mhurhangee/ep-ind-claims huggingface dataset:
A submersible light fixture (100, 600, 900, 1200), comprising: a partially spherical housing (110, 120, 610, 620, 910, 920) made of metal and having a hollow interior and a first aperture extending through a front side of the housing; a transparent window (112, 612, 912) extending across the first aperture; a seal (232, 732, 1026) between a periphery of the window (112, 612, 912) and the housing (110, 610, 910) for providing resistance to the entry of water into the hollow interior of the housing; at least one LED mounted inside a cavity formed by at least one exterior surface of the housing and a rear side of the window (112, 612, 912); and an electrical connector (130, 630, 1030) extending through a second aperture in a rear side of the housing. a partially spherical housing (110, 120, 610, 620, 910, 920) made of metal and having a hollow interior and a first aperture extending through a front side of the housing; a transparent window (112, 612, 912) extending across the first aperture; a seal (232, 732, 1026) between a periphery of the window (112, 612, 912) and the housing (110, 610, 910) for providing resistance to the entry of water into the hollow interior of the housing; at least one LED mounted inside a cavity formed by at least one exterior surface of the housing and a rear side of the window (112, 612, 912); and an electrical connector (130, 630, 1030) extending through a second aperture in a rear side of the housing.
Method for the production of a piezoelectric layer stack, having the step of: S1) providing a layer stack having a plurality of piezoelectric ceramic layers and a plurality of electrically conductive inner electrodes, wherein, along a longitudinal axis of the layer stack, each inner electrode is arranged between two ceramic layers, and wherein the surface of the piezoelectric ceramic layers has a first region with a polycrystalline structure and a second region with piezoelectric ceramic material, as loose particle layer as a result of a prior mechanical processing of the layer stack, adhering merely mechanically to the polycrystalline structure; characterized by the steps of: S2) removing the piezoelectric ceramic material adhering merely mechanically to the polycrystalline structure, without damaging the polycrystalline structure, by S2a) providing a gas that has been liquefied by compression; S2b) expanding the gas such that microcrystals form; S2c) orienting the microcrystals to give an oriented flow; S2d) applying the oriented flow to a surface of the layer stack. S2) removing the piezoelectric ceramic material adhering merely mechanically to the polycrystalline structure, without damaging the polycrystalline structure, by S2a) providing a gas that has been liquefied by compression; S2b) expanding the gas such that microcrystals form; S2c) orienting the microcrystals to give an oriented flow; S2d) applying the oriented flow to a surface of the layer stack.
A reactor comprising a tank configured to contain a mass to treat and provided with an assembly turning around an axis (Z-Z) configured to provide mixing of that mass to treat and further provided with a plurality of illumination sources (13, 13A, 13B) configured to promote the treatment of that mass, said tank having an inside wall to which are fastened plates the planes of which are oriented towards the axis of the turning assembly and parallel thereto, so as to prevent the formation of a vortex within the mass to treat under the action of the turning assembly, said illumination sources being carried by said plates and being encapsulated, with at least the part of those plates which carries them, in a material compatible with the mass to treat and having a thickness enabling said light to be diffused towards the inside of the tank.
A device for positioning at least one n-terminal circular connector on a hat-shaped profiled support, which support is provided for the purpose of holding in particular electromechanical functional modules, characterized in that an adapter having a plurality of external functional surfaces (4a; 5a, 5b) is provided, wherein a first functional surface is provided with latch-type profiles (7a, 8a) for the purpose of snap-fastening said adapter onto said profiled support, wherein a plurality of further functional surfaces (5a, 5b), offset from said first functional surface, are provided and equipped with retaining means for releasable attachment of in each case one housing of a circular connector (6, 6'), and wherein said adapter comprises at least one space, which is open toward the external functional surfaces (5a, 5b) equipped with the retaining means, for leading through of flexible cables.
