mhurhangee/ep-ind-claims huggingface dataset:
Method for the positionally accurate fastening of a first workpiece, which has a first main axis, on a second workpiece, which has a second main axis, in such a manner that the first main axis and the second main axis can assume an angle greater than 0°, said method including the steps of: - arranging a fastening device on an anchor which is secured on the second workpiece, wherein the fastening device has a first member and a second member, wherein the first member has a fastening portion for the first workpiece, wherein the first member and the second member are movable relative to each other in such a manner that the fastening portion is positionable in at least a first direction with regard to the second workpiece; - moving the second member with regard to the first member for adjusting the position of the fastening portion in at least the first direction with regard to the second workpiece, wherein the first and the second member (24, 28) are rotatable against each other in order to position the fastening portion in the first direction with regard to the second workpiece, wherein, by means of a screw tool, the second member is rotated with regard to the first member by a hollow shaft of the screw tool being guided through an axial passage in the first member; and - fixing the fastening device on the second workpiece using a fixing member which engages the anchor. - arranging a fastening device on an anchor which is secured on the second workpiece, wherein the fastening device has a first member and a second member, wherein the first member has a fastening portion for the first workpiece, wherein the first member and the second member are movable relative to each other in such a manner that the fastening portion is positionable in at least a first direction with regard to the second workpiece; - moving the second member with regard to the first member for adjusting the position of the fastening portion in at least the first direction with regard to the second workpiece, wherein the first and the second member (24, 28) are rotatable against each other in order to position the fastening portion in the first direction with regard to the second workpiece, wherein, by means of a screw tool, the second member is rotated with regard to the first member by a hollow shaft of the screw tool being guided through an axial passage in the first member; and - fixing the fastening device on the second workpiece using a fixing member which engages the anchor.
A glycidyl amine epoxy resin of a structural Formula obtained by reaction of a diamine of a structural Formula with epichlorohydrin, wherein the structure of Formula is represented by: wherein the structure of the diamine of the structural Formula is represented by: wherein the diamine of formula has at least two amine groups with at least one labile hydrogen on each nitrogen; at least one nitrogen atom is directly attached to an aromatic ring on one side; at least one amine group is a hindered amine either due to hindered aromatic ring having at least one substitution on ring at ortho position to carbon which is directly attached to amine group or due to branched aliphatic carbon directly attached to amine group; at least one group out of R1, R2, R3 and R4 is independently hindered aromatic or branched aliphatic or substituted branched aliphatic; R1, R2, R3, and R4 are independently selected from the group consisting of hydrogen, alkyl, branched alkyl, aromatic, ortho substituted aromatic, ar-aliphatic, substituted ar-aliphatic, and substituted aliphatic; R1 and R4, or, R2 and R3 may be connected; and wherein the diamine of structural Formula is AMES negative. the diamine of formula has at least two amine groups with at least one labile hydrogen on each nitrogen; at least one nitrogen atom is directly attached to an aromatic ring on one side; at least one amine group is a hindered amine either due to hindered aromatic ring having at least one substitution on ring at ortho position to carbon which is directly attached to amine group or due to branched aliphatic carbon directly attached to amine group; at least one group out of R1, R2, R3 and R4 is independently hindered aromatic or branched aliphatic or substituted branched aliphatic; R1, R2, R3, and R4 are independently selected from the group consisting of hydrogen, alkyl, branched alkyl, aromatic, ortho substituted aromatic, ar-aliphatic, substituted ar-aliphatic, and substituted aliphatic; R1 and R4, or, R2 and R3 may be connected; and wherein the diamine of structural Formula is AMES negative.
A method for preparing 3D cartilage organoid block, which comprises the steps of, (a) 3D culturing and differentiating mesenchymal stem cells to 3D spheroid cartilage tissues; (b) 2D culturing and differentiating mesenchymal stem cells to a 2D cartilage differentiation cell layer; and (c) incubating the 3D spheroid cartilage tissues on the 2D cartilage differentiation cells layer to induce self-assembly, wherein the 2D cartilage differentiation cells layer is a mesenchymal stem cells layer or a cells layer in the intermediate status of cartilage cell differentiation from mesenchymal stem cells. (a) 3D culturing and differentiating mesenchymal stem cells to 3D spheroid cartilage tissues; (b) 2D culturing and differentiating mesenchymal stem cells to a 2D cartilage differentiation cell layer; and (c) incubating the 3D spheroid cartilage tissues on the 2D cartilage differentiation cells layer to induce self-assembly, wherein the 2D cartilage differentiation cells layer is a mesenchymal stem cells layer or a cells layer in the intermediate status of cartilage cell differentiation from mesenchymal stem cells.
