mhurhangee/patent-ind-claim-en huggingface dataset:
Transparent matt ink for the protection of ceramic coatings prepared by milling, using a ceramic material, characterised in that it comprises: a solid part in a proportion of between 25% and 60% by weight, corresponding to a crystalline substance having a refractive index equal to or lower than 1.70 and a hardness equal to or greater than 5.5 on the Mohs scale, one or several dispersants in a proportion of between 1% and 15% by weight, and a solvent part, in a proportion of between 25% and 74% by weight in which the solvents are selected from the group formed by glycols, mineral oils (hydrocarbons) and carboxylic esters. a solid part in a proportion of between 25% and 60% by weight, corresponding to a crystalline substance having a refractive index equal to or lower than 1.70 and a hardness equal to or greater than 5.5 on the Mohs scale, one or several dispersants in a proportion of between 1% and 15% by weight, and a solvent part, in a proportion of between 25% and 74% by weight in which the solvents are selected from the group formed by glycols, mineral oils (hydrocarbons) and carboxylic esters.
A battery, comprising: an electrode assembly having a circumference surface to which a swelling tape for filling a gap is attached; a can encasing the assembly; and an electrolyte in contact with the assembly in the can, characterized in that the swelling tape for filling a gap comprises a substrate film having a shore A hardness according to ASTM D2240 of 70A or more, and a shore D hardness according to JIS K-7311 of 40D or more; and a pressure-sensitive adhesive layer formed in a direction parallel to a length direction of the substrate film on one surface of the substrate film, the substrate film comprising thermoplastic polyurethane, the thermoplastic polyurethane being a reaction product of a mixture of an isocyanate compound having at least two isocyanate groups, a polyol compound and a chain extender, the polyol compound being polyester polyol, polycarbonate polyol, polycaprolactame polyol, polybutadiene polyol, or polysulfide polyol a total content of the isocyanate compound and the chain extender in the mixture being 30 to 300 parts by weight, relative to 100 parts by weight of the polyol compound, the swelling tape for filling a gap fixing the electrode assembly to an inside of the can by deforming into a three-dimensional shape upon contact with the electrolyte. an electrode assembly having a circumference surface to which a swelling tape for filling a gap is attached; a can encasing the assembly; and an electrolyte in contact with the assembly in the can, characterized in that the swelling tape for filling a gap comprises a substrate film having a shore A hardness according to ASTM D2240 of 70A or more, and a shore D hardness according to JIS K-7311 of 40D or more; and a pressure-sensitive adhesive layer formed in a direction parallel to a length direction of the substrate film on one surface of the substrate film, the substrate film comprising thermoplastic polyurethane, the thermoplastic polyurethane being a reaction product of a mixture of an isocyanate compound having at least two isocyanate groups, a polyol compound and a chain extender, the polyol compound being polyester polyol, polycarbonate polyol, polycaprolactame polyol, polybutadiene polyol, or polysulfide polyol a total content of the isocyanate compound and the chain extender in the mixture being 30 to 300 parts by weight, relative to 100 parts by weight of the polyol compound, the swelling tape for filling a gap fixing the electrode assembly to an inside of the can by deforming into a three-dimensional shape upon contact with the electrolyte.
A system for a turbine engine, comprising: a rotating assembly ; a bearing configured with the rotating assembly ; and a lubrication system configured to lubricate the bearing , the lubrication system comprising a lubricant pump and a lubricant reservoir ; wherein the lubricant pump is mechanically coupled with and driven by the rotating assembly , and wherein the lubricant pump is configured with the lubricant reservoir so as to be at least partially submersed in lubricant contained within the lubricant reservoir , wherein the rotating assembly includes a fan rotor , a compressor rotor and a turbine rotor , characterised in that the lubrication system is configured to lubricate the bearing as the rotating assembly rotates in a first rotational direction and a second rotational direction; and the lubrication system further includes a clutch configured to: mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity. a rotating assembly ; a bearing configured with the rotating assembly ; and a lubrication system configured to lubricate the bearing , the lubrication system comprising a lubricant pump and a lubricant reservoir ; wherein the lubricant pump is mechanically coupled with and driven by the rotating assembly , and wherein the lubricant pump is configured with the lubricant reservoir so as to be at least partially submersed in lubricant contained within the lubricant reservoir , wherein the rotating assembly includes a fan rotor , a compressor rotor and a turbine rotor , characterised in that the lubrication system is configured to lubricate the bearing as the rotating assembly rotates in a first rotational direction and a second rotational direction; and the lubrication system further includes a clutch configured to: mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity. mechanically couple the lubricant pump to the rotating assembly where the rotating assembly rotates at or below a threshold rotational velocity; and mechanically decouple the lubricant pump from the rotating assembly where the rotating assembly rotates above the threshold rotational velocity.
A method of determining a position of a subject , bjeet, comprising the steps of: obtaining and storing an object dataset comprising object data indicative of multiple objects in an environment, including an indication of object parameters associated with each object, the object parameters including the location of the object in the environment and a semantic type classification associated with the object, obtaining environment data indicative of a region of the environment from a sensor associated with the subject, determining the presence of multiple observed objects in the environment data comprising using an Artificial Neural Network to detect and classify each observed object, including determining one or more equivalent observed object parameters associated with each observed object including its respective semantic type classification by using the Artificial Neural Network to map the data indicative of the region of the environment to a probability distribution over the semantic type classifications associated with the objects in the object dataset, indicating the assessed likelihood that the observed object has each of those types associated with it, and determining the position of the subject based on a comparison of the observed object parameters of each of the multiple observed objects with the equivalent object parameters of the objects in the object dataset including a comparison of the respective semantic type classifications. obtaining and storing an object dataset comprising object data indicative of multiple objects in an environment, including an indication of object parameters associated with each object, the object parameters including the location of the object in the environment and a semantic type classification associated with the object, obtaining environment data indicative of a region of the environment from a sensor associated with the subject, determining the presence of multiple observed objects in the environment data comprising using an Artificial Neural Network to detect and classify each observed object, including determining one or more equivalent observed object parameters associated with each observed object including its respective semantic type classification by using the Artificial Neural Network to map the data indicative of the region of the environment to a probability distribution over the semantic type classifications associated with the objects in the object dataset, indicating the assessed likelihood that the observed object has each of those types associated with it, and determining the position of the subject based on a comparison of the observed object parameters of each of the multiple observed objects with the equivalent object parameters of the objects in the object dataset including a comparison of the respective semantic type classifications.
A braking arrangement for decelerating a heavy duty vehicle , the arrangement comprising a control unit , at least one electric machine arranged for regenerative braking, an electrical energy absorption device , an eddy current braking device , and a power distribution network arranged to connect the electric machine to the energy absorption device and to the eddy current braking device , wherein the control unit is configured to distribute regenerated electrical power from the electric machine between the energy absorption device and the eddy current braking device by the power distribution network in dependence of a target deceleration value of the heavy duty vehicle , wherein the control unit is also configured to control the distribution of regenerated electrical power from the electric machine between the energy absorption device and the eddy current braking device in dependence of an energy absorption capability of the energy absorption device , characterized in that the control unit is configured to control the distribution of regenerated electrical power from the electric machine between the energy absorption device and the eddy current braking device such that a constant baseline torque level is generated by the eddy current braking device, the torque applied by the electric machine being modulated to control wheel slip at a desired wheel slip level.
A processor-implemented method for managing radio communications between a gateway and a plurality of sensors of a system for tracking transit assets, the method comprising: obtaining properties of a currently tracked asset, the properties of the currently tracked asset including at least one of a type or a material of construction of the currently tracked asset; determining a current connection configuration for radio connections between the gateway and the plurality of sensors ; identifying a preferred connection configuration for radio connections between the gateway and the plurality of sensors based on the properties of the currently tracked asset, the preferred connection configuration having at least one physical layer characteristic that is different from the current connection configuration; and in response to the identifying, causing the gateway and at least one of the plurality of sensors to switch from the current connection configuration to the preferred connection configuration for establishing a new radio connection. obtaining properties of a currently tracked asset, the properties of the currently tracked asset including at least one of a type or a material of construction of the currently tracked asset; determining a current connection configuration for radio connections between the gateway and the plurality of sensors ; identifying a preferred connection configuration for radio connections between the gateway and the plurality of sensors based on the properties of the currently tracked asset, the preferred connection configuration having at least one physical layer characteristic that is different from the current connection configuration; and in response to the identifying, causing the gateway and at least one of the plurality of sensors to switch from the current connection configuration to the preferred connection configuration for establishing a new radio connection.
