mhurhangee/ep-ind-claims huggingface dataset:
A method for the electrically conductive connection of a, for example, strip-shaped contact element consisting of electrically conductive material to an electrical stranded conductor containing aluminum, which has a plurality of wires combined into one unit, with which a fastening part connected in one piece with the contact element is mechanically firmly crimped around the stranded conductor while leaving its end face free in the area of its end, characterized in - that a contact element consisting of a resilient material is used, which in its path has a spring-loaded tab, projecting at an angle (α) between 80° and 89° obliquely from the same, wherein the inclination of the tab points in the direction of the fastening part of the contact element, - that before the fastening of the contact element on the stranded conductor initially an electrically conductive contact surface is generated on the end face of the same, which contact surface is connected electrically conductively to the aluminum of the wires of the stranded conductor, - that subsequently the contact element is applied to the stranded conductor in a position, in which the tab abuts against the contact surface of the same, - that the contact element is then pressed in the axial direction of the stranded conductor in such a manner that the tab is deformed by the contact surface contrary to its spring effect, and - that finally the contact element is firmly and immovably crimped around the stranded conductor with the path parallel to the axial direction of the stranded conductor by means of the fastening part in such a position, that the tab projecting from the contact element is pressed electrically conductively and mechanically firmly against the contact surface due to its spring tension. - that a contact element consisting of a resilient material is used, which in its path has a spring-loaded tab, projecting at an angle (α) between 80° and 89° obliquely from the same, wherein the inclination of the tab points in the direction of the fastening part of the contact element, - that before the fastening of the contact element on the stranded conductor initially an electrically conductive contact surface is generated on the end face of the same, which contact surface is connected electrically conductively to the aluminum of the wires of the stranded conductor, - that subsequently the contact element is applied to the stranded conductor in a position, in which the tab abuts against the contact surface of the same, - that the contact element is then pressed in the axial direction of the stranded conductor in such a manner that the tab is deformed by the contact surface contrary to its spring effect, and - that finally the contact element is firmly and immovably crimped around the stranded conductor with the path parallel to the axial direction of the stranded conductor by means of the fastening part in such a position, that the tab projecting from the contact element is pressed electrically conductively and mechanically firmly against the contact surface due to its spring tension.
A polymer bead for performing multiple co-assay reactions, comprising: a hydrogel polymer; a crosslinker; and a biomolecule disposed within the polymer bead, wherein the bead is a porous hollow bead that comprises multiple polymer layers, wherein each polymer layer comprises a distinct pore size and a distinct pore density sufficient for diffusion of a reagent through the bead while retaining the biomolecule. a hydrogel polymer; a crosslinker; and a biomolecule disposed within the polymer bead, wherein the bead is a porous hollow bead that comprises multiple polymer layers, wherein each polymer layer comprises a distinct pore size and a distinct pore density sufficient for diffusion of a reagent through the bead while retaining the biomolecule.
Profile rail with an interlocking device for securing and guiding at least one item of freight on a freight loading deck, comprising: - a guide carriage extending in the longitudinal direction; - a bearing in which the guide carriage is supported to be movable in such a manner that the guide carriage is pivotable from a fixing position to a rest position; - at least one trigger device (30a, 30b) which is attached to the profile rail via at least one joint so that the trigger device (30a, 30b) may be brought from a blocking position to a releasing position, wherein the trigger device (30a, 30b) acts upon the guide carriage in the blocking position in such a manner that the same is blocked in the fixing position, wherein the trigger device (30a, 30b) exhibits at least one trigger device ramp section (32a, 32b) which is configured and arranged such that an item of freight approaching in the longitudinal direction pivots the trigger device (30a, 30b) from the blocking position to the releasing position, characterised in that the bearing for guiding the guide carriage from the fixing position to the rest position in a translational movement exhibits a plurality of swivel joints. - a guide carriage extending in the longitudinal direction; - a bearing in which the guide carriage is supported to be movable in such a manner that the guide carriage is pivotable from a fixing position to a rest position; - at least one trigger device (30a, 30b) which is attached to the profile rail via at least one joint so that the trigger device (30a, 30b) may be brought from a blocking position to a releasing position, wherein the trigger device (30a, 30b) acts upon the guide carriage in the blocking position in such a manner that the same is blocked in the fixing position,
