mhurhangee/patent-ind-claim-en huggingface dataset:
Method of manufacturing of a structured cooling panel for applying on a component, which is manufactured by the following operations: a) Cutting of desized 2D ceramic tissues into tissues having a size and shape; b) Slurry infiltration in the tissues by at least one knife blade coating method; c) Laminating the tissues in a multi-layer panel, with slurry impregnation after each layer, wherein the tissue has combined fibres, being a combined fibre architecture ceramic tissue comprising a ceramic tissue in combination with sacrificial carbon fibres, and/or pre-build cooling holes; d) Drying; e) De-moulding; f) Sintering the multi-layer panel to obtain a multiple panel structure, wherein part of the combined fibres burns out during the sintering process leaving a negative architecture forming the cooling structure and/or the pre-build cooling holes define the cooling structure; g) Finishing, using of i) post-machine, and/or ii) surface smoothening/rework, and/or iii) coating application, and/or other procedures; the method further comprising a step of combining a supplemental panel structure made of CMC to the multiple panel structure obtained from operations a) to f). a) Cutting of desized 2D ceramic tissues into tissues having a size and shape; b) Slurry infiltration in the tissues by at least one knife blade coating method; c) Laminating the tissues in a multi-layer panel, with slurry impregnation after each layer, wherein the tissue has combined fibres, being a combined fibre architecture ceramic tissue comprising a ceramic tissue in combination with sacrificial carbon fibres, and/or pre-build cooling holes; d) Drying; e) De-moulding; f) Sintering the multi-layer panel to obtain a multiple panel structure, wherein part of the combined fibres burns out during the sintering process leaving a negative architecture forming the cooling structure and/or the pre-build cooling holes define the cooling structure; g) Finishing, using of i) post-machine, and/or ii) surface smoothening/rework, and/or iii) coating application, and/or other procedures;
Module assembly for a transmission control module , having: a substrate plate with an electronic circuit ; the electronic circuit being arranged on a mounting side of the substrate plate and having at least one semiconductor component that is unhoused and contacted by bonding wires, the module assembly also having a contact frame , which runs around the electronic circuit on the mounting side of the substrate plate in the manner of a ring, the electronic circuit and the bonding wires of the semiconductor component being potted completely with a protective compound , the contact frame running around the electronic circuit in the manner of a ring providing a border for the electronic circuit , and a region of the mounting side that is enclosed by the border being filled with the protective compound to such an extent that the filling level of the protective compound does not exceed the height of the contract frame and that a contact pin for making electric contact with the electronic circuit projects laterally from the substrate plate , and characterized in that the contact frame is soldered to the mounting side of the substrate plate . a substrate plate with an electronic circuit ; the electronic circuit being arranged on a mounting side of the substrate plate and having at least one semiconductor component that is unhoused and contacted by bonding wires, the module assembly also having a contact frame , which runs around the electronic circuit on the mounting side of the substrate plate in the manner of a ring, the electronic circuit and the bonding wires of the semiconductor component being potted completely with a protective compound , the contact frame running around the electronic circuit in the manner of a ring providing a border for the electronic circuit , and a region of the mounting side that is enclosed by the border being filled with the protective compound to such an extent that the filling level of the protective compound does not exceed the height of the contract frame and that a contact pin for making electric contact with the electronic circuit projects laterally from the substrate plate , and characterized in that the contact frame is soldered to the mounting side of the substrate plate .
An aircraft , comprising: an electric motor system including an electric motor coupled to a rotor ; and a system connected to the electric motor to drive the rotor when the electric motor system is energized at least at a minimum rotation rate greater than zero, characterized in that the system comprising a controller configured to control the electric motor to rotate the rotor at a rotation rate that provides a visual indication and warning that the rotor is energized, the system comprising a manual override switch located proximate to the rotor , the manual override switch configured to stop the rotation of the rotor . an electric motor system including an electric motor coupled to a rotor ; and a system connected to the electric motor to drive the rotor when the electric motor system is energized at least at a minimum rotation rate greater than zero, characterized in that the system comprising a controller configured to control the electric motor to rotate the rotor at a rotation rate that provides a visual indication and warning that the rotor is energized, the system comprising a manual override switch located proximate to the rotor , the manual override switch configured to stop the rotation of the rotor .
A nutritional composition that comprises a milk substrate that is fermented by lactic acid producing bacteria, and comprises non-digestible oligosaccharides selected from the group consisting of fructo-oligosaccharides, non-digestible dextrins, galacto-oligosaccharides, xylo-oligosaccharides, arabino-oligosaccharides, arabinogalacto-oligosaccharides, gluco-oligosaccharides, gentio-oligosaccharides, glucomanno-oligosaccharides, galactomanno-oligosaccharides, mannan-oligosaccharides, isomalto-oligosaccharides, nigero-oligosaccharides, glucomanno-oligosaccharides, chito-oligosaccharides, soy oligosaccharides, sialyl-oligosaccharides, and fuco-oligosaccharides, and mixtures thereof, for use in treating and/or preventing rotavirus infection or rotavirus-induced diarrhea in an infant or young child.
A prosthetic mitral valve system comprising: an anchoring structure configured to be received adjacent a native mitral valve, wherein the anchoring structure includes: an anchor frame including a supra-annular and a sub-annular structure, wherein the sub-annular structure includes a central hub ; a first pair and a second pair of sub-annular projections configured to hook into engagement with a sub-annular gutter of the native mitral valve to position the anchoring structure relative to the native mitral valve, wherein the first pair of sub-annular projections create a widest sub-annular dimension of the anchoring structure; sub-annular support arms configured to extend radially from the central hub, one to each sub-annular projection; a retention structure configured to reside above an annulus of the native mitral valve and support the valve supra-annularly, the retention structure comprising at least one supra-annular arch segment extending atrially upward between each pair of sub-annular projections, and wherein a sub-annular portion of the anchoring structure includes an anti-systolic anterior motion component that is configured to hinder systolic anterior motion of a native mitral valve leaflet. an anchor frame including a supra-annular and a sub-annular structure, wherein the sub-annular structure includes a central hub ; a first pair and a second pair of sub-annular projections configured to hook into engagement with a sub-annular gutter of the native mitral valve to position the anchoring structure relative to the native mitral valve, wherein the first pair of sub-annular projections create a widest sub-annular dimension of the anchoring structure; sub-annular support arms configured to extend radially from the central hub, one to each sub-annular projection; a retention structure configured to reside above an annulus of the native mitral valve and support the valve supra-annularly, the retention structure comprising at least one supra-annular arch segment extending atrially upward between each pair of sub-annular projections, and wherein a sub-annular portion of the anchoring structure includes an anti-systolic anterior motion component that is configured to hinder systolic anterior motion of a native mitral valve leaflet.
An oral care implement comprising: a head portion having a front surface ; a plurality of bristle tufts extending from the front surface ; a cup member extending from the front surface of the head portion along a first axis (C-C), the cup member comprising: a top surface ; a plurality of grooves formed into the top surface ; a plurality of rib members , wherein adjacent ones of the grooves are separated by one of the rib members , each of the rib members extending along a rib axis (R 1 , R 2 ) that extends radially outward from the first axis (C-C), and wherein each of the rib members has a thickness that increases with distance from the first axis (C-C). a head portion having a front surface ; a plurality of bristle tufts extending from the front surface ; a cup member extending from the front surface of the head portion along a first axis (C-C), the cup member comprising: a top surface ; a plurality of grooves formed into the top surface ; a top surface ; a plurality of grooves formed into the top surface ; a plurality of rib members , wherein adjacent ones of the grooves are separated by one of the rib members , each of the rib members extending along a rib axis (R 1 , R 2 ) that extends radially outward from the first axis (C-C), and wherein each of the rib members has a thickness that increases with distance from the first axis (C-C).
A method for monitoring an Enhanced Physical Downlink Control Channel, EPDCCH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving information related to at least one Physical Resource Block, PRB, pair set for monitoring the EPDCCH candidates; and monitoring the EPDCCH candidates at position of the EPDCCH candidates in the at least one PRB pair set, wherein a number of Enhanced Control Channel Elements, ECCEs, included in each of the EPDCCH candidates is an aggregation level, wherein the position of the EPDCCH candidates for one carrier at a specific aggregation level is configured to have an interval between the EPDCCH candidates, and characterized in that the interval between the EPDCCH candidates is obtained based on a total number of ECCEs included in each of the at least one PRB pair set and a number of the EPDCCH candidates at the specific aggregation level. receiving information related to at least one Physical Resource Block, PRB, pair set for monitoring the EPDCCH candidates; and monitoring the EPDCCH candidates at position of the EPDCCH candidates in the at least one PRB pair set, wherein a number of Enhanced Control Channel Elements, ECCEs, included in each of the EPDCCH candidates is an aggregation level, wherein the position of the EPDCCH candidates for one carrier at a specific aggregation level is configured to have an interval between the EPDCCH candidates, and characterized in that the interval between the EPDCCH candidates is obtained based on a total number of ECCEs included in each of the at least one PRB pair set and a number of the EPDCCH candidates at the specific aggregation level.
