mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for manipulating a material, the tool comprising: a body defining a chamber ; an injector device ; at least one source of a pressurised fuel and oxidant mixture , in fluid communication with the chamber via the injector device ; at least one nozzle , each nozzle having an inlet and an outlet , the inlet being in fluid communication with the chamber ; and at least one mechanism for igniting the fuel and oxidant mixture ; wherein, upon ignition of the fuel and oxidant mixture , a combustion jet is formed in the chamber , which, in use, flows out of the tool through each nozzle outlet towards, and into engagement with, a material to be manipulated; and wherein the fuel and oxidant mixture is provided as a single composition comprising: from 50 to 70% by weight of a quaternary ammonium salt ionic liquid; from 5 to 25 % by weight of a nitrate, chlorate, chromate, dinitramide or perchlorate salt, or mixtures thereof; from 5 to 25 % by weight of at least one metal selected from the group consisting of aluminium, magnesium, and alloys of aluminium and magnesium; from 0 to 20% by weight of an alcohol; and optionally from 0.15 to 10% by weight of a gelling agent a body defining a chamber ; an injector device ; at least one source of a pressurised fuel and oxidant mixture , in fluid communication with the chamber via the injector device ; at least one nozzle , each nozzle having an inlet and an outlet , the inlet being in fluid communication with the chamber ; and at least one mechanism for igniting the fuel and oxidant mixture ; wherein, upon ignition of the fuel and oxidant mixture , a combustion jet is formed in the chamber , which, in use, flows out of the tool through each nozzle outlet towards, and into engagement with, a material to be manipulated; and wherein the fuel and oxidant mixture is provided as a single composition comprising: from 50 to 70% by weight of a quaternary ammonium salt ionic liquid; from 5 to 25 % by weight of a nitrate, chlorate, chromate, dinitramide or perchlorate salt, or mixtures thereof; from 5 to 25 % by weight of at least one metal selected from the group consisting of aluminium, magnesium, and alloys of aluminium and magnesium; from 0 to 20% by weight of an alcohol; and optionally from 0.15 to 10% by weight of a gelling agent from 50 to 70% by weight of a quaternary ammonium salt ionic liquid; from 5 to 25 % by weight of a nitrate, chlorate, chromate, dinitramide or perchlorate salt, or mixtures thereof; from 5 to 25 % by weight of at least one metal selected from the group consisting of aluminium, magnesium, and alloys of aluminium and magnesium; from 0 to 20% by weight of an alcohol; and optionally from 0.15 to 10% by weight of a gelling agent
An apparatus comprising: an anvil roll comprising an outer circumferential surface and adapted to rotate about a first axis of rotation , and a tool member adjacent the anvil roll and adapted to rotate about a second axis of rotation and to contact the first portion of the outer circumferential surface of the anvil roll ; the anvil roll comprising: a body consisting of a first material , wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove ; and characterized by one or more abrasion resistant materials fused to the body with a laser cladding process and filling the groove to form a strip , the one or more abrasion resistant materials being different from the first material , wherein, during the laser cladding process, the first material of the body is partially melted during deposition of the abrasion resistant material into the grooves to create a metallurgical bond between the abrasion resistant material and the first material of the body ; wherein a first portion of the outer circumferential surface of the anvil roll is defined by the strip . an anvil roll comprising an outer circumferential surface and adapted to rotate about a first axis of rotation , and a tool member adjacent the anvil roll and adapted to rotate about a second axis of rotation and to contact the first portion of the outer circumferential surface of the anvil roll ; the anvil roll comprising: a body consisting of a first material , wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove ; and a body consisting of a first material , wherein the first material is selected from the group consisting of: an iron alloy, an aluminum alloy, and a titanium alloy, and wherein the body comprises: a groove ; and a groove ; and one or more abrasion resistant materials fused to the body with a laser cladding process and filling the groove to form a strip , the one or more abrasion resistant materials being different from the first material , wherein, during the laser cladding process, the first material of the body is partially melted during deposition of the abrasion resistant material into the grooves to create a metallurgical bond between the abrasion resistant material and the first material of the body ; wherein a first portion of the outer circumferential surface of the anvil roll is defined by the strip .
