mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a curved laminated glazing unit possessing a concave side and a convex side, said glazing unit comprising a glass sheet, called the internal glass sheet, disposed to the concave side of the glazing unit and bonded adhesively by means of a thermoplastic interlayer with a glass sheet, called the external glass sheet, disposed to the convex side of the glazing unit, said method comprising the following steps: - applying an enamel coating to a part of a first face of a first glass sheet so as to create at least one enameled zone and at least one unenameled zone , - applying a sacrificial layer absorbing a part of the infrared radiation to a part, called the sacrificial zone, of a first face of a second glass sheet , - simultaneously bending the first and second glass sheets , the glass sheets being disposed during bending so that one of the first and second glass sheets is disposed on the other glass sheet, the respective first faces of each glass sheet are oriented toward the concave side of the glazing unit, and the sacrificial zone is disposed at least in line with at least one part of an enameled zone , - removing said sacrificial layer , either during bending or after the bending step, - laminating the first and second glass sheets by means of a thermoplastic interlayer . - applying an enamel coating to a part of a first face of a first glass sheet so as to create at least one enameled zone and at least one unenameled zone , - applying a sacrificial layer absorbing a part of the infrared radiation to a part, called the sacrificial zone, of a first face of a second glass sheet , - simultaneously bending the first and second glass sheets , the glass sheets being disposed during bending so that one of the first and second glass sheets is disposed on the other glass sheet, the respective first faces of each glass sheet are oriented toward the concave side of the glazing unit, and the sacrificial zone is disposed at least in line with at least one part of an enameled zone , - removing said sacrificial layer , either during bending or after the bending step, - laminating the first and second glass sheets by means of a thermoplastic interlayer .
A device for producing ice (1', 1") comprising: - a control container designed to contain water; - an ice forming station in turn comprising a cooling surface designed to come into contact with water coming from the control container , cooling it and transforming it into ice; and - a level sensor (15, 15', 15") designed for measuring the level of the water in the control container ; - a control system designed for controlling the cooling surface on the basis of the measurements of the level sensor (15, 15', 15"); characterised in that the level sensor (15, 15', 15") is immersed in the water contained in said control container or is fixed to an outer wall of said control container and comprises one or more sensitive elements , said level sensor (15, 15', 15") being configured to to measure the water level in the control container by measuring an electrical capacitance associated with the quantity of water present in the control container , said device (1', 1") being designed to determine the quantity and/or the thickness of the ice which covers the cooling surface on the basis of the variations of the water level in the control container or on the basis of the difference between the quantity of water added in the control container and drawn from it. - a control container designed to contain water; - an ice forming station in turn comprising a cooling surface designed to come into contact with water coming from the control container , cooling it and transforming it into ice; and - a level sensor (15, 15', 15") designed for measuring the level of the water in the control container ; - a control system designed for controlling the cooling surface on the basis of the measurements of the level sensor (15, 15', 15");
A fixing device comprising: a pressing roller having a core metal and an elastic layer formed around an outer circumferential face of the core metal ; a rotating member configured to come into contact with an outer circumferential face of the pressing roller ; a heating means configured to heat the rotating member ; a pressing mechanism configured to press the pressing roller to the rotating member to form a pressing area between the pressing roller and the rotating member , a sheet being conveyed through the pressing area; and a separation member arranged at a downstream side of the pressing area in a conveyance direction of the sheet and configured to separate the sheet from the rotating member , the separation member including a rotating shaft part parallel to a rotating shaft of the pressing roller and a contact part coming into contact with an outer circumferential face of the rotating member , characterized in that the fixing device further comprises: a first biasing member configured to bias the separation member to be rotated in a direction in which the contact part is butted against the outer circumferential face of the rotating member , the first biasing member including a first end portion by which biasing force is acted on the separation member and a second end portion opposite to the first end portion ; and a moving mechanism configured to move the second end portion of the first biasing member in a direction in which the biasing force is decreased, as the core metal approaches the rotating member owing to decrease in rigidity of the elastic layer of the pressing roller . a pressing roller having a core metal and an elastic layer formed around an outer circumferential face of the core metal ; a rotating member configured to come into contact with an outer circumferential face of the pressing roller ; a heating means configured to heat the rotating member ; a pressing mechanism configured to press the pressing roller to the rotating member to form a pressing area between the pressing roller and the rotating member , a sheet being conveyed through the pressing area; and a separation member arranged at a downstream side of the pressing area in a conveyance direction of the sheet and configured to separate the sheet from the rotating member , the separation member including a rotating shaft part parallel to a rotating shaft of the pressing roller and a contact part coming into contact with an outer circumferential face of the rotating member , a first biasing member configured to bias the separation member to be rotated in a direction in which the contact part is butted against the outer circumferential face of the rotating member , the first biasing member including a first end portion by which biasing force is acted on the separation member and a second end portion opposite to the first end portion ; and a moving mechanism configured to move the second end portion of the first biasing member in a direction in which the biasing force is decreased, as the core metal approaches the rotating member owing to decrease in rigidity of the elastic layer of the pressing roller .
