mhurhangee/patent-ind-claim-en huggingface dataset:
A shape-spraying apparatus for defining the shape of marking fluid when sprayed on a surface comprising: means to provide a gas flow of air which is arranged to direct sprayed marking fluid material within the shape to be sprayed; characterised in that the shape-spraying apparatus comprises: a mask comprising a pair of masking plates that defines the width of the sprayed marking fluid and mounted to either side of a spray of marking fluid to be sprayed from a nozzle of an aerosol canister , said pair of masking plates comprises a shape-defining edge at which the gas flow of air is provided to direct the sprayed marking fluid material from the shape-defining edge to within the shape to be sprayed; a duct outside the masking plates to convey air from a source to said shape-defining edge , the duct comprises an aperture contiguous with said shape-defining edge , said apertures extend along the length of and just outside the shape-defining edge and are angled so as to direct the flow of air inwardly across the shape-defining edge . means to provide a gas flow of air which is arranged to direct sprayed marking fluid material within the shape to be sprayed; characterised in that the shape-spraying apparatus comprises: a mask comprising a pair of masking plates that defines the width of the sprayed marking fluid and mounted to either side of a spray of marking fluid to be sprayed from a nozzle of an aerosol canister , said pair of masking plates comprises a shape-defining edge at which the gas flow of air is provided to direct the sprayed marking fluid material from the shape-defining edge to within the shape to be sprayed; a duct outside the masking plates to convey air from a source to said shape-defining edge , the duct comprises an aperture contiguous with said shape-defining edge , said apertures extend along the length of and just outside the shape-defining edge and are angled so as to direct the flow of air inwardly across the shape-defining edge . a mask comprising a pair of masking plates that defines the width of the sprayed marking fluid and mounted to either side of a spray of marking fluid to be sprayed from a nozzle of an aerosol canister , said pair of masking plates comprises a shape-defining edge at which the gas flow of air is provided to direct the sprayed marking fluid material from the shape-defining edge to within the shape to be sprayed; a duct outside the masking plates to convey air from a source to said shape-defining edge , the duct comprises an aperture contiguous with said shape-defining edge , said apertures extend along the length of and just outside the shape-defining edge and are angled so as to direct the flow of air inwardly across the shape-defining edge .
A process for killing bacterial spores, comprising: contacting the spores with an aqueous composition comprising water, peracetic acid, acetic acid, hydrogen peroxide, a buffer, a corrosion inhibitor, a surfactant and a chelator for a period of time in the range from 30 seconds to 20 minutes to effect at least a 4 log reduction in the number of spores capable of reproduction, metabolism and/or growth, the aqueous composition having a concentration of peracetic acid in the water in the range from 0.005 to 0.08% by weight; the weight ratio of peracetic acid to hydrogen peroxide being in the range from 0.001 to 0.2, the concentration of acetic acid being in the range from 0.001 to 0.3% by weight, the temperature of the aqueous composition being in the range from 10°C to 70°C, wherein the spores are on a substrate, the substrate comprising a medical, dental, pharmaceutical, veterinary or mortuary device.
An apparatus comprising: an acquiring unit configured to acquire - subarray information indicating a plurality of subarrays usable for multilayer Multi-Input Multi-Output, MIMO, - combination candidate information indicating two or more combination candidates, each combination candidate comprising two or more subarrays included in the plurality of subarrays, and - priority information indicating priorities of the two or more combination candidates; and a control unit configured to notify a terminal apparatus of the subarray information, the combination candidate information and the priority information. an acquiring unit configured to acquire - subarray information indicating a plurality of subarrays usable for multilayer Multi-Input Multi-Output, MIMO, - combination candidate information indicating two or more combination candidates, each combination candidate comprising two or more subarrays included in the plurality of subarrays, and - priority information indicating priorities of the two or more combination candidates; and - subarray information indicating a plurality of subarrays usable for multilayer Multi-Input Multi-Output, MIMO, - combination candidate information indicating two or more combination candidates, each combination candidate comprising two or more subarrays included in the plurality of subarrays, and - priority information indicating priorities of the two or more combination candidates; and a control unit configured to notify a terminal apparatus of the subarray information, the combination candidate information and the priority information.