A plug-in circuit breaker comprising a circuit breaker housing configured to be inserted in a cabinet and provided with a limiting hole and a opening and closing button , wherein the circuit breaker further includes a locking member , said locking member is rotatably arranged inside said circuit breaker housing , and has an upper portion close to said limiting hole provided with a locking protrusion fitting with said limiting hole , and a lower portion provided with a locking driving surface fitting with said opening and closing button ; characterized in that pressing said opening and closing button enables said opening and closing button to abut against said locking driving surface of said locking member , thus said locking protrusion of said driving locking member rotates to said limiting hole of said circuit breaker housing , when said limiting hole is not shielded by the cabinet, said opening and closing button jacks up said locking driving surface to enable said locking protrusion to extend out of said limiting hole , and the plug-in circuit breaker is closed, when said limiting hole is shielded by the cabinet, so that said locking protrusion cannot extend out of said limiting hole , thus said locking driving surface limits said opening and closing button , so that said opening and closing button cannot be pressed to the destined position, and the plug-in circuit breaker cannot be closed.
A computer implemented method for simplification of a point cloud that represents one or more three-dimensional objects or surfaces, the point cloud comprising a set of points, the method comprising: implementing recursive spatial partitioning of the set of points into a hierarchy of clusters; identifying representative points within each cluster in the hierarchy; and, for each representative point, defining a point-pair that consists of the representative point and a representative point of an immediate parent cluster; calculating a contraction error metric for each point-pair; and, until a predefined stop criterion is met iterating the steps of iteratively contracting the point-pair with the lowest contraction error metric so as to reduce the number of points in the point cloud, updating remaining point-pairs as a result of the contraction, and revising the contraction error metric of the updated point-pairs accordingly; wherein the contraction of the point-pair comprises replacing both of the points in the point-pair with a new point which could either be located at the position of whichever one of the points in the point-pair to be contracted that results in the lowest contraction error metric for the corresponding contraction, or at a position that minimises the contraction error metric for the corresponding contraction; and wherein the step of updating remaining point-pairs as a result of the contraction comprises identifying other point-pairs that include either of the points that were included in the contracted point-pair, and updating the identified point-pairs to include the new point generated as a result of the contraction. implementing recursive spatial partitioning of the set of points into a hierarchy of clusters; identifying representative points within each cluster in the hierarchy; and, for each representative point, defining a point-pair that consists of the representative point and a representative point of an immediate parent cluster; calculating a contraction error metric for each point-pair; and, until a predefined stop criterion is met iterating the steps of iteratively contracting the point-pair with the lowest contraction error metric so as to reduce the number of points in the point cloud, updating remaining point-pairs as a result of the contraction, and revising the contraction error metric of the updated point-pairs accordingly; wherein the contraction of the point-pair comprises replacing both of the points in the point-pair with a new point which could either be located at the position of whichever one of the points in the point-pair to be contracted that results in the lowest contraction error metric for the corresponding contraction, or at a position that minimises the contraction error metric for the corresponding contraction; and wherein the step of updating remaining point-pairs as a result of the contraction comprises identifying other point-pairs that include either of the points that were included in the contracted point-pair, and updating the identified point-pairs to include the new point generated as a result of the contraction.
A composition, which is a fluorine-containing elastomer composition for a heat dissipation material, comprising: - a fluorine-containing elastomer, which is a VdF-based fluoroelastomer and has a Mooney viscosity, determined at 121°C in conformity with ASTM D1646 and JIS K6300 using a model MV2000E (Alpha Technologies Inc.) measurement device at a rotor rotational speed of 2 rpm, of ≤ 10; and - an insulating thermal conductive filler. - a fluorine-containing elastomer, which is a VdF-based fluoroelastomer and has a Mooney viscosity, determined at 121°C in conformity with ASTM D1646 and JIS K6300 using a model MV2000E (Alpha Technologies Inc.) measurement device at a rotor rotational speed of 2 rpm, of ≤ 10; and - an insulating thermal conductive filler.
A composite laminate comprising an A layer and a B layer , the A layer being provided directly or indirectly on one or both sides of the B layer , the A layer containing reinforcing fibers (a1) with an average fiber length of 1 μm to 300 μm, spherical particles (a11) with a volume mean particle diameter of 0.01 μm to 100 μm, and a thermoplastic resin (a2), the B layer containing reinforcing fibers (b1) with an average fiber length of 1 mm or more and a thermoplastic resin (b2).