A compressor for a turbocharger comprising: a compressor wheel (78; 126) that comprises first and second compressor faces (80, 82; 128, 134) oriented back-to-back; and a compressor housing (76; 120) that comprises air inlets to direct inlet air to a first passage (84; 122) and/or to a second passage (86; 124), wherein the second passage (86; 124) is separated from the first passage (84; 122), and a volute (92; 138) to receive air compressed by the compressor wheel (78; 126), characterized in that the compressor wheel (78; 126) further comprises a bore for mounting the compressor wheel (78; 126) to a shaft along a rotational axis of the compressor wheel (78; 126), the shaft mounted to a turbine wheel, the air inlets are two separate axially positioned air inlets and are adapted to direct inlet air axially to the first passage (84; 122) and the second passage (86; 124), respectively, and the compressor housing (76; 120) comprises a first component that defines the first passage (84; 122) to the first compressor face (80; 128; 186; 204), which first passage (84; 122) comprises a wall that extends axially to the first compressor face (80; 128), and a second component that is attached to the first component and defines the second passage (86; 124) to the second compressor face (82; 134). a compressor wheel (78; 126) that comprises first and second compressor faces (80, 82; 128, 134) oriented back-to-back; and a compressor housing (76; 120) that comprises air inlets to direct inlet air to a first passage (84; 122) and/or to a second passage (86; 124), wherein the second passage (86; 124) is separated from the first passage (84; 122), and a volute (92; 138) to receive air compressed by the compressor wheel (78; 126), air inlets to direct inlet air to a first passage (84; 122) and/or to a second passage (86; 124), wherein the second passage (86; 124) is separated from the first passage (84; 122), and a volute (92; 138) to receive air compressed by the compressor wheel (78; 126), characterized in that the compressor wheel (78; 126) further comprises a bore for mounting the compressor wheel (78; 126) to a shaft along a rotational axis of the compressor wheel (78; 126), the shaft mounted to a turbine wheel, the air inlets are two separate axially positioned air inlets and are adapted to direct inlet air axially to the first passage (84; 122) and the second passage (86; 124), respectively, and the compressor housing (76; 120) comprises a first component that defines the first passage (84; 122) to the first compressor face (80; 128; 186; 204), which first passage (84; 122) comprises a wall that extends axially to the first compressor face (80; 128), and a second component that is attached to the first component and defines the second passage (86; 124) to the second compressor face (82; 134).
Fuel injection valve for internal combustion engines, having a housing in which there is formed a pressure chamber which can be filled with highly pressurized fuel, and having a nozzle needle which is arranged in longitudinally movable fashion in the pressure chamber and which interacts with a valve seat and thereby controls a flow of fuel from the pressure chamber to at least one injection opening, and having a control chamber by means of which a hydraulic closing force in the direction of the valve seat is exerted on the nozzle needle, wherein that end of the nozzle needle which is remote from the valve seat is received in a longitudinally movable switching sleeve, wherein the switching sleeve interacts with a sealing seat in the pressure chamber such that, when the switching sleeve lifts off from said sealing seat, a throughflow cross section is opened up between the switching sleeve and the sealing seat, through which throughflow cross section fuel within the pressure chamber can flow in unthrottled fashion in the direction of the injection opening, characterized in that the diameter at which the switching sleeve seals against the sealing seat is greater than the outer diameter of that face surface of the switching sleeve which delimits the control chamber.
Use of a rubber composition for a conveyor belt, the rubber composition being obtainable by compounding a rubber component containing a diene based rubber, a phenol based resin, a carbon black, and calcium carbonate, wherein: the compounding amount of the phenol based resin is 3 parts by mass or more per 100 parts by mass of the diene based rubber, and the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber. the compounding amount of the phenol based resin is 3 parts by mass or more per 100 parts by mass of the diene based rubber, and the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber.
A recombinant follistatin protein for use in a method of treating Duchenne muscular dystrophy, wherein the method comprises administering to an individual who is suffering from or susceptible to DMD an effective amount of a recombinant follistatin protein comprising an amino acid sequence of SEQ ID NO: 1 or 2 fused to an Fc domain via a peptide linker comprising 10 or more amino acids such that at least one symptom or feature of DMD is reduced in intensity, severity, or frequency, or has delayed onset, and wherein the peptide linker comprises the amino acid sequence of SEQ ID NO: