mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring device for measuring an inside shape of a hollow measuring object , comprising: a light-sending part configured to send ring-shaped light in a first direction which is a depth direction of the hollow shape; a conversion part configured to convert a direction of the light into a direction approximately orthogonal to the first direction; a detection part configured to detect the light reflected inside the measuring object, the direction of which is converted by the conversion part; a light receiving optical system configured to form an inside image of the measuring object; and a shape measurement part configured to measure the inside shape of the measuring object by obtaining a shift of an inner surface of the measuring object from a predetermined reference position according to a detection result of the detection part, wherein the predetermined reference position is in a conjugate relationship with the detection part. a light-sending part configured to send ring-shaped light in a first direction which is a depth direction of the hollow shape; a conversion part configured to convert a direction of the light into a direction approximately orthogonal to the first direction; a detection part configured to detect the light reflected inside the measuring object, the direction of which is converted by the conversion part; a light receiving optical system configured to form an inside image of the measuring object; and a shape measurement part configured to measure the inside shape of the measuring object by obtaining a shift of an inner surface of the measuring object from a predetermined reference position according to a detection result of the detection part, wherein the predetermined reference position is in a conjugate relationship with the detection part.
A method for manufacturing bamboo scrimberboard (A), wherein the method comprises following steps: - first step : segmenting bamboo culms into poles, - second step : splitting the poles longitudinally into splits, - third step : disintegrating the splits into fiber bundles (B), wherein waxy layers and siliceous layers of the bamboo are removed, - fourth step : drying the bamboo fiber bundles (B), - fifth step : thermally modifying the fiber bundles (B) in a deoxygenated and unsaturated atmosphere, - sixth step : applying an adhesive (D2) to the thermally modified fiber bundles (B), - seventh step : forming a layered mat from the adhesive applied fiber bundles (B) using a press mold, - eighth step : obtaining scrimberboard (A) from the layered mat by applying heat and pressure to the layered mat, wherein the bamboo used is bamboo of African origin wherein the bamboo is Yushania alpina and/or Oxytenanthera abyssinica. - first step : segmenting bamboo culms into poles, - second step : splitting the poles longitudinally into splits, - third step : disintegrating the splits into fiber bundles (B), wherein waxy layers and siliceous layers of the bamboo are removed, - fourth step : drying the bamboo fiber bundles (B), - fifth step : thermally modifying the fiber bundles (B) in a deoxygenated and unsaturated atmosphere, - sixth step : applying an adhesive (D2) to the thermally modified fiber bundles (B), - seventh step : forming a layered mat from the adhesive applied fiber bundles (B) using a press mold, - eighth step : obtaining scrimberboard (A) from the layered mat by applying heat and pressure to the layered mat,
A brake assembly for a hydraulic brake system of a handlebar-steered vehicle, the brake assembly comprising: a housing mountable to a handlebar of the vehicle and having a fluid chamber formed therein; a piston assembly received and axially guided within the fluid chamber ; a lever pivotally attached to the housing ; a cam link on the lever , wherein the cam link includes a cam surface ; a follower link pivotally attached to the housing , wherein movement of the lever moves the cam link and the follower link , wherein the cam and follower links interact to produce a variable rate of travel of the piston assembly relative to the travel of the lever ; and a pushrod disposed between the follower link and the piston assembly characterized in that the follower link includes a roller positioned to contact the cam surface , and in that the follower link has a first end that is pivotally disposed about a housing pivot and the pushrod is threadably attached to the follower link on a second end. a housing mountable to a handlebar of the vehicle and having a fluid chamber formed therein; a piston assembly received and axially guided within the fluid chamber ; a lever pivotally attached to the housing ; a cam link on the lever , wherein the cam link includes a cam surface ; a follower link pivotally attached to the housing , wherein movement of the lever moves the cam link and the follower link , wherein the cam and follower links interact to produce a variable rate of travel of the piston assembly relative to the travel of the lever ; and a pushrod disposed between the follower link and the piston assembly characterized in that the follower link includes a roller positioned to contact the cam surface , and in that the follower link has a first end that is pivotally disposed about a housing pivot and the pushrod is threadably attached to the follower link on a second end.
Implant body comprising a substrate and, on the surface thereof, a layer system composed of an active-ingredient carrier layer and, arranged on top thereof, a release control layer , the active-ingredient carrier layer comprising a multiplicity of open pores and the release control layer being a layer which was deposited from the gaseous phase and which reduces the surface area of the pore opening of the pores of the active-ingredient carrier layer without closure thereof.
An RRAM device , comprising: a bottom electrode ; a high-k material on the bottom electrode ; a top electrode ; a top contact on the top electrode ; and an encapsulating layer of Al 2 O 3 that encapsulates the bottom electrode , the high-k material , the top electrode and the top contact , characterised by a layer including a noble metal, TiN, WN or TaN under the encapsulating layer and the bottom electrode . a bottom electrode ; a high-k material on the bottom electrode ; a top electrode ; a top contact on the top electrode ; and an encapsulating layer of Al 2 O 3 that encapsulates the bottom electrode , the high-k material , the top electrode and the top contact , characterised by a layer including a noble metal, TiN, WN or TaN under the encapsulating layer and the bottom electrode .
A method comprising: Detecting , by a first Access Point, AP , an Overlapping Basic Service Set, OBSS, transmission to be received at a device ; Determining a location of the device; Determining , based on the determined location, that the device is out of range of the first AP; and Performing , by the first AP in response to determining that the device is out of range of the first AP, an OBSS Packet Detect, PD, based Spatial Reuse, SR, transmission without reducing a transmit, Tx, power for the transmission. Detecting , by a first Access Point, AP , an Overlapping Basic Service Set, OBSS, transmission to be received at a device ; Determining a location of the device; Determining , based on the determined location, that the device is out of range of the first AP; and Performing , by the first AP in response to determining that the device is out of range of the first AP, an OBSS Packet Detect, PD, based Spatial Reuse, SR, transmission without reducing a transmit, Tx, power for the transmission.
Valve for regulating an exhaust-gas flow, in particular an exhaust-gas recirculation, having a gas inlet , having a first gas outlet , having a second gas outlet and having a valve body for opening up the first gas outlet and/or the second gas outlet , wherein the valve body is movable along an axis and the first gas outlet can be opened up by means of a movement of the valve body in a first direction along the axis and the second gas outlet can be opened up by means of a movement of the valve body counter to the first direction along the axis , the valve body is, at both sides along the axis , supported relative to a housing of the valve by spring elements , the first gas outlet and the second gas outlet are each assigned a valve seat , wherein the respective gas outlet can be closed as a result of the valve seat being brought into contact with the valve body , the elements that form the valve seats each have a stop which limits the movement of the respective valve seat in the direction of action of the respective spring elements along the axis , and the valve seats are mounted relative to the housing by means of the spring elements , characterized in that , in the basic position, the valve seats are not in contact, by way of their respective stops , with the housing owing to the respectively acting spring force, whereby the valve body is situated between the two valve seats and closes both gas outlets .
A method for decoding an encoded image sequence of coded pictures from a bitstream, the method comprising: decoding an identifier indicating that all output pictures of the encoded image sequence of coded pictures are decodable with a predefined set of coded reference pictures ; decoding an identifier indicating that all inter coded pictures within the encoded image sequence only use intra coded pictures as reference pictures, wherein the inter coded pictures use an inter prediction based on previously decoded pictures, and wherein the intra coded pictures use intra coding where no inter prediction is applied; decoding an indication of a required at least one reference picture from a set of intra coded reference pictures among the predefined set of coded reference pictures for a given output picture ; decoding the indicated required at least one reference picture for the given output picture ; and decoding the given output picture . decoding an identifier indicating that all output pictures of the encoded image sequence of coded pictures are decodable with a predefined set of coded reference pictures ; decoding an identifier indicating that all inter coded pictures within the encoded image sequence only use intra coded pictures as reference pictures, wherein the inter coded pictures use an inter prediction based on previously decoded pictures, and wherein the intra coded pictures use intra coding where no inter prediction is applied; decoding an indication of a required at least one reference picture from a set of intra coded reference pictures among the predefined set of coded reference pictures for a given output picture ; decoding the indicated required at least one reference picture for the given output picture ; and decoding the given output picture .
Fitting having a handle and a resetting device for the handle of the fitting , wherein the resetting device has an escutcheon coupling element , a spring element and a handle coupling element , wherein the escutcheon coupling element has a stop element , wherein the stop element has a first stop surface and a second stop surface (40"), wherein the spring element has a first spring end and a second spring end (48"), wherein the handle coupling element is rotatable relative to the escutcheon coupling element in a circumferential direction about an axis of rotation at least between a first handle stop position and a second handle stop position , wherein the handle coupling element and the spring element are coupled between the first handle stop position and the second handle stop position in the circumferential direction, wherein the spring element , as a result of a rotary movement of the handle coupling element in the circumferential direction , can be rotated in the circumferential direction between a first spring stop position , in which the first spring end bears against the first stop surface , and a second spring stop position , in which the second spring end (48") bears against the second stop surface (40"), wherein the handle coupling element of the resetting device is coupled to the handle in a rotationally fixed manner in the circumferential direction , characterized in that , in the first handle stop position and the second handle stop position , the handle is rotated upwards substantially by an angle of 0° to 7° with respect to a horizontal, wherein, in the first handle stop position , the handle is oriented for a left-hand operation of the fitting and, in the second handle stop position , is oriented for a right-hand operation of the fitting .
