mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner comprising: a housing having a dust collection chamber provided therein; characterized in , a main body provided to be movable relative to the housing between a first position at which the main body closes the dust collection chamber and a second position at which the main body opens the dust collection chamber ; and a motor filter detachably mounted in the main body , wherein the main body includes: a fan motor unit provided to generate a suction force and a shutter device configured to open or close a flow path between the motor filter and the fan motor unit . a housing having a dust collection chamber provided therein; characterized in , a main body provided to be movable relative to the housing between a first position at which the main body closes the dust collection chamber and a second position at which the main body opens the dust collection chamber ; and a motor filter detachably mounted in the main body , wherein the main body includes: a fan motor unit provided to generate a suction force and a shutter device configured to open or close a flow path between the motor filter and the fan motor unit . a fan motor unit provided to generate a suction force and a shutter device configured to open or close a flow path between the motor filter and the fan motor unit .
A transport system (SYS, SYS2), comprising: a grid-patterned rail (R) that has a plurality of first rails (R1) extending in a first direction (D1) and a plurality of second rails (R2) extending in a second direction (D2) different from the first direction (D1) and intersecting with the first rails (R1), and forms a plurality of cells (C) with the plurality of first rails (R1) and the plurality of second rails (R2); an overhead transport vehicle that is configured to travel along the grid-patterned rail (R); a suspender suspended from the grid-patterned rail (R); and a frame that surrounds at least one of the cells (C) in a plan view and is provided below the suspender , wherein a placement section onto which an article is to be placed by the overhead transport vehicle and a scaffold serving as a walkway that allows an operator to walk thereon are provided within the frame below the cells (C). a grid-patterned rail (R) that has a plurality of first rails (R1) extending in a first direction (D1) and a plurality of second rails (R2) extending in a second direction (D2) different from the first direction (D1) and intersecting with the first rails (R1), and forms a plurality of cells (C) with the plurality of first rails (R1) and the plurality of second rails (R2); an overhead transport vehicle that is configured to travel along the grid-patterned rail (R); a suspender suspended from the grid-patterned rail (R); and a frame that surrounds at least one of the cells (C) in a plan view and is provided below the suspender , wherein a placement section onto which an article is to be placed by the overhead transport vehicle and a scaffold serving as a walkway that allows an operator to walk thereon are provided within the frame below the cells (C).
A field emission device, comprising: a vacuum vessel (11; 11A; 11B) with a cylindrical insulator , the insulator having both ends sealed to define a vacuum chamber on an inner wall side of the insulator ; an emitter having an electron generating portion located on one end side of the vacuum chamber facing the other end side of the vacuum chamber ; a target located on the other end side of the vacuum chamber and opposed to the electron generating portion of the emitter so as to receive electrons from the emitter and to emit X-ray radiation upon incidence of the electrons; and a supporting part (4; 4A; 4B) that has a shape extending from a side of the emitter opposite the electron generating portion and supports the emitter movably in the end-to-end direction of the vacuum chamber , a guard electrode is provided and disposed on an outer circumferential side of the electron generating portion of the emitter , the guard electrode having a cylindrical shape extending in the end-to-end direction of the vacuum chamber and being supported with its one end side thereof on the vacuum vessel (11; 11A; 11B); and the supporting part (4; 4A; 4B) is movable such that the emitter is moved in the end-to-end direction and thereby brought into contact with or separated apart from the other end side of the guard electrode by movement of the supporting part (4; 4A; 4B) so as to change a distance between the electron generating portion of the emitter and the target . a vacuum vessel (11; 11A; 11B) with a cylindrical insulator , the insulator having both ends sealed to define a vacuum chamber on an inner wall side of the insulator ; an emitter having an electron generating portion located on one end side of the vacuum chamber facing the other end side of the vacuum chamber ; a target located on the other end side of the vacuum chamber and opposed to the electron generating portion of the emitter so as to receive electrons from the emitter and to emit X-ray radiation upon incidence of the electrons; and a supporting part (4; 4A; 4B) that has a shape extending from a side of the emitter opposite the electron generating portion and supports the emitter movably in the end-to-end direction of the vacuum chamber , a guard electrode is provided and disposed on an outer circumferential side of the electron generating portion of the emitter , the guard electrode having a cylindrical shape extending in the end-to-end direction of the vacuum chamber and being supported with its one end side thereof on the vacuum vessel (11; 11A; 11B); and the supporting part (4; 4A; 4B) is movable such that the emitter is moved in the end-to-end direction and thereby brought into contact with or separated apart from the other end side of the guard electrode by movement of the supporting part (4; 4A; 4B) so as to change a distance between the electron generating portion of the emitter and the target .