Method for manufacturing a fuel tank on the basis of thermoplastic material, comprising the following method steps: - producing semifinished products in sheet form from a fibre composite material with a matrix of thermoplastic material, - laminating the semifinished products with a laminate that comprises at least one barrier layer for hydrocarbons, - heat-treating the laminated semifinished products until the thermoplastic material plasticizes, - thermoforming the plasticized semifinished products in a thermoforming mould to form shells (1, 2) and - joining the shells to form an essentially closed tank, wherein the fibers are selected from the group comprising glass fibres, carbon fibres and aramid fibres, characterized in that the fibre composite material is woven or laid fibre structures embedded in the thermoplastic matrix. - producing semifinished products in sheet form from a fibre composite material with a matrix of thermoplastic material, - laminating the semifinished products with a laminate that comprises at least one barrier layer for hydrocarbons, - heat-treating the laminated semifinished products until the thermoplastic material plasticizes, - thermoforming the plasticized semifinished products in a thermoforming mould to form shells (1, 2) and - joining the shells to form an essentially closed tank,
Dry mixture of cement plastic screed, characterized in that it contains: - 18% of weight to 24% of weight of plastic crumb, - 20% of weight to 26% of weight of Portland cement, - 20% of weight to 26% of weight of silica sand with a fraction 0.2 to 0.8 mm, - 2.7% of weight to 3.1% of weight of superplasticizer, - 2.0% of weight to 2.7% of weight of silica fume (microsilica) SiO 2, - Gravel with a fraction 0/4 making up for the rest, wherein all above components together add up to 100% for the dry mixture. - 18% of weight to 24% of weight of plastic crumb, - 20% of weight to 26% of weight of Portland cement, - 20% of weight to 26% of weight of silica sand with a fraction 0.2 to 0.8 mm, - 2.7% of weight to 3.1% of weight of superplasticizer, - 2.0% of weight to 2.7% of weight of silica fume (microsilica) SiO 2, - Gravel with a fraction 0/4 making up for the rest,
Tape, in particular grain tape, for producing films, in particular plastic or elastomer films, for example rubber films, having a carrier layer made of a textile fabric, in particular a woven fabric, characterized in that the tape comprises on at least a first tape side a, preferably structured, surface layer of polymethylpentene.
Tile having a through-hole, comprising a main body, which consists of plastics material, and an opening, the opening being surrounded by a collar which comprises fastening elements on its side facing the opening, said fastening elements being able to form a fastening connection with counter fastening elements on an attachment which can be placed onto the opening, the collar comprising an inner part which is in particular produced from plastics material and forms at least one interlocking element on its side facing away from the opening, characterised in that the inner part is formed as an insert for insertion into a thermoforming mould and the interlocking element is fastened to a fastening portion on the main body so as to be positioned thereon in a contour-following manner at least in some regions by thermoforming the main body over the inner part.
A cleaning tool, having a cleaning sheet and a holder for holding the cleaning sheet, wherein: the cleaning sheet is configured to extend in a longitudinal direction which is defined by a direction of insertion of the holder into the cleaning sheet, and in a transverse direction which is defined by a direction crossing the longitudinal direction, the holder has a holding part for holding the cleaning sheet, and a grip part which is connected to the holding part and designed to be held by a user, the cleaning sheet has ends in the longitudinal direction, ends in the transverse direction, a brush part capable of cleaning an object to be cleaned, a base connected with the brush part, and an insertion part which is formed on the base and into which the holding part is inserted, characterized in that the brush part comprises a fiber assembly of fibers having the same length and having orientation in a prescribed direction and includes a first brush region and a second brush region, and the second brush region is configured to be longer than the first brush region and has a protruding region. the cleaning sheet is configured to extend in a longitudinal direction which is defined by a direction of insertion of the holder into the cleaning sheet, and in a transverse direction which is defined by a direction crossing the longitudinal direction, the holder has a holding part for holding the cleaning sheet, and a grip part which is connected to the holding part and designed to be held by a user, the cleaning sheet has ends in the longitudinal direction, ends in the transverse direction, a brush part capable of cleaning an object to be cleaned, a base connected with the brush part, and an insertion part which is formed on the base and into which the holding part is inserted, characterized in that the brush part comprises a fiber assembly of fibers having the same length and having orientation in a prescribed direction and includes a first brush region and a second brush region, and the second brush region is configured to be longer than the first brush region and has a protruding region.
