mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of nano-fibrillar cellulose suspensions, characterized by the steps of: (a) providing cellulose fibres in the form of a suspension; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until there are no fibres left and only primary cellulose fibrils are obtained. (a) providing cellulose fibres in the form of a suspension; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until there are no fibres left and only primary cellulose fibrils are obtained.
A composite twisted elongate element (5a-5d), comprising a plurality of elongate elements twisted together and which comprise at least one first elongate element and at least one second elongate element, wherein each of said plurality of elongate elements is substantially planar prior to twisting, the at least one first elongate element consists of a single homogeneous layer consisting of a first thermoplastic polymeric material, and the at least one second elongate element consists of a single homogeneous layer consisting of a second molecularly-oriented thermoplastic polymeric material, and wherein the melting point or softening point (MP A) of the first polymeric material is at least 10°C less than the melting point or softening point (MP B) of the second polymeric material, and the first and second polymeric materials are capable of being autogeneously bonded.
A method of fabricating a structure, the method comprising steps: (i) disposing a liquid photoreactive composition on a substrate, wherein the liquid photoreactive composition comprises components: (a) at least one cationically polymerizable aliphatic epoxide having an epoxy group functionality of 2; (b) at least one free-radically polymerizable compound having a free-radically polymerizable group functionality of 3; and (c) an effective amount of a two-photon photoinitiator system comprising: a two-photon sensitizer; and an aromatic onium salt, wherein component (a) and component (b) are present in a respective weight ratio of from 25:75 to 75:25, inclusive; and (ii) exposing a portion of the liquid photoreactive composition to laser light of sufficient intensity and wavelength to cause polymerization via two-photon excitation of the two-photon sensitizer and polymerization of a portion of the liquid photoreactive composition thereby providing an exposed composition; and (iii) developing the exposed composition to provide the structure. (i) disposing a liquid photoreactive composition on a substrate, wherein the liquid photoreactive composition comprises components: (a) at least one cationically polymerizable aliphatic epoxide having an epoxy group functionality of 2; (b) at least one free-radically polymerizable compound having a free-radically polymerizable group functionality of 3; and (c) an effective amount of a two-photon photoinitiator system comprising: a two-photon sensitizer; and an aromatic onium salt, wherein component (a) and component (b) are present in a respective weight ratio of from 25:75 to 75:25, inclusive; and (a) at least one cationically polymerizable aliphatic epoxide having an epoxy group functionality of 2; (b) at least one free-radically polymerizable compound having a free-radically polymerizable group functionality of 3; and (c) an effective amount of a two-photon photoinitiator system comprising: a two-photon sensitizer; and an aromatic onium salt, a two-photon sensitizer; and an aromatic onium salt, (ii) exposing a portion of the liquid photoreactive composition to laser light of sufficient intensity and wavelength to cause polymerization via two-photon excitation of the two-photon sensitizer and polymerization of a portion of the liquid photoreactive composition thereby providing an exposed composition; and (iii) developing the exposed composition to provide the structure.
A communication station, comprising: a transceiver arranged for transmitting and receiving data with subscriber stations; a plurality of backhaul interface modules, each backhaul interface module being arranged for providing backhaul communications over a corresponding one of a plurality of backhaul connections (351, 352); a data processing module for detecting information about applications associated with the data transmitted and received by the transceiver, wherein the detected information about the applications associated with the data includes a specific application; and a backhaul distribution module coupled to the plurality of backhaul interface modules and arranged for monitoring demand for backhaul bandwidth and distributing data over the plurality of backhaul connections (351, 352) based on the demand for backhaul bandwidth and the detected information about the applications associated with the data. a transceiver arranged for transmitting and receiving data with subscriber stations; a plurality of backhaul interface modules, each backhaul interface module being arranged for providing backhaul communications over a corresponding one of a plurality of backhaul connections (351, 352); a data processing module for detecting information about applications associated with the data transmitted and received by the transceiver, wherein the detected information about the applications associated with the data includes a specific application; and a backhaul distribution module coupled to the plurality of backhaul interface modules and arranged for monitoring demand for backhaul bandwidth and distributing data over the plurality of backhaul connections (351, 352) based on the demand for backhaul bandwidth and the detected information about the applications associated with the data.
Socket for an illuminant, having a socket housing which has a socket connection device on its connection side allocated to the illuminant, said socket connection device serving to establish a mechanical and electrical connection to the illuminant, having a mounting side of the socket housing opposite the connection side for the attachment of the socket to an attachment surface, having socket housing sides present between the connection side and the mounting side of the socket housing, wherein supply connections are present at least on one of the socket housing sides for the electrical connection of the socket to a supply line, wherein the socket connection device has electrical socket connections which serve for electrical connection for the illuminant, characterised in that several socket connections with the same polarity (+ or -) are present in each case and the socket connections with the same polarity (+ or -) are electrically short-circuited with one another, and wherein the electrical short circuit between socket connections with the same polarity (+ or -) takes place by means of a single short-circuit connector in each case.
Spring element for a lamellar covering having two spring legs (24, 26; 60, 62) positioned approximately in a v shape with regard to each other, wherein a connection member extends between the spring legs (24, 26; 60, 62), in particular between the spaced-apart end portions (44, 46; 76, 78) of the spring legs (24, 26; 60, 62), wherein the connection member determines the maximum stretched position of the spring element, characterized in that the spring element and the connection member are formed by folding and in one piece, and are essentially rectangular when unreeled.
Mould system for manufacturing a fiber reinforced plastic product, comprising a mould plate, an upstanding structure on top of the mould plate as well as a support device, said mould plate being deformable according to bending and/or torsion into deformed out-of-plane shapes and said upstanding structure being deformable according to the mould plate deformation, said mould plate and upstanding structure defining a circumferentially closed mould area, and said support device comprising multiple supports which interact with the mould plate and a base beneath the mould plate, whereby the upstanding structure comprises at least two generally parallel rims of a bendable nature, characterized in that the rims comprise a multitude of strips which are stacked upon each other and possibly overlap each other, said strips allowing mutual displacements in the longitudinal direction thereof.
An airbag base fabric having a warp direction energy absorption characteristic defined by formula below of 30 to 50 and a weft direction energy absorption characteristic defined by formula below of 30 to 50, wherein a warp yarn and a weft yarn forming the airbag base fabric are both synthetic multifilament yarns, each having a total fineness of 145 to 720 dtex, a single filament fineness of 2 to 10 dtex, a tenacity of 4.5 to 6.5 cN/dtex, an elongation at break of 23 to 45%, and wherein the average of the warp direction elongation at break and the weft direction elongation at break is 35 to 55%; Warp Direction Energy Absorption Characteristic = Warp Direction Energy Absorption Amount / Warp Yarn Cover Factor, wherein the warp direction energy absorption amount is a value of the integral of stress applied, in measurement of the warp direction tensile strength and elongation at break, from the start of the measurement until the sample breaks, when measured by the method of JIS L 1096:2018 8.14 Method A as shown in the description, and the Warp Yarn Cover Factor is calculated as (Total Fineness of Warp Yarn in dtex) 1⁄2 x Fabric Density of Warp (as number of yarns /25.4 mm); and Weft Direction Energy Absorption Characteristic = Weft Direction Energy Absorption Amount / Weft Yarn Cover Factor, wherein the weft direction energy absorption amount is a value of the integral of stress applied, in measurement of the weft direction tensile strength and elongation at break, from the start of the measurement until the sample breaks when measured by the method of JIS L 1096:2018 8.14 Method A as shown in the description, and the Weft Yarn Cover Factor is calculated as (Total Fineness of Weft Yarn in dtex) 1⁄2 x Fabric Density of Weft (as number of yarns /25.4 mm).
A method for producing light-emitting semiconductor components, comprising the following steps: A) providing at least one glass capillary made of a glass material, B) filling the glass capillary with a plurality of different phosphors, C) sealing the glass capillary in a sealing region by melting and/or softening the glass material such that the glass capillary is closed by the glass material itself, and D) attaching at least one part of the sealed glass capillary to at least one light-emitting diode chip such that, during operation, the radiation emitted by the light-emitting diode chip is partially or completely converted into light of a greater wavelength by the phosphors, wherein, in step C), a distance between the sealing region and the phosphors is at most 4 mm, wherein the different phosphors are present separately from one another along a longitudinal axis of the glass capillary, and wherein the phosphors are injected with a syringe into the glass capillary such that regions filled with the phosphors and regions filled with a protective gas alternate with one another in the glass capillary after step B). A) providing at least one glass capillary made of a glass material, B) filling the glass capillary with a plurality of different phosphors, C) sealing the glass capillary in a sealing region by melting and/or softening the glass material such that the glass capillary is closed by the glass material itself, and D) attaching at least one part of the sealed glass capillary to at least one light-emitting diode chip such that, during operation, the radiation emitted by the light-emitting diode chip is partially or completely converted into light of a greater wavelength by the phosphors,
A cartridge containing dental composite material for a 3D printer, wherein the cartridge has a nozzle or is configured to form a predefined nozzle, wherein the nozzle comprises a cylindrical end portion having a length of from 1 to 30 times the inner nozzle diameter at the outlet, and wherein the composite material comprises a. a curable, in particular light-curable, matrix, b. only fillers with a maximum particle size of < 5 μm, the dental composite material in the uncured state at 23°C having a viscosity in the range from 1 to 10,000 Pa*s, preferably from 10 to 2000 Pa*s, particularly preferably from 50 to 800 Pa*s. a. a curable, in particular light-curable, matrix, b. only fillers with a maximum particle size of < 5 μm, the dental composite material in the uncured state at 23°C having a viscosity in the range from 1 to 10,000 Pa*s, preferably from 10 to 2000 Pa*s, particularly preferably from 50 to 800 Pa*s.
A semi-persistence scheduling control method, comprising: obtaining dynamic service statistical information generated by dynamic service due to dynamic scheduling and accumulated in a historical time period, the dynamic service statistical information comprising at least one of: new transmission times of dynamic scheduling, and new transmission service data amount of dynamic scheduling; and determining whether the dynamic service statistical information exceeds a set threshold value; if the dynamic service statistical information exceeds the set threshold value, allocating a resource without using semi-persistence scheduling in a current time period; and if the dynamic service statistical information does not exceed the set threshold value, allocating the resource by using the semi-persistence scheduling in the current time period. obtaining dynamic service statistical information generated by dynamic service due to dynamic scheduling and accumulated in a historical time period, the dynamic service statistical information comprising at least one of: new transmission times of dynamic scheduling, and new transmission service data amount of dynamic scheduling; and determining whether the dynamic service statistical information exceeds a set threshold value; if the dynamic service statistical information exceeds the set threshold value, allocating a resource without using semi-persistence scheduling in a current time period; and if the dynamic service statistical information does not exceed the set threshold value, allocating the resource by using the semi-persistence scheduling in the current time period.
An absorbent core useful for an absorbent article, comprising a substrate layer, said substrate layer comprising a first surface and a second surface, said absorbent core further comprising a discontinuous layer of absorbent material, said absorbent material comprising an absorbent polymer material, said absorbent material optionally comprising an absorbent fibrous material and said absorbent fibrous material not representing more than 20 weight percent of the total weight of the absorbent polymer material, said discontinuous layer of absorbent material comprising a first surface and a second surface, said absorbent core further comprising a layer of thermoplastic material, said layer of thermoplastic material comprising a first surface and a second surface, wherein said second surface of said discontinuous layer of absorbent material is in at least partial contact with said first surface of said substrate layer, and portions of said second surface of said layer of thermoplastic material are in direct contact with said first surface of said substrate layer and portions of said second surface of the said layer of thermoplastic material are in direct contact with said first surface of said discontinuous layer of absorbent material, characterized in that said core further comprising a cover layer, and wherein portions of said cover layer bond to portions of said substrate layer 100 via said thermoplastic material, whereby said substrate layer and said cover layer provide cavities to immobilize said absorbent material, wherein said substrate layer and said cover layer comprises a permanently hydrophilic non-woven provided from synthetic fibers and having a durably hydrophilic coating.
Device for the control of the swivel angle of a bend lighting lamp for a motor vehicle depending on bend radius and speed (v) with a control device for the determination of a swivel angle (α 1) to be adjusted and for the provision of the determined swivel angle (α 1) for further processing, - wherein the control device determines a limiting swivel angle (α bu) in a first range of the speed (v) between a bottom limit (v 2) and a top limit and also determines the limiting swivel angle (α bu) in a second range of speed lying below the bottom limit (v 2) of the first range of the speed, - limiting the swivel angle (α 1) to be adjusted and to be provided and - which depends preferably in a linear manner on the speed (v), characterized in that a filter is provided, that, to avoid off-sets in the swivel angle, the limiting swivel angle (α bu) is filtered by the filter in the second range of speed and in the second range of speed, the filtered, limiting swivel angle limits the swivel angle (α 1) to be adjusted and to be provided. - wherein the control device determines a limiting swivel angle (α bu) in a first range of the speed (v) between a bottom limit (v 2) and a top limit and also determines the limiting swivel angle (α bu) in a second range of speed lying below the bottom limit (v 2) of the first range of the speed, - limiting the swivel angle (α 1) to be adjusted and to be provided and - which depends preferably in a linear manner on the speed (v),
A method of making a sintered body comprising a zirconia-based ceramic material, the method comprising: providing a zirconia-based sol comprising zirconia-based particles that are crystalline and that have an average particle size no greater than 100 nanometers, the zirconia-based particles comprising a) at least 92.5 mole percent zirconium oxide based on total moles of inorganic oxide in the zirconia-based particles; b) at least 1.5 mole percent yttrium oxide based on total moles of inorganic oxide in the zirconia-based particles; and c) at least 0.5 mole percent lanthanum oxide based on total moles of inorganic oxide in the zirconia-based particles; forming a zirconia-based green body from the zirconia-based sol, wherein the green body comprises at least 25 volume percent inorganic oxide based on the total volume of the green body; and heating the zirconia-based green body to sinter the zirconia-based particles and to form the zirconia-based ceramic material, wherein the zirconia-based ceramic material has an average grain size no greater than 200 nanometers and wherein the sintered body has a density that is at least 99.5 percent of the theoretical density. providing a zirconia-based sol comprising zirconia-based particles that are crystalline and that have an average particle size no greater than 100 nanometers, the zirconia-based particles comprising a) at least 92.5 mole percent zirconium oxide based on total moles of inorganic oxide in the zirconia-based particles; b) at least 1.5 mole percent yttrium oxide based on total moles of inorganic oxide in the zirconia-based particles; and c) at least 0.5 mole percent lanthanum oxide based on total moles of inorganic oxide in the zirconia-based particles; a) at least 92.5 mole percent zirconium oxide based on total moles of inorganic oxide in the zirconia-based particles; b) at least 1.5 mole percent yttrium oxide based on total moles of inorganic oxide in the zirconia-based particles; and c) at least 0.5 mole percent lanthanum oxide based on total moles of inorganic oxide in the zirconia-based particles; forming a zirconia-based green body from the zirconia-based sol, wherein the green body comprises at least 25 volume percent inorganic oxide based on the total volume of the green body; and heating the zirconia-based green body to sinter the zirconia-based particles and to form the zirconia-based ceramic material, wherein the zirconia-based ceramic material has an average grain size no greater than 200 nanometers and wherein the sintered body has a density that is at least 99.5 percent of the theoretical density.
A low-formaldehyde aqueous dispersion of a vinyl ester/ethylene copolymer prepared by emulsion copolymerization of a monomer mixture comprising a vinyl ester, ethylene, a stabilizing system comprising polyvinyl alcohol and a free radical redox polymerization initiator system which comprises a water-insoluble oxidizing agent and a sulfinic acid-based reducing agent, wherein: a) said monomer mixture is substantially free of co-monomers which yield free formaldehyde upon drying or curing of said dispersion and is also substantially free of ethylene oxide-containing emulsifiers; b) said dispersion has a solids content in weight percent and a Brookfield viscosity in millipascal-seconds such that the ratio of solids content to the natural logarithm of viscosity ranges from 6.34 to 8.25 wt%/In(mPa.s); and c) said dispersion has a formaldehyde content of less than 5.0 ppmw as determined by ISO-15173. a) said monomer mixture is substantially free of co-monomers which yield free formaldehyde upon drying or curing of said dispersion and is also substantially free of ethylene oxide-containing emulsifiers; b) said dispersion has a solids content in weight percent and a Brookfield viscosity in millipascal-seconds such that the ratio of solids content to the natural logarithm of viscosity ranges from 6.34 to 8.25 wt%/In(mPa.s); and c) said dispersion has a formaldehyde content of less than 5.0 ppmw as determined by ISO-15173.
A rope (11,12,13,14,15,16,17,18,19,20,21,22) for a hoisting device, which rope (11,12,13,14,15,16,17,18,19,20,21,22) is belt-shaped and comprises several parallel load bearing members (10,10',10",10"',10"",10""',10""") spaced apart in the width direction of the belt-shaped rope and embedded in a common coating, each of the load bearing members (10,10',10",10"',10"",10""',10""") comprising several load bearing strings (1,1',1",1"',1"",1""',1""") twisted together, characterized in that the load bearing strings (1,1',1",1"',1"",1""',1""") are made of composite material comprising reinforcing fibers (f) embedded in polymer matrix (m), and in that one or more of said load bearing members (10,10',10"',10"",10""',10""") has at least one at least substantially flat outer side face covered by said coating with at least substantially constant material thickness.
Plastic carrier for holding one or more LED modules inside a lighting tube, wherein the plastic carrier comprises at least one bendable part adapted to hold the plastic carrier inside the lighting tube by being biased and thus pressing against the inner wall of the lighting tube, characterised in that the plastic carrier has a roughly semi-cylindrical shape with a first end face, a second end face, a planar top surface, and a semicircular bottom surface, wherein the bendable part comprises a plurality of bendable arms that extend on opposite sides of the planar top surface, extend roughly perpendicular to the planar top surface, and extend in tangential continuation of the semicircular bottom surface, wherein the semicircular bottom surface is designed such that it matches at least partly the radius of curvature of the lighting tube.