A low environmental impact electrical insulation system for medium or high voltage electrical switchgear comprising: a) a gaseous medium consisting of a mixture of: i) one or more fluoroketones of between 5 and 6 carbon atoms; ii) one or more non-flammable hydrofluoroolefins of 4 carbon atoms; and iii) one, two or three carrier gases selected from N2, O2, dry air, helium or mixtures thereof; b) a molecular sieve having a pore size of 3 to 6 Å and a polar surface. a) a gaseous medium consisting of a mixture of: i) one or more fluoroketones of between 5 and 6 carbon atoms; ii) one or more non-flammable hydrofluoroolefins of 4 carbon atoms; and iii) one, two or three carrier gases selected from N2, O2, dry air, helium or mixtures thereof; i) one or more fluoroketones of between 5 and 6 carbon atoms; ii) one or more non-flammable hydrofluoroolefins of 4 carbon atoms; and iii) one, two or three carrier gases selected from N2, O2, dry air, helium or mixtures thereof; b) a molecular sieve having a pore size of 3 to 6 Å and a polar surface.
A cyclonic system for performing subtractive machining in microgravity systems, the cyclonic system comprising: an enclosure having a top plate , a base plate , and a tapered side wall joining the top plate to the base plate , wherein the enclosure defines a chamber to house a milling machine having a cutter tool; a blower to generate an airstream to be used to induce a cyclonic airflow to achieve cyclonic separation within the enclosure , wherein the cyclonic airflow is configured to urge debris from the milling machine toward the base plate ; and a debris collection module to collect the debris from the milling machine. an enclosure having a top plate , a base plate , and a tapered side wall joining the top plate to the base plate , wherein the enclosure defines a chamber to house a milling machine having a cutter tool; a blower to generate an airstream to be used to induce a cyclonic airflow to achieve cyclonic separation within the enclosure , wherein the cyclonic airflow is configured to urge debris from the milling machine toward the base plate ; and a debris collection module to collect the debris from the milling machine.
A heat exchanger including plural heat transfer tubes and plural fins each having two opposing sides and plural opening ports on one side , of the two sides, for inserting and fastening the plural heat transfer tubes , the heat exchanger being formed such that the plural heat transfer tubes and the plural fins cross each other, characterized in that three plural heat transfer tubes, of the plural heat transfer tubes , at both end portions and a center portion are fastened to the opening ports in a state protruding from the one sides of the plural fins toward the outside of the plural fins and having spatial portions, which become gaps, with deepest portions of the opening ports opposing the one side of the fin . the heat exchanger being formed such that the plural heat transfer tubes and the plural fins cross each other, characterized in that three plural heat transfer tubes, of the plural heat transfer tubes , at both end portions and a center portion are fastened to the opening ports in a state protruding from the one sides of the plural fins toward the outside of the plural fins and having spatial portions, which become gaps, with deepest portions of the opening ports opposing the one side of the fin .
Measuring arrangement comprising a pipe with a pipe axis (B) and an ultrasonic flowmeter , wherein the ultrasonic flowmeter has a sensor unit , which is secured in a hole in the pipe , said hole being implemented in the pipe wall essentially perpendicular to the pipe axis (B), wherein the sensor unit has a rail or a rod with a longitudinal axis (A), wherein the rail or the rod have at least two ultrasonic converters (4 and 13) which define a signal path, wherein the signal path runs parallel to or on the longitudinal axis (A) of the rail or the rod and wherein the signal path is angled in relation to a vertical connecting line (C) between the center of the hole and the pipe axis (B), characterized in that the rail or the rod can be aligned by rotation by means of a bar in the pipe .
