mhurhangee/patent-ind-claim-en huggingface dataset:
A self-cleaning ring conveyor comprising: a first roller having a first rotational axis ; a second roller having a second rotational axis that is parallel with the first rotational axis; a first ring extending around a combination of the first roller and the second roller ; a second ring extending around the combination of the first roller and the second roller ; wherein the first ring and the second ring are parallel; and a first scraper , the first scraper having a first scraping slot and a second scraping slot , wherein the first ring extends through the first scraping slot and the second ring extends through the second scraping slot ; characterized in that the first scraper is one of a plurality of scrapers on a rotatable axis allowing the first scraper to be rotated from a first configuration with the first ring extending through the first scraping slot and the second ring extending through the second scraping slot to a second configuration with the first ring extending through a scraping slot of another of the plurality of scrapers , the self-cleaning ring conveyor further comprising: a film roller , wherein the film roller has a rotational axis perpendicular to the first roller rotational axis , and wherein the film roller is positioned below a plane defined by the first ring and the second ring extending between the first roller and the second roller . a first roller having a first rotational axis ; a second roller having a second rotational axis that is parallel with the first rotational axis; a first ring extending around a combination of the first roller and the second roller ; a second ring extending around the combination of the first roller and the second roller ; wherein the first ring and the second ring are parallel; and a first scraper , the first scraper having a first scraping slot and a second scraping slot , wherein the first ring extends through the first scraping slot and the second ring extends through the second scraping slot ; characterized in that the first scraper is one of a plurality of scrapers on a rotatable axis allowing the first scraper to be rotated from a first configuration with the first ring extending through the first scraping slot and the second ring extending through the second scraping slot to a second configuration with the first ring extending through a scraping slot of another of the plurality of scrapers , the self-cleaning ring conveyor further comprising: a film roller , wherein the film roller has a rotational axis perpendicular to the first roller rotational axis , and wherein the film roller is positioned below a plane defined by the first ring and the second ring extending between the first roller and the second roller . a film roller , wherein the film roller has a rotational axis perpendicular to the first roller rotational axis , and wherein the film roller is positioned below a plane defined by the first ring and the second ring extending between the first roller and the second roller .
A solid ancillary laundry composition comprising: a. 0.25 to 10 wt.% Ester oil; b. Free perfume; and c. 0 to 4 wt. % anionic and/or cationic surfactant; and wherein the composition comprises at least 50 wt.% of a carrier material selected from: synthetic polymers, proteins, saccharides, polysaccharides, vegetable soap, ethoxylated non-ionic surfactants, urea and combinations thereof; wherein the ester oil is a polyol ester. a. 0.25 to 10 wt.% Ester oil; b. Free perfume; and c. 0 to 4 wt. % anionic and/or cationic surfactant; and wherein the composition comprises at least 50 wt.% of a carrier material selected from: synthetic polymers, proteins, saccharides, polysaccharides, vegetable soap, ethoxylated non-ionic surfactants, urea and combinations thereof; wherein the ester oil is a polyol ester.
A first plasma component for use in a method of treating a subject suffering from a hemorrhagic fever virus infection in combination with a second plasma component, said method comprising administering to the subject a therapeutically effective amount of said first and said second plasma component, wherein the first plasma component is obtained from one or more plasma donors previously infected with the same type of hemorrhagic fever virus and the second plasma component is obtained from one or more plasma donors not previously infected with the same type of hemorrhagic fever virus; wherein the first plasma component or donor plasma obtained for the first plasma component is treated with a pathogen inactivation compound to inactivate pathogens; wherein the hemorrhagic fever virus is a bunyavirus, arenavirus, flavivirus or filovirus; and wherein optionally the filovirus is an Ebola virus or a Marburg virus
Supplementary structural part for fastening to the suction/brush housing of a suction nozzle of a floor cleaning appliance designed as a brushing wet/dry suction appliance , which has a suction nozzle with a motor-driven cleaning brush arranged therein, wherein the brush projects with a brushing and cleaning active zone from an underside of the suction/brush housing of the suction nozzle to be moved along the floor surface to be cleaned and the suction nozzle comprises a suction mouth extending at least along a portion of the brush and wherein the supplementary structural part comprises: • a carrier body with a frame or a carrier body embodied as a frame , respectively with at least one flat cleaning area facing the floor surface to be cleaned, which can be placed on the floor surface to be cleaned in such a way that the floor cleaning device can be placed on the supplementary structural part from above or pushed in from one side, and • a drying and/or cleaning layer which is held by the carrier body or can be fastened to the carrier body , wherein the frame comprises a passage opening through which the brush and the suction mouth are able to come into operative contact with the floor surface when the supplementary structural