A component mounting system comprising: a component-temporarily holding member ; a component mounting jig having a jig base to which the component-temporarily holding member is mounted; a component ; and a forming die for a foamed resin molding, the component-temporarily holding member comprising a temporary holding part that temporarily holds the component , the component having a locking part lockable to another member when mounting the component by locking the locking part in a component mounting position of the forming die for a foamed resin molding, wherein a holding force of the temporary holding part is less than force with which the locking part is locked in the component mounting position , the system being configured so that the jig base is capable of being pressed against the forming die to lock the locking part of the component in the component mounting position , and then moved away from the forming die so that only the component remains in the component mounting position . a component-temporarily holding member ; a component mounting jig having a jig base to which the component-temporarily holding member is mounted; a component ; and a forming die for a foamed resin molding, the component-temporarily holding member comprising a temporary holding part that temporarily holds the component , the component having a locking part lockable to another member when mounting the component by locking the locking part in a component mounting position of the forming die for a foamed resin molding,
A method of processing digital pathology and cytology images for viewing, comprising: obtaining an original digital pathology or cytology image of a tissue sample characterized by then performing at least one of the following: i) programmatically visually enhancing automatically extracted features of interest in the obtained image that are otherwise only visually apparent in a high magnification sub-slide view so that the visually enhanced features are visually apparent in a low magnification overview of an entire slide; and electronically displaying the visually enhanced features on a display in the low magnification overview of the entire slide; and/or ii) programmatically visually enhancing automatically extracted features of interest in the obtained image using data from a low magnification overview of an entire slide to generate a high magnification sub-slide view; and electronically displaying the visually enhanced features derived from the low magnification overview of the entire slide on a display in the high magnification sub-slide view, wherein programmatically visually enhancing refers to visual enhancing that can be carried out by a digital signal processor and/or computer program code. obtaining an original digital pathology or cytology image of a tissue sample characterized by then performing at least one of the following: i) programmatically visually enhancing automatically extracted features of interest in the obtained image that are otherwise only visually apparent in a high magnification sub-slide view so that the visually enhanced features are visually apparent in a low magnification overview of an entire slide; and electronically displaying the visually enhanced features on a display in the low magnification overview of the entire slide; and/or ii) programmatically visually enhancing automatically extracted features of interest in the obtained image using data from a low magnification overview of an entire slide to generate a high magnification sub-slide view; and electronically displaying the visually enhanced features derived from the low magnification overview of the entire slide on a display in the high magnification sub-slide view, i) programmatically visually enhancing automatically extracted features of interest in the obtained image that are otherwise only visually apparent in a high magnification sub-slide view so that the visually enhanced features are visually apparent in a low magnification overview of an entire slide; and electronically displaying the visually enhanced features on a display in the low magnification overview of the entire slide; and/or ii) programmatically visually enhancing automatically extracted features of interest in the obtained image using data from a low magnification overview of an entire slide to generate a high magnification sub-slide view; and electronically displaying the visually enhanced features derived from the low magnification overview of the entire slide on a display in the high magnification sub-slide view, wherein programmatically visually enhancing refers to visual enhancing that can be carried out by a digital signal processor and/or computer program code.
A device, comprising: a cryogenic-stripline microwave attenuator , comprising, a first substrate ; a second substrate , wherein the first substrate and the second substrate comprise a material from a list, the list comprising sapphire, quartz, silicon and other glass-type materials, and wherein the first substrate and the second substrate are different materials; a compression component , and a signal conductor comprising one or more attenuator lines between the first substrate and the second substrate, the signal conductor compressed by the compression component configured to press the first substrate against one side of the signal conductor and press the second substrate against another side of the signal conductor, wherein the compression component is configured to facilitate thermal conductivity between the substrates and the signal conductor. a cryogenic-stripline microwave attenuator , comprising, a first substrate ; a second substrate , wherein the first substrate and the second substrate comprise a material from a list, the list comprising sapphire, quartz, silicon and other glass-type materials, and wherein the first substrate and the second substrate are different materials; a compression component , and a signal conductor comprising one or more attenuator lines between the first substrate and the second substrate, the signal conductor compressed by the compression component configured to press the first substrate against one side of the signal conductor and press the second substrate against another side of the signal conductor, wherein the compression component is configured to facilitate thermal conductivity between the substrates and the signal conductor.
Dishwasher, in particular a domestic dishwasher, comprising - a tub for holding dishes, - a heating device for heating process water, - a control device having a short washing program with a heating phase for washing the dishes, the control device being designed not to replace the process water during the entire short washing program and to heat the process water during the heating phase by means of the heating device , characterised in that the control device is designed to heat the process water at least partially to at least 35°C during the heating phase. - a tub for holding dishes, - a heating device for heating process water, - a control device having a short washing program with a heating phase for washing the dishes, the control device being designed not to replace the process water during the entire short washing program and to heat the process water during the heating phase by means of the heating device , characterised in that the control device is designed to heat the process water at least partially to at least 35°C during the heating phase.
An inner ring for supporting the variable-pitch blades of an axial compressor stator of a turbomachine, comprising at least two ring sectors , assembled circumferentially end to end so as to form said inner ring, each ring sector comprising a plurality of housings for receiving a radially inner pivot axis of one of said blades , such that at each junction plane between the ends of two successive ring sectors , the assembly is performed by cooperation of an assembly pin and a cavity for receiving this assembly pin, said assembly pin being fixed on the end of one of said two successive ring sectors and said cavity being formed at the end of the other of said two successive ring sectors, the cavity is configured and dimensioned to receive said assembly pin with a mounting clearance allowing a mounting by sliding fit, and said assembly pin is made of a material having a coefficient of thermal expansion greater than that of the material constituting said successive ring sectors so that during the temperature rise resulting from the use of said axial compressor , the assembly pin expands more inside said cavity than the cavity itself, thus ensuring the inseparable assembly of the two successive ring sectors and so that during the temperature decrease resulting from the cessation of the use of said axial compressor , the assembly pin retracts inside said cavity , by allowing the dismounting of said two successive ring sectors . such that at each junction plane between the ends of two successive ring sectors , the assembly is performed by cooperation of an assembly pin and a cavity for receiving this assembly pin, said assembly pin being fixed on the end of one of said two successive ring sectors and said cavity being formed at the end of the other of said two successive ring sectors, the cavity is configured and dimensioned to receive said assembly pin with a mounting clearance allowing a mounting by sliding fit, and said assembly pin is made of a material having a coefficient of thermal expansion greater than that of the material constituting said successive ring sectors so that during the temperature rise resulting from the use of said axial compressor , the assembly pin expands more inside said cavity than the cavity itself, thus ensuring the inseparable assembly of the two successive ring sectors and so that during the temperature decrease resulting from the cessation of the use of said axial compressor , the assembly pin retracts inside said cavity , by allowing the dismounting of said two successive ring sectors .
Container for food, in particular for pizza, comprising a base and a lid , coupled on one side, said base having flared side walls , characterised in that said container is made of compact cardboard of pure long-fiber cellulose, the bottom of said base has stiffening reliefs and said lid has a peripheral relief raised with respect to the central part , of shape and dimensions apt for housing with contact, along its entire internal perimeter, the base of an overlying container of the same type, the peripheral edge of the base and the peripheral edge of the lid comprising, on the side opposite to that of the coupling between the base and the lid , respective tabs , configured to secure the lid on the base of the container .
Cosmetic use of one or more monoglycerides of general formula (I): RC(O)-X (I) in which R is a linear or branched, saturated or unsaturated, hydrocarbon chain which contains from 12 to 22 carbon atoms and which is optionally substituted with one or more hydroxyl substituents; and X is a glyceryl residue; as an active ingredient for treating signs of skin aging by selectively eliminating senescent skin cells.
Rotor-blade inspection rig , having a maintenance chamber which can be penetrated vertically by a rotor blade , wherein in the chamber floor and in the chamber ceiling of the maintenance chamber a floor and ceiling opening capable of being penetrated by the rotor blade are arranged, wherein the maintenance chamber is arranged on a carrying frame , wherein the carrying frame is connected to a bracing frame that is moveable relative to the carrying frame and wherein the bracing frame can be supported by a tower of a wind turbine and wherein the chamber floor and the chamber ceiling of the maintenance chamber are each designed as a diaphragm system for minimising a gap between the floor or ceiling opening and the rotor blade , wherein the maintenance chamber is with respect to the carrying frame mounted rotatable in the horizontal plane on the carrying frame and designed adaptable to the twist of the rotor blade and wherein the axis of rotation for the maintenance chamber lies in the axis of the twist of the rotor blade .
Dapagliflozin for co-administration with saxagliptin for use in the treatment of diabetes, hyperglycemia, hyperinsulinemia, obesity, hypertriglyceridemia, Syndrome X, diabetic complications or atherosclerosis, wherein the combination normalizes glucagon secretion in a mammal associated with the administration of dapagliflozin.
A tire sound absorbing material crimping device comprising: a fixing unit configured to align a center of a tire transported by a tire conveying unit and position the tire; a crimping unit configured to press a sound absorbing material while expanding radially toward the sound absorbing material adhered to an inner liner of the tire fixed to the fixing unit; and a motor unit connected to an upper portion of the crimping unit and configured to raise and lower the crimping unit toward the tire; characterized in that the crimping unit comprises: a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames. a fixing unit configured to align a center of a tire transported by a tire conveying unit and position the tire; a crimping unit configured to press a sound absorbing material while expanding radially toward the sound absorbing material adhered to an inner liner of the tire fixed to the fixing unit; and a motor unit connected to an upper portion of the crimping unit and configured to raise and lower the crimping unit toward the tire; characterized in that the crimping unit comprises: a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames. a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames.
A washing machine comprising an inner drum and a sealing valve installation structure comprising a support plate being mounted on an inner side wall of the inner drum , wherein a through hole corresponding to a drain opening formed in a side wall of the inner drum is provided in a middle of the support plate , and a gap between the support plate and the side wall of the inner drum is provided to form a space for a valve plug of a sealing valve to move up and down; wherein a lifting rib is installed on the side wall of the inner drum of the washing machine, and a lifting rib body is of a shell structure, and a lower side of the shell structure is open and is fastened to the inner side wall of the inner drum , the lifting rib body is hollow inside to form a mounting cavity for installation of the sealing valve, and the sealing valve installation structure is arranged in the mounting cavity , characterized in that a mounting sleeve is fixedly installed on an upper side of the support plate , an inner through hole of the mounting sleeve and the through hole in the support plate are coaxially and oppositely arranged, so that the valve plug of the sealing valve is coaxially installed in the inner through hole and is movable up and down. a through hole corresponding to a drain opening formed in a side wall of the inner drum is provided in a middle of the support plate , and a gap between the support plate and the side wall of the inner drum is provided to form a space for a valve plug of a sealing valve to move up and down; wherein a lifting rib is installed on the side wall of the inner drum of the washing machine, and a lifting rib body is of a shell structure, and a lower side of the shell structure is open and is fastened to the inner side wall of the inner drum , the lifting rib body is hollow inside to form a mounting cavity for installation of the sealing valve, and the sealing valve installation structure is arranged in the mounting cavity , characterized in that a mounting sleeve is fixedly installed on an upper side of the support plate , an inner through hole of the mounting sleeve and the through hole in the support plate are coaxially and oppositely arranged, so that the valve plug of the sealing valve is coaxially installed in the inner through hole and is movable up and down.