A packaging machine for packaging products in cartons, the packaging machine comprising a carton packing station and a product feed for feeding products to be packaged in cartons, wherein the products have the length P, wherein the product feed has: - a stacking apparatus that is embodied to at least stack a first group of products, which are positioned next to one another in a row with a length R, vertically above or below a second group of products, which are likewise positioned next to one another in a row with a length R, wherein the length R is a multiple of the length P; - a product slot that is positioned at the end of the product feed, at which product slot stacked rows of products with the length R are collected, - a slide positioned at the product slot, wherein the slide has a length S and is embodied to slide the stacked rows of products having a length that at least corresponds to the length S in an at least substantially horizontal sliding direction into a carton at the carton packing station, and wherein the length S is shorter than the length R by at least one times the length P, - first conveying means, preferably a conveyor belt, for conveying the products to the stacking apparatus in a first conveying direction; and - second conveying means, preferably a product feeding slide, for conveying the stacked rows of products from the stacking apparatus to the product slot in a second conveying direction, characterized in that the second conveying direction is at least substantially opposite from the first conveying direction. - a stacking apparatus that is embodied to at least stack a first group of products, which are positioned next to one another in a row with a length R, vertically above or below a second group of products, which are likewise positioned next to one another in a row with a length R, wherein the length R is a multiple of the length P; - a product slot that is positioned at the end of the product feed, at which product slot stacked rows of products with the length R are collected, - a slide positioned at the product slot, wherein the slide has a length S and is embodied to slide the stacked rows of products having a length that at least corresponds to the length S in an at least substantially horizontal sliding direction into a carton at the carton packing station, and wherein the length S is shorter than the length R by at least one times the length P, - first conveying means, preferably a conveyor belt, for conveying the products to the stacking apparatus in a first conveying direction; and - second conveying means, preferably a product feeding slide, for conveying the stacked rows of products from the stacking apparatus to the product slot in a second conveying direction,
A method of forming a passivated pigment slurry for an aqueous topcoat coating composition, the method comprising: combining a resin and a pigment to form a pigment-resin slurry, wherein the pigment includes a plurality of flakes each having a surface; after combining, mixing the pigment-resin slurry and an orthosilicate to form a coated pigment-resin slurry, wherein the coated pigment-resin slurry includes: the resin; and a coated pigment including the plurality of flakes each encapsulated by a first layer formed from silica and disposed on the surface; and reacting the coated pigment-resin slurry and an organosilane compound having a hydrolysable group and an organic functional group to coat the first layer and thereby form the passivated pigment slurry, wherein the passivated pigment-resin slurry includes: the resin; and a passivated pigment including the plurality of flakes each coated with a second layer disposed on the first layer. combining a resin and a pigment to form a pigment-resin slurry, wherein the pigment includes a plurality of flakes each having a surface; after combining, mixing the pigment-resin slurry and an orthosilicate to form a coated pigment-resin slurry, wherein the coated pigment-resin slurry includes: the resin; and a coated pigment including the plurality of flakes each encapsulated by a first layer formed from silica and disposed on the surface; the resin; and a coated pigment including the plurality of flakes each encapsulated by a first layer formed from silica and disposed on the surface; and reacting the coated pigment-resin slurry and an organosilane compound having a hydrolysable group and an organic functional group to coat the first layer and thereby form the passivated pigment slurry, wherein the passivated pigment-resin slurry includes: the resin; and a passivated pigment including the plurality of flakes each coated with a second layer disposed on the first layer. the resin; and a passivated pigment including the plurality of flakes each coated with a second layer disposed on the first layer.
An arrangement for separating a connection between two pressurized flanged tube sections (5, 7), wherein the arrangement comprises - a first type element comprising a first body adapted to be arranged around a flange of a first tube section of said connection, and which first body comprising a first sealing arrangement, - a second type element comprising a second body adapted to be arranged around a flange of a second tube section of said connection, and which second body comprising a second sealing arrangement, and wherein the second type element further comprises a displaceable obstruction, wherein the first type element and the second type element are adapted to form a sealed compartment between the flange of the first tube section and the flange of the second tube section, and the first sealing arrangement and the second sealing arrangement are adapted to maintain the sealing of the sealed compartment while allowing the flange of the first tube section and the flange of the second tube section to be displaced away from each other so that a gap is formed, which allows the obstruction to enter and isolate the second tube section. - a first type element comprising a first body adapted to be arranged around a flange of a first tube section of said connection, and which first body comprising a first sealing arrangement, - a second type element comprising a second body adapted to be arranged around a flange of a second tube section of said connection, and which second body comprising a second sealing arrangement, and wherein the second type element further comprises a displaceable obstruction,
An air conditioner comprising: vertically separated upper and lower outlets for blowing conditioned air supplied through an indoor heat exchanger by a blower into the interior of a room; a controller for controlling operation; and sensors (25,27), characterized in that the controller has a heating startup mode that is entered upon starting up in a heating mode and in which the conditioned air is blown only from the lower outlet for a predetermined period of time if the air volume is set to an automatic mode in which the controller determines the optimum air volume on the basis of information from the sensors (25,27) and the air direction is set to a mode in which the air is blown from both the upper outlet and the lower outlet (41,45). vertically separated upper and lower outlets for blowing conditioned air supplied through an indoor heat exchanger by a blower into the interior of a room; a controller for controlling operation; and sensors (25,27), characterized in that the controller has a heating startup mode that is entered upon starting up in a heating mode and in which the conditioned air is blown only from the lower outlet for a predetermined period of time if the air volume is set to an automatic mode in which the controller determines the optimum air volume on the basis of information from the sensors (25,27) and the air direction is set to a mode in which the air is blown from both the upper outlet and the lower outlet (41,45).