Capsule for preparing a beverage, comprising: - an opening unit, comprising at least one basic element (10-10′′′; 10-1 to 10-6, 100) which forms a capsule body for containing a substance for preparing a beverage, with at least one opening (15-15′′′, 15-1 to 15-6-, 115); - a top film (11-11′′′, 111), which closes the opening unit; and - a film (20-20'; 20-1 to 20-6, 120) which is attached to one side of an attachment portion of the basic element (10-10′′′; 10-1 to 10-6, 100) and closes the opening, wherein the film (20-20'; 20-1 to 20-6, 120) is attached to the attachment portion of the basic element (10-10′′′; 10-1 to 10-6, 100) by a self-contained attachment region (S), characterized in that, at least a part of the base of the basic element (10-10′′′; 10-1 to 10-6, 100) of the opening unit is designed in such a manner that it can undergo a deformation, wherein the base under the influence of the introduction of a liquid and/or of a steam into the capsule is deformable in such a manner that, when the base of the basic element (10-10′′′; 10-1 to 10-6, 100) is deformed, the attached film is pushed away from the capsule in such a manner that a layer of the film (20-20'; 20-1 to 20-6, 120) is peeled away or the attachment region (S) opens up. - an opening unit, comprising at least one basic element (10-10′′′; 10-1 to 10-6, 100) which forms a capsule body for containing a substance for preparing a beverage, with at least one opening (15-15′′′, 15-1 to 15-6-, 115); - a top film (11-11′′′, 111), which closes the opening unit; and - a film (20-20'; 20-1 to 20-6, 120) which is attached to one side of an attachment portion of the basic element (10-10′′′; 10-1 to 10-6, 100) and closes the opening, wherein the film (20-20'; 20-1 to 20-6, 120) is attached to the attachment portion of the basic element (10-10′′′; 10-1 to 10-6, 100) by a self-contained attachment region (S), characterized in that, at least a part of the base of the basic element (10-10′′′; 10-1 to 10-6, 100) of the opening unit is designed in such a manner that it can undergo a deformation, wherein the base under the influence of the introduction of a liquid and/or of a steam into the capsule is deformable in such a manner that, when the base of the basic element (10-10′′′; 10-1 to 10-6, 100) is deformed, the attached film is pushed away from the capsule in such a manner that a layer of the film (20-20'; 20-1 to 20-6, 120) is peeled away or the attachment region (S) opens up.
A truck mounted forklift for mounting on the rear of a vehicle , the truck mounted forklift comprising a u-shaped chassis having a pair of forwardly projecting side bars bridged by a rear crossbar, a wheel adjacent the forwardmost end of each of the side bars and a rear wheel mounted on the rear cross bar, a driver's station mounted to one side of the chassis, a motive power unit mounted on the other side of the chassis and a lifting assembly mounted on the chassis characterised in that , the lifting assembly comprises a linkage, the linkage comprising: an elongate first link connected at its proximal end to the chassis by a pivot joint; an elongate second link ; an elongate third link connected intermediate the first link and the second link , one end of the third link is connected to the distal end of the first link by a pivot joint, and the other end of the third link is connected to the proximal end of the second link by a pivot joint; a fork carriage connected to the distal end of the second link by a pivot joint; a plurality of link cylinders for actuating the links; and a tilt cylinder for actuating the fork carriage. an elongate first link connected at its proximal end to the chassis by a pivot joint; an elongate second link ; an elongate third link connected intermediate the first link and the second link , one end of the third link is connected to the distal end of the first link by a pivot joint, and the other end of the third link is connected to the proximal end of the second link by a pivot joint; a fork carriage connected to the distal end of the second link by a pivot joint; a plurality of link cylinders for actuating the links; and a tilt cylinder for actuating the fork carriage.
