mhurhangee/patent-ind-claim-en huggingface dataset:
A gas tank arrangement for a dual fuel internal combustion engine , said gas tank arrangement comprising a gas tank for containing a combustible gas, characterized in that the gas tank arrangement further comprises an additional gas tank downstream said gas tank , wherein said additional gas tank is configured to be arranged in upstream fluid communication with an air inlet of the dual fuel internal combustion engine for delivery of combustible gas to the dual fuel internal combustion engine via said air inlet .
An ultrasound fusion imaging system for fusing images to account for motion compensation, comprising: an ultrasound imaging probe configured to capture a baseline image and live images of a target area; a live tracking system configured to track the ultrasound imaging probe during capture of the baseline image and the live images, the live tracking system having a coordinate system registered with the baseline image and the live images; and a pose analyzer unit configured to compare field of view differences between the pose of the probe for the baseline image and the pose of the probe for a current view of a live image determined using the live tracking system to generate success parameters representing a measure of overlap between the baseline image and the current view image and a similarity between the poses, and to convey the success parameters to an operator to provide feedback on image acquisition for motion compensation between the baseline image and the current view image, the system further comprising a motion compensation registration unit to register the baseline image with the current view image. an ultrasound imaging probe configured to capture a baseline image and live images of a target area; a live tracking system configured to track the ultrasound imaging probe during capture of the baseline image and the live images, the live tracking system having a coordinate system registered with the baseline image and the live images; and a pose analyzer unit configured to compare field of view differences between the pose of the probe for the baseline image and the pose of the probe for a current view of a live image determined using the live tracking system to generate success parameters representing a measure of overlap between the baseline image and the current view image and a similarity between the poses, and to convey the success parameters to an operator to provide feedback on image acquisition for motion compensation between the baseline image and the current view image,
Baby sling, which consists of a planar, flexible textile element, at least 90% of said textile element consisting of natural fibres and/ or fibres made from natural fibres, wherein the textile element shows a mesh structure, wherein the loops (M) of the mesh structure have a maximum length (L) of between 2 and 5 mm.
An electrical capacitance tomography (ECT) system for determining, in use, a distribution of a fluid in a vessel comprising: a plurality of electrodes disposed in or about the vessel ; and a processor operably coupled to the electrodes and being configured to determine from outputs therefrom, by an ECT method, the distribution of fluid in the vessel, wherein at least some of the plurality of electrodes are mesh electrodes characterised in that the mesh electrodes and the vessel are configured to permit a second non-ECT system to measure the fluid distribution inside the vessel ; wherein at least one portion of the vessel is transparent to visible light; wherein the mesh electrodes are substantially transparent to visible light; and wherein the at least one portion transparent to visible light is in alignment with the substantially transparent mesh electrodes to permit the second non-ECT system to measure the fluid distribution inside the vessel . a plurality of electrodes disposed in or about the vessel ; and a processor operably coupled to the electrodes and being configured to determine from outputs therefrom, by an ECT method, the distribution of fluid in the vessel, wherein at least some of the plurality of electrodes are mesh electrodes characterised in that the mesh electrodes and the vessel are configured to permit a second non-ECT system to measure the fluid distribution inside the vessel ; wherein at least one portion of the vessel is transparent to visible light; wherein the mesh electrodes are substantially transparent to visible light; and wherein the at least one portion transparent to visible light is in alignment with the substantially transparent mesh electrodes to permit the second non-ECT system to measure the fluid distribution inside the vessel .
