mhurhangee/patent-ind-claim-en huggingface dataset:
An optical scanning device for an image forming apparatus, comprising: a housing having light emitting ports ; a transparent cover closing the light emitting ports ; a freely rotatable screw shaft extending along the transparent cover ; a cleaning member abutting a surface of the transparent cover ; and a holding member having a nut part screwed with the screw shaft and arm parts extending from the nut part to hold the cleaning member , wherein the holding member is configured to reciprocally move along a predetermined movement path (A) by rotation of the screw shaft , from an upper surface of the housing , a plate-like rail part , which extends along the screw shaft to guide movement of the holding member , protrudes, the holding member is provided with a guide part having a guide groove engaged with the rail part , and characterized in that the optical scanning device further comprises: scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part , wherein in the housing , at positions of side surfaces of the holding member , which face a moving end side and correspond to the scraper members , collection cases are provided to collect the foreign matters scraped off by the scraper members . a housing having light emitting ports ; a transparent cover closing the light emitting ports ; a freely rotatable screw shaft extending along the transparent cover ; a cleaning member abutting a surface of the transparent cover ; and a holding member having a nut part screwed with the screw shaft and arm parts extending from the nut part to hold the cleaning member , wherein the holding member is configured to reciprocally move along a predetermined movement path (A) by rotation of the screw shaft , from an upper surface of the housing , a plate-like rail part , which extends along the screw shaft to guide movement of the holding member , protrudes, the holding member is provided with a guide part having a guide groove engaged with the rail part , and characterized in that the optical scanning device further comprises: scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part , wherein in the housing , at positions of side surfaces of the holding member , which face a moving end side and correspond to the scraper members , collection cases are provided to collect the foreign matters scraped off by the scraper members . scraper members provided to both side end parts in a movement direction in the guide part of the holding member and scraping off foreign matters attached to the rail part , wherein in the housing , at positions of side surfaces of the holding member , which face a moving end side and correspond to the scraper members , collection cases are provided to collect the foreign matters scraped off by the scraper members .
An integrated Transcranial Magnetic Stimulation (TMS) coil for brain function testing and treatment, comprising a coil housing and optical fiber probes configured for connecting, with a signal end of the optical fiber probes, to a near-infrared brain function imager , wherein a figure-eight coil is provided inside the coil housing , the coil housing is provided with two racetrack oval shaped bosses , and the two racetrack oval shaped bosses are embedded in two inner rings of the coil for limiting a position of the coil ; the two racetrack oval shaped bosses are each formed with two mounting holes , and two mounting holes are formed at each of the upper and lower sides of an outer ring of the coil ; the mounting holes are each provided with an optical fiber holder for mounting an optical fiber probe ; a silica gel sheet is provided inside the coil housing , eight through holes are formed on the silica gel sheet , positions of the eight through holes respectively correspond to those of the eight mounting holes on the coil housing , and the through holes on the silica gel sheet are sleeved inside the optical fiber holders for limiting movement of the optical fiber holders ; a lead-out of the coil passes through the bottom of the coil housing and is configured for connecting to a TMS instrument , wherein a probing end of the optical fiber probes passes through the back and the front of the coil housing , and movement of the optical fiber probes is limited by the optical fiber holders and the silica gel sheet provided inside the coil housing .
A cladding tube for a fuel rod for a nuclear reactor, the cladding tube comprising a tubular base component having an outer surface and an inner surface defining an inner space of the cladding tube housing a pile of fuel pellets , wherein the tubular base component is made of a Zr-based alloy, and a coating applied onto the outer surface of the tubular base component and configured to protect the tubular base component from mechanical wear, oxidation and hydriding, wherein the Zr-based alloy has the following composition: Zr = balance, Al = 0-2 wt%, Ti = 0-20 wt%, Sn = 0-6 wt%, Fe = 0-0.4 wt%, Nb = 0-0.4 wt%, O = 200-1800 wtppm, C = 0-200 wtppm, Si = 0-200 wtppm, and S = 0-200 wtppm, wherein 2.5 wt% < Al+Ti+Sn ≤ 28 wt%. a tubular base component having an outer surface and an inner surface defining an inner space of the cladding tube housing a pile of fuel pellets , wherein the tubular base component is made of a Zr-based alloy, and a coating applied onto the outer surface of the tubular base component and configured to protect the tubular base component from mechanical wear, oxidation and hydriding, wherein the Zr-based alloy has the following composition: Zr = balance, Al = 0-2 wt%, Ti = 0-20 wt%, Sn = 0-6 wt%, Fe = 0-0.4 wt%, Nb = 0-0.4 wt%, O = 200-1800 wtppm, C = 0-200 wtppm, Si = 0-200 wtppm, and S = 0-200 wtppm, wherein 2.5 wt% < Al+Ti+Sn ≤ 28 wt%. Zr = balance, Al = 0-2 wt%, Ti = 0-20 wt%, Sn = 0-6 wt%, Fe = 0-0.4 wt%, Nb = 0-0.4 wt%, O = 200-1800 wtppm, C = 0-200 wtppm, Si = 0-200 wtppm, and S = 0-200 wtppm, wherein 2.5 wt% < Al+Ti+Sn ≤ 28 wt%.
