mhurhangee/patent-ind-claim-en huggingface dataset:
A three-stage cyclone dust cup filtration system, comprising a first-stage filtration device , and a dust-air separation device which has two stages of filtration structures and is in communication with an air outlet of the first-stage filtration device , wherein the dust-air separation device is detachably fixed onto the first-stage filtration device ; the first-stage filtration device comprises a large dust cup , and a filter screen arranged inside the large dust cup, a gap is provided between the filter screen and an inner wall of the large dust cup , the gap is configured to form a cyclone air channel of the first-stage filtration device , and a first dust collection space is defined between the filter screen and the large dust cup ; the dust-air separation device is a handheld vacuum cleaner, the air with dust enters via an air inlet channel of the first-stage filtration device , after a first-stage dust-air separation by the filter screen , at least a part of the air with dust is led through the air inlet channel into a cyclone cylinder of the dust-air separation device for a second-stage dust-air separation, and is collected in a second dust collection space; and wherein an air inlet of the dust-air separation device is located at a bottom; characterised in that : the dust-air separation device is a spiral two-stage dust-air separation device; and that at least part of the air with dust is led through the air inlet channel to spiral fan blades of the spiral two stage dust-air separation device for a third-stage dust-air separation, and is collected in a third dust collection space , and the air in the swirling airflow is extracted by negative pressure, thereby realizing the third-stage dust-air separation; and in that an air inlet channel of the separation device extends from a position of the air inlet to an upper end of the spiral two-stage dust-air separation device through a lateral side of the separation device. the dust-air separation device is a spiral two-stage dust-air separation device; and that at least part of the air with dust is led through the air inlet channel to spiral fan blades of the spiral two stage dust-air separation device for a third-stage dust-air separation, and is collected in a third dust collection space , and the air in the swirling airflow is extracted by negative pressure, thereby realizing the third-stage dust-air separation; and in that an air inlet channel of the separation device extends from a position of the air inlet to an upper end of the spiral two-stage dust-air separation device through a lateral side of the separation device.
A paper sheet handling apparatus comprising: a storage compartment provided with an opening ; a stowage compartment disposed on a lower side of the storage compartment ; a storage portion stored in the storage compartment and storing paper sheets; a conveying unit stored in the storage compartment and for conveying the paper sheets stored in the storage portion to the stowage compartment ; and a guide unit for guiding paper sheets conveyed by the conveying unit to the stowage compartment , wherein the guide unit comprises a flange , the guide unit is fixed from the stowage compartment side to a through-hole penetrating the storage compartment and the stowage compartment via the flange , and wherein the flange is positioned on the stowage compartment side, the conveying unit is configured to be slidable in a direction of the opening provided in the storage compartment , and the conveying unit is configured such that a slide rail disposed in an orientation extending along a front-rear direction of the conveying unit slides in a front-rear direction on a slide roller disposed in the guide unit , whereby the conveying unit is slidable in a direction of the opening , and the stowage compartment stows the paper sheets conveyed by the conveying unit . a storage compartment provided with an opening ; a stowage compartment disposed on a lower side of the storage compartment ; a storage portion stored in the storage compartment and storing paper sheets; a conveying unit stored in the storage compartment and for conveying the paper sheets stored in the storage portion to the stowage compartment ; and a guide unit for guiding paper sheets conveyed by the conveying unit to the stowage compartment , wherein the guide unit comprises a flange , the guide unit is fixed from the stowage compartment side to a through-hole penetrating the storage compartment and the stowage compartment via the flange , and wherein the flange is positioned on the stowage compartment side, the conveying unit is configured to be slidable in a direction of the opening provided in the storage compartment , and the conveying unit is configured such that a slide rail disposed in an orientation extending along a front-rear direction of the conveying unit slides in a front-rear direction on a slide roller disposed in the guide unit , whereby the conveying unit is slidable in a direction of the opening , and the stowage compartment stows the paper sheets conveyed by the conveying unit .