An adjustable strap brassiere comprising: a) a front portion with a left cup and a right cup b) a wing band extending from the front portion horizontally and configured to extend around a torso of a user to a back of said user; said wing band comprising: i) a band rail extending along a top edge of the wing band ; wherein the center back location of the wing band is configured to be centrally located along the back of said user when the adjustable strap brassiere is worn by said user; c) a left strap extending from the left cup and configured to extend over a left shoulder of a user to a coupling end having a left band slider that is slidably engaged with the band rail of the wing band ; wherein the left band slider is slidable along the band rail to change a position of the coupling end of the left strap with respect to the wing band without changing a length of the left strap ; d) a right strap extending from the right cup and configured to extend over a right shoulder of a user to a coupling end having a right band slider that is slidably engaged with the band rail of the wing band ; and wherein the right band slider can be slid along the band rail to change a position of the coupling end of the right strap with respect to the wing band without changing a length of the right strap , characterized in that the band rail extends at a decline from a center back location of the wing band towards a left side location and a right side location of the wing band . a) a front portion with a left cup and a right cup b) a wing band extending from the front portion horizontally and configured to extend around a torso of a user to a back of said user; said wing band comprising: i) a band rail extending along a top edge of the wing band ; wherein the center back location of the wing band is configured to be centrally located along the back of said user when the adjustable strap brassiere is worn by said user; i) a band rail extending along a top edge of the wing band ; c) a left strap extending from the left cup and configured to extend over a left shoulder of a user to a coupling end having a left band slider that is slidably engaged with the band rail of the wing band ; wherein the left band slider is slidable along the band rail to change a position of the coupling end of the left strap with respect to the wing band without changing a length of the left strap ; d) a right strap extending from the right cup and configured to extend over a right shoulder of a user to a coupling end having a right band slider that is slidably engaged with the band rail of the wing band ; and
A method of coating a substrate , wherein the method comprises: - positioning a substrate surface to be coated of the substrate in a vacuum and in direction of a region, in which solid particles are disposed, with which the substrate surface shall be coated; and - introducing electrons into the solid particles for electrostatic charging of the solid particles, such that a force caused by the electrostatic charging separates the solid particles from each other and accelerates them in direction of the substrate surface of the substrate for coating of the substrate surface with at least a portion of the from each other separated solid particles; - evaporating a coating material in direction of the substrate surface for coating of the substrate surface with at least a portion of the coating material , - wherein the coating of the substrate surface with at least the portion of the coating material and the coating of the substrate surface with at least the portion of the from each other separated solid particles either: spatially and/or temporally overlap with each other, or spatially and/or temporally include a distance from each other. - positioning a substrate surface to be coated of the substrate in a vacuum and in direction of a region, in which solid particles are disposed, with which the substrate surface shall be coated; and - introducing electrons into the solid particles for electrostatic charging of the solid particles, such that a force caused by the electrostatic charging separates the solid particles from each other and accelerates them in direction of the substrate surface of the substrate for coating of the substrate surface with at least a portion of the from each other separated solid particles; - evaporating a coating material in direction of the substrate surface for coating of the substrate surface with at least a portion of the coating material , - wherein the coating of the substrate surface with at least the portion of the coating material and the coating of the substrate surface with at least the portion of the from each other separated solid particles either: spatially and/or temporally overlap with each other, or spatially and/or temporally include a distance from each other. spatially and/or temporally overlap with each other, or spatially and/or temporally include a distance from each other.
Additive manufacturing method for an elastomer part , comprising the following steps: - creation of a first computer model comprising spatial coordinates of said elastomer part; then - deposition, in accordance with said spatial coordinates, of at least a first elastomer material ; said deposition being effected in several substantially flat layers stacked vertically; the step of creating the first computer model comprising definition of the spatial coordinates of each of said layers of first material, the deposition being carried out by forming drops of liquid composition and ejection under pressure of said drops ; the method being characterized in that : - the at least a first elastomer material is deposited in the form of a latex-based liquid composition. - creation of a first computer model comprising spatial coordinates of said elastomer part; then - deposition, in accordance with said spatial coordinates, of at least a first elastomer material ; said deposition being effected in several substantially flat layers stacked vertically; the step of creating the first computer model comprising definition of the spatial coordinates of each of said layers of first material, the deposition being carried out by forming drops of liquid composition and ejection under pressure of said drops ; the method being characterized in that : - the at least a first elastomer material is deposited in the form of a latex-based liquid composition. - the at least a first elastomer material is deposited in the form of a latex-based liquid composition.
