mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a unit-dose ware-washing product comprising an upwardly open container having a base wall , an upright perimeter wall , and an upright internal wall between one part of the perimeter wall and another part of the perimeter wall , the internal wall and the perimeter wall forming first and second compartments (A, B, 42, 44) within the container, wherein the method comprises: injecting a molten water-soluble polymer, comprising polyvinyl alcohol, polyvinyl alcohol copolymer, or partially hydrolyzed polyvinyl acetate, into a mould cavity between cooperating male and female mould parts; wherein there is an independently movable first male mould part and an independently movable second male mould part separated by a gap in which the internal wall is formed, and wherein the first and second male mould parts are independently movable with respect to one another and correspond to the first and second compartments (A, B, 42, 44) of the container to be formed; withdrawing the first male mould part and subsequently withdrawing the second male mould part wherein the polymer-contacting surfaces of the first and second male mould parts that define the gap in which the internal wall is formed are accessible for polishing; introducing different compositions effective in cleaning into respective compartments; and closing the container. injecting a molten water-soluble polymer, comprising polyvinyl alcohol, polyvinyl alcohol copolymer, or partially hydrolyzed polyvinyl acetate, into a mould cavity between cooperating male and female mould parts; wherein there is an independently movable first male mould part and an independently movable second male mould part separated by a gap in which the internal wall is formed, and wherein the first and second male mould parts are independently movable with respect to one another and correspond to the first and second compartments (A, B, 42, 44) of the container to be formed; withdrawing the first male mould part and subsequently withdrawing the second male mould part wherein the polymer-contacting surfaces of the first and second male mould parts that define the gap in which the internal wall is formed are accessible for polishing; introducing different compositions effective in cleaning into respective compartments; and closing the container.
A coated abrasive article comprising: a backing comprising a make coat attaching AZ abrasive particles and glass diluent particles to the backing , the AZ abrasive particles and the glass diluent particles forming an abrasive layer; and a size coat applied over the AZ abrasive particles and the glass diluent particles ; wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles , the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles. a backing comprising a make coat attaching AZ abrasive particles and glass diluent particles to the backing , the AZ abrasive particles and the glass diluent particles forming an abrasive layer; and a size coat applied over the AZ abrasive particles and the glass diluent particles ; wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles , the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles. wherein a size ratio between the average size of the glass diluent particles divided by the average size of the AZ abrasive particles is from 0.5 to 2.5, the abrasive layer comprises from 25 to 75 percent by weight AZ abrasive particles and from 75 to 25 percent by weight glass diluent particles , the abrasive layer has from 70 to 95 percent of a maximum closed coat construction of the AZ abrasive particles and glass diluent particles.
An authentication management system comprising: a custom credential provider installed on a computing device to support OS account authentication through an alternate authentication method that replaces an OS account authentication method supported by an operating system of the computing device; and an authentication management server communicably connected to the custom credential provider via a communication network to perform user authentication related to a user who attempts OS account authentication using the alternate authentication information when the OS account authentication based on the alternate authentication information used in the alternate authentication method is attempted and transfer, to the custom credential provider, a seed to be used to generate a new account authentication information when the user authentication is successful, wherein the custom credential provider is adapted to newly generate account authentication information that satisfies a password security rule required by the operating system using the received seed values, is adapted to update the account authentication information with the newly-generated account authentication information, is adapted to perform authentication according to the OS account authentication method provided by the operating system itself using the newly-generated account authentication information, and is adapted to provide a user session to a corresponding user who attempts the OS account authentication when the OS account authentication is successful. a custom credential provider installed on a computing device to support OS account authentication through an alternate authentication method that replaces an OS account authentication method supported by an operating system of the computing device; and an authentication management server communicably connected to the custom credential provider via a communication network to perform user authentication related to a user who attempts OS account authentication using the alternate authentication information when the OS account authentication based on the alternate authentication information used in the alternate authentication method is attempted and transfer, to the custom credential provider, a seed to be used to generate a new account authentication information when the user authentication is successful, wherein the custom credential provider is adapted to newly generate account authentication information that satisfies a password security rule required by the operating system using the received seed values, is adapted to update the account authentication information with the newly-generated account authentication information, is adapted to perform authentication according to the OS account authentication method provided by the operating system itself using the newly-generated account authentication information, and is adapted to provide a user session to a corresponding user who attempts the OS account authentication when the OS account authentication is successful.
