mhurhangee/ep-ind-claims huggingface dataset:
A method of driving a light source including a plurality of LED strings (K1, K2,..., Kn) by means of a current generator in an arrangement wherein each said LED string (K1, K2,..., Kn) forms a respective current mesh with said current generator, the method including: - providing at least one inductor (L; L1, L2; L1, L2,..., Ln) acting on said current meshes, - inserting in each of said current meshes an electronic switch (S1, S2,..., Sn) having a first node towards the LED string (K1, K2,..., Kn) and a second node opposed to the LED string (K1, K2,......, Kn), - connecting together the second nodes of all said electronic switches (S1, S2,..., Sn), - coupling the first node of each said electronic switch (S1, S2,..., Sn) to the first node of at least another one of said electronic switches (S1, S2,..., Sn) via at least one current averaging capacitor (C12, C23,..., Cn-1,n), and - selectively rendering only one of said electronic switches (S1, S2,..., Sn) conductive at a respective given time interval (t i) thereby selectively distributing the current of said current generator to said LED strings (K1, K2,..., Kn), characterized in that, wherein said arrangement includes at least one pair of said LED strings (K1, K2,..., Kn), the method includes interposing the at least one current averaging capacitor (C12, C23,..., Cn-1,n) bridge-like between the LED strings (K1, K2; K2, K3;..., Kn-1, Kn) in said at least one pair of said LED strings. - providing at least one inductor (L; L1, L2; L1, L2,..., Ln) acting on said current meshes, - inserting in each of said current meshes an electronic switch (S1, S2,..., Sn) having a first node towards the LED string (K1, K2,..., Kn) and a second node opposed to the LED string (K1, K2,......, Kn), - connecting together the second nodes of all said electronic switches (S1, S2,..., Sn), - coupling the first node of each said electronic switch (S1, S2,..., Sn) to the first node of at least another one of said electronic switches (S1, S2,..., Sn) via at least one current averaging capacitor (C12, C23,..., Cn-1,n), and - selectively rendering only one of said electronic switches (S1, S2,..., Sn) conductive at a respective given time interval (t i) thereby selectively distributing the current of said current generator to said LED strings (K1, K2,..., Kn),
pH dependent gradual suspended release pharmaceutical composition for increasing the actual pH of the duodenum and the upper part of the jejunum, which composition comprises a first and a second type of microparticles having multilayer enterosolvent coatings, wherein the first type of microparticles comprises - a cationic polymer coating insoluble above pH 5 (coating "a"), - a polymer coating soluble at pH≥6 (coating "A"), - a pH-independent polymer coating (coating "B") and - an anionic polymer coating soluble at pH≥4.5 (coating "C"), and the second type of microparticles comprises - a cationic polymer coating insoluble above pH 5 (coating "a"), - a polymer coating soluble at pH≥6 (coating "A"), - a pH-independent polymer coating (coating "B") and - an anionic polymer coating soluble at pH≥5.5 (coating "D") and the cores of the microparticles comprising sodium hydrogen carbonate. - a cationic polymer coating insoluble above pH 5 (coating "a"), - a polymer coating soluble at pH≥6 (coating "A"), - a pH-independent polymer coating (coating "B") and - an anionic polymer coating soluble at pH≥4.5 (coating "C"), and - a cationic polymer coating insoluble above pH 5 (coating "a"), - a polymer coating soluble at pH≥6 (coating "A"), - a pH-independent polymer coating (coating "B") and - an anionic polymer coating soluble at pH≥5.5 (coating "D")
A ventilation device that performs ventilation by supplying outdoor air indoors as supply air and exhausting room air outdoors as exhaust air, comprising: a heat exchange unit provided with a heat exchange element that performs heat exchange between the supply air and the exhaust air; and a humidification unit formed separately from, but coupled to the heat exchange unit and provided with a humidification element that humidifies the supply air, the heat exchange unit being provided with: a supply air blower with which the outdoor air is suctioned and sent to the humidification unit; and a supply air delivery port with which supply air sent from the supply air blower is delivered and guided to the humidification unit, and the humidification unit being provided with: a supply air introduction port that introduces supply air delivered from the heat exchange unit; and a supply air duct that regulates spreading of supply air introduced from the supply air introduction port, characterized in that the supply air delivery port of the heat exchange unit is provided with a guide that guides supply air sent from the supply air blower toward the humidification element of the humidification unit, and the guide includes a curved bottom surface arranged along an inner circumferential surface of the supply air delivery port and arranged along an inner surface at a supply air flow section of the supply air duct, and an inclined upper surface. a heat exchange unit provided with a heat exchange element that performs heat exchange between the supply air and the exhaust air; and a humidification unit formed separately from, but coupled to the heat exchange unit and provided with a humidification element that humidifies the supply air, the heat exchange unit being provided with: a supply air blower with which the outdoor air is suctioned and sent to the humidification unit; and a supply air delivery port with which supply air sent from the supply air blower is delivered and guided to the humidification unit, and the humidification unit being provided with: a supply air introduction port that introduces supply air delivered from the heat exchange unit; and a supply air duct that regulates spreading of supply air introduced from the supply air introduction port, characterized in that the supply air delivery port of the heat exchange unit is provided with a guide that guides supply air sent from the supply air blower toward the humidification element of the humidification unit, and the guide includes a curved bottom surface arranged along an inner circumferential surface of the supply air delivery port and arranged along an inner surface at a supply air flow section of the supply air duct, and an inclined upper surface.