An apparatus for power supply modulation, the apparatus comprises: a Switching Mode Power Supply SMPS, module (220, 420); and a linear regulator (210, 410); wherein the SMPS module is configured to: generate a current of a power supply signal; and select, from a plurality of power supplies having different voltages, at least one power supply based on a voltage level of an input signal of the SMPS module, and wherein the linear regulator is configured to generate a source current for supplementing an insufficient amount of the current generated by the SMPS module or a sink current for eliminating an excessive amount of the current generated by the SMPS module. a Switching Mode Power Supply SMPS, module (220, 420); and a linear regulator (210, 410); generate a current of a power supply signal; and select, from a plurality of power supplies having different voltages, at least one power supply based on a voltage level of an input signal of the SMPS module, and
Substrate, preferably for use in power electronics, comprising: a. a substantially flat, ceramic support layer comprising at least two separate electronic circuits (2a, 2b, 2c) that are connected along a weakened break line; b. a metal layer on the separate electronic circuits at at least one side, preferably at both sides, of the ceramic support layer, in which the metal layer of the separate electronic circuits are separated along the break lines; in which one metal layer of at least one, preferably each, of the electronic circuits of the substrate is provided with one or more dimples in the metal layer along at least one edge of the metal layer, in which the dimples are adapted for at least partially reducing tensile forces in the metal layer; wherein the one or more dimples per electronic circuit form an identification pattern, in which the identification pattern distinguishes the electronic circuit from at least the other electronic circuits of the substrate. a. a substantially flat, ceramic support layer comprising at least two separate electronic circuits (2a, 2b, 2c) that are connected along a weakened break line; b. a metal layer on the separate electronic circuits at at least one side, preferably at both sides, of the ceramic support layer, in which the metal layer of the separate electronic circuits are separated along the break lines; in which one metal layer of at least one, preferably each, of the electronic circuits of the substrate is provided with one or more dimples in the metal layer along at least one edge of the metal layer, in which the dimples are adapted for at least partially reducing tensile forces in the metal layer; wherein the one or more dimples per electronic circuit form an identification pattern, in which the identification pattern distinguishes the electronic circuit from at least the other electronic circuits of the substrate. in which one metal layer of at least one, preferably each, of the electronic circuits of the substrate is provided with one or more dimples in the metal layer along at least one edge of the metal layer, in which the dimples are adapted for at least partially reducing tensile forces in the metal layer; wherein the one or more dimples per electronic circuit form an identification pattern, in which the identification pattern distinguishes the electronic circuit from at least the other electronic circuits of the substrate.
A spray dispenser for plural components, in particular for an adjustable dosing dispenser with mutually adjacent outlet openings for the components, wherein the outlet openings, from which spray cones are let out when in use, are connected with a pump unit for the respective connponent, characterized in that the respective supply channel (4a, 4b) is straight at manufacturing (fig. 8) and bent on assembly (fig. 9) in the spray dispenser as well as defined in a mounting position so that the spray cones overlap.
Composition comprising mixture of apolactoferrin and lactoferrin vehiculated into nanolipids, which are particles, composed of natural phospholipids organized in a double-layer, having a structure analogous to the cell membranes, with a diameter of less than 250 nm, for use in the treatment of iron accumulation diseases.
A method of installing a RFID label in or on a vulcanized tire, comprising the steps of: (a) forming either during vulcanization or post-vulcanization a recess having a predetermined shape on an outermost or innermost surface of a tire; (b) providing a RFID label (20, 120) comprising a foam layer, a face layer and a RFID device (24; 24', 24") disposed between the foam layer and the face layer that are adhered to one another, said RFID label, being configured to identify the tire and/or to sense conditions of the tire and communicate the same to an RFID reader when within a predetermined proximity of the RFID reader; and (c) affixing the RFID label within the recess of the vulcanized tire by contacting and adhering an adhesive surface of the RFID label to a surface of the recess to identify the tire and/or sense conditions of the tire. (a) forming either during vulcanization or post-vulcanization a recess having a predetermined shape on an outermost or innermost surface of a tire; (b) providing a RFID label (20, 120) comprising a foam layer, a face layer and a RFID device (24; 24', 24") disposed between the foam layer and the face layer that are adhered to one another, said RFID label, being configured to identify the tire and/or to sense conditions of the tire and communicate the same to an RFID reader when within a predetermined proximity of the RFID reader; and (c) affixing the RFID label within the recess of the vulcanized tire by contacting and adhering an adhesive surface of the RFID label to a surface of the recess to identify the tire and/or sense conditions of the tire.
A fluid guiding assembly for fuel cells, comprising a channel structure (620;720) and a gas diffusion layer arranged on the channel structure (620;720), the channel structure (620;720) defining flow field channels (62;72) extending from a first end of the channel structure (620;720) to an opposite second end, wherein a porous distributor (63;73) is arranged at both ends of the channel structure (620;720), extending over the entire width of the channel structure (620;720), characterized in that the height of the distributors (63;73) equals the sum of the height of the diffusion layer and the height of the channel structure (620;720).
A device for positioning within a blood vessel for treatment of an aneurysm, said device being tubular and including a plurality of braided strands (31, 32) wound helically to form a lattice structure, said strands being ribbons with rectangular cross section or wires with a circular cross section, each said strand being formed of a biocompatible metal material, and each said strand comprising an inner surface, an outer surface for positioning adjacent an inner wall of a vessel, said outer surface forming a portion of an outer circumference of said device between first and second ends of said device, and a plurality of openings extending between said inner and outer surfaces, characterized in that said outer surface of said strands comprising between about 20 percent to about 50 percent of a total circumferential area of said device, and in that the device is configured to deflect 90 degrees from a longitudinal axis of the device, upon application of a bending moment of 0.0006 N-m to the device at a distance of 12,7 mm (0,5") from a fulcrum of a cantilever made by the device, and to be compressed to 50% of an original diameter of the device upon application of a force of less than 0.098 N, when the device is fully deployed from a delivery catheter.
A multi-RAT capable User Equipment configured to: establish a first radio connection with a primary network controller over a primary Radio Access Technology, activating a single PDP context; establish a second radio connection with a secondary network controller over a secondary Radio Access Technology for the same single PDP context, receive a primary data packet flow through the first radio connection and a secondary data packet flow through the second radio connection; and combine the primary data packet flow and the secondary data packet flow to reconstruct an initial data packet flow corresponding to the same single PDP context. establish a first radio connection with a primary network controller over a primary Radio Access Technology, activating a single PDP context; establish a second radio connection with a secondary network controller over a secondary Radio Access Technology for the same single PDP context, receive a primary data packet flow through the first radio connection and a secondary data packet flow through the second radio connection; and combine the primary data packet flow and the secondary data packet flow to reconstruct an initial data packet flow corresponding to the same single PDP context.
A composition comprising at least one fluoropolymer, wherein the fluoropolymer comprises at least 90 % by weight based on the total weight of the fluoropolymer of polymerized units derived from perfluorinated monomers selected from tetrafluoroethene and one or more unsaturated perfluorinated alkyl ethers; a fluorinated solvent; and a fluorinated additive having a Mw of no greater than 50,000 g/mole comprising a partially fluorinated or perfluorinated alkyl or (poly)ether group, wherein the fluorinated additive further comprises a silane group or a (meth)acrylate group. at least one fluoropolymer, wherein the fluoropolymer comprises at least 90 % by weight based on the total weight of the fluoropolymer of polymerized units derived from perfluorinated monomers selected from tetrafluoroethene and one or more unsaturated perfluorinated alkyl ethers; a fluorinated solvent; and a fluorinated additive having a Mw of no greater than 50,000 g/mole comprising a partially fluorinated or perfluorinated alkyl or (poly)ether group, wherein the fluorinated additive further comprises a silane group or a (meth)acrylate group.
A waste storage device including a waste storage cassette receiving chamber characterised in that the waste storage device further comprises a waste storage cassette rotator comprising a handle, the waste storage cassette rotator being rotatably mounted in the chamber and configured to engage a waste storage cassette for manual rotation thereof relative to the chamber; wherein the waste storage cassette rotator comprises a lug arranged to engage, in use, a co-operating formation in the waste storage cassette for rotational engagement between the waste storage cassette rotator and the cassette as the waste storage cassette rotator is rotated.
A ground fault detection device comprising: line and neutral conductors configured to connect an AC power source and a load; a differential current transformer comprising a toroid, through which the line and neutral conductors pass, and a secondary winding wound on the toroid; a differential ground fault detector electrically connected to the secondary winding of the differential current transformer, the differential ground fault detector configured to compare current generated in the secondary winding from an imbalance of magnetic flux in the toroid to a predetermined threshold; a wire conductor routed through the toroid of the differential current transformer; a controller; and a low voltage DC power supply to provide a constant DC output voltage, electrically connected to the wire conductor; characterized in that the controller is configured to control the low voltage DC power supply to generate a low voltage DC test stimulus signal in the wire conductor. line and neutral conductors configured to connect an AC power source and a load; a differential current transformer comprising a toroid, through which the line and neutral conductors pass, and a secondary winding wound on the toroid; a differential ground fault detector electrically connected to the secondary winding of the differential current transformer, the differential ground fault detector configured to compare current generated in the secondary winding from an imbalance of magnetic flux in the toroid to a predetermined threshold; a wire conductor routed through the toroid of the differential current transformer; a controller; and a low voltage DC power supply to provide a constant DC output voltage, electrically connected to the wire conductor; characterized in that the controller is configured to control the low voltage DC power supply to generate a low voltage DC test stimulus signal in the wire conductor.