receive information about presence and capabilities of programmable metasurfaces usable by the communication system; an interface configured to receive a request for providing a network service; and a controller configured to ensure that the request conforms to a deployment policy including a network service lifecycle management policy and/or a virtual network function lifecycle management policy and determine a deployment of network functions of the communication system depending on the received information to conform with the deployment policy if the request conforms to the deployment policy and to control communication system resources of the communication system according to the determined deployment to provide the network service. a metasurface managing interface configured to receive information about presence and capabilities of programmable metasurfaces usable by the communication system; an interface configured to receive a request for providing a network service; and a controller configured to ensure that the request conforms to a deployment policy including a network service lifecycle management policy and/or a virtual network function lifecycle management policy and determine a deployment of network functions of the communication system depending on the received information to conform with the deployment policy if the request conforms to the deployment policy and to control communication system resources of the communication system according to the determined deployment to provide the network service.