A metal pigment composition which is a coloring composition or a composition to be used for preparation of the coloring composition, the metal pigment composition comprising: a metal pigment; a polyoxyalkyleneamine compound; and a liquid medium component, wherein the metal pigment includes metal particles, the metal particles are surface-modified with a surface treatment agent, and the surface treatment agent is at least one selected from the group consisting of a compound represented by the following formula and a compound represented by the following formula (A-R-O) a P(O)(OH) 3-a (A-R)P(O)(OH) 2 where in the formulas, A represents a hydrogen atom, a carboxy group, a hydroxy group, an amino group, or an oxyalkylene-containing group, R represents a divalent hydrocarbon group having 10 carbon atoms or more, and a represents 1 or 2. a metal pigment; a polyoxyalkyleneamine compound; and a liquid medium component, wherein the metal pigment includes metal particles, the metal particles are surface-modified with a surface treatment agent, and the surface treatment agent is at least one selected from the group consisting of a compound represented by the following formula and a compound represented by the following formula (A-R-O) a P(O)(OH) 3-a (A-R)P(O)(OH) 2 where in the formulas, A represents a hydrogen atom, a carboxy group, a hydroxy group, an amino group, or an oxyalkylene-containing group, R represents a divalent hydrocarbon group having 10 carbon atoms or more, and a represents 1 or 2.
A method of producing an article, comprising: (a) providing a first material in powder form; (b) providing a second material in powder form, the second material capable of chemically reacting with the first material to form a reaction product; (c) providing a diluent material, the diluent material inhibiting the chemical reaction between the first and second materials; (d) forming at least the first, second and diluent materials into a first layer; (e) subjecting at least a portion of the first layer to energy sufficient to initiate the chemical reaction between the first and second materials to form a portion of the article, the portion of the article comprising the reaction product; (f) forming a second layer of at least the first, second and diluent materials on the first layer; and (g) subjecting at least a portion of the second layer to the energy to form an additional portion of the article. (a) providing a first material in powder form; (b) providing a second material in powder form, the second material capable of chemically reacting with the first material to form a reaction product; (c) providing a diluent material, the diluent material inhibiting the chemical reaction between the first and second materials; (d) forming at least the first, second and diluent materials into a first layer; (e) subjecting at least a portion of the first layer to energy sufficient to initiate the chemical reaction between the first and second materials to form a portion of the article, the portion of the article comprising the reaction product; (f) forming a second layer of at least the first, second and diluent materials on the first layer; and (g) subjecting at least a portion of the second layer to the energy to form an additional portion of the article.
Drilling guide for dental surgery, comprising: - centring means extending along a longitudinal axis (I-I), - two drilling bushes substantially parallel to the longitudinal axis (I-I) and offset laterally on either side of the longitudinal axis (I-I) , characterized in that : - the centring means comprise a cylinder of substantially circular cross section intended to penetrate a hole drilled in the mandibular or maxillary bone of a patient, - said drilling bushes continue parallel to the longitudinal axis (I-I) with cross sections (ST3, ST4) which respectively intersect a first part (P1) and a second part (P2) of the periphery of the cross section of the cylinder of the centring means . - centring means extending along a longitudinal axis (I-I), - two drilling bushes substantially parallel to the longitudinal axis (I-I) and offset laterally on either side of the longitudinal axis (I-I) , - the centring means comprise a cylinder of substantially circular cross section intended to penetrate a hole drilled in the mandibular or maxillary bone of a patient, - said drilling bushes continue parallel to the longitudinal axis (I-I) with cross sections (ST3, ST4) which respectively intersect a first part (P1) and a second part (P2) of the periphery of the cross section of the cylinder of the centring means .
A dewatering part for a continuous washing machine, which is configured to be positioned on a rear end side of the continuous washing machine configured by a plurality of washing compartments, wherein the dewatering part comprises a press-dewatering rubber tub , a driving cylinder , an outflow prevention cover and a dewatering tank , wherein said press-dewatering rubber tub is mounted on the dewatering part and is configured to be movable upward or downward by the driving cylinder so as to press a laundry in the dewatering tank , wherein the press-dewatering rubber tub comprises a plurality of high-elastic fillers as a filler for enhancing durability stored in the dewatering rubber tub in a state that releasing of said high-elastic fillers is prevented by the outflow prevention cover such that an inner airtight state of the press-dewatering rubber tub is formed by said outflow prevention cover , characterized in that said high-elastic fillers are honeycomb fillers with an open hollow shaped each therein and the press-dewatering rubber tub is filled with one of argon gas, water or air.
A silicon-based anode material, comprising a silicon-based active material and a composite layer coated on the surface of the silicon-based active material and composed of a flexible polymer and a conductive material; wherein the flexible polymer is any one of polyolefin and derivatives thereof, polyvinyl alcohol and derivatives thereof, polyacrylic acid and derivatives thereof, polyamide and derivatives thereof, carboxymethyl cellulose and derivatives thereof, or alginic acid and derivatives thereof, or a combination of at least two thereof; the conductive material comprises flake graphite and a nano-carbon based material; wherein the nano-carbon based material comprises any one of conductive graphite, graphene, carbon nanotubes or carbon nanofibers, or a combination of at least two thereof. wherein the flexible polymer is any one of polyolefin and derivatives thereof, polyvinyl alcohol and derivatives thereof, polyacrylic acid and derivatives thereof, polyamide and derivatives thereof, carboxymethyl cellulose and derivatives thereof, or alginic acid and derivatives thereof, or a combination of at least two thereof; the conductive material comprises flake graphite and a nano-carbon based material; wherein the nano-carbon based material comprises any one of conductive graphite, graphene, carbon nanotubes or carbon nanofibers, or a combination of at least two thereof.
A data of interest exchange architecture comprising a plurality of resource constrained connected objects (12-1, ..., 12-3) and a security system for these connected objects (12-1, ..., 12-3) during a complete life cycle of these objects consisting of a manufacturing phase, a deployment phase, an operating phase and a dismantling phase; each connected object (12-1, ..., 12-3) comprising: - an access control microcontroller capable of providing a unique physical identifier of the connected object (12-1, ..., 12-3); - a memory capable of storing software resources; - a processor adapted to generate data of interest using at least some of the software resources stored in the memory , the processor defining disabling means; - a communication module capable of communicating data of interest generated by the processor in encrypted form using at least one encryption key; the detection module being able to: - check the access control microcontroller and the integrity of the memory of each object (12-1, ..., 12-3), during the manufacturing phase of this object (12-1, ..., 12-3); - discover, identify and record each new object (12-1, ..., 12-3) connected using the unique physical identifier of that object (12-1, ..., 12-3), during the deployment phase of that object (12-1, ..., 12-3); - update software resources stored in the memory of each connected object (12-1, ..., 12-3), during the operation phase of this object (12-1, ..., 12-3); - actuate the deactivation means of each connected object (12-1, ..., 12-3) to deactivate the operation of this connected object (12-1, ..., 12-3), during the dismantling phase of this object (12-1, ..., 12-3). - an access control microcontroller capable of providing a unique physical identifier of the connected object (12-1, ..., 12-3); - a memory capable of storing software resources; - a processor adapted to generate data of interest using at least some of the software resources stored in the memory , the processor defining disabling means; - a communication module capable of communicating data of interest generated by the processor in encrypted form using at least one encryption key; - check the access control microcontroller and the integrity of the memory of each object (12-1, ..., 12-3), during the manufacturing phase of this object (12-1, ..., 12-3); - discover, identify and record each new object (12-1, ..., 12-3) connected using the unique physical identifier of that object (12-1, ..., 12-3), during the deployment phase of that object (12-1, ..., 12-3); - update software resources stored in the memory of each connected object (12-1, ..., 12-3), during the operation phase of this object (12-1, ..., 12-3); - actuate the deactivation means of each connected object (12-1, ..., 12-3) to deactivate the operation of this connected object (12-1, ..., 12-3), during the dismantling phase of this object (12-1, ..., 12-3).
A method for grinding a tip of a blade , characterized by comprising: a movement restriction step (S1) of restricting a relative movement of a blade with respect to a disk of the blade of a blisk by locking a disk locking section of a jig to the disk of the blade of the blisk and by locking a blade locking section of the jig , which is connected to the disk locking section through a connection portion of the jig , via a damping member to an airfoil of the blisk including the disk to which the disk locking section is locked while the jig is inserted between two adjacent blade cascades of the blisk, the blisk being formed from the disk and the blade both integrally provided; and a grinding step (S3) of concurrently grinding a tip of the blade of the blisk in the rotor and a tip of a blade of a blade-disk assembled wheel during rotation of the rotor at a predetermined speed, the blade-disk assembled wheel formed from a disk and a blade both separately provided.
A method for measuring temperature of a mold copper plate (C) which constitutes a continuous casting mold for molten metal (M), the method comprising: a first procedure of providing a reflection source (R) of ultrasonic wave inside the mold copper plate (C); a second procedure of causing an ultrasonic wave (U) to propagate in a direction in parallel with an adjacent surface (C1) to molten metal (M) of the mold copper plate (C) from an ultrasonic transceiver element toward the reflection source (R); and a third procedure of calculating a temperature of the mold copper plate (C) based on an ultrasonic echo (U1) that is reflected at the reflection source (R) and is detected by the ultrasonic transceiver element . a first procedure of providing a reflection source (R) of ultrasonic wave inside the mold copper plate (C); a second procedure of causing an ultrasonic wave (U) to propagate in a direction in parallel with an adjacent surface (C1) to molten metal (M) of the mold copper plate (C) from an ultrasonic transceiver element toward the reflection source (R); and a third procedure of calculating a temperature of the mold copper plate (C) based on an ultrasonic echo (U1) that is reflected at the reflection source (R) and is detected by the ultrasonic transceiver element .
A cosmetic composition, comprising: a) at least one bicarbonate compound; b) at least one acid; c) at least one film forming anionic polymer selected from Polyacrylate-2 crosspolymer, Polyacrylate-32 crosspolymer, crotonic acid copolymers, copolymers of monounsaturated C4-C8 carboxylic acids or anhydrides, homopolymers or copolymers comprising sulfonic groups, anionic polyurethanes, sulfopolyesters, and mixtures thereof; and d) at least one cosmetically acceptable carrier; wherein the weight ratio of the at least one bicarbonate compound (a) to the at least one acid (b) is from 1.5:1 to 3:1. a) at least one bicarbonate compound; b) at least one acid; c) at least one film forming anionic polymer selected from Polyacrylate-2 crosspolymer, Polyacrylate-32 crosspolymer, crotonic acid copolymers, copolymers of monounsaturated C4-C8 carboxylic acids or anhydrides, homopolymers or copolymers comprising sulfonic groups, anionic polyurethanes, sulfopolyesters, and mixtures thereof; and d) at least one cosmetically acceptable carrier;
Lighting module for a vehicle, where the lighting module comprises: - a plurality of light emitters ; - at least one printed circuit board , where the plurality of light emitters is connected to the at least one printed circuit board ; - an output surface of the light generated by the plurality of light emitters ; - a first reflection surface and a second reflection surface , wherein the at least one printed circuit board comprises the second reflection surface , characterized in that ; - the plurality of light emitters is arranged substantially aligned in the at least one printed circuit board along a first direction so as to be able to perform in use the lighting of an elongated surface, - wherein the first reflection surface is a substantially concave surface facing the plurality of emitters and configured to direct light beams emitted by the plurality of light emitters towards the second reflection surface , - wherein the second reflection surface is configured to reflect the light of the plurality of emitters from the first reflection surface towards the output surface , and - wherein the first reflection surface , the second reflection surface and the output surface extend in the first direction, said first direction being substantially perpendicular to the output direction of the light reflected on the second reflection surface . - a plurality of light emitters ; - at least one printed circuit board , where the plurality of light emitters is connected to the at least one printed circuit board ; - an output surface of the light generated by the plurality of light emitters ; - a first reflection surface and a second reflection surface , wherein the at least one printed circuit board comprises the second reflection surface , characterized in that ; - the plurality of light emitters is arranged substantially aligned in the at least one printed circuit board along a first direction so as to be able to perform in use the lighting of an elongated surface, - wherein the first reflection surface is a substantially concave surface facing the plurality of emitters and configured to direct light beams emitted by the plurality of light emitters towards the second reflection surface , - wherein the second reflection surface is configured to reflect the light of the plurality of emitters from the first reflection surface towards the output surface , and - wherein the first reflection surface , the second reflection surface and the output surface extend in the first direction, said first direction being substantially perpendicular to the output direction of the light reflected on the second reflection surface .