mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an antenna array comprising a plurality of sub-arrays, each sub-array comprising a plurality of antenna elements; one or more processors coupled to the antenna array, wherein the one or more processors are configured to perform operations comprising: dividing a carrier signal into a plurality of distinct sub-carrier signals, each sub-carrier signal comprising one or more frequencies; transmitting the sub-carrier signals simultaneously, wherein each of the sub-carrier signals is transmitted with respective first and second adjacent antenna elements, the first antenna element having a first transmission power and the second antenna element having a second transmission power; and during the transmitting, decreasing the first transmission power of the first antenna elements while increasing the second transmission power of the second antenna elements until the first and second transmission powers satisfy respective thresholds. an antenna array comprising a plurality of sub-arrays, each sub-array comprising a plurality of antenna elements; one or more processors coupled to the antenna array, wherein the one or more processors are configured to perform operations comprising: dividing a carrier signal into a plurality of distinct sub-carrier signals, each sub-carrier signal comprising one or more frequencies; transmitting the sub-carrier signals simultaneously, wherein each of the sub-carrier signals is transmitted with respective first and second adjacent antenna elements, the first antenna element having a first transmission power and the second antenna element having a second transmission power; and during the transmitting, decreasing the first transmission power of the first antenna elements while increasing the second transmission power of the second antenna elements until the first and second transmission powers satisfy respective thresholds. dividing a carrier signal into a plurality of distinct sub-carrier signals, each sub-carrier signal comprising one or more frequencies; transmitting the sub-carrier signals simultaneously, wherein each of the sub-carrier signals is transmitted with respective first and second adjacent antenna elements, the first antenna element having a first transmission power and the second antenna element having a second transmission power; and during the transmitting, decreasing the first transmission power of the first antenna elements while increasing the second transmission power of the second antenna elements until the first and second transmission powers satisfy respective thresholds.
An extraction method for Ilex kudingcha C. J. Tseng leaves, comprising the following steps: subjecting I. kudingcha leaves to refluxing extraction with 50-70% ethanol aqueous solution to obtain an extract solution; filtering the extract solution and removing ethanol from the extract solution; adsorbing the solution obtained in step by a macroporous resin column, and eluting the resin column with H 2 O, 10-30% alkaline ethanol aqueous solution with pH 9-11, 10-30% ethanol aqueous solution and 50-70% ethanol aqueous solution, successively; collecting, concentrating and drying the eluate of 50-70% ethanol aqueous solution to obtain an extract of I. kudingcha leaves comprising total saponins. subjecting I. kudingcha leaves to refluxing extraction with 50-70% ethanol aqueous solution to obtain an extract solution; filtering the extract solution and removing ethanol from the extract solution; adsorbing the solution obtained in step by a macroporous resin column, and eluting the resin column with H 2 O, 10-30% alkaline ethanol aqueous solution with pH 9-11, 10-30% ethanol aqueous solution and 50-70% ethanol aqueous solution, successively; collecting, concentrating and drying the eluate of 50-70% ethanol aqueous solution to obtain an extract of I. kudingcha leaves comprising total saponins.
A part of an aircraft landing gear, the part comprising a flow-facing element and an aircraft noise reduction device comprising a flow control apparatus arranged to be positioned downstream of the flow-facing element, wherein the flow control apparatus is arranged, in use, to reduce noise induced by unsteady flow downstream of the flow-facing element, and wherein the flow control apparatus is arranged to be moveable in relation to the flow-facing element between a stowed position and a deployed position, wherein the flow control apparatus is made from a flexible material such that the flow control apparatus is deformable between the stowed and deployed positions, and wherein the flow control apparatus is made from a resiliently flexible material such that the flow control apparatus naturally assumes the deployed position.
"Optimized formulation of alternative chocolate of carob without milk, with or without added sugar, gluten-free, without soy and with or without fibers", with 0.40% of sunflower lecithin, 0.20% of aroma similar to the natural condensed milk, 0.07% of natural vanilla aroma and 0.10% of hazelnut natural aroma, characterized in that it additionally contains: 2 to 65 % of carob powder; 25 to 35 % of fractionated vegetable fat from palm; 2 to 45 % of low glycemic index sugars selected from carob sugar and coconut sugar. 0 to 33 % of maltitol sweetener; 2 to 7 % of coconut fat chosen from coconut oil and coconut milk; 2 to 20 % of rice derivative, chosen from rice flour, rice extract and powder for rice beverage preparation; 2 to 20 % of sweet potato flour; 0 to 11.23 % of maltodextrin; and 0 to 20 % of polydextrose. 2 to 65 % of carob powder; 25 to 35 % of fractionated vegetable fat from palm; 2 to 45 % of low glycemic index sugars selected from carob sugar and coconut sugar. 0 to 33 % of maltitol sweetener; 2 to 7 % of coconut fat chosen from coconut oil and coconut milk; 2 to 20 % of rice derivative, chosen from rice flour, rice extract and powder for rice beverage preparation; 2 to 20 % of sweet potato flour; 0 to 11.23 % of maltodextrin; and 0 to 20 % of polydextrose.
Bypass turbomachine for an aircraft comprising an engine designed to turn a fan; an annular interduct concentric with the engine; a nacelle concentric with the interduct, the interduct and the nacelle between them defining a fan duct in which an air flow flows when the fan turns; at least one fluid circuit configured to cause a fluid to pass towards or away from the engine; the turbomachine comprising a thermo-acoustic system associated with a fluid circuit, characterized in that the thermo-acoustic system comprises an exchanger connected to a fluid circuit and through which a fluid that is to be cooled passes, an acoustic noise-attenuation structure forming, in full or in part, a wall (5b, 7b) of the duct of the fan duct, the said structure being situated some distance from the exchanger, and a pulsating heat pipe comprising a tube extending, in a plane, between the exchanger and the acoustic noise attenuation structure, the tube having a serpentine form with a plurality of elbows bent over at 180° housed alternately in the exchanger and the said structure.
A pharmaceutical composition comprising nalmefene or a pharmaceutically acceptable salt thereof and vortioxetine or a pharmaceutically acceptable salt thereof together with a pharmaceutically acceptable excipient.
A microscope system, comprising: a surgical microscope, a memory configured to store a plurality of customization profiles, each customization profile defining at least one predetermined operational setting, a user identification unit configured to detect a user identification, and a processor configured to select one of said plurality of customization profiles based on the detected user identification and to operate the surgical microscope in accordance with the at least one predetermined operational setting defined by the selected customization profile, wherein the user identification unit comprises one or more sensors (114 - 122, 324 - 330) configured to detect the user identification, the sensors (114 - 122, 324 - 330) comprise at least a first sensor and a second sensor integrated in the surgical microscope, at least one of the plurality of customization profiles includes at least a first operational setting and a second operational setting, the processor is configured to select the first operational setting if the user input is detected by the first sensor, and the processor is configured to select the second operational setting if the user input is detected by the second sensor. a surgical microscope, a memory configured to store a plurality of customization profiles, each customization profile defining at least one predetermined operational setting, a user identification unit configured to detect a user identification, and a processor configured to select one of said plurality of customization profiles based on the detected user identification and to operate the surgical microscope in accordance with the at least one predetermined operational setting defined by the selected customization profile, wherein the user identification unit comprises one or more sensors (114 - 122, 324 - 330) configured to detect the user identification, the sensors (114 - 122, 324 - 330) comprise at least a first sensor and a second sensor integrated in the surgical microscope, at least one of the plurality of customization profiles includes at least a first operational setting and a second operational setting, the processor is configured to select the first operational setting if the user input is detected by the first sensor, and the processor is configured to select the second operational setting if the user input is detected by the second sensor.
A suspension device for a non-steered driving wheel (12L, 12R) which is rotationally driven by an in-wheel motor (17L, 17R) incorporated in a wheel carrier (16L, 16R), the suspension device comprising a suspension arm (22L, 22R) pivotally supported on a vehicle body of a vehicle and connected to the wheel carrier by a connecting structure (26L, 26R), wherein the connecting structure (26L, 26R) includes a plate member fixed to the wheel carrier by fastening at positions spaced in the front-rear direction of a vehicle, and a pair of elastic bushing devices (56f, 56r) attached to the plate member in a state of being inserted through the plate member at positions spaced in the front-rear direction of the vehicle; characterized in that the suspension arm (22L, 22R) has open cross sectional portions (60f, 60r) which each receive a portion of the plate member and the elastic bushing device; and the elastic bushing devices are fixed to the open cross sectional portions at both ends.
Pharmaceutical composition for use in the treatment or prevention of ophthalmologic diseases or disorders, wherein the pharmaceutical composition comprises, consists essentially of or consists of a solid carrier in form of a non-woven or woven made of water-soluble fibers and at least one therapeutically active agent, wherein the solid carrier is impregnated with said at least one therapeutically active agent and wherein the solid carrier disintegrates upon contact with the eye within a time period of ≤ 10 seconds, preferably ≤ 5 seconds, more preferably ≤ 2 seconds, most preferably ≤ 1 second, wherein the water-soluble fibers comprise at least 40 wt.-%, preferably 50 to 100 wt.-% hyaluronan (hyaluronic acid) or a pharmaceutically acceptable salt thereof.