A method of deploying an extensible boom from a housing comprising: providing a support including an array of transducer devices; mounting the support on a first flexible, elongated, rectangular sheet in a housing; supporting the sheet on a spool in the housing under compression in a stowed configuration; wherein the sheet is composed of a composite laminate having a predetermined pattern of graphite fiber plies which impart a predefined tension in the planar surface of the sheet so that it curls into a curvilinear sheet, characterised in that the curvilinear sheet has a uniform radius of curvature along its major axis; and in that the method further comprises the step of releasing the spool so that the sheet unwinds automatically and is deployed from the housing in a linear direction. providing a support including an array of transducer devices; mounting the support on a first flexible, elongated, rectangular sheet in a housing; supporting the sheet on a spool in the housing under compression in a stowed configuration; wherein the sheet is composed of a composite laminate having a predetermined pattern of graphite fiber plies which impart a predefined tension in the planar surface of the sheet so that it curls into a curvilinear sheet, characterised in that the curvilinear sheet has a uniform radius of curvature along its major axis; and in that the method further comprises the step of releasing the spool so that the sheet unwinds automatically and is deployed from the housing in a linear direction.
Detector arrangement for the detection of ionizing radiation comprising a scintillator volume , at least one light sensing device and a multifunctional coating arranged in an interacting relation to said at least one light sensing device and being in optical contact with said scintillator volume , whereby said multifunctional coating is configured to a) reflect light of a given wavelength; and b) convert at least part of thermal and/or epi-thermal neutrons entering said multifunctional coating into light ; wherein the multifunctional coating has diffuse reflective properties such that light can be transported by means of diffuse reflection until impinging on a sensitive area of the light sensing device , wherein said multifunctional coating comprises a first layer of a neutron conversion material configured to convert at least part of thermal and/or epi-thermal neutrons entering said multifunctional coating into light and a second layer of a wavelength shifting material configured to shift light of short wavelengths to be re-emitted back through said scintillator volume at a wavelength at which said multifunctional coating is reflective; such that the multifunctional coating is configured to reflect light of a given wavelength coming from the scintillator volume back through said scintillator volume and to emit light from neutron conversion into the said scintillator volume , whereby the light is detected by said light sensing device . a) reflect light of a given wavelength; and b) convert at least part of thermal and/or epi-thermal neutrons entering said multifunctional coating into light ;
An article , comprising: a first corrosion protection layer disposed on a substrate , wherein the first corrosion protection layer is formed from a sol-gel composition comprising an organometallic compound and 3-glycidoxypropyltrimethoxy silane (GTMS); and a second corrosion protection layer disposed on the first corrosion protection layer, wherein the second corrosion protection layer comprises a polyurethane composition, wherein the second corrosion protection layer comprises a corrosion inhibitor and wherein the corrosion inhibitor comprises a plurality of thiol or sulfide containing corrosion inhibitor particles, comprising at least one of a disulfide, a polydisulfide, and a dithiol compound. a first corrosion protection layer disposed on a substrate , wherein the first corrosion protection layer is formed from a sol-gel composition comprising an organometallic compound and 3-glycidoxypropyltrimethoxy silane (GTMS); and a second corrosion protection layer disposed on the first corrosion protection layer, wherein the second corrosion protection layer comprises a polyurethane composition, wherein the second corrosion protection layer comprises a corrosion inhibitor and wherein the corrosion inhibitor comprises a plurality of thiol or sulfide containing corrosion inhibitor particles, comprising at least one of a disulfide, a polydisulfide, and a dithiol compound.
A semi-trailer designed as an inloader , comprising: - a U-shaped vehicle frame oriented in the vehicle longitudinal direction (R), on whose U-legs wheels are arranged in individual wheel links , - a pivot base with a loading surface for forming a loading plane (E), - at least one transport rack which can be coupled to the vehicle frame and which comprises a transport base and a receiving device (20; 20') for a load , - wherein the receiving device (20; 20') comprises at least two stands and wherein the stands each comprise a base part and an upper part as well as a hinge arranged therebetween and in a working position (P1) together form a bearing surface for the load , - and wherein the hinges enable the upper part to be pivoted relative to the base part into a rest position (P2), so that the receiving device (20; 20') as a whole can be accommodated in a loading space arranged below the loading surface , characterized in that the hinges have pivot axes which are arranged such that the upper part of the stand can be pivoted in the oblique direction (RS) relative to the base part . - a U-shaped vehicle frame oriented in the vehicle longitudinal direction (R), on whose U-legs wheels are arranged in individual wheel links , - a pivot base with a loading surface for forming a loading plane (E), - at least one transport rack which can be coupled to the vehicle frame and which comprises a transport base and a receiving device (20; 20') for a load , - wherein the receiving device (20; 20') comprises at least two stands and wherein the stands each comprise a base part and an upper part as well as a hinge arranged therebetween and in a working position (P1) together form a bearing surface for the load , - and wherein the hinges enable the upper part to be pivoted relative to the base part into a rest position (P2), so that the receiving device (20; 20') as a whole can be accommodated in a loading space arranged below the loading surface , characterized in that the hinges have pivot axes which are arranged such that the upper part of the stand can be pivoted in the oblique direction (RS) relative to the base part .
A pull tab for a food and/or beverage can coated on at least a portion thereof with a coating composition comprising: (a) a binder comprising a polyester material, (b) a phenolic crosslinker, and (c) an amino crosslinker, wherein the coating composition is substantially free of bisphenol A (BPA), bisphenol F (BPF), bisphenol A diglycidyl ether (BADGE) and bisphenol F diglycidyl ether (BFDGE). (a) a binder comprising a polyester material, (b) a phenolic crosslinker, and (c) an amino crosslinker,
An artificial tympanic membrane device, comprising: a scaffold comprising a plurality of ribs comprising a first material or combination of materials, wherein either: a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a plurality of open spaces between the ribs are filled or made with a thin membrane comprising the first material or combination of materials, a different, second material, a combination of the first and a second materials, or a combination of a second material and one or more other different materials. a scaffold comprising a plurality of ribs comprising a first material or combination of materials, wherein either: a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a) at least some ribs of the scaffold are formed in a hub and spoke arrangement, or b) at least some ribs of the scaffold are formed in circular shapes and at least some ribs of the scaffold form a radial pattern; and a plurality of open spaces between the ribs are filled or made with a thin membrane comprising the first material or combination of materials, a different, second material, a combination of the first and a second materials, or a combination of a second material and one or more other different materials.
Method for manufacturing a spectacle lens, the spectacle lens comprising a lens substrate and at least one coating, the method comprising at least the following steps: - Providing a lens substrate comprising an uncoated or precoated front surface and an uncoated or precoated back surface, - Covering at least one of the surfaces of the lens substrate partially or completely with a least one coating composition, - Drying and/or precuring the at least one coating composition, the method further comprising at least the following steps: - Contacting the surface of the at least one coating composition with at least one mechanical means, - Curing and/or hardening the at least one coating composition, - Obtaining a spectacle lens comprising a lens substrate and at least one coating, the surface topography of the at least one coating being modified by the at least one mechanical means, characterized in that the modification of the surface topography of the at least one coating resulting in at least one micro lens. - Providing a lens substrate comprising an uncoated or precoated front surface and an uncoated or precoated back surface, - Covering at least one of the surfaces of the lens substrate partially or completely with a least one coating composition, - Drying and/or precuring the at least one coating composition, the method further comprising at least the following steps: - Contacting the surface of the at least one coating composition with at least one mechanical means, - Curing and/or hardening the at least one coating composition, - Obtaining a spectacle lens comprising a lens substrate and at least one coating, the surface topography of the at least one coating being modified by the at least one mechanical means, characterized in that the modification of the surface topography of the at least one coating resulting in at least one micro lens.
A protein comprising a polypeptide sequence having at least 80% sequence identity to SEQ ID NO: 6, wherein the protein has psicose 3-epimerase activity and the polypeptide sequence is not identical to SEQ ID NO: 6.