mhurhangee/ep-ind-claims huggingface dataset:
A method for generating engraving data for the engraving of printing cylinders of a printing machine for the multi-color analog printing of surface decors on flat substrates, e.g. films or papers, comprising the following method steps: a) a layout of a decor is created or made available as a digital data set, b) base color separations (F1 to F4) for each individual base color are generated from the data set by means of a separation, e.g., a standard digital print separation, into a base color space with multiple base colors, c) the base color separations (F1 to F4) are optionally converted into converted color separations (K1 to K4) with converted color distribution using a conversion method, e.g., using a raster image processor, which are optionally available as digital print data for transfer to a digital printing machine, d) the base color separations (F1 to F4) or the converted color separations (K1 to K4) are post-processed by increasing the tonal values for each base color or each individual color separation in such a manner that in each case the darkest tone with the highest tonal value in the color separation is raised to a predetermined maximum tonal value, and the remaining tonal values of the respective color separation are increased according to a predetermined relationship, wherein the color separations (N1 to N4) post-processed in this manner are available or made available as engraving data for engraving the printing cylinders of a printing machine for an analog printing method, wherein the printing cylinders are intended for analog printing with pure or substantially pure but blended base colors of the base color space. a) a layout of a decor is created or made available as a digital data set, b) base color separations (F1 to F4) for each individual base color are generated from the data set by means of a separation, e.g., a standard digital print separation, into a base color space with multiple base colors, c) the base color separations (F1 to F4) are optionally converted into converted color separations (K1 to K4) with converted color distribution using a conversion method, e.g., using a raster image processor, which are optionally available as digital print data for transfer to a digital printing machine, d) the base color separations (F1 to F4) or the converted color separations (K1 to K4) are post-processed by increasing the tonal values for each base color or each individual color separation in such a manner that in each case the darkest tone with the highest tonal value in the color separation is raised to a predetermined maximum tonal value, and the remaining tonal values of the respective color separation are increased according to a predetermined relationship, wherein the color separations (N1 to N4) post-processed in this manner are available or made available as engraving data for engraving the printing cylinders of a printing machine for an analog printing method, wherein the printing cylinders are intended for analog printing with pure or substantially pure but blended base colors of the base color space.
A method for manufacturing a liquid crystal aligning film comprising: preparing a multilayer structure in which a substrate, a conductive layer, a liquid crystal alignment layer, and a passivation film are sequentially provided; etching one area of the liquid crystal alignment layer by irradiating a pulse laser to the multilayer structure; and exposing one area of the conductive layer by removing the passivation film, wherein the pulse laser is irradiated to the liquid crystal alignment layer from the passivation film. preparing a multilayer structure in which a substrate, a conductive layer, a liquid crystal alignment layer, and a passivation film are sequentially provided; etching one area of the liquid crystal alignment layer by irradiating a pulse laser to the multilayer structure; and exposing one area of the conductive layer by removing the passivation film, wherein the pulse laser is irradiated to the liquid crystal alignment layer from the passivation film.
A method of forming an elastic composite, characterised by: joining a first laminate containing a first nonwoven facing and an elastic film and a second laminate containing a second nonwoven facing and a thermoplastic film together so that the elastic film is bonded and positioned adjacent to the thermoplastic film, wherein the first nonwoven facing has a basis weight of 45 grams per square meter or less and preferably from 2 to 20 grams per square meter, and a peak load of 135 Newtons per metre (350 grams-force per inch) or less in the cross-machine direction and preferably from 19 to 116 Newtons per metre (50 to 300 grams-force per inch). joining a first laminate containing a first nonwoven facing and an elastic film and a second laminate containing a second nonwoven facing and a thermoplastic film together so that the elastic film is bonded and positioned adjacent to the thermoplastic film, wherein the first nonwoven facing has a basis weight of 45 grams per square meter or less and preferably from 2 to 20 grams per square meter, and a peak load of 135 Newtons per metre (350 grams-force per inch) or less in the cross-machine direction and preferably from 19 to 116 Newtons per metre (50 to 300 grams-force per inch).