An apparatus (100, 200) for picking and treating articles comprising: a pair of parallel closed loop conveying tracks (110, 210) having one or more pairs of vertically movable module track portions (111, 211), each pair of said vertically movable modular track portions (111, 211) including a first modular track portion being part of a first track of said pair of closed loop conveying tracks (110, 210) and a second modular track portion being part of the second track of said pair of closed loop conveying tracks (110, 210); a plurality of support means (112, 212) configured transversally to the pair of closed loop conveying tracks (110, 210), each support means (112, 212) extending between and connected to the pair of conveying tracks (110, 210) at its opposite ends through a support moving mechanism (130, 230); a plurality of gripper sets (120, 220) movingly configured onto one or more of the support means (112, 212); wherein said apparatus (100, 200) is adapted such that in operation a horizontal movement of the plurality of support means (112, 212) across the pair of circular tracks (110, 210) and a vertically upward and/or downward movement of the one or more pairs of modular track portions (111, 211) are synchronized in such a way that one or more of the gripper sets (120, 220) of one of the support means (112, 212) is adapted to selectively pick up a set of articles from a first location while one or more of the gripper sets (120, 220) of another support means (112, 212) selectively treat a set of already picked articles at a second location. a pair of parallel closed loop conveying tracks (110, 210) having one or more pairs of vertically movable module track portions (111, 211), each pair of said vertically movable modular track portions (111, 211) including a first modular track portion being part of a first track of said pair of closed loop conveying tracks (110, 210) and a second modular track portion being part of the second track of said pair of closed loop conveying tracks (110, 210); a plurality of support means (112, 212) configured transversally to the pair of closed loop conveying tracks (110, 210), each support means (112, 212) extending between and connected to the pair of conveying tracks (110, 210) at its opposite ends through a support moving mechanism (130, 230); a plurality of gripper sets (120, 220) movingly configured onto one or more of the support means (112, 212); wherein said apparatus (100, 200) is adapted such that in operation a horizontal movement of the plurality of support means (112, 212) across the pair of circular tracks (110, 210) and a vertically upward and/or downward movement of the one or more pairs of modular track portions (111, 211) are synchronized in such a way that one or more of the gripper sets (120, 220) of one of the support means (112, 212) is adapted to selectively pick up a set of articles from a first location while one or more of the gripper sets (120, 220) of another support means (112, 212) selectively treat a set of already picked articles at a second location.
Arc suppression apparatus for creating a metal short circuit when an electric arc is detected, the apparatus comprising:- at least one electrical connector (318, 320, 322) to which a supply of electricity can be connected; a moveable contact member that can move from a first position to a second position to contact each electrical connector (318, 320, 322); a locking mechanism for locking the moveable contact member in the first position that is spaced from each electrical connector (318, 320, 322); and an arc detection system for providing a release signal for the locking mechanism when an arc is detected, the locking mechanism releasing the moveable contact member in response to the release signal so that it can move into contact with each electrical connector (318, 320, 322) to create the metal short circuit; characterised in that the moveable contact member has contacts (328, 330, 332) mounted thereon which engage respective ones of said at least one electrical connector (318, 320, 322) when the moveable contact member moves into contact with each electrical connector (310, 320, 322); and in that the moveable contact member is supported on a central guide element (340, 342) extending to a base of the locking mechanism with guide members (306, 308, 310) being provided above the moveable contact member; for providing alignment of pairs of contacts (328, 330, 332) with respective ones of said at least one electrical connector (318, 320, 322) during deployment of the moveable contact member.
A method of manufacturing a pre-coated honeycomb segment for turbomachines comprising: forming a honeycomb segment having a first surface and a second, opposing surface; providing a coating material on the honeycomb segment, the coating material not extending to the first surface and the second, opposing surface; positioning the first surface at a first fixture; and forming a coating to the honeycomb segment, characterized in that the method further comprising: providing a first intermediate member between the first surface and the first fixture; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member; or positioning at least one second fixture on the second, opposing surface; wherein the first and the second intermediate members (43, 68) are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating. forming a honeycomb segment having a first surface and a second, opposing surface; providing a coating material on the honeycomb segment, the coating material not extending to the first surface and the second, opposing surface; positioning the first surface at a first fixture; and forming a coating to the honeycomb segment, characterized in that the method further comprising: providing a first intermediate member between the first surface and the first fixture; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member; or positioning at least one second fixture on the second, opposing surface; wherein the first and the second intermediate members (43, 68) are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating. providing a first intermediate member between the first surface and the first fixture; and providing a second intermediate member on the second, opposing surface and a second fixture and positioning the second fixture on the second intermediate member; or positioning at least one second fixture on the second, opposing surface; wherein the first and the second intermediate members (43, 68) are selected to enhance the separation of the honeycomb segment from the first fixture and the second fixture following the forming of the coating.