A vehicle control device installed in a vehicle, the device comprising: a battery; a high-voltage battery that has a voltage higher than a voltage of the battery; and a fuel injection device that injects fuel into an internal combustion engine, wherein the vehicle control device includes a control unit that determines whether to supply a drive current to the fuel injection device by the battery or supply a drive current to the fuel injection device by the high-voltage battery, and controls the fuel injection device , wherein the vehicle is provided with a switch that switches between supplying a drive current to the fuel injection device by the battery and supplying a drive current to the fuel injection device by the high-voltage battery on the downstream of a booster circuit that boosts the voltage of the battery, and the control unit controls the switch to control the fuel injection device by supplying a drive current to the fuel injection device by the battery or supplying a drive current to the fuel injection device by the high-voltage battery. a battery; a high-voltage battery that has a voltage higher than a voltage of the battery; and a fuel injection device that injects fuel into an internal combustion engine, wherein the vehicle control device includes a control unit that determines whether to supply a drive current to the fuel injection device by the battery or supply a drive current to the fuel injection device by the high-voltage battery, and controls the fuel injection device ,
A multi-plate clutch , in particular a dry multi-plate clutch for a hybrid drivetrain , having at least one outer plate suspended on the outside in the radial direction and displaceable in the axial direction and at least one inner plate suspended on the inside in the radial direction and displaceable in the axial direction , wherein the outer plate is suspended on the rotor pot in a torque-transmitting manner via a plurality of leaf springs distributed around the outer circumference and/or the inner plate is suspended on a driver ring via a plurality of leaf springs distributed around the inner circumference in a torque-transmitting manner, characterised in that at least two of the leaf springs are integrally formed with a lining carrier of an internally or externally suspended lining plate , in that both ends of each leaf spring , which are spaced apart from one another in the circumferential direction , merge into the lining carrier .
A method of making an ultra-conductive wire having enhanced conductivity, the method comprising: cold wire drawing a pre-wire product formed from an ultra-conductive metal to form a drawn wire, wherein the ultra-conductive metal is formed from a pure metal and a nano-carbon additive, wherein the pure metal is copper; and annealing the drawn wire to form an ultra-conductive wire; and wherein the ultra-conductive wire exhibits an International Annealed Copper Standard ("IACS") conductivity of 100% or greater, wherein the ultra-conductive wire comprises 0.0005%, by weight, to 0.1%. by weight, of the nano-carbon additive. cold wire drawing a pre-wire product formed from an ultra-conductive metal to form a drawn wire, wherein the ultra-conductive metal is formed from a pure metal and a nano-carbon additive, wherein the pure metal is copper; and annealing the drawn wire to form an ultra-conductive wire; and wherein the ultra-conductive wire exhibits an International Annealed Copper Standard ("IACS") conductivity of 100% or greater, wherein the ultra-conductive wire comprises 0.0005%, by weight, to 0.1%. by weight, of the nano-carbon additive.
A vehicle service system comprising: - a calibration apparatus , which is designed to calibrate at least one ADAS sensor comprised in an advanced driver assistance system of a vehicle arranged in a vehicle service area , said calibration apparatus is designed to move on a resting plane adjacent to said vehicle service area and comprises at least one calibration device , which is designed to be detected by said ADAS sensor during the calibration of the ADAS sensor itself, said vehicle service system is characterised in that it comprises a position detection system comprising: - at least two optical apparatuses , which are arranged in the vehicle service area on opposite sides of said vehicle one with respect to the other, and are configured to capture first images containing images of the vehicle , said optical apparatuses have respective positioning targets which are orientated in order to be facing said calibration apparatus , - two cameras which are mounted on said calibration apparatus so as to be arranged in lateral positions, on opposite sides with respect to said calibration device ; the two cameras are optically orientated towards said optical apparatuses to capture second images which contain said positioning targets of said optical apparatuses , - electronic processing means which are configured so as to determine a first position indicative of the position of said calibration apparatus and/or of the position of said calibration device with respect to said vehicle , based on said first images and said second images. - a calibration apparatus , which is designed to calibrate at least one ADAS sensor comprised in an advanced driver assistance system of a vehicle arranged in a vehicle service area , said calibration apparatus is designed to move on a resting plane adjacent to said vehicle service area and comprises at least one calibration device , which is designed to be detected by said ADAS sensor during the calibration of the ADAS sensor itself, - at least two optical apparatuses , which are arranged in the vehicle service area on opposite sides of said vehicle one with respect to the other, and are configured to capture first images containing images of the vehicle , said optical apparatuses have respective positioning targets which are orientated in order to be facing said calibration apparatus , - two cameras which are mounted on said calibration apparatus so as to be arranged in lateral positions, on opposite sides with respect to said calibration device ; the two cameras are optically orientated towards said optical apparatuses to capture second images which contain said positioning targets of said optical apparatuses , - electronic processing means which are configured so as to determine a first position indicative of the position of said calibration apparatus and/or of the position of said calibration device with respect to said vehicle , based on said first images and said second images.