A road working machine comprising: (a) an operator's station that is adapted to be occupied by an operator of the road working machine ; (b) a controller; (c) a safety light circuit that is operatively attached to the controller, said safety light circuit including: (i) a plurality of downwardly directed safety lights that are located so as to provide lighted egress from the operator's station ; (ii) a timer ; (d) an emergency stop button that is operatively attached to the controller and adapted to power off the road working machine ; wherein the controller is adapted to turn off the plurality of safety lights after the timer indicates that a predetermined period of time has elapsed after the road working machine is powered off by operation of the emergency stop button . (a) an operator's station that is adapted to be occupied by an operator of the road working machine ; (b) a controller; (c) a safety light circuit that is operatively attached to the controller, said safety light circuit including: (i) a plurality of downwardly directed safety lights that are located so as to provide lighted egress from the operator's station ; (ii) a timer ; (i) a plurality of downwardly directed safety lights that are located so as to provide lighted egress from the operator's station ; (ii) a timer ; (d) an emergency stop button that is operatively attached to the controller and adapted to power off the road working machine ;
A system for determining a handover between at least two energy directing elements , the system comprising: two or more energy directing elements that have a common overlap area defining an area that is coverable by a direction of said two or more energy directing elements wherein one of the energy directing elements is an active energy directing element that aims on and tracks a target ; a handover decision module configured to: obtain a plurality of handover parameters including the position, speed and pattern of movement of the target monitored over time, and therefrom learning and predicting the target's movement and trajectory ; determine, based on the obtained handover parameters and a plurality of handover rules including a rule for reducing a number of unnecessary handovers, a handover point within the overlap area in which to handover between the active energy directing element to one other of said at least two energy directing elements; and a controller configured to carry out the handover between the energy directing elements based on the determined handover point. two or more energy directing elements that have a common overlap area defining an area that is coverable by a direction of said two or more energy directing elements wherein one of the energy directing elements is an active energy directing element that aims on and tracks a target ; a handover decision module configured to: obtain a plurality of handover parameters including the position, speed and pattern of movement of the target monitored over time, and therefrom learning and predicting the target's movement and trajectory ; determine, based on the obtained handover parameters and a plurality of handover rules including a rule for reducing a number of unnecessary handovers, a handover point within the overlap area in which to handover between the active energy directing element to one other of said at least two energy directing elements; and a controller configured to carry out the handover between the energy directing elements based on the determined handover point. obtain a plurality of handover parameters including the position, speed and pattern of movement of the target monitored over time, and therefrom learning and predicting the target's movement and trajectory ; determine, based on the obtained handover parameters and a plurality of handover rules including a rule for reducing a number of unnecessary handovers, a handover point within the overlap area in which to handover between the active energy directing element to one other of said at least two energy directing elements; and a controller configured to carry out the handover between the energy directing elements based on the determined handover point.
A roller cutter unit, particularly for sponge-like ribbon materials, characterized in that it comprises a load-bearing frame equipped with support means designed to support a cutter or anvil roller arranged between a first anvil or cutter roller and a second anvil or cutter roller ; the rollers have parallel axes of rotation and the cutter or anvil roller is motorized and drives the anvil or cutter rollers in rotation when the ribbon is inserted between the cutter or anvil roller and the anvil or cutter rollers ; the cutter roller has cutting means that incise the ribbon at least twice, during a first passage of the ribbon between the cutter roller and the first anvil roller , and during a second passage of the ribbon between the cutter roller and the second anvil roller ; the cutting means of the cutter roller are arranged on the cutter roller in such a way that in the second passage the ribbon is incised a second time exactly at the same point of the incision of the first passage.