A pixel array , comprising a plurality of pixel units , each pixel unit having a first sub-pixel with first color , a second sub-pixel with second color and a third sub-pixel with third color , wherein the first sub-pixel with first color , the second sub-pixel with second color and the third sub-pixel with third color are arranged in a three-by-three pattern with three sub-pixels in each row and three sub-pixels in each column, the first sub-pixels with first color are arranged at a center and four vertexes of each pixel unit , the second sub-pixels with second color and the third sub-pixels with third color are alternately arranged at middle of boundaries of each pixel unit , adjacent pixel units are arranged to share a common boundary, characterized in that , for the pixel units located at the edges of the pixel array , the first sub-pixel with first color is absent only at the vertex or vertexes located at said edges and corresponding to said pixel units, such that the second sub-pixels with second color and the third sub-pixels with third color are alternately arranged on edges of the pixel array .
A self-repairing cable 29, 32, 35 comprising a core 2 surrounded by a solid self-healing layer 30, 31, 33 comprising a water-swelling material, characterised in that the water-swelling material comprises: - a water-swelling thermoplastic elastomer (TPE) comprising poly(styrene-block-butadiene-block-styrene), poly(styrene-block-ethene-co-butane-block-styrene) or poly(styrene-block-ethylene-co-butylene-block-styrene), and a hydrophilic additive; or - a water-swelling rubber. - a water-swelling thermoplastic elastomer (TPE) comprising poly(styrene-block-butadiene-block-styrene), poly(styrene-block-ethene-co-butane-block-styrene) or poly(styrene-block-ethylene-co-butylene-block-styrene), and a hydrophilic additive; or - a water-swelling rubber.
Tensioning device for extending a threaded bolt by tensioning the threaded end portion thereof, comprising a supporting tube surrounding the threaded end portion, a cylinder arranged in an extension of the supporting tube with at least one piston which is movable in the cylinder in the longitudinal direction and can be connected to a hydraulic supply, and an exchange bushing which can be carried along axially by the piston, wherein the exchange socket is provided at one end with an internal thread for screwing to the threaded end portion and is provided at the other end with an external polygon , and with a longitudinal channel and a pin which is longitudinally movable therein, the first pin end thereof being capable of being supported against the end of the threaded bolt which has the threaded end portion, and the second pin end projecting beyond the external polygon , characterised by a tool which can be attached releasably to the external polygon for turning of the exchange socket , wherein the tool is composed of a cup-shaped portion , which is provided on an inner face with tool surfaces for rotary coupling to the external polygon , and a thinner drive portion arranged in an extension of the cup-shaped portion , wherein the cup-shaped portion of the tool is composed of a first longitudinal portion having the tool surfaces and a second longitudinal portion adjoining the first and forming a cavity on the longitudinal axis of the tool, and wherein the second longitudinal portion is provided with at least one viewing opening at the height of the second pin end .
Pyrolytic gas generating device for generating synthesis gas from a carbonizable feedstock, at least comprising: - a vertically oriented shaft gasifier unit having a downwardly open gasifier shaft ; - a heat generator unit for heating the gasifier shaft , and - a discharge unit which is arranged below the gasifier shaft and has at least one motor-driven conveying member in the form of a conveying screw which provides conveyance away from the gasifier shaft ; wherein: - the gasifier shaft is surrounded in a subregion of the periphery of its wall by a hot air duct which is fed by the heat generator and is connected via at least one gas passage opening to the gasifier shaft , - the wall is provided in at least one further subregion with at least one gas passage opening adjoined by a synthesis gas extractor duct ; - the gasifier shaft is rectangular in cross section and the gas passage openings for the synthesis gas extractor duct and the hot air duct are arranged on parallel opposite sides of the gasifier shaft , characterized - in that multiple gas passage openings are arranged one above the other and a respective louvre (23.1, 25.1) is arranged between adjacent gas passage openings and extends obliquely upwards from the wall ; and - in that at least one rotor element having at least one rotor blade is arranged in the gasifier shaft in such a way that the rotor blade reaches the wall and the conveying screw . - a vertically oriented shaft gasifier unit having a downwardly open gasifier shaft ; - a heat generator unit for heating the gasifier shaft , and - a discharge unit which is arranged below the gasifier shaft and has at least one motor-driven conveying member in the form of a conveying screw which provides conveyance away from the gasifier shaft ; - the gasifier shaft is surrounded in a subregion of the periphery of its wall by a hot air duct which is fed by the heat generator and is connected via at least one gas passage opening to the gasifier shaft , - the wall is provided in at least one further subregion with at least one gas passage opening adjoined by a synthesis gas extractor duct ; - the gasifier shaft is rectangular in cross section and the gas passage openings for the synthesis gas extractor duct and the hot air duct are arranged on parallel opposite sides of the gasifier shaft , characterized - in that multiple gas passage openings are arranged one above the other and a respective louvre (23.1, 25.1) is arranged between adjacent gas passage openings and extends obliquely upwards from the wall ; and - in that at least one rotor element having at least one rotor blade is arranged in the gasifier shaft in such a way that the rotor blade reaches the wall and the conveying screw .