System for holding a transport object at an inner wall of a transport vehicle, wherein the inner wall of the transport vehicle has a cross beam, characterized in that a cross beam airline rail and/or a fastening profile is reversibly attachable to the cross beam, wherein the cross beam airline rail and/or the fastening profile is/are connectable with a carrier airline rail , wherein the carrier airline rail comprises two belt anchor gliders which can be displaced and fixed in the carrier airline rail , wherein between the two belt anchor gliders a length adjustable belt is arranged, wherein one of the two belt anchor gliders or both belt anchor gliders has/have a clamping lock .
An aqueous electrocoat composition having improved throwing power, the composition comprising: water; a crosslinkable resin including a binder and a crosslinking agent; a pigment paste, wherein the electrocoat composition has a pigment/binder (P/B) weight ratio of less than 0.15:1; and a water-soluble polyvinyl alcohol (PVA) (co)polymer(s), wherein the composition comprises greater than 50 ppm (parts per million) to 500 ppm (parts per million) of the water-soluble polyvinyl alcohol (co)polymer(s). water; a crosslinkable resin including a binder and a crosslinking agent; a pigment paste, wherein the electrocoat composition has a pigment/binder (P/B) weight ratio of less than 0.15:1; and a water-soluble polyvinyl alcohol (PVA) (co)polymer(s), wherein the composition comprises greater than 50 ppm (parts per million) to 500 ppm (parts per million) of the water-soluble polyvinyl alcohol (co)polymer(s).
A solder material comprising: a) a solder alloy, wherein the solder alloy is selected from the group consisting of high lead alloys, SnAg alloys, SnAgCu alloys, indium and indium alloys, and SnPb alloys, and b) a thermal conductivity modifying component; wherein the thermal conductivity modifying component is in the form of a wire; and wherein the thermal conductivity modifying component is selected from the group consisting of tin over copper, tin over nickel over aluminum, palladium, and platinum, wherein the solder material has a bulk thermal conductivity of between 75 and 150 W/m-K; and wherein the solder material is in the form of a solder preform. a) a solder alloy, wherein the solder alloy is selected from the group consisting of high lead alloys, SnAg alloys, SnAgCu alloys, indium and indium alloys, and SnPb alloys, and b) a thermal conductivity modifying component; wherein the thermal conductivity modifying component is in the form of a wire; and wherein the thermal conductivity modifying component is selected from the group consisting of tin over copper, tin over nickel over aluminum, palladium, and platinum,
A skate blade measurement apparatus for the measurement of both radius of curvature and bend of a skate blade , the measurement device comprising: a. a one-piece main body structure ; b. a thermally non-conductive handle assembly ; c. with at least one removable source for a magnetic field attached to the main body structure for the purpose of exerting magnetic retention force on a skate blade; d. a means for measuring height, generally located in a center of the apparatus; e. A means for locating the main body of the apparatus on the skate blade such that is easily verified and repeatable; and f. at least one pair of contact points for the skate blade, one of the pair residing on each side of the means for locating the main body of the apparatus on the skate blade. a. a one-piece main body structure ; b. a thermally non-conductive handle assembly ; c. with at least one removable source for a magnetic field attached to the main body structure for the purpose of exerting magnetic retention force on a skate blade; d. a means for measuring height, generally located in a center of the apparatus; e. A means for locating the main body of the apparatus on the skate blade such that is easily verified and repeatable; and f. at least one pair of contact points for the skate blade, one of the pair residing on each side of the means for locating the main body of the apparatus on the skate blade.
A user interface device for use in a lighting system comprising a plurality of lighting devices , each lighting device being repositionable by a user, and each lighting device comprising a motion sensor configured to detect a motion of the respective lighting device, the user interface device comprising: - a display , - a receiver configured to receive one or more input signals indicative of motions of lighting devices of the plurality of repositionable lighting devices, and characterised by the user interface device comprising: - a processor configured to: determine which lighting device has been most recently repositioned based on the one or more input signals, render a plurality of virtual representations of the plurality of lighting devices on the display, and render an indication on the display indicating the lighting device that has been most recently repositioned. - a display , - a receiver configured to receive one or more input signals indicative of motions of lighting devices of the plurality of repositionable lighting devices, and characterised by the user interface device comprising: - a processor configured to: determine which lighting device has been most recently repositioned based on the one or more input signals, render a plurality of virtual representations of the plurality of lighting devices on the display, and render an indication on the display indicating the lighting device that has been most recently repositioned. determine which lighting device has been most recently repositioned based on the one or more input signals, render a plurality of virtual representations of the plurality of lighting devices on the display, and render an indication on the display indicating the lighting device that has been most recently repositioned.