A polymerization process for the preparation of a polymer material in which one monomer is a free acid monomer, having the general formula CH 2 =CR 1 COOH, wherein R 1 is selected from the group consisting of F, C 1 -C 5 alkyl, C 1 -C 5 fluoroalkyl and hydrogen, and the other monomer or monomers have acid labile groups being attached thereto and the polymerization is carried out using a chain transfer agent (RAFT) and a compatible first solvent, wherein the process comprises using a base material to prevent the degradation of the acid labile groups, and thereafter removing the base material from the copolymer material thus formed, said base material selected from the group consisting of alkali metal and alkaline earth metal carbonates, phosphates, hydroxides, amines and mixtures thereof.
An insulating wall structure comprising: - a wall ; - first and second Vacuum Insulated Panels (VIPs) covering adjacent parts of said wall; - a support profile comprising a first support face attached to said wall and a second support face , said support faces being interconnected via an intermediate portion which is interposed between said first and second VIPs; and - a building board which is fixed to said second support face with a fastener selected from an adhesive and a hook and loop fastener; characterized in that each of said VIPs is provided with a protective panel facing said building board and wherein said protective panel has a thickness between 1.5 mm and 3.0 mm. - a wall ; - first and second Vacuum Insulated Panels (VIPs) covering adjacent parts of said wall; - a support profile comprising a first support face attached to said wall and a second support face , said support faces being interconnected via an intermediate portion which is interposed between said first and second VIPs; and - a building board which is fixed to said second support face with a fastener selected from an adhesive and a hook and loop fastener; characterized in that each of said VIPs is provided with a protective panel facing said building board and wherein said protective panel has a thickness between 1.5 mm and 3.0 mm.
A method of storing decoded video data, comprising: setting a reference frame queue table in a static random access memory, and storing, in each entry of the reference frame queue table, index information pointing to a group of frame buffering information; storing in the static random access memory a plurality of groups of frame buffering information, wherein each group of frame buffering information includes frame display order data and motion vector storage address information; and storing in a dynamic random access memory motion vector data of each reference frame, wherein the motion vector data includes motion vector index information, wherein the motion vector storage address information is address information of motion vector data of a coding tree unit of a reference frame stored in the dynamic random access memory, wherein the motion vector data consecutively stored in the dynamic random access memory is the motion vector data of all 16x16 blocks, which are obtained by splitting the coding tree unit in 16x16 blocks, arranged by column from left to right, and wherein the motion vector index information of two subsequent 16x16 blocks is stored in one word. setting a reference frame queue table in a static random access memory, and storing, in each entry of the reference frame queue table, index information pointing to a group of frame buffering information; storing in the static random access memory a plurality of groups of frame buffering information, wherein each group of frame buffering information includes frame display order data and motion vector storage address information; and storing in a dynamic random access memory motion vector data of each reference frame, wherein the motion vector data includes motion vector index information, wherein the motion vector storage address information is address information of motion vector data of a coding tree unit of a reference frame stored in the dynamic random access memory, wherein the motion vector data consecutively stored in the dynamic random access memory is the motion vector data of all 16x16 blocks, which are obtained by splitting the coding tree unit in 16x16 blocks, arranged by column from left to right, and wherein the motion vector index information of two subsequent 16x16 blocks is stored in one word.