A metered dose dispensing valve for dispensing metered volumes of an aerosol formulation from an aerosol container, said valve comprising a first valve body defining in part a metering chamber; a valve stem passing axially through the metering chamber, movable relative to the chamber between non-dispensing and dispensing positions, and biased from its dispensing position towards its non-dispensing position by a compliant biasing member; and a second valve body defining at least in part a pre-metering region; wherein the biasing member has at least one portion engaging the valve stem, thereby imparting a bias thereto, and at least one other portion being anchored to the second valve body; wherein, in use, the valve stem is moved axially against said bias from its non-dispensing position into its dispensing position and upon release the valve stem moves under the action of the bias from its dispensing position back to its non-dispensing position; and characterised in that said biasing member and second valve body are integrally provided in a single component. a first valve body defining in part a metering chamber; a valve stem passing axially through the metering chamber, movable relative to the chamber between non-dispensing and dispensing positions, and biased from its dispensing position towards its non-dispensing position by a compliant biasing member; and a second valve body defining at least in part a pre-metering region;
Drawer , in particular kitchen cabinet drawer, with telescopic pull-out rails , each consisting of a fixed rail and a travelling rail , wherein a longitudinal mounting bracket is attached to the travelling rail , wherein furthermore the longitudinal mounting brackets are carriers of a bottomless, rigid suspension frame in which one or more waste containers can be held in a freely suspended manner and wherein the longitudinal mounting bracket has an opening which points inwards and a cross-sectionally U-shaped opening , characterized in that the suspension frame has, assigned to the U-opening of the longitudinal mounting bracket , a hollow profile with upper and lower profile sections , wherein the profile sections fit into the U-opening due to their vertical spacing and the upper profile section , which extends continuously straight in cross-section, forms a support edge for a waste container .
A method for cultivating at least one cell of Corynebacterium glutamicum capable of converting a fermentable substrate into oAB in the presence of the fermentable substrate while maintaining its metabolic activity, wherein the culture medium is characterized by a concentration of ammonia which does not exceed 200 mM, a pH between 6.0 and 8.0 and a concentration of ortho-aminobenzoic acid (oAB) of 40 g/l to 80 g/l.
A device for the mixing and distribution of fluid between catalyst beds comprising: a collection tray comprising a central opening , the collection tray in fluid communication with a bottom of an upper catalyst bed ; a mixing chamber above the collection tray , the mixing chamber positioned around the central opening , the mixing chamber having an outer wall located at a position inward of a reactor wall and a top plate attached to the outer wall , the outer wall having an opening to allow fluid to pass therethrough; a ring distributor comprising an injector for injecting quench fluid into a space above the collection tray between the reactor wall and the outer wall ; wherein the ring distributor is located around the collection tray between the mixing chamber and the reactor shell such that the vertical space occupied by the distributor is eliminated; a rough liquid distribution tray comprising a central pan in fluid communication with the central opening of the collection tray , wherein the rough liquid distribution tray is positioned below the mixing chamber ; and a vapor-liquid distribution tray in fluid communication with the rough liquid distribution tray and a top of a lower catalyst bed , wherein the vapor-liquid distribution tray is positioned below the rough liquid distribution tray . a collection tray comprising a central opening , the collection tray in fluid communication with a bottom of an upper catalyst bed ; a mixing chamber above the collection tray , the mixing chamber positioned around the central opening , the mixing chamber having an outer wall located at a position inward of a reactor wall and a top plate attached to the outer wall , the outer wall having an opening to allow fluid to pass therethrough; a ring distributor comprising an injector for injecting quench fluid into a space above the collection tray between the reactor wall and the outer wall ; wherein the ring distributor is located around the collection tray between the mixing chamber and the reactor shell such that the vertical space occupied by the distributor is eliminated; a rough liquid distribution tray comprising a central pan in fluid communication with the central opening of the collection tray , wherein the rough liquid distribution tray is positioned below the mixing chamber ; and a vapor-liquid distribution tray in fluid communication with the rough liquid distribution tray and a top of a lower catalyst bed , wherein the vapor-liquid distribution tray is positioned below the rough liquid distribution tray .
An apparatus for topping pizzas, comprising: - a conveying path for a plurality of pizzas comprising a first belt and a second belt in series and separated from each other by a gap ; - a distribution device for distributing products for topping the pizzas arranged above the first belt ; - recovering means for recovering a part of said products fallen in said gap and comprising a lifting belt of said products, at least a part of said lifting belt having a conveying direction inclined upwards, characterized in that said lifting belt comprises a plurality of shelves for supporting the products; said conveying direction being substantially vertical. - a conveying path for a plurality of pizzas comprising a first belt and a second belt in series and separated from each other by a gap ; - a distribution device for distributing products for topping the pizzas arranged above the first belt ; - recovering means for recovering a part of said products fallen in said gap and comprising a lifting belt of said products, at least a part of said lifting belt having a conveying direction inclined upwards,