A communication control device comprising: a communication unit configured to communicate with a base station of a wireless communication system in which one or more frequencies are used; a setting unit configured to set an event and set a frequency to be used by the base station using occurrence of the set event as a trigger; an acquiring unit configured to acquire information for the setting by the setting unit; and a determining unit configured to determine whether or not the frequency used by the base station is changed, the determining unit performs the determining using information indicating a communication environment in the wireless communication system, characterized in that the information indicating the communication environment being a reference signal received power, RSRP, related to a macro cell of the wireless communication system indicative of influence of inter-cell interference. a communication unit configured to communicate with a base station of a wireless communication system in which one or more frequencies are used; a setting unit configured to set an event and set a frequency to be used by the base station using occurrence of the set event as a trigger; an acquiring unit configured to acquire information for the setting by the setting unit; and a determining unit configured to determine whether or not the frequency used by the base station is changed, the determining unit performs the determining using information indicating a communication environment in the wireless communication system, characterized in that the information indicating the communication environment being a reference signal received power, RSRP, related to a macro cell of the wireless communication system indicative of influence of inter-cell interference.
A computer-implemented method for automatic removal of an unmoving object from a photo, comprising - providing a reference photo containing at least one unmoving object to be removed from the reference photo; - providing at least one consecutive photo taken from another angle than the reference photo and containing at least one said unmoving object to be removed from the reference photo; for the reference photo and each at least one consecutive photo performing separately: a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; next, based on the tiles from captured photos, searching for the best selection of tiles by performing optimization of the global cost function; outputting the final photo comprising the selected tiles that are the best combination of tiles for which the global function has the minimum value, said outputted final photo being the reference photo with at least one unmoving object removed and replaced by background from at least one consecutive photo. - providing a reference photo containing at least one unmoving object to be removed from the reference photo; - providing at least one consecutive photo taken from another angle than the reference photo and containing at least one said unmoving object to be removed from the reference photo; for the reference photo and each at least one consecutive photo performing separately: a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; next, based on the tiles from captured photos, searching for the best selection of tiles by performing optimization of the global cost function; outputting the final photo comprising the selected tiles that are the best combination of tiles for which the global function has the minimum value, said outputted final photo being the reference photo with at least one unmoving object removed and replaced by background from at least one consecutive photo.
An organic light emitting device , comprising: a substrate ; a first electrode on the substrate ; a second electrode opposite to the first electrode ; and an organic light emitting layer between the first electrode and the second electrode , wherein the organic light emitting layer comprises a first dopant and a second dopant , wherein the first dopant and the second dopant are both blue light dopants and mixed into the organic light emitting layer , wherein the first dopant comprises one of and the second dopant comprises another of materials selected from the group consisting of: 4,4'-bis[4-(di-p-tolylamino)styryl]biphenyl (DPAVBI); 4-(di-p-tolylamino)-4'-[(di-p-tolylamino) styryl] stilbene (DPAVB); 3,3'-(1,4-phenylene di-2,1-ethenediyl)bis(9-ethyl-9H-carbazole); and bis[2-(2-pyridinyl)phenolato]beryllium (Be(PP) 2 ), and wherein the organic light emitting layer further comprises a host material and weight percentages of the first dopant , the second dopant and the host material in the organic light emitting layer are 0.5%: 4.5%: 95%. a substrate ; a first electrode on the substrate ; a second electrode opposite to the first electrode ; and an organic light emitting layer between the first electrode and the second electrode , wherein the organic light emitting layer comprises a first dopant and a second dopant , wherein the first dopant and the second dopant are both blue light dopants and mixed into the organic light emitting layer , wherein the first dopant comprises one of and the second dopant comprises another of materials selected from the group consisting of: 4,4'-bis[4-(di-p-tolylamino)styryl]biphenyl (DPAVBI); 4-(di-p-tolylamino)-4'-[(di-p-tolylamino) styryl] stilbene (DPAVB); 3,3'-(1,4-phenylene di-2,1-ethenediyl)bis(9-ethyl-9H-carbazole); and bis[2-(2-pyridinyl)phenolato]beryllium (Be(PP) 2 ), and wherein the organic light emitting layer further comprises a host material and weight percentages of the first dopant , the second dopant and the host material in the organic light emitting layer are 0.5%: 4.5%: 95%.