A printer apparatus, comprising: a paper conveyance path configured to convey a paper; a carrier configured to move in a direction orthogonal to a conveyance direction of the paper to be conveyed on the paper conveyance path; a dot matrix print head configured to include head pins arranged in the carrier; an ink ribbon cassette in which an ink ribbon is arranged; a photo sensor configured to be arranged at the external or internal side of the movement direction of the carrier in the printing area of paper and at the downstream side in the paper conveyance direction of the dot matrix print head; a concentration detection pattern printing module configured to print a predetermined concentration detection pattern with the head pins; and an exchange necessity determination section configured to determine an exchange necessity of the ink ribbon cassette according to the value that is obtained by detecting the printing created by the concentration detection pattern printing module through the photo sensor, characterized in that: the concentration detection pattern printing module is configured to print a predetermined concentration detection pattern with the head pin having a highest use frequency in the dot matrix print head. a paper conveyance path configured to convey a paper; a carrier configured to move in a direction orthogonal to a conveyance direction of the paper to be conveyed on the paper conveyance path; a dot matrix print head configured to include head pins arranged in the carrier; an ink ribbon cassette in which an ink ribbon is arranged; a photo sensor configured to be arranged at the external or internal side of the movement direction of the carrier in the printing area of paper and at the downstream side in the paper conveyance direction of the dot matrix print head; a concentration detection pattern printing module configured to print a predetermined concentration detection pattern with the head pins; and an exchange necessity determination section configured to determine an exchange necessity of the ink ribbon cassette according to the value that is obtained by detecting the printing created by the concentration detection pattern printing module through the photo sensor, characterized in that: the concentration detection pattern printing module is configured to print a predetermined concentration detection pattern with the head pin having a highest use frequency in the dot matrix print head.
A retractable fin associable with a shoe, the fin comprises: - a hollow structure; - a moving equipment adapted to assume a first closed configuration inside said structure and a second open configuration when it is outside said structure, wherein said equipment comprises: - at least two plates (5, 6) rotatingly associated with linear sliding means (7, 8) adapted to enable the extraction of said at least two plates (5, 6) from said hollow structure and subsequent repositioning thereof inside the same structure; - elastic means (9, 22, 23) adapted to spread said at least two plates (5, 6) in the form of a fan during extraction thereof to change from said first closed configuration to said second open configuration, and wherein said fin comprises: - first locking means for said at least two plates (5, 6) in said first closed configuration; - second locking means (11, 27, 28) for said at least two plates (5, 6) in said second open configuration. - a hollow structure; - a moving equipment adapted to assume a first closed configuration inside said structure and a second open configuration when it is outside said structure, - at least two plates (5, 6) rotatingly associated with linear sliding means (7, 8) adapted to enable the extraction of said at least two plates (5, 6) from said hollow structure and subsequent repositioning thereof inside the same structure; - elastic means (9, 22, 23) adapted to spread said at least two plates (5, 6) in the form of a fan during extraction thereof to change from said first closed configuration to said second open configuration, - first locking means for said at least two plates (5, 6) in said first closed configuration; - second locking means (11, 27, 28) for said at least two plates (5, 6) in said second open configuration.
A method of adapting a transceiver, comprising the steps of: receiving a signal at a time instant by the transceiver; determining if the transceiver is transmitting at the time instant; selectively updating one of two signal quality measurements (130,140), the two quality measurements representing the same measure of quality, based on the transmission determination; evaluating a difference between the two signal quality measurements; and adapting an operating mode of the transceiver based on the evaluation. receiving a signal at a time instant by the transceiver; determining if the transceiver is transmitting at the time instant; selectively updating one of two signal quality measurements (130,140), the two quality measurements representing the same measure of quality, based on the transmission determination; evaluating a difference between the two signal quality measurements; and adapting an operating mode of the transceiver based on the evaluation.