Method for forming a surface coating on at least a part of a solid substrate, comprising a step of cold spraying a flow comprising at least one carrier gas and particles suitable for deposition on the said substrate, said flow having a speed greater than 350 m/s for obtaining a kinetic energy of the flow; wherein said particles are obtained from inorganic materials subjected to a high-energy milling treatment and have dimensions smaller than 200 μm; wherein one or more mixtures of reaction precursor reagents are present in at least some of the said particles, the said mixtures being obtained from at least one pair of phases; characterized in that the mixtures of reaction precursor reagents present in at least some of the particles which strike the substrate are at least one of the following: at least one of the following metals is present in at least 5% by volume of the mixtures of reaction precursor reagents: Ti, Co, Al, Fe, Hf, V, Y, Zr and that at least one of the carbides of the elements: W, Fe, Cr, Si is present in at least 30% by volume of the mixtures of reaction precursor reagents; or at least one of the following metals is present in at least 5% by volume of the mixtures of reaction precursor reagents: Ti, Al, Mg, Y, Zr, Hf, Fe and that at least one of the oxides of the elements: W, Si, Fe, Cu, Cr, Mo, Sn is present in amount of at least 5% by volume of the mixtures of reaction precursor reagents; and wherein the mixtures of reaction precursor reagents develop at least one reaction having an adiabatic temperature of at least 800°C by using the kinetic energy of the flow together with, where necessary, a subsequent heat treatment, so that at least 20% by volume of the coating is formed by phases different from those of the starting powders. at least one of the following metals is present in at least 5% by volume of the mixtures of reaction precursor reagents: Ti, Co, Al, Fe, Hf, V, Y, Zr and that at least one of the carbides of the elements: W, Fe, Cr, Si is present in at least 30% by volume of the mixtures of reaction precursor reagents; or at least one of the following metals is present in at least 5% by volume of the mixtures of reaction precursor reagents: Ti, Al, Mg, Y, Zr, Hf, Fe and that at least one of the oxides of the elements: W, Si, Fe, Cu, Cr, Mo, Sn is present in amount of at least 5% by volume of the mixtures of reaction precursor reagents; and wherein the mixtures of reaction precursor reagents develop at least one reaction having an adiabatic temperature of at least 800°C by using the kinetic energy of the flow together with, where necessary, a subsequent heat treatment, so that at least 20% by volume of the coating is formed by phases different from those of the starting powders.
A position detection device for detecting a position corresponding to a reference line, comprising: a magnet configured to move with a movable body on a movement path (M) extending along a first direction, the magnet comprising a pair of different magnetic poles in a second direction perpendicular to the first direction; a pair of magnetic sensors that are spaced apart from the movement path (M) by an equal distance in the second direction and disposed at an equal distance from the reference line (S) extending in the second direction, the pair of magnetic sensors having identical sensor characteristics; and a detecting portion configured to detect that the magnet comprising the pair of magnetic poles is positioned on the reference line (S) when outputs of the pair of magnetic sensors coincide, the outputs of the pair of magnetic sensors each exhibiting a maximum rate of change when the magnet comprising the pair of magnetic poles is positioned on the reference line (S). a magnet configured to move with a movable body on a movement path (M) extending along a first direction, the magnet comprising a pair of different magnetic poles in a second direction perpendicular to the first direction; a pair of magnetic sensors that are spaced apart from the movement path (M) by an equal distance in the second direction and disposed at an equal distance from the reference line (S) extending in the second direction, the pair of magnetic sensors having identical sensor characteristics; and a detecting portion configured to detect that the magnet comprising the pair of magnetic poles is positioned on the reference line (S) when outputs of the pair of magnetic sensors coincide, the outputs of the pair of magnetic sensors each exhibiting a maximum rate of change when the magnet comprising the pair of magnetic poles is positioned on the reference line (S).
A method for deterministic light transmission through a multimode waveguide comprising the steps of: providing the multimode waveguide comprising: a distal tip having a distal end facet and a proximal tip at an opposed end of the multimode waveguide; at least one multimode fiber ; calibrating the multimode waveguide , whereby the calibrating comprises: coupling in light at an input side at the distal tip of the multimode waveguide; analyzing with analyzing means (400,403; 506,507) light coupled in at the input side of the multimode waveguide, at an output side of the multimode waveguide, whereby the analyzing comprises: digitally analyzing a complex light field in its phase and/or amplitude properties; wherein the step of calibrating is realized through transmission matrix measurement, the method for deterministic light transmission further comprising: conditioning an output at the distal tip of the multimode waveguide by controlling a spatial light modulator to choose an appropriate light field at the proximal tip of the multimode waveguide. providing the multimode waveguide comprising: a distal tip having a distal end facet and a proximal tip at an opposed end of the multimode waveguide; at least one multimode fiber ; a distal tip having a distal end facet and a proximal tip at an opposed end of the multimode waveguide; at least one multimode fiber ; calibrating the multimode waveguide , whereby the calibrating comprises: coupling in light at an input side at the distal tip of the multimode waveguide; analyzing with analyzing means (400,403; 506,507) light coupled in at the input side of the multimode waveguide, at an output side of the multimode waveguide, whereby the analyzing comprises: digitally analyzing a complex light field in its phase and/or amplitude properties; wherein the step of calibrating is realized through transmission matrix measurement, coupling in light at an input side at the distal tip of the multimode waveguide; analyzing with analyzing means (400,403; 506,507) light coupled in at the input side of the multimode waveguide, at an output side of the multimode waveguide, whereby the analyzing comprises: digitally analyzing a complex light field in its phase and/or amplitude properties; wherein the step of calibrating is realized through transmission matrix measurement, the method for deterministic light transmission further comprising: conditioning an output at the distal tip of the multimode waveguide by controlling a spatial light modulator to choose an appropriate light field at the proximal tip of the multimode waveguide.
An axle assembly comprising: an axle housing having a flange that extends around and extends toward an axis ; a brake housing fixedly disposed on the axle housing ; a wheel bearing cage fixedly disposed on the brake housing , wherein the wheel bearing cage at least partially receives a planetary gear set that has a sun gear ; and a brake assembly that is at least partially received in the brake housing , the brake assembly including: a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis ; and a stationary disc disposed proximate the brake housing that does not rotate about the axis ; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set ; wherein rotation of the sun gear about the axis is inhibited when the piston urges the disc pack against the flange . an axle housing having a flange that extends around and extends toward an axis ; a brake housing fixedly disposed on the axle housing ; a wheel bearing cage fixedly disposed on the brake housing , wherein the wheel bearing cage at least partially receives a planetary gear set that has a sun gear ; and a brake assembly that is at least partially received in the brake housing , the brake assembly including: a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis ; and a stationary disc disposed proximate the brake housing that does not rotate about the axis ; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set ; a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis ; and a stationary disc disposed proximate the brake housing that does not rotate about the axis ; and a friction disc disposed on the sun gear that rotates with the sun gear about the axis ; and a stationary disc disposed proximate the brake housing that does not rotate about the axis ; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set ; wherein rotation of the sun gear about the axis is inhibited when the piston urges the disc pack against the flange .
A positive electrode for an alkaline primary battery comprising: a particulate active material comprising manganese dioxide; a first conductive material; a second conductive material having particles of a larger size in comparison to the first conductive material; wherein the first conductive material comprises synthetic graphite and is entrained within particles of the active material to form active material agglomerates; wherein the second conductive material adheres to at least a portion of a surface of the active material agglomerates; and wherein the second conductive material comprises at least one selected from the group consisting of: unexpanded graphite, expanded graphite, graphene, graphite tubes, and graphite rods. a particulate active material comprising manganese dioxide; a first conductive material; a second conductive material having particles of a larger size in comparison to the first conductive material; wherein the first conductive material comprises synthetic graphite and is entrained within particles of the active material to form active material agglomerates; wherein the second conductive material adheres to at least a portion of a surface of the active material agglomerates; and wherein the second conductive material comprises at least one selected from the group consisting of: unexpanded graphite, expanded graphite, graphene, graphite tubes, and graphite rods.
A method of detecting an autoimmune disease (AID) in a subject, comprising measuring a level of expression of a gene, an RNA, or a protein, or a combination thereof, in a sample obtained from a niche at an implantation site of a synthetic scaffold in the subject, wherein the measured expression level of the gene, RNA or protein in the sample is compared to a control level.
A composition comprising at least the following: (A) A functionalized, halogenated olefin-based polymer having a melt index (12, 190C/2.16) greater than, or equal to, 30 grams per 10 minutes (g/10 min); and (B') An olefin-based polymer having a density from 0.855 to 0.900 grams per cubic centimeter (g/cc) and a weight average molecular weight (Mw) of less than, or equal to, 60,000 grams per mole (g/mol), wherein the olefin-based polymer of component B' is an amorphous polyolefin (APO), wherein the term "functionalized, halogenated olefin-based polymer," refers to an olefin-based polymer comprising at least one halogen, and at least one chemical group selected from the following: anhydride, carboxylate, -COOH, amine, OH, carbonyl, acrylate, or combinations thereof. (A) A functionalized, halogenated olefin-based polymer having a melt index (12, 190C/2.16) greater than, or equal to, 30 grams per 10 minutes (g/10 min); and (B') An olefin-based polymer having a density from 0.855 to 0.900 grams per cubic centimeter (g/cc) and a weight average molecular weight (Mw) of less than, or equal to, 60,000 grams per mole (g/mol),
Bicycle rear wheel sprocket arrangement , comprising a carrier sprocket and a self-supporting sprocket cluster connected to the carrier sprocket on the outboard side in a connection region (V) of the carrier sprocket , wherein a plurality of further sprockets which are designed as sprocket rings are each arranged on the carrier sprocket in the connection region (V) and are each connected to the carrier sprocket in the connection region (V), characterized in that at least one of the sprocket rings is connected to the carrier sprocket by a plurality of connecting elements .