part is arranged on the suction/brush housing as intended, and the frame comprises on one side or on the two opposite sides of the passage opening at least one edge region with a drying and/or cleaning layer and in that the carrier body comprises upwardly projecting retaining edges which, when the additional component is arranged on the suction/brush housing , engage behind edges or ridges of the suction nozzle in such a manner that the supplementary structural part is also moved in a forward and a backward direction during reciprocal movement of the floor cleaning device, wherein the supplementary structural part comprises lateral guides which are capable of holding the supplementary structural part on the suction nozzle in a direction transverse to the forward direction and a rearward direction, and wherein the connection of the supplementary structural part to the suction/brush housing is embodied in such a way that the supplementary structural part can be detached from the suction/brush housing by lifting the suction/brush housing . • a carrier body with a frame or a carrier body embodied as a frame , respectively with at least one flat cleaning area facing the floor surface to be cleaned, which can be placed on the floor surface to be cleaned in such a way that the floor cleaning device can be placed on the supplementary structural part from above or pushed in from one side, and • a drying and/or cleaning layer which is held by the carrier body or can be fastened to the carrier body ,
A mobile stand for an object to be held, comprising a stand element for stationary installation of the stand on a ground in a standing position, a roller carrier having at least three rollers which are configured to roll in a traveling position on the ground in that the stand is mobile, a mount , via which the object to be held can be coupled to the stand , and an actuating device , with which the stand element can be displaced between the standing position and the traveling position, wherein the mount is fastened to the roller carrier , wherein the actuating device is supported on the roller carrier and is designed to exert a first force on the stand element , said first force pointing in a first vertical direction (R1) at least approximately perpendicularly to the ground and displacing the stand element in the direction of the ground into the standing position, wherein in the standing position the stand element is seated on the ground and the roller carrier is relieved in a second vertical direction (R2) which is opposite the first vertical direction (R1), wherein at least one return element is arranged between the stand element and the roller carrier in that the stand element and the roller carrier are directly coupled to one another via the return element , wherein the return element exerts a return force (FR) on the stand element in the direction of the second vertical direction (R2) which is dimensioned in that the stand element is held by the return force (FR) in the traveling position, wherein the actuating device comprises a lever which can be swiveled about a fulcrum point (DR), said lever being hinged to the roller carrier , characterized in that in a perpendicular position of a force arm of the lever, the stand element is held in an inherently stable manner by a load arm of the lever in the standing position in that the stand element of the mobile stand stands on the ground , and in an inclined position of the force arm , the load arm releases the stand element in that the at least one return element holds the stand element at a predefined distance (Y) from the ground in the traveling position.
A composition for the regulation of kidney and excretory system function, comprising: (i) (a) Lespedeza capitata, (b) Betula platyphylla Suk leaf, and (c) Vaccinium hirtum Thunb., and, (ii) (a) vitamin B6, (b) vitamin E, and (c) iron.
Turbo machine, in particular an aircraft engine, having a bearing element and at least one adjustable guide vane, characterized in that the bearing element has a porous matrix from carbon and/or graphite and from at least one metallic phase or a metallic salt which at least in part is disposed in pores of the matrix such that a metal-infiltrated or a metallic-salt-infiltrated material is present.
Current-carrying profile comprising at least two profile elements and one bridging element , wherein the profile elements have grooves , which extend parallel next to one another in a direction (L) of longitudinal extent of the profile elements , for receiving electrical conductors, wherein the grooves are delimited by a pair of groove walls , have a groove base and are open towards the common side of the profile element , and wherein the profile elements are connected to one another by means of the bridging element , wherein the bridging element has grooves which are arranged next to one another in the direction (L) of longitudinal extent of the bridging element and can be arranged in relation to the grooves of the profile elements in such a way that the grooves of the bridging element and the grooves of the profile elements form a common device for receiving electrical conductors in such a way that the grooves of the bridging element are delimited by a pair of groove walls , have a groove base and are open towards a common side of the bridging element , wherein the grooves of the profile elements and the grooves of the bridging element are open towards the same side, wherein the bridging element can be mounted in a movable manner on the profile elements , wherein the bridging element can be arranged between the end sides of two adjacent profile elements , characterized in that the electrical conductors can be inserted into the grooves of the profile elements and the grooves of the bridging element from the common side of the profile elements , towards which side the grooves are open, and the common side of the bridging element , towards which side the grooves of the bridging element are open.