A suction belt conveyor of a stranding machine of the tobacco-processing industry for conveying material, in particular tobacco, with a suction belt guided along a suction belt path having a first portion (I), a second portion (II), a third portion (III), and a fourth portion (IV), a suction device for subjecting the suction belt to under-pressure within the first portion (I) and the second portion (II) of the suction belt path, and a measuring device, wherein the first portion (I) of the suction belt path is arranged such that a lower trough of the suction belt guided along the first portion (I) of the suction belt path collects material through the sucking action of the suction device and forms a material strand thereon, the second portion (II) of the suction belt path merges with the first portion (I) of the suction belt path downstream and is configured in order to guide the suction belt with the material strand arranged thereon and formed in the first portion (I) of the suction belt path, the third portion (III) of the suction belt path merges with the second portion (II) of the suction belt path downstream and is configured in order to disconnect the suction belt from the material strand, and the fourth portion (IV) of the suction belt path is arranged downstream of the third portion (III) of the suction belt path and is configured such that the now empty suction belt follows the fourth portion (IV) of the suction belt path , wherein the measuring device comprises at least one first sensor , which is configured in order to measure the thickness and/or density of the section belt as properties and thus its wear at a location in the fourth portion (IV) of the suction belt path and output a measurement signal of a first type that is indicative of the measured properties of the suction belt , characterized in that the measuring device comprises a second sensor , which is configured in order to measure, as properties of the common arrangement consisting of suction belt and material strand, their moisture and/or its density at a location in the second portion (II) of the suction belt path and output a measurement signal of a third type that is indicative of the measured properties of the common arrangement consisting of material strand and the suction belt , wherein the second sensor is a microwave sensor and is configured in order to function as a resonator and to measure a change in the resonance frequency and/or the quality and/or a slope on a flank of a resonance curve by means of transmission and/or by means of reflection and/or in order to form a mean value from the measurements obtained by transmission and by reflection.
A tire manufacturing method for a tire which manufactures a constituent member of the tire by winding a rubber strip consisting of unvulcanized rubber on a rotating body , the method comprising the steps of: winding the rubber strip prior to vulcanization in a spiral manner having a partially overlapping region, so that at least part thereof is exposed at an outer surface, and another portion thereof is covered by the rubber strip after being wound; anc characterised by arranging an electronic component so that the electronic component is positioned in the partially overlapping region of the rubber strip or between a lower layer member of the rubber strip and the rubber strip , in the winding step or an earlier step thereto. winding the rubber strip prior to vulcanization in a spiral manner having a partially overlapping region, so that at least part thereof is exposed at an outer surface, and another portion thereof is covered by the rubber strip after being wound; anc characterised by arranging an electronic component so that the electronic component is positioned in the partially overlapping region of the rubber strip or between a lower layer member of the rubber strip and the rubber strip , in the winding step or an earlier step thereto.
A torch system for igniting a target fuel , the torch system comprising: a torch including: an elongate wand having a handle end and an opposing forward end ; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface ; a combustion chamber ; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; wherein the torch head is configured such that, when a pressurized flow of a gaseous torch fuel (G) is supplied to the combustion chamber and ignited, a flame is generated in the combustion chamber and is forced outwardly from the combustion chamber through each of the jet channels as a respective flame jet , and each jet channel directs its respective flame jet forwardly and radially outwardly from the outer surface at an acute angle (AF) to the central axis (C-C). a torch including: an elongate wand having a handle end and an opposing forward end ; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface ; a combustion chamber ; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; an elongate wand having a handle end and an opposing forward end ; and a torch head located on the forward end of the wand, the torch head having a central axis (C-C) and including: an outer surface ; a combustion chamber ; and a plurality of circumferentially spaced apart jet channels an outer surface ; a combustion chamber ; and a plurality of circumferentially spaced apart jet channels fluidly connecting the combustion chamber to the outer surface; wherein the torch head is configured such that, when a pressurized flow of a gaseous torch fuel (G) is supplied to the combustion chamber and ignited, a flame is generated in the combustion chamber and is forced outwardly from the combustion chamber through each of the jet channels as a respective flame jet , and each jet channel directs its respective flame jet forwardly and radially outwardly from the outer surface at an acute angle (AF) to the central axis (C-C).