A flowmeter including a sensor assembly and a meter electronics , comprising: two or more flow tubes ; a driver coupled to the two flow tubes and configured to induce a drive mode vibration in the two flow tubes ; characterized by : two or more strain gages (200A-D) coupled to the two flow tubes and configured to detect a phase of the drive mode vibration, wherein a first strain gage of the two or more strain gages (200A-D) is mounted to a first flow tube and a second strain gage of the two or more strain gages (200A-D) is mounted to a second flow tube ; one or more bridge circuits in electrical communication with the two or more strain gages (200A-D), configured to output a signal indicating an asymmetric flow between the two or more flow tubes ; and wherein a strain gage of the two or more strain gages (200A-D) is placed proximate a brace bar so that the strain gage of the two or more strain gages (200A-D) is subjected to approximately a maximum strain amplitude of the two or more flow tubes induced by the drive mode vibration. two or more flow tubes ; a driver coupled to the two flow tubes and configured to induce a drive mode vibration in the two flow tubes ; characterized by : two or more strain gages (200A-D) coupled to the two flow tubes and configured to detect a phase of the drive mode vibration, wherein a first strain gage of the two or more strain gages (200A-D) is mounted to a first flow tube and a second strain gage of the two or more strain gages (200A-D) is mounted to a second flow tube ; one or more bridge circuits in electrical communication with the two or more strain gages (200A-D), configured to output a signal indicating an asymmetric flow between the two or more flow tubes ; and wherein a strain gage of the two or more strain gages (200A-D) is placed proximate a brace bar so that the strain gage of the two or more strain gages (200A-D) is subjected to approximately a maximum strain amplitude of the two or more flow tubes induced by the drive mode vibration. two or more strain gages (200A-D) coupled to the two flow tubes and configured to detect a phase of the drive mode vibration, wherein a first strain gage of the two or more strain gages (200A-D) is mounted to a first flow tube and a second strain gage of the two or more strain gages (200A-D) is mounted to a second flow tube ; one or more bridge circuits in electrical communication with the two or more strain gages (200A-D), configured to output a signal indicating an asymmetric flow between the two or more flow tubes ; and wherein a strain gage of the two or more strain gages (200A-D) is placed proximate a brace bar so that the strain gage of the two or more strain gages (200A-D) is subjected to approximately a maximum strain amplitude of the two or more flow tubes induced by the drive mode vibration.
An asphalt composition for road pavement comprising: asphalt; a polyester resin; and an aggregate, wherein the polyester resin is a polyester having an alcohol component-derived constituent unit containing 65 mol% or more of an alkylene oxide adduct of bisphenol A and a carboxylic acid component-derived constituent unit containing 50 mol% or more of at least one selected from the group consisting of terephthalic acid and isophthalic acid and has a softening point of 95°C or higher and 130°C or lower and a hydroxyl group value of 20 mgKOH/g or more and 50 mgKOH/g or less, and a ratio of the polyester resin is 5 parts by mass or more and 50 parts by mass or less based on 100 parts by mass of the asphalt. asphalt; a polyester resin; and an aggregate, wherein the polyester resin is a polyester having an alcohol component-derived constituent unit containing 65 mol% or more of an alkylene oxide adduct of bisphenol A and a carboxylic acid component-derived constituent unit containing 50 mol% or more of at least one selected from the group consisting of terephthalic acid and isophthalic acid and has a softening point of 95°C or higher and 130°C or lower and a hydroxyl group value of 20 mgKOH/g or more and 50 mgKOH/g or less, and a ratio of the polyester resin is 5 parts by mass or more and 50 parts by mass or less based on 100 parts by mass of the asphalt.
Motor vehicle carpet floor with a floor covering insulation made of a foamed polyurethane foam with viscoelastic properties, wherein the floor covering insulation covers the underside of the carpet as required from one or more independent or interconnected localized areas, each with the same or different foam composition, wherein the foam of the floor covering insulation has a modulus of elasticity in the range from 20 to 250 kN/m 2 , a loss factor in the range from 0.1 to 0.8 and a density in the range from 35 to 120 g/l, characterized in that the foam comprises EPS, EPP and/or PEPP inserts and that the lower surface of the floor lining insulation , which is in contact with the car body when installed, has adhesive properties. wherein the floor covering insulation covers the underside of the carpet as required from one or more independent or interconnected localized areas, each with the same or different foam composition, wherein the foam of the floor covering insulation has a modulus of elasticity in the range from 20 to 250 kN/m 2 , a loss factor in the range from 0.1 to 0.8 and a density in the range from 35 to 120 g/l, characterized in that the foam comprises EPS, EPP and/or PEPP inserts and that the lower surface of the floor lining insulation , which is in contact with the car body when installed, has adhesive properties.
Case for a watch, in particular a wristwatch, having a crown and at least one pusher with a pusher head , wherein the pusher , when the pusher head is actuated, is movable against the restoring force of a restoring element from an actuating position in which the pusher head projects beyond the case into a release position in which a function associated with the pusher can be triggered, and an additional adjusting element is provided which can be operated manually, wherein upon actuation of the adjusting element the pusher head is movable via a retraction mechanism into a retracted position in which the pusher head no longer projects beyond the case, or at least projects less than in the actuating position, characterized in that the pusher has a shank , which is movably mounted in a pusher bore of the case in the direction of the shank axis and has a radially projecting driver ring , wherein the retraction mechanism has a run-up ramp which is adjustable transversely to the shank axis by means of the adjusting element and against which the driver ring rests.
Apparatus for heating an exhaust gas aftertreatment unit in a vehicle which, besides a combustion engine, also comprises an electric motor as a drive source, wherein at least one electric heating element is provided, which, in order to heat a honeycomb body through which exhaust gas can flow, is arranged in a cavity formed in the honeycomb body , wherein the honeycomb body is formed from a plurality of metal foils stacked one on top of the other, which metal foils form between them a plurality of flow channels, through which a flow can pass along an axial direction, wherein the honeycomb body has a hollow extending in the radial direction, in which a heating element is accommodated, characterized in that the hollow is produced by prior piercing of the individual metal foils used to produce the honeycomb body , wherein the metal foils have slotted holes extending in the circumferential direction of the honeycomb body , which are arranged in such a way that the holes in the individual layers are superimposed when the stack of layers has been rolled up or wound up to form the honeycomb body .
Touch probe (1; 1'; 1"; 1''') for checking position or dimensions of a part in machine tools or measuring machines including - a support frame with - a protective casing and - a bearing and locating area , - a movable armset that is partly housed in the protective casing and includes an arm carrying a feeler adapted to touch the part to be checked, - a thrust device arranged between the support frame and the movable armset for urging the movable armset against the support frame , - a constraint and positioning system between the movable armset and the support frame at the bearing and locating area , and - a detection device with a laminar piezoelectric transducer connected to the support frame and adapted to provide a signal in consequence of a force applied to the feeler , - said bearing and locating area is a portion of the support frame at which the movable armset is urged against said support frame and at which the constraint and positioning system is placed, characterized in that said laminar piezoelectric transducer is arranged in the protective casing and is connected to the support frame at the bearing and locating area , and the support frame includes a thermal insulation system (28; 64,66) including at least one element made of thermal insulating material between the protective casing and said laminar piezoelectric transducer at said bearing and locating area . - a support frame with - a protective casing and - a bearing and locating area , - a protective casing and - a bearing and locating area , - a movable armset that is partly housed in the protective casing and includes an arm carrying a feeler adapted to touch the part to be checked, - a thrust device arranged between the support frame and the movable armset for urging the movable armset against the support frame , - a constraint and positioning system between the movable armset and the support frame at the bearing and locating area , and - a detection device with a laminar piezoelectric transducer connected to the support frame and adapted to provide a signal in consequence of a force applied to the feeler , - said bearing and locating area is a portion of the support frame at which the movable armset is urged against said support frame and at which the constraint and positioning system is placed,
A tensioner for a start-stop accessory drive comprising a movable support , a pulley carried by said support to contact a belt of said drive, a spring to load said support in such a manner as to tension said belt , characterized by comprising an actuator controlled and movable to thrust said pulley against said belt in a release direction of the spring by means of a load acting on the support in parallel and additional to that of said spring and an irreversible gearing configured to enables the action of said actuator on support in a release direction of the spring and to prevent a displacement of said support in response to the loads of said belt so that a maximum angular displacement of the support in a loading direction of the spring is defined.
A laser-arc hybrid welding apparatus that uses laser and arc, the laser-arc hybrid welding apparatus comprising: a laser torch (40; 40A) that emits laser toward a joined portion; and a welding torch that generates arc between the welding torch and the joined portion, the laser torch including an adjustment mechanism (41; 44, 45) that adjusts a shape of an irradiated region irradiated with laser, characterized in that the adjustment mechanism enlarges the irradiated region in a direction of width of welding as compared with irradiation without the adjustment mechanism in the laser torch and adjusting a shape of the irradiated region to allow a distribution in the direction of width, of a quantity of heat input by laser to exhibit a prescribed profile, the prescribed profile being such a profile that the quantity of heat input in a central portion in the direction of width is equal to or smaller than the quantity of heat input at an end in the direction of width. a laser torch (40; 40A) that emits laser toward a joined portion; and a welding torch that generates arc between the welding torch and the joined portion, the laser torch including an adjustment mechanism (41; 44, 45) that adjusts a shape of an irradiated region irradiated with laser, characterized in that the adjustment mechanism enlarges the irradiated region in a direction of width of welding as compared with irradiation without the adjustment mechanism in the laser torch and adjusting a shape of the irradiated region to allow a distribution in the direction of width, of a quantity of heat input by laser to exhibit a prescribed profile, the prescribed profile being such a profile that the quantity of heat input in a central portion in the direction of width is equal to or smaller than the quantity of heat input at an end in the direction of width.