A consumer product to harness and selectively supply carbon dioxide to an indoor growing environment comprising: a container having a bottom and an air exchange portal, wherein the air exchange portal allows gas exchange without allowing contaminants to enter the container, a mycelial mass, the mycelial mass being placed in the container under aseptic laboratory conditions and a top seal applied to the container, and an external sealing mechanism, wherein the external sealing mechanism is applied to the container above the mycelial mass and below the air exchange portal, wherein the external sealing mechanism is removable by an end user before placing the product in the indoor growing environment. a container having a bottom and an air exchange portal, wherein the air exchange portal allows gas exchange without allowing contaminants to enter the container, a mycelial mass, the mycelial mass being placed in the container under aseptic laboratory conditions and a top seal applied to the container, and an external sealing mechanism, wherein the external sealing mechanism is applied to the container above the mycelial mass and below the air exchange portal, wherein the external sealing mechanism is removable by an end user before placing the product in the indoor growing environment.
A method for running a vehicle, such that said vehicle comprises a combustion engine which can selectively be connected to at least one driveshaft (104, 105) to deliver driving force to said driveshaft (104, 105) for propulsion of said vehicle, characterised in that when said vehicle is in motion the method comprises - when said vehicle is approaching a downgrade, determining whether said engine can be disconnected from said at least one driveshaft (104, 105) for at least a first period of time, and - when said engine can be disconnected from said at least one driveshaft (104, 105) for at least said first period of time, disconnecting said engine from said at least one driveshaft (104, 105) for said first period, said engine also being switched off during said first period. - when said vehicle is approaching a downgrade, determining whether said engine can be disconnected from said at least one driveshaft (104, 105) for at least a first period of time, and - when said engine can be disconnected from said at least one driveshaft (104, 105) for at least said first period of time, disconnecting said engine from said at least one driveshaft (104, 105) for said first period, said engine also being switched off during said first period.
A plug for use in occluding a fallopian tube hysteroscopically, said plug comprising: an elongate body; said elongate body having an external thread for screwing the plug into and along a lumen, said plug comprises a trailing end comprising a drive head, said drive head being adapted to be temporarily engaged by a portion of a drive tool in use, for rotation of said plug into and along a said lumen; said drive head being adapted to be readily releasable from said drive tool after completion of insertion of the plug into said fallopian tube; and characterised in that said body and/or said external thread has/ have a roughened and/ or pitted external surface for reducing post operative migration of said plug; and said thread is fenestrated. an elongate body; said elongate body having an external thread for screwing the plug into and along a lumen, said plug comprises a trailing end comprising a drive head, said drive head being adapted to be temporarily engaged by a portion of a drive tool in use, for rotation of said plug into and along a said lumen; said drive head being adapted to be readily releasable from said drive tool after completion of insertion of the plug into said fallopian tube; and characterised in that said body and/or said external thread has/ have a roughened and/ or pitted external surface for reducing post operative migration of said plug; and said thread is fenestrated.
A solid state image sensor comprising: a block comprising a set of color sub-blocks, respective sub-blocks comprising a plurality of normal pixels of an identical color in a predetermined color array, configured to capture image data, wherein the normal pixels are arranged vertically and horizontally symmetrically within the sub-block; and in addition at least a first functional pixel comprising one selected from a list consisting of: i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal. a plurality of normal pixels of an identical color in a predetermined color array, configured to capture image data, wherein the normal pixels are arranged vertically and horizontally symmetrically within the sub-block; and in addition at least a first functional pixel comprising one selected from a list consisting of: i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal. i. a pixel with an exposure duration different from an exposure duration of the normal pixels and with an identical sensitivity; ii. a pixel with an exposure duration identical to an exposure duration of the normal pixels and with a different sensitivity; iii. a phase difference detection pixel (111B-1, 111B-2); iv. a black pixel adapted to output a black level; and v. a white pixel adapted to output a luminance signal.