A display apparatus comprising: a chassis ; a plurality of modular displays (120-1, 120-2, 120-3, 120-4) disposed and tiled on the chassis , each of the plurality of modular displays (120-1, 120-2, 120-3, 120-4) comprising a plurality of light emitting diodes (LEDs) constituting each of a plurality of pixels ; a black matrix formed between the plurality of LEDs; and a patterned molding layer formed on the each of the plurality of modular displays (120-1, 120-2, 120-3, 120-4), wherein the patterned molding layer is formed to correspond to a boundary line between modular displays (120-1, 120-2, 120-3, 120-4) adjacent to each other among the plurality of modular displays (120-1, 120-2, 120-3, 120-4), characterized in that : the patterned molding layer comprises a plurality of molding-pieces , the plurality of molding-pieces are arranged to be distanced from one another, the patterned molding layer comprises a groove which is formed between the plurality of molding-pieces , the plurality of molding pieces are formed on a part of the black matrix such that 2. the remaining part of the black matrix is exposed through the groove , and a width of the groove is equal to a width of the boundary line. a chassis ; a plurality of modular displays (120-1, 120-2, 120-3, 120-4) disposed and tiled on the chassis , each of the plurality of modular displays (120-1, 120-2, 120-3, 120-4) comprising a plurality of light emitting diodes (LEDs) constituting each of a plurality of pixels ; a black matrix formed between the plurality of LEDs; and a patterned molding layer formed on the each of the plurality of modular displays (120-1, 120-2, 120-3, 120-4), wherein the patterned molding layer is formed to correspond to a boundary line between modular displays (120-1, 120-2, 120-3, 120-4) adjacent to each other among the plurality of modular displays (120-1, 120-2, 120-3, 120-4), characterized in that : the patterned molding layer comprises a plurality of molding-pieces , the plurality of molding-pieces are arranged to be distanced from one another, the patterned molding layer comprises a groove which is formed between the plurality of molding-pieces , the plurality of molding pieces are formed on a part of the black matrix such that 2. the remaining part of the black matrix is exposed through the groove , and a width of the groove is equal to a width of the boundary line. the patterned molding layer comprises a plurality of molding-pieces , the plurality of molding-pieces are arranged to be distanced from one another, the patterned molding layer comprises a groove which is formed between the plurality of molding-pieces , the plurality of molding pieces are formed on a part of the black matrix such that 2. the remaining part of the black matrix is exposed through the groove , and a width of the groove is equal to a width of the boundary line.
A control apparatus comprising: an angle control unit configured to change a tilt angle by tilting an imaging sensor relative to a plane orthogonal to an optical axis of an imaging optical system; a first determination unit configured to determine a first area from among a plurality of areas in an image based on distance information of each of the plurality of areas; an evaluation value acquisition unit configured to acquire a contrast evaluation value of imaging signals of each of second areas excluding the first area among the plurality of areas by changing the tilt angle through the angle control unit, wherein said contrast evaluation values of respective second areas are acquired for each tilt angle, and a maximum contrast evaluation value among the acquired contrast evaluation values is determined; and a second determination unit configured to determine for each area, as an optimal tilt angle, a tilt angle corresponding to the maximum contrast evaluation value acquired by the evaluation value acquisition unit, and determining the tilt angle of the image sensor based on the optimal tilt angle determined for each area, characterized in that the angle control unit tilts the image sensor relative to the plane orthogonal to the optical axis of the imaging optical system so as to obtain the tilt angle determined by the second determination unit. an angle control unit configured to change a tilt angle by tilting an imaging sensor relative to a plane orthogonal to an optical axis of an imaging optical system; a first determination unit configured to determine a first area from among a plurality of areas in an image based on distance information of each of the plurality of areas; an evaluation value acquisition unit configured to acquire a contrast evaluation value of imaging signals of each of second areas excluding the first area among the plurality of areas by changing the tilt angle through the angle control unit, wherein said contrast evaluation values of respective second areas are acquired for each tilt angle, and a maximum contrast evaluation value among the acquired contrast evaluation values is determined; and a second determination unit configured to determine for each area, as an optimal tilt angle, a tilt angle corresponding to the maximum contrast evaluation value acquired by the evaluation value acquisition unit, and determining the tilt angle of the image sensor based on the optimal tilt angle determined for each area, characterized in that the angle control unit tilts the image sensor relative to the plane orthogonal to the optical axis of the imaging optical system so as to obtain the tilt angle determined by the second determination unit.