An ultrasound and/or shockwave therapy system comprising at least: an ultrasound and/or shockwave source , a patient table , a positioning device between the source and the patient table, a control device , which is configured to be touched or moved by an operator, and a control unit which is coupled to receive the output signals from the control device and to control the positioning device to modify the spatial relationship and orientation between the source and the patient table according to the signals from the input device characterized in, that the positioning device is configured to modify the spatial relationship and orientation between the source and the patient table in at least five degrees of freedom, the control device , is configured to sense forces and/or movements in six degrees of freedom and to generate output signals according to the sensed forces or movements, wherein rotation about the z-axis of the control device is used to control movement of the focus spot of the ultrasound and/or shockwave source towards or away from the ultrasound and/or shock-wave source . an ultrasound and/or shockwave source , a patient table , a positioning device between the source and the patient table, a control device , which is configured to be touched or moved by an operator, and a control unit which is coupled to receive the output signals from the control device and to control the positioning device to modify the spatial relationship and orientation between the source and the patient table according to the signals from the input device characterized in, that the positioning device is configured to modify the spatial relationship and orientation between the source and the patient table in at least five degrees of freedom, the control device , is configured to sense forces and/or movements in six degrees of freedom and to generate output signals according to the sensed forces or movements, wherein rotation about the z-axis of the control device is used to control movement of the focus spot of the ultrasound and/or shockwave source towards or away from the ultrasound and/or shock-wave source .
A method for the regenerating a particle filter in an exhaust system of a motor vehicle , wherein the motor vehicle comprises: an internal combustion engine operable with a fuel , an exhaust gas duct in which at least one particle filter is arranged, a fuel tank , a sorbent container fluidically connected with the fuel tank and having a sorbent , a purging line connecting the sorbent container to the internal combustion engine or to the exhaust gas duct upstream of the particle filter ; characterized in that , to heat the particle filter , the fuel retained in the sorbent container is supplied to the purging line , wherein a charge state of the particle filter is determined; and, upon determining the need for regeneration of the particle filter , a purging process of the sorbent container is performed, and the purging of the sorbent container , and associated therewith a supplying of fuel retained in the sorbent container into the exhaust gas duct of the internal combustion engine occurs in a thrust phase of the internal combustion engine .
Rubber composition based on at least: - from 60 to 100 phr of one or more diene elastomers, referred to as very low glass transition temperature (Tg) diene elastomers, exhibiting a Tg within a range extending from -110°C to -70°C, chosen from butadiene homopolymers, copolymers of butadiene and of vinylaromatic monomer, exhibiting a content of vinylaromatic unit of between 0% and 5% by weight, and the mixtures of these, - a reinforcing filler, - a crosslinking system, - from 50 to 150 phr of at least one hydrocarbon resin predominantly composed of units resulting from α-pinene monomers, the resin exhibiting an aliphatic proton content of greater than 95%. - from 60 to 100 phr of one or more diene elastomers, referred to as very low glass transition temperature (Tg) diene elastomers, exhibiting a Tg within a range extending from -110°C to -70°C, chosen from butadiene homopolymers, copolymers of butadiene and of vinylaromatic monomer, exhibiting a content of vinylaromatic unit of between 0% and 5% by weight, and the mixtures of these, - a reinforcing filler, - a crosslinking system, - from 50 to 150 phr of at least one hydrocarbon resin predominantly composed of units resulting from α-pinene monomers, the resin exhibiting an aliphatic proton content of greater than 95%.