A hygienic turning handle capable of being fitted to the opening element of a door to control the actuation of a mechanism, such as a latch, fitted to the opening element from a rest position toward which the handle is elastically returned, and to allow the opening element to be pivoted about a vertical axis, the handle being of the type comprising: - a distal end hub capable of being mounted so as to rotate about an axis orthogonal to the plane of the opening element and close to a vertical free edge of the opening element; - a main body of which a first end is connected to the hub and which extends, from the hub, in a plane generally parallel to that of the opening element and away from the vertical edge of the opening element; - and an actuation section of curved shape which is connected to the second end of the main body and that comprises a concave inner surface that is generally C-shaped which extends from said second end away from the plane of the opening element, whose concavity is oriented generally in the direction of the free edge of the opening element, characterized in that, in the rest position of the handle, the concavity of the actuation section is oriented generally upward so as to form a basket-handle curve that is open generally upward that is capable of receiving a portion of the arm, the wrist or the back of the hand of a user. - a distal end hub capable of being mounted so as to rotate about an axis orthogonal to the plane of the opening element and close to a vertical free edge of the opening element; - a main body of which a first end is connected to the hub and which extends, from the hub, in a plane generally parallel to that of the opening element and away from the vertical edge of the opening element; - and an actuation section of curved shape which is connected to the second end of the main body and that comprises a concave inner surface that is generally C-shaped which extends from said second end away from the plane of the opening element, whose concavity is oriented generally in the direction of the free edge of the opening element,
A faucet apparatus comprising: a base (304, 2404, 2804, 3004, 3508) having a mounting surface (330, 2412, 2812, 3030, 3510); a body (302, 2402, 2802, 3002, 3504, 3506) integrated or coupled to the base, wherein the body includes first and second surfaces, respectively, within which are formed first (310, 3010) and second (318, 3018) orifices, respectively, wherein the first and second orifices respectively extend inward into the body along a first axis and a second axis, respectively, and the first axis is perpendicular or substantially perpendicular relative to the second axis, and characterised in that a first cross-section of the first orifice taken perpendicular to the first axis has a first size and a first shape that are, respectively, substantially identical to a second size and a second shape of a second cross-section of the second orifice taken perpendicular to the second axis; a spout having a first end that is configured to fit complementarily within either of the first and second orifices, and that is supported within the first orifice; a sensor structure having an external cross-sectional surface that also is configured to fit complementarily within either of the first and second orifices, and that is supported within the second orifice. a base (304, 2404, 2804, 3004, 3508) having a mounting surface (330, 2412, 2812, 3030, 3510); a body (302, 2402, 2802, 3002, 3504, 3506) integrated or coupled to the base, wherein the body includes first and second surfaces, respectively, within which are formed first (310, 3010) and second (318, 3018) orifices, respectively, wherein the first and second orifices respectively extend inward into the body along a first axis and a second axis, respectively, and the first axis is perpendicular or substantially perpendicular relative to the second axis, and characterised in that a first cross-section of the first orifice taken perpendicular to the first axis has a first size and a first shape that are, respectively, substantially identical to a second size and a second shape of a second cross-section of the second orifice taken perpendicular to the second axis; a spout having a first end that is configured to fit complementarily within either of the first and second orifices, and that is supported within the first orifice; a sensor structure having an external cross-sectional surface that also is configured to fit complementarily within either of the first and second orifices, and that is supported within the second orifice.
A dispensing closure comprising a plastic closure body adapted to be attached to a product container having a dispensing passage for dispensing product from the container, the closure body having a top wall provided with an opening which is arranged in line with the dispensing passage of the container, the dispensing closure furthermore comprising a self-closing valve embodied as a membrane, which membrane has a valve portion with one or more slits or holes, which in use can assume an open position under influence of product pressure, and an attachment portion surrounding the valve portion, the attachment portion of the valve is sealed to an annular support surface integrally formed in the closure body along the periphery of the opening or being formed on a plastic annular insert part that is connected to the closure body along the periphery of the opening, wherein the seal between the attachment portion and the support surface comprises an annular groove, and characterized in that the seal between the attachment portion and the support surface furthermore comprises an inner annular seal zone adjoining the annular groove on a radial inner side, in that the membrane is made of a plastic foil with a thickness t, and in that the annular groove is recessed in the support surface and has a depth that is 2 - 5 times the thickness t of the membrane.
A method performed by an access network in a wireless communication system involving at least one idle access terminal (115) and the access network, the method comprising: denying at said access network, an access request for a new wireless connection over an air interface from said idle access terminal to said access network, when said access network is overloaded; determining, in response to denying the access request, a schduled re-access period for said at least one idle access terminal to transmit a re-access request using information indicative of future accessibility of said access network to said at least one idle access terminal, providing from said access network, information denying said access request and indicating said determined scheduled re-access period, to said at least one access terminal; and queuing said access request at said access network until said determined scheduled re-access period. denying at said access network, an access request for a new wireless connection over an air interface from said idle access terminal to said access network, when said access network is overloaded; determining, in response to denying the access request, a schduled re-access period for said at least one idle access terminal to transmit a re-access request using information indicative of future accessibility of said access network to said at least one idle access terminal, providing from said access network, information denying said access request and indicating said determined scheduled re-access period, to said at least one access terminal; and queuing said access request at said access network until said determined scheduled re-access period.
A method comprising: receiving, from a device and via a network, a request for data; determining, based on the request for data, an identifier associated with the device; based on a plurality of network conditions, determining a first portion of the requested data; based on the plurality of network conditions and the identifier associated with the device, generating (340, 345, 355) a pointer for a second portion of the requested data, wherein the pointer for the second portion of the requested data identifies a location in the network storing the second portion of the requested data; and transmitting the first portion of the requested data and the pointer to the device. receiving, from a device and via a network, a request for data; determining, based on the request for data, an identifier associated with the device; based on a plurality of network conditions, determining a first portion of the requested data; based on the plurality of network conditions and the identifier associated with the device, generating (340, 345, 355) a pointer for a second portion of the requested data, wherein the pointer for the second portion of the requested data identifies a location in the network storing the second portion of the requested data; and transmitting the first portion of the requested data and the pointer to the device.
A pharmaceutical composition comprising a slow release tapentadol and at least one pharmaceutically acceptable carrier, and a second active agent, wherein the second active agent is pregabalin, or pharmaceutically acceptable salts thereof.
An offshore hydrocarbon-production umbilical comprising concentrically: an outer sheath, at least two cross-wound armouring layers (34, 36), and a core enclosed by the armouring layers, and comprising a plurality of elongate active umbilical components, characterized in that each armouring layer comprises a plurality of reinforced polymer strips (40, 42), which form a complete annulus around the core as an armouring layer. an outer sheath, at least two cross-wound armouring layers (34, 36), and a core enclosed by the armouring layers, and comprising a plurality of elongate active umbilical components,
A method of monitoring a transmission system of a wind turbine with a transmission system fluid circuit (6, 12, 14, 16, 18, 20), in which, by means of at least one particle counter, the number and/or the size and/or the type of particles contained in the transmission system fluid and flowing through a transmission system fluid conduit cross-section is determined by measurement, characterised in that when at least a first threshold value (38, 40, 44, 46, 48, 50) is exceeded by a measured value, a status notification is generated and when at least one second threshold value (38, 40, 44, 46, 48, 50) is exceeded by a measured value an operating parameter (34, 36) of the wind turbine is changed.
A method of providing a polymer-encapsulated material comprises the steps of: (a) dissolving one or more cationic or anionic surfactants, and possibly, one or more non-ionic surfactants, in water; (b) dissolving a material to be encapsulated in a polymerizable or non-polymerizable solvent or in a solvent blend comprised of two or more solvents; (c) combining (a) and (b) together with one or more non-ionic surfactants, if the non-ionic surfactants has not been added to (a), and mixing same; (d) adding one or more monomers polymerizable by free radical polymerization to the above-mixture; and (e) adding one or more initiators at any step of the process, and initiating a free radical polymerization reaction in the aqueous medium, wherein in an emulsion, the material of (b) is encapsulated in the polymer material that forms in the polymerization reaction. (a) dissolving one or more cationic or anionic surfactants, and possibly, one or more non-ionic surfactants, in water; (b) dissolving a material to be encapsulated in a polymerizable or non-polymerizable solvent or in a solvent blend comprised of two or more solvents; (c) combining (a) and (b) together with one or more non-ionic surfactants, if the non-ionic surfactants has not been added to (a), and mixing same; (d) adding one or more monomers polymerizable by free radical polymerization to the above-mixture; and (e) adding one or more initiators at any step of the process, and initiating a free radical polymerization reaction in the aqueous medium, wherein in an emulsion, the material of (b) is encapsulated in the polymer material that forms in the polymerization reaction.
A cyclic azine compound represented by the general formula: wherein, Y represents C-H, Ar 1 represents an aromatic hydrocarbon group having 6 to 18 carbon atoms, which may be substituted with an alkyl group having 1 to 4 carbon atoms or a phenyl group, Ar 2 represents a hydrogen atom, Ar 3 represents a phenanthrolinyl group, a naphthyridinyl group, a phenanthridinyl group or an acrydinyl group, X represents a phenylene group, and n represents an integer in the range of 0 to 3. Y represents C-H, Ar 1 represents an aromatic hydrocarbon group having 6 to 18 carbon atoms, which may be substituted with an alkyl group having 1 to 4 carbon atoms or a phenyl group, Ar 2 represents a hydrogen atom, Ar 3 represents a phenanthrolinyl group, a naphthyridinyl group, a phenanthridinyl group or an acrydinyl group, X represents a phenylene group, and n represents an integer in the range of 0 to 3.