A layup system for use in forming a composite layup structure from a plurality of plies of composite material, wherein an outermost ply of composite material has a removable film adhered thereto, said layup system comprising: a robotic device; and an end effector coupled to said robotic device, said end effector comprising: a layer of compressible material configured to compress the plurality of plies of composite material together when positioned over the composite layup structure; and a first suction device configured to grip the removable film adhered to the outermost ply of composite material, wherein said robotic device is configured to translate said end effector relative to the composite layup structure such that the removable film is peeled from the outermost ply of composite material while said first suction device grips the removable film; characterised in that the layup system further comprises a biasing mechanism coupled to said first suction device, wherein said biasing mechanism is configured to translate said first suction device relative to said end effector. a robotic device; and an end effector coupled to said robotic device, said end effector comprising: a layer of compressible material configured to compress the plurality of plies of composite material together when positioned over the composite layup structure; and a first suction device configured to grip the removable film adhered to the outermost ply of composite material, wherein said robotic device is configured to translate said end effector relative to the composite layup structure such that the removable film is peeled from the outermost ply of composite material while said first suction device grips the removable film; characterised in that a layer of compressible material configured to compress the plurality of plies of composite material together when positioned over the composite layup structure; and a first suction device configured to grip the removable film adhered to the outermost ply of composite material, wherein said robotic device is configured to translate said end effector relative to the composite layup structure such that the removable film is peeled from the outermost ply of composite material while said first suction device grips the removable film; characterised in that the layup system further comprises a biasing mechanism coupled to said first suction device, wherein said biasing mechanism is configured to translate said first suction device relative to said end effector.
A method for manufacturing a ceramic honeycomb fired body, comprising: a step of placing a green molded body on a firing base; and a step of firing the firing base and the green molded body, wherein the firing base and the green molded body are each a column comprising a ceramic raw material and having a partition wall forming a plurality of flow paths, and patterns of end surfaces (3b, 3t) of the two partition walls are the same as each other as seen from an extending direction of the flow paths, and in the placing step, using, as a reference position, a state of the whole of one end surface of the partition wall of the green molded body being in contact with an upper side end surface of the partition wall of the firing base, the green molded body is placed on the firing base in a state of being rotated around a vertical axis of the green molded body by a predetermined angle, so that only a part of the one end surface of the partition wall of the green molded body is in contact with the upper side end surface of the partition wall of the firing base placed horizontally, wherein the plurality of flow paths in each of the firing base and the green molded body are arranged in squares, as seen from the end surface side, and in the placing step, with respect to the reference position, the green molded body is placed on the firing base in a state of being rotated around the vertical axis of the green molded body by 15° to 75° + n·90°, wherein n is an integer. a step of placing a green molded body on a firing base; and a step of firing the firing base and the green molded body, wherein the firing base and the green molded body are each a column comprising a ceramic raw material and having a partition wall forming a plurality of flow paths, and patterns of end surfaces (3b, 3t) of the two partition walls are the same as each other as seen from an extending direction of the flow paths, and in the placing step, using, as a reference position, a state of the whole of one end surface of the partition wall of the green molded body being in contact with an upper side end surface of the partition wall of the firing base, the green molded body is placed on the firing base in a state of being rotated around a vertical axis of the green molded body by a predetermined angle, so that only a part of the one end surface of the partition wall of the green molded body is in contact with the upper side end surface of the partition wall of the firing base placed horizontally, wherein the plurality of flow paths in each of the firing base and the green molded body are arranged in squares, as seen from the end surface side, and in the placing step, with respect to the reference position, the green molded body is placed on the firing base in a state of being rotated around the vertical axis of the green molded body by 15° to 75° + n·90°, wherein n is an integer.
A method for preparing acrolein from glycerol or from glycerin, characterized in that the dehydration of glycerol or glycerin is carried out in the presence of a zirconium oxide-based catalyst and whose active phase consists of at least one silicon oxide, one zirconium oxide, one metal oxide M which is tungsten and one oxide of another metal M which is titanium.