A terminal comprising: a receiving section configured to receive from a radio base station a group of a synchronization signal (SS), a broadcast channel (BCH) and a reference signal (RS); a control section configured to determine an index corresponding to a symbol position, based on the RS of which a sequence varies depending on the symbol position, and a transmission section configured to transmit to the radio base station a random access preamble for on-demand information request using a resource corresponding to the index; wherein the receiving section is further configured to receive the requested on-demand information that is transmitted by the radio base station in accordance with the random access preamble. a receiving section configured to receive from a radio base station a group of a synchronization signal (SS), a broadcast channel (BCH) and a reference signal (RS); a control section configured to determine an index corresponding to a symbol position, based on the RS of which a sequence varies depending on the symbol position, and a transmission section configured to transmit to the radio base station a random access preamble for on-demand information request using a resource corresponding to the index; wherein the receiving section is further configured to receive the requested on-demand information that is transmitted by the radio base station in accordance with the random access preamble.
A method of controlling a handover by a first moving cell base station in a wireless communication system, the method comprising: performing, at the first moving cell base station, measurement on signals of at least one or more neighbor base stations; and determining, by the first moving cell base station, whether to make a handover based on a result of the measurement, the method being characterized in that : the first moving cell base station prevents making the handover into a second moving cell among cells served by the at least one or more neighbor base stations if a cell ID of the second moving cell is a moving cell dedicated cell ID. performing, at the first moving cell base station, measurement on signals of at least one or more neighbor base stations; and determining, by the first moving cell base station, whether to make a handover based on a result of the measurement, the method being characterized in that : the first moving cell base station prevents making the handover into a second moving cell among cells served by the at least one or more neighbor base stations if a cell ID of the second moving cell is a moving cell dedicated cell ID.
Method for manufacturing a photovoltaic module comprising photovoltaic cells , the method comprising the following steps: - providing a first protective plate ; - depositing on the first protective plate a layer of an encapsulating material, the encapsulating material being a pressure sensitive adhesive; - alternately laying on the layer of encapsulating material photovoltaic cells and interconnection elements capable of electrically connecting the photovoltaic cells , the interconnection elements being divided into first groups of interconnection elements and second groups of interconnection elements, each photovoltaic cell being laid in contact with the encapsulating material on a first group of interconnection elements and each photovoltaic cell being covered by a second group of interconnection elements . - providing a first protective plate ; - depositing on the first protective plate a layer of an encapsulating material, the encapsulating material being a pressure sensitive adhesive; - alternately laying on the layer of encapsulating material photovoltaic cells and interconnection elements capable of electrically connecting the photovoltaic cells , the interconnection elements being divided into first groups of interconnection elements and second groups of interconnection elements, each photovoltaic cell being laid in contact with the encapsulating material on a first group of interconnection elements and each photovoltaic cell being covered by a second group of interconnection elements .
A mold for molding a glass-made optical component having a precise and complicated three-dimensional shape, the mold comprising: a female mold which has a lower mold of at least one molding mold for molding the glass-made optical component on an outer peripheral portion of a concave surface of the female mold; a male mold which has a convex surface combined with the concave surface of the female mold; and a ring mold which is arranged on an outer peripheral portion of the male mold, the ring mold having an upper mold of the at least one molding mold for molding the glass-made optical component, wherein both the lower mold of the molding mold and the upper mold of the molding mold are female molds having concave shape, and wherein molten glass gob introduced into the concave surface of the female mold is configured to be pressed from above by the male mold having the convex surface so that the molten glass gob is injected into a space formed between the lower mold and the upper mold of the at least one molding mold. a female mold which has a lower mold of at least one molding mold for molding the glass-made optical component on an outer peripheral portion of a concave surface of the female mold; a male mold which has a convex surface combined with the concave surface of the female mold; and a ring mold which is arranged on an outer peripheral portion of the male mold, the ring mold having an upper mold of the at least one molding mold for molding the glass-made optical component, wherein both the lower mold of the molding mold and the upper mold of the molding mold are female molds having concave shape, and wherein molten glass gob introduced into the concave surface of the female mold is configured to be pressed from above by the male mold having the convex surface so that the molten glass gob is injected into a space formed between the lower mold and the upper mold of the at least one molding mold.
Movable fencing device for installing and/or removing a fence of posts and a net connected thereto or one or more wires connected thereto, which fencing device during operation is preferably present on a vehicle or trailer and comprises installing means for driving the posts into the ground, as well as a reel for unwinding the net or the one or more wires, said installing means comprise a guide for guiding the posts from the reel to the ground , which guide is inclined obliquely downwards from the reel , characterized in that the posts are provided with a pointed lower end and the guide is such that the posts are driven into the ground during the guiding action and in that the fencing device further includes extraction means for pulling the posts out of the ground, which extraction means are formed by a further guide profile, wherein a top side of the further guide profile is in contact with a protrusion on the post during the extraction operation and guides the post upwards while the fencing device is moved on and thus pulls the post out of the ground.