A preparation method comprising the steps of: performing crosslinking polymerization of a monomer mixture in the presence of an internal crosslinking agent to form a water-containing gel polymer, the monomer mixture including water-soluble ethylene-based unsaturated monomers having acidic groups which are at least partially neutralized, a foaming agent, a foam promoter, and a surfactant; drying, pulverizing, and size-sorting the water-containing gel polymer to form a base polymer powder; and additionally crosslinking the surface of the base polymer powder in the presence of a surface crosslinking agent to form a surface-crosslinked layer, wherein an inorganic acid aluminum salt and/or an organic acid aluminum salt are/is used as the foam promoter.
Procedure for fabricating a measuring tube of a flowmeter, wherein the measuring tube has a channel for the reception of a flowing fluid, said procedure comprising the following steps: Introduction of at least one essentially cylindrical hollow body (1, 2, 3) into the carrier tube, Joining of the essentially cylindrical hollow body (1, 2, 3) to the carrier tube by the mechanical forming of at least a subsection of the essentially cylindrical hollow body (1, 2, 3), Embedding of the hollow body (1, 2, 3) joined to the carrier tube into an electrically and/or chemically isolating material, wherein the channel of the measuring tube is formed by the electrically and/or chemically isolating material. Introduction of at least one essentially cylindrical hollow body (1, 2, 3) into the carrier tube, Joining of the essentially cylindrical hollow body (1, 2, 3) to the carrier tube by the mechanical forming of at least a subsection of the essentially cylindrical hollow body (1, 2, 3), Embedding of the hollow body (1, 2, 3) joined to the carrier tube into an electrically and/or chemically isolating material, wherein the channel of the measuring tube is formed by the electrically and/or chemically isolating material.
A cooling device comprising a body having an inner wall, an outer wall and two opposite side walls that form the body, an insulation volume between the inner wall and the outer wall and an insulation material filled into the insulation volume, further comprising a carrier that is disposed between the inner wall and the outer wall, whereon cooling system components are hung, wherein the carrier is produced from elastic material and prevents the cooling system components from contacting the outer wall characterized in thatthe carrier is stretched by being attached to the side walls and covers the cooling system components, said carrier is net-shaped.
A centrally-distributed coreless winding, comprising staggered conductors (2.2) having a first end and a second end and wound around a longitudinal axis of the winding in at least two layers, normal conductors (2.1) which are not staggered and which are wound around a longitudinal axis of the winding in a single layer, and winding taps located on both ends of the normal conductors (2.1), wherein the staggered conductors (2.2) are in the middle portion of the winding in the longitudinal direction of the winding, between the first tap and the first end of the staggered conductors (2.2) and between the second tap and the second end of the staggered conductors (2.2), the normal conductors (2.1) being distributed on both sides of the staggered conductors (2.2); the density in the middle portion of the winding being greater than that of normal conductors (2.1).
A method of re-offsetting a plurality of amplifiers, the method comprising: applying a first voltage to a bulk of a first or second compensation transistor (PO1, PO2) of each of the plurality of amplifiers when gates of the first and second compensation transistors (PO1, PO2) in opposite branches of each of the plurality of amplifiers are coupled together; identifying a first group of amplifiers of the plurality of amplifiers favoring reading a first logic level after the applying the first voltage; applying a second voltage, different from the first voltage, to the bulk of the first or second compensation transistor (PO1, PO2) of each of the first group of amplifiers, and re-testing the first group of amplifiers wherein the bulk of the first compensation transistor of each of the plurality of amplifiers is electrically separate from the bulk of the second compensation transistor of each of the plurality of amplifiers. applying a first voltage to a bulk of a first or second compensation transistor (PO1, PO2) of each of the plurality of amplifiers when gates of the first and second compensation transistors (PO1, PO2) in opposite branches of each of the plurality of amplifiers are coupled together; identifying a first group of amplifiers of the plurality of amplifiers favoring reading a first logic level after the applying the first voltage; applying a second voltage, different from the first voltage, to the bulk of the first or second compensation transistor (PO1, PO2) of each of the first group of amplifiers, and re-testing the first group of amplifiers wherein the bulk of the first compensation transistor of each of the plurality of amplifiers is electrically separate from the bulk of the second compensation transistor of each of the plurality of amplifiers.