A pressure sensitive adhesive sheet comprising a sheet-form substrate and a silicone pressure sensitive adhesive layer formed thereon, wherein the sheet-form substrate comprises at least one polyolefin-based resin film having a melting start temperature (Tm i ) of 120°C or higher and a peak melting temperature (Tm P ) of from 160°C to 180°C, measured by differential scanning calorimetry (DSC) according to ASTM D3418 as described hereinbefore in the description, wherein the sheet-form substrate is selected from the group consisting of at least one polypropylene homopolymer resin film, at least one polypropylene block-copolymer resin film consisting of polypropylene units and other non-propylene olefin units, and a combination thereof, and wherein the silicone pressure sensitive adhesive layer is an addition-cured releasable silicone pressure sensitive adhesive layer which is obtained by heat-curing a silicone pressure sensitive adhesive composition comprising: (a) polydiorganosiloxane having an average of at least two alkenyl radicals per molecule, (b) organohydrogenpolysiloxane having an average of more than two silicon-bonded hydrogen atoms per molecule, (c) an optional organopolysiloxane resin, (d) a platinum-type catalyst, (e) an optional solvent, and (f) an optional inhibitor. (a) polydiorganosiloxane having an average of at least two alkenyl radicals per molecule, (b) organohydrogenpolysiloxane having an average of more than two silicon-bonded hydrogen atoms per molecule, (c) an optional organopolysiloxane resin, (d) a platinum-type catalyst, (e) an optional solvent, and (f) an optional inhibitor.
A reception device , comprising: a data processing unit that is configured to acquire access information of a service worker of a specific data management type from signaling data, which is metadata transmitted from a transmission device , selectively acquire the service worker of the specific data management type from service workers corresponding to a plurality of data management types using the acquired access information, and use the service worker of the specific data management type, wherein service workers are data management programs used in the reception device and have different data management types, wherein each service worker is corresponding to a broadcast program or a broadcast content provided by the transmission device to the reception device as a management program of an application provided from the transmission device to the reception device , and wherein the application is also corresponding to the broadcast program or the broadcast content. a data processing unit that is configured to acquire access information of a service worker of a specific data management type from signaling data, which is metadata transmitted from a transmission device , selectively acquire the service worker of the specific data management type from service workers corresponding to a plurality of data management types using the acquired access information, and use the service worker of the specific data management type, wherein service workers are data management programs used in the reception device and have different data management types, wherein each service worker is corresponding to a broadcast program or a broadcast content provided by the transmission device to the reception device as a management program of an application provided from the transmission device to the reception device , and wherein the application is also corresponding to the broadcast program or the broadcast content.
An air supply device for extracting exhaust air from a room and leading fresh supply air into the room comprising - a casing , forming an outer layer of the air supply device , - an exhaust air channel arranged inside the casing for extracting the exhaust air from the room, - a supply air channel arranged inside the casing for leading the supply air into the room, - a heat transfer unit arranged within the exhaust air channel and the supply air channel to transfer thermal energy between exhaust air, flowing in the exhaust air channel, and supply air, flowing in the supply air channel, and the heat transfer unit comprises a rotating heat transfer element , which is rotatable around its horizontal axis, and which rotating heat transfer element is vertically divided for separating the exhaust air channel from the supply air channel , characterized in that - the exhaust air channel and the supply air channel run inside the air supply device in parallel and form a shape of U so that the exhaust air channel and the supply air channel comprise two vertical portions and a horizontal portion between the vertical portions, and - the rotating heat transfer element is arranged within the horizontal portions of the exhaust air channel and the supply air channel . - a casing , forming an outer layer of the air supply device , - an exhaust air channel arranged inside the casing for extracting the exhaust air from the room, - a supply air channel arranged inside the casing for leading the supply air into the room, - a heat transfer unit arranged within the exhaust air channel and the supply air channel to transfer thermal energy between exhaust air, flowing in the exhaust air channel, and supply air, flowing in the supply air channel, and - the exhaust air channel and the supply air channel run inside the air supply device in parallel and form a shape of U so that the exhaust air channel and the supply air channel comprise two vertical portions and a horizontal portion between the vertical portions, and - the rotating heat transfer element is arranged within the horizontal portions of the exhaust air channel and the supply air channel .
A valve assembly as a parking release vale for a trailer with spring reservoir brakes, with an axially movable control rod in a housing , which is provided with an actuating knob on one end and outside of the housing , characterized by a display knob adjacent to the actuating knob , which - in a park position of the control rod protrudes less from the housing than the actuating knob and - in a release position protrudes further from the housing than the actuating knob . - in a park position of the control rod protrudes less from the housing than the actuating knob and - in a release position protrudes further from the housing than the actuating knob .