A clamp assembly for encircling a first structure and a second structure, the clamp assembly comprising: a first arm including: a first hinge end ; a first free end a first web between the first hinge end and the first free end; a first curved portion between the first hinge end and the first web; and a second curved portion between the first free end and the first web; a second arm including: a second hinge end ; a second free end ; a second web between the second hinge end and the second free end; a third curved portion between the second hinge end and the second web; and a fourth curved portion between the second free end and the second web; a hinge that pivotably connects the first hinge end to the second hinge end; and a fastening arrangement configured to connect the first free end to the second free end when the clamp assembly is in a closed position; wherein the first curved portion and the third curved portion form a first ring when the clamp assembly is in the closed position and the second curved portion and the fourth curved portion form a second ring when the clamp assembly is in the closed position; characterized in that the first curved portion, the second curved portion, the third curved portion, and the fourth curved portion each have a V-shaped cross-section. a first arm including: a first hinge end ; a first free end a first web between the first hinge end and the first free end; a first curved portion between the first hinge end and the first web; and a second curved portion between the first free end and the first web; a first hinge end ; a first free end a first web between the first hinge end and the first free end; a first curved portion between the first hinge end and the first web; and a second curved portion between the first free end and the first web; a second arm including: a second hinge end ; a second free end ; a second web between the second hinge end and the second free end; a third curved portion between the second hinge end and the second web; and a fourth curved portion between the second free end and the second web; a second hinge end ; a second free end ; a second web between the second hinge end and the second free end; a third curved portion between the second hinge end and the second web; and a fourth curved portion between the second free end and the second web; a hinge that pivotably connects the first hinge end to the second hinge end; and a fastening arrangement configured to connect the first free end to the second free end when the clamp assembly is in a closed position; wherein the first curved portion and the third curved portion form a first ring when the clamp assembly is in the closed position and the second curved portion and the fourth curved portion form a second ring when the clamp assembly is in the closed position; characterized in that the first curved portion, the second curved portion, the third curved portion, and the fourth curved portion each have a V-shaped cross-section.
Internal combustion engine, comprising at least one main combustion chamber (B1, B2) formed in a cylinder (Z) above a movable piston (K; K2), which is arranged in the cylinder (Z), wherein the main combustion chamber (B2) is supplied with an ignition chamber charge of gaseous fuel from an ignition chamber space of an ignition chamber (Z2), which is connected to a fuel supply system, wherein the at least one main combustion chamber (B2) is also supplied with a main combustion chamber charge of gaseous fuel, wherein the combustion chamber (Z2) is assigned an ignition source which ignites the gaseous fuel in the ignition chamber space of the ignition chamber (Z2) at a predefinable time, as a result of which ignited reactive gas jets (En) shoot into the main combustion chamber (B2) and burn in the main combustion chamber (B2) upon ignition of the main combustion chamber charge together with the ignition chamber charge, after which the exhaust gas is discharged from the at least one main combustion chamber (B2), wherein the ignition chamber (Z2) has firing channels (Sn) for the targeted introduction of ignited reactive gas jets (En) into the main combustion chamber (B2) which is delimited by a main combustion chamber roof (B2-1) of the cylinder (Z) and by a piston bowl (KM2) formed in the movable piston (K; K2), characterized in that at a predefinable position (zOT) of the movable piston (K; K2) in the cylinder (Z), seven reactive gas jets (En; n = 7) are directed onto a primary ignition region (KM2-2) of the piston bowl (KM2) of the piston (K; K2), said ignition region being located between a central region (KM2-3) and a squeezing edge region (KM2-1) of a geometrically specifically designed hemispherical piston bowl (KM2), which squeezing edge region lies in the edge region of the piston bowl, and three further reactive gas jets (En; n = 8 to 10) are directed onto the central region (KM2-3) of the geometrically specifically designed piston bowl (KM2) in the hemispherical shape.
An ophthalmic composition comprising (A) one or more kinds selected from the group consisting of terpenoid, a tocopherol, and a benzyl ammonium compound and a salt thereof, wherein the ophthalmic composition is contained in a container in which a portion or the whole of a part coming into contact with the ophthalmic composition is formed from a resin containing a cyclic olefin polymer and/or a cyclic olefin copolymer, wherein the cyclic olefin polymer is a polymer of one kind of cyclic olefin homopolymerized or a polymer of two or more kinds of cyclic olefins copolymerized, or a hydrogenation product thereof, wherein the cyclic olefin copolymer is a polymer of a cyclic olefin and an acyclic olefin, or a hydrogenation product thereof, and wherein the cyclic olefin constituting the cyclic olefin polymer or the cyclic olefin copolymer is selected from the group consisting of a monocyclic or polycyclic cycloalkane having a vinyl group and a monocyclic or polycyclic cycloalkene.