A method for performing atomic layer etching (ALE) on a substrate, comprising: performing a surface modification operation on a substrate surface, the surface modification operation configured to convert at least one monolayer of the substrate surface to a modified layer, wherein a bias voltage is applied during the surface modification operation, the bias voltage configured to control a depth of the substrate surface that is converted by the surface modification operation; performing a removal operation on the substrate surface, the removal operation configured to remove at least a portion of the modified layer from the substrate surface, wherein removing the portion of the modified layer is effected via a ligand exchange reaction that is configured to volatilize the portion of the modified layer; performing, following the removal operation, a plasma treatment on the substrate surface, the plasma treatment configured to remove residues generated by the removal operation and/or the surface modification operation from the substrate surface, wherein the residues are volatilized by the plasma treatment; wherein the removal operation is configured to remove less than an entire portion of the modified layer from the substrate surface; and repeating the removal operation and the plasma treatment until the entire portion of the modified layer is removed from the substrate surface. performing a surface modification operation on a substrate surface, the surface modification operation configured to convert at least one monolayer of the substrate surface to a modified layer, wherein a bias voltage is applied during the surface modification operation, the bias voltage configured to control a depth of the substrate surface that is converted by the surface modification operation; performing a removal operation on the substrate surface, the removal operation configured to remove at least a portion of the modified layer from the substrate surface, wherein removing the portion of the modified layer is effected via a ligand exchange reaction that is configured to volatilize the portion of the modified layer; performing, following the removal operation, a plasma treatment on the substrate surface, the plasma treatment configured to remove residues generated by the removal operation and/or the surface modification operation from the substrate surface, wherein the residues are volatilized by the plasma treatment; wherein the removal operation is configured to remove less than an entire portion of the modified layer from the substrate surface; and repeating the removal operation and the plasma treatment until the entire portion of the modified layer is removed from the substrate surface.
Device for filling a container with a product, comprising - at least one dispenser unit for dispensing a certain quantity of the product to be dispensed into a packing hose or bag, - a sensor unit for recording the characteristics of a product, namely a mass and/or density and/or a volume of the product, whereby the sensor unit is arranged such that it records the characteristics of the product contained within the dispenser unit , whereby at least one regulator is provided that, depending on the output signal of the sensor unit , regulates the dispenser unit , whereby the dispenser unit is regulated to alter the target quantity during the dispensing process, characterised in that the regulator receives a difference from a target flow and an actual flow depending on the output signal of the sensor unit , and that a mass flow of the product being dispensed is used as the target flow and/or the actual flow . - at least one dispenser unit for dispensing a certain quantity of the product to be dispensed into a packing hose or bag, - a sensor unit for recording the characteristics of a product, namely a mass and/or density and/or a volume of the product,
A method for navigating a multi-hierarchical menu system on a display of an electronic device using a two-dimensional four-directional pointing device enabling a user to operate the pointing device in four directions within two dimensions, the method comprising: determining whether the pointing device has not been operated to execute a primary function of the electronic device for a predetermined time-out period; if it is determined that the pointing device has not been operated to execute the primary function of the electronic device for the predetermined time-out period, detecting an operation of said pointing device by the user in one of the two dimensions of the pointing device , including detecting the direction of the operation; displaying , upon detecting the operation before displaying the menu, a 1st level of said multi-hierarchical menu system having a plurality of icons in proximity to a pointer on a portion of the display , thereby enabling the user to affect the position and orientation of the menu over a background image, in that said icons are displayed over the background image parallel to the detected direction of the movement of said pointing device; scrolling said icons relative to said pointer said dimension of the detected direction of the operation responsive to operating said pointing device in said dimension of the detected direction of the operation when said dimension of the detected direction is the same dimension as the one in which the icons are displayed; and selecting one of said icons in closest proximity to said pointer responsive to operating said pointing device in the other dimension than the dimension of the detected direction of the operation. determining whether the pointing device has not been operated to execute a primary function of the electronic device for a predetermined time-out period; if it is determined that the pointing device has not been operated to execute the primary function of the electronic device for the predetermined time-out period, detecting an operation of said pointing device by the user in one of the two dimensions of the pointing device , including detecting the direction of the operation; displaying , upon detecting the operation before displaying the menu, a 1st level of said multi-hierarchical menu system having a plurality of icons in proximity to a pointer on a portion of the display , thereby enabling the user to affect the position and orientation of the menu over a background image, in that said icons are displayed over the background image parallel to the detected direction of the movement of said pointing device; scrolling said icons relative to said pointer said dimension of the detected direction of the operation responsive to operating said pointing device in said dimension of the detected direction of the operation when said dimension of the detected direction is the same dimension as the one in which the icons are displayed; and selecting one of said icons in closest proximity to said pointer responsive to operating said pointing device in the other dimension than the dimension of the detected direction of the operation.