Forging method, in particular lightweight-construction alloy forging method, wherein in at least one forge-forming step a forging component is heat-formed in a forging tool, in particular in a swage, wherein in the forge-forming step swingarms of the forging component , which is realized as a suspension fork, are forged, wherein after a forge-forming, in at least one method step , a bending-forming of the forging component , in particular a bending-forming by more than 60° at least of a portion of the forging component , is effected, wherein the bending-forming of the forging component is effected around a bending axis of the forging component that extends at least substantially parallel to longitudinal axes of the swingarms of the forging component which is realized as a suspension fork, wherein in the forge-forming step a bionic structure or a timber-frame-like structure is introduced into the swingarms . wherein in the forge-forming step swingarms of the forging component , which is realized as a suspension fork, are forged, wherein after a forge-forming, in at least one method step , a bending-forming of the forging component , in particular a bending-forming by more than 60° at least of a portion of the forging component , is effected, wherein the bending-forming of the forging component is effected around a bending axis of the forging component that extends at least substantially parallel to longitudinal axes of the swingarms of the forging component which is realized as a suspension fork, wherein in the forge-forming step a bionic structure or a timber-frame-like structure is introduced into the swingarms .
A process for the manufacture of an epoxide, comprising: providing components to form a reaction mixture, wherein the components comprise: an olefin; hydrogen peroxide; alkaline earth metal ions comprising metal ions from an alkaline earth metal salt of an acid having a pKa of 15 or less; a manganese complex; a buffer component; and water; and reacting the olefin with the hydrogen peroxide in the reaction mixture. providing components to form a reaction mixture, wherein the components comprise: an olefin; hydrogen peroxide; alkaline earth metal ions comprising metal ions from an alkaline earth metal salt of an acid having a pKa of 15 or less; a manganese complex; a buffer component; and water; and an olefin; hydrogen peroxide; alkaline earth metal ions comprising metal ions from an alkaline earth metal salt of an acid having a pKa of 15 or less; a manganese complex; a buffer component; and water; and reacting the olefin with the hydrogen peroxide in the reaction mixture.
A cleaning cartridge comprising: an outer housing having an inner surface defining a chamber and a mouth providing open access to the chamber; a cap for covering the outer housing at the mouth; characterized in that it further comprises a stiffening component having a compressed position and an extended position; and a cleaning element attached to the stiffening component, wherein in the compressed position, the stiffening component and cleaning element are compacted to fit into the chamber, and wherein in the extended position, the stiffening component extends to expand the cleaning element to provide a cleaning surface, and the cleaning cartridge having a closed position, wherein the stiffening component and cleaning element are disposed in the chamber in the compressed position and the cap is removably attached to the outer housing to cover same at the mouth and to secure the stiffening component inside the chamber; and an open position, wherein the cap is detached from the outer housing and the stiffening component is released from the outer housing into the extended position. an outer housing having an inner surface defining a chamber and a mouth providing open access to the chamber; a cap for covering the outer housing at the mouth; characterized in that it further comprises a stiffening component having a compressed position and an extended position; and a cleaning element attached to the stiffening component, wherein in the compressed position, the stiffening component and cleaning element are compacted to fit into the chamber, and wherein in the extended position, the stiffening component extends to expand the cleaning element to provide a cleaning surface, and the cleaning cartridge having a closed position, wherein the stiffening component and cleaning element are disposed in the chamber in the compressed position and the cap is removably attached to the outer housing to cover same at the mouth and to secure the stiffening component inside the chamber; and an open position, wherein the cap is detached from the outer housing and the stiffening component is released from the outer housing into the extended position.