A method of manufacturing a plate-shaped bonded body, including: a holding step in which respective adhesive surfaces of a first substrate and a second substrate are made to face each other and in which the adhesive surface of the second substrate is held above the first substrate while making the adhesive surface of the second substrate warp towards the first substrate side: a discharging step in which a dispensing nozzle is inserted into a most approximate position of the first substrate and the second substrate and in which a liquid filler is discharged from the dispensing nozzle while adhering to the first substrate and the second substrate; and a filling step in which laminating rollers (13a, 13b) are disposed on the second substrate and in which the liquid filler is fit and spread between the first and second substrates (5, 6) by making the laminating rollers (13a, 13b) move on the second substrate, characterized in that in a first filling step a first laminating roller (13 a) is disposed on the second substrate at a position corresponding to the discharge position and in which the liquid filler is fit and spread towards the one end side of the first and second substrates (5, 6) by rolling the roller to one end side of the second substrate, and in a second filling step a second laminating roller is disposed on the second substrate at a position corresponding to the discharge position following the first laminating rollers and in which the liquid filler is fit and spread towards the other end side of the first and second substrates (5, 6) by rolling the roller to the other end side of the second substrate, and wherein the second substrate is held in parallel to the first substrate in accordance with moving positions of the laminating rollers (13a, 13b). a discharging step in which a dispensing nozzle is inserted into a most approximate position of the first substrate and the second substrate and in which a liquid filler is discharged from the dispensing nozzle while adhering to the first substrate and the second substrate; and a filling step in which laminating rollers (13a, 13b) are disposed on the second substrate and in which the liquid filler is fit and spread between the first and second substrates (5, 6) by making the laminating rollers (13a, 13b) move on the second substrate, characterized in that in a first filling step a first laminating roller (13 a) is disposed on the second substrate at a position corresponding to the discharge position and in which the liquid filler is fit and spread towards the one end side of the first and second substrates (5, 6) by rolling the roller to one end side of the second substrate, and in a second filling step a second laminating roller is disposed on the second substrate at a position corresponding to the discharge position following the first laminating rollers and in which the liquid filler is fit and spread towards the other end side of the first and second substrates (5, 6) by rolling the roller to the other end side of the second substrate, and wherein the second substrate is held in parallel to the first substrate in accordance with moving positions of the laminating rollers (13a, 13b).
An agricultural device for semi-automatic movement of a holding tool, for holding an object, between two positions, said two positions being at different heights, the device comprising; said holding tool for holding the object, load sensing means for determining if the holding tool holds an object, driving means for moving the holding tool up and down between a lowest point and a highest point, a control unit for controlling the driving means, and a user interface for user input to the control unit, the device can be used in two modes of operations, wherein the holding tool in a first mode of operation is freely movably between the lowest point and the highest point by means of user input via the user interface, and in a second mode of operation is semi-automatically movable between a plurality of determined positions within a range between the lowest and highest point, wherein in the second mode of operation the control unit is arranged to control the driving means for moving the holding tool in accordance with a predetermined scheme comprising four determined positions, wherein said predetermined scheme comprises; - moving the holding tool to an upper retrieval position, when an up command is received by means of the user interface and the holding tool is not holding an object, - moving the holding tool to an upper placing position, when an up command is received by means of the user interface and the holding tool holds an object, - moving the holding tool to a lower retrieval positon, when a down command is received by means of the user interface and the holding tool is not holding an object, and - moving the holding tool to a lower placing positon, when a down command is received by means of the user interface and the holding tool holds an object, characterized in that when a down command is received by means of the user interface and the holding tool holds an object, the load sensing means is during the movement arranged to detect if the holding tool is no longer supporting the same amount of load, wherein upon such a detection the control unit is arranged to automatically stop the driving means. - moving the holding tool to an upper retrieval position, when an up command is received by means of the user interface and the holding tool is not holding an object, - moving the holding tool to an upper placing position, when an up command is received by means of the user interface and the holding tool holds an object, - moving the holding tool to a lower retrieval positon, when a down command is received by means of the user interface and the holding tool is not holding an object, and - moving the holding tool to a lower placing positon, when a down command is received by means of the user interface and the holding tool holds an object,
Electric drive unit for a motor vehicle, comprising an electric drive, a multi-stage transmission connected downstream of the electric drive and arranged alone or together with the electric drive in a drive housing which is composed of a housing casing which annularly surrounds the transmission with its inner face, and a front wall which is formed in one piece with the housing casing and which is centrally provided with a transmission opening for the transmission output shaft of the transmission, cooling fluid being passed through the drive housing to cool the components of the transmission, an annular chamber is arranged on the outside of the front wall around the transmission opening, coolant channels which lead from the inner face of the housing casing into the annular chamber being formed in the drive housing, characterized by an axle housing enclosing the transmission output shaft and provided with a flange which faces the drive housing and is fastened to the front wall, and in that an annular region of the flange together with the front face forms the annular chamber.