A grinding roller for vertical axis crushers produced by foundry casting of a metal matrix, said roller comprising a plurality of reinforcing inserts on its periphery, whereof some portions of the peripheral surface of a same insert are located at a distance d1 or d2 from the work surface based on wear stresses, said roller comprising: - at least one zone experiencing high wear stress Z1, with at least one portion of the insert positioned at a distance d1 near the work surface of said roller; - a zone with low wear stress Z2, with a portion of the insert positioned at a distance d2 set back relative to said work surface of said roller with d1 < d2. - at least one zone experiencing high wear stress Z1, with at least one portion of the insert positioned at a distance d1 near the work surface of said roller; - a zone with low wear stress Z2, with a portion of the insert positioned at a distance d2 set back relative to said work surface of said roller with d1 < d2.
A power supply device comprising: a plurality of secondary battery cells each having a gas discharge valve for discharging internal gas; and a cover part disposed on one surface of a battery stack including the plurality of secondary battery cells stacked, and covering the gas discharge valve of each of the plurality of secondary battery cells , the cover part including a gas guide path partitioned to discharge gas discharged from the gas discharge valve to an outside of the cover part , and the gas guide path including one or more horizontal gas flow bending portions that bend a flow direction of at least part of the gas in plan view of the cover part and a vertical gas flow bending portion that bends a flow direction of at least part of the gas in longitudinal sectional view of the cover part; wherein the gas guide path further includes a main path being linear and facing the gas discharge valve of each of the plurality of secondary battery cells , and at least one first sub-path disposed adjacent to the main path , and the main path and the at least one first sub-path are connected via the one or more horizontal gas flow bending portions ; characterised in that : each of the one or more horizontal gas flow bending portions is an opening formed in a wall surface defining the main path . a plurality of secondary battery cells each having a gas discharge valve for discharging internal gas; and a cover part disposed on one surface of a battery stack including the plurality of secondary battery cells stacked, and covering the gas discharge valve of each of the plurality of secondary battery cells , the cover part including a gas guide path partitioned to discharge gas discharged from the gas discharge valve to an outside of the cover part , and the gas guide path including one or more horizontal gas flow bending portions that bend a flow direction of at least part of the gas in plan view of the cover part and a vertical gas flow bending portion that bends a flow direction of at least part of the gas in longitudinal sectional view of the cover part; wherein the gas guide path further includes a main path being linear and facing the gas discharge valve of each of the plurality of secondary battery cells , and at least one first sub-path disposed adjacent to the main path , and the main path and the at least one first sub-path are connected via the one or more horizontal gas flow bending portions ; characterised in that : each of the one or more horizontal gas flow bending portions is an opening formed in a wall surface defining the main path .
Radar sensor for determining a position of an object in a three-dimensional space, the device comprising: - at least two switchable transmitting antennas arranged in lines of antennas, consisting of antennas, wherein the antenna lines of the transmitting antennas are arranged vertical and parallel to each other, the at least two transmitting antennas having different vertical positions of their respective phase centers; and - a plurality of receiving antennas arranged horizontally in series, the transmitting antennas being arranged at a distance in the horizontal that corresponds to a horizontal distance between two adjacent individual antennas of the receiving antennas and wherein the respective phase centers of the transmitting antennas are offset in the vertical by a distance which is smaller than or equal to half the free space wave length of the emitted signal. - at least two switchable transmitting antennas arranged in lines of antennas, consisting of antennas, wherein the antenna lines of the transmitting antennas are arranged vertical and parallel to each other, the at least two transmitting antennas having different vertical positions of their respective phase centers; and - a plurality of receiving antennas arranged horizontally in series, the transmitting antennas being arranged at a distance in the horizontal that corresponds to a horizontal distance between two adjacent individual antennas of the receiving antennas and wherein the respective phase centers of the transmitting antennas are offset in the vertical by a distance which is smaller than or equal to half the free space wave length of the emitted signal.