A method for producing sandwich construction elements for essentially loadbearing and self-supporting parts of a building, said method comprising the steps of a) producing one or more than one ply of a mechanically consolidated fibrous fleece based on naturally occurring raw materials, especially hemp, flax, jute, sisal or kenaf, cotton, wool and/or mixtures thereof and impregnated with a binder based on one or more than one heat-curable resin system, b) curing the heat-curable resin system to produce one or more than one cured ply of the fibrous fleece, wherein a surface structure is applied to at least part of the ply of the fibrous fleece before and/or during curing, and/or one or more than one further binder based on one or more than one heat-curable resin system is applied to at least part of the surface of the cured ply of the fibrous fleece and thermally fixed, c) contacting a thermally foamable or foamed phenolic resin with the surface, as modified in step b), of one or more than one cured ply of the fibrous fleece, d) optionally subjecting the composite produced under a) to c) to conditioning at temperatures in a range from 40 to 80°C, and e) subjecting the further binder based on one or more than one heat-curable resin system and optionally applied in b) to curing in a range from 150 to 200°C, optionally under elevated pressure. a) producing one or more than one ply of a mechanically consolidated fibrous fleece based on naturally occurring raw materials, especially hemp, flax, jute, sisal or kenaf, cotton, wool and/or mixtures thereof and impregnated with a binder based on one or more than one heat-curable resin system, b) curing the heat-curable resin system to produce one or more than one cured ply of the fibrous fleece, wherein a surface structure is applied to at least part of the ply of the fibrous fleece before and/or during curing, and/or one or more than one further binder based on one or more than one heat-curable resin system is applied to at least part of the surface of the cured ply of the fibrous fleece and thermally fixed, c) contacting a thermally foamable or foamed phenolic resin with the surface, as modified in step b), of one or more than one cured ply of the fibrous fleece, d) optionally subjecting the composite produced under a) to c) to conditioning at temperatures in a range from 40 to 80°C, and e) subjecting the further binder based on one or more than one heat-curable resin system and optionally applied in b) to curing in a range from 150 to 200°C, optionally under elevated pressure.
A hair treatment product having a plurality of components (2, 4-9), comprising a first container (4, 8) for holding at least one first preparation component (5, 7) and at least one second container (8, 4) for holding at least one second preparation component (7, 5), in order to produce a preparation mixture for use from the preparation components (5, 7), having an outer packaging which contains all components (2, 4-9) of the hair treatment product, and having an insert which accommodates the components of the hair treatment product at least in part, characterized in that one of the containers is designed as a closable mixing bowl which is tightly closed by a detachable closure element until use and is integrally formed on the insert.
Expansion joint for sealingly connecting a first and a second turbine component having wall openings coaxial with fluid passages (3, 4) in relative displacement, the openings defining a recess with opposing radial surfaces (102, 201) acting as seat for the joint in the first and the second turbine component (1, 2), the joint comprising: a sealing ring adapted to be disposed in the recess such as to axially and radially engage with the recessed surfaces (102, 201) around the fluid passages (3, 4), an intermediate ring adapted for being interposed between the sealing ring and the radial surface of the first turbine component, wherein the intermediate ring has openings axially engaging with protuberances of the sealing ring to prevent relative rotation, characterized in that the intermediate ring has fixing elements for being secured to the wall of the opening of the first component, the joint expansion being assured by axial and/or radial displacement of the sealing ring on the seats, there being provided a radial clearance (401, 402) between the sealing ring and the lateral walls defining the recess receiving the sealing ring in first turbine component, wherein the fixing elements comprises pins to be inserted in pilot holes provided at the periphery of the intermediate ring and/or threads to secure the intermediate ring to first turbine component. a sealing ring adapted to be disposed in the recess such as to axially and radially engage with the recessed surfaces (102, 201) around the fluid passages (3, 4), an intermediate ring adapted for being interposed between the sealing ring and the radial surface of the first turbine component, wherein the intermediate ring has openings axially engaging with protuberances of the sealing ring to prevent relative rotation, characterized in that the intermediate ring has fixing elements for being secured to the wall of the opening of the first component, the joint expansion being assured by axial and/or radial displacement of the sealing ring on the seats, there being provided a radial clearance (401, 402) between the sealing ring and the lateral walls defining the recess receiving the sealing ring in first turbine component, wherein the fixing elements comprises pins to be inserted in pilot holes provided at the periphery of the intermediate ring and/or threads to secure the intermediate ring to first turbine component.
A method of forming an endwall of a gas turbine engine blade or gas turbine engine vane with a contour, comprising: casting an endwall of a blade or vane with at least one cooling channel having an opening from the endwall; covering the opening with a cupped contour that is formed on the endwall to provide a portion of a gas path surface; and the opening opens to a cooling chamber within the cupped contour. casting an endwall of a blade or vane with at least one cooling channel having an opening from the endwall; covering the opening with a cupped contour that is formed on the endwall to provide a portion of a gas path surface; and the opening opens to a cooling chamber within the cupped contour.
A method for controlling pouring of laundry detergent, comprising: after being started, a washing machine calculating a first pouring amount of a laundry detergent based on acquired information and displaying the first pouring amount of the laundry detergent, characterized in that the washing machine detecting and judging a variable of the first pouring amount of the laundry detergent to form a second pouring amount of the laundry detergent, starting washing procedure, and the washing machine pouring the laundry detergent at the first pouring amount or the second pouring amount of the laundry detergent wherein the first pouring amount of the laundry detergent is calculated by a computer board of the washing machine based on acquired washing procedure information, and/or set water level information, and/or clothes smudginess degree information; wherein the variable of the first pouring amount of the laundry detergent is an increased or reduced pouring amount of the laundry detergent set by users, wherein the computer board of the washing machine detects and judges the increased or reduced pouring amount of the laundry detergent and recalculates based on the first pouring amount of the laundry detergent to obtain the second pouring amount of the laundry detergent. after being started, a washing machine calculating a first pouring amount of a laundry detergent based on acquired information and displaying the first pouring amount of the laundry detergent, characterized in that the washing machine detecting and judging a variable of the first pouring amount of the laundry detergent to form a second pouring amount of the laundry detergent, starting washing procedure, and the washing machine pouring the laundry detergent at the first pouring amount or the second pouring amount of the laundry detergent wherein the first pouring amount of the laundry detergent is calculated by a computer board of the washing machine based on acquired washing procedure information, and/or set water level information, and/or clothes smudginess degree information; wherein the variable of the first pouring amount of the laundry detergent is an increased or reduced pouring amount of the laundry detergent set by users, wherein the computer board of the washing machine detects and judges the increased or reduced pouring amount of the laundry detergent and recalculates based on the first pouring amount of the laundry detergent to obtain the second pouring amount of the laundry detergent.
A method for authentication of a payment service using a service initiating terminal and a service authorization terminal, the method comprising: sending, by the service initiating terminal, service information to the service authorization terminal; receiving, by the service authorization terminal, service information sent by the service initiating terminal; generating, by the service authorization terminal, a service authorization code corresponding to the received service information, wherein the service authorization code is valid within a preset time length; sending, by the service authorization terminal, the service authorization code to the service initiating terminal, receiving, by the service initiating terminal, the service authorization code sent by the service authorization terminal; generating, by the service initiating terminal, service authentication information including the service information and the service authorization code, and uploading the service authentication information to a server for authentication of the service authorization code and subsequent processing of the service after said authentication; and receiving, at the service authorization terminal, a notification message that the service has been processed by the server, the message being sent by the server after finishing processing the service. sending, by the service initiating terminal, service information to the service authorization terminal; receiving, by the service authorization terminal, service information sent by the service initiating terminal; generating, by the service authorization terminal, a service authorization code corresponding to the received service information, wherein the service authorization code is valid within a preset time length; sending, by the service authorization terminal, the service authorization code to the service initiating terminal, receiving, by the service initiating terminal, the service authorization code sent by the service authorization terminal; generating, by the service initiating terminal, service authentication information including the service information and the service authorization code, and uploading the service authentication information to a server for authentication of the service authorization code and subsequent processing of the service after said authentication; and receiving, at the service authorization terminal, a notification message that the service has been processed by the server, the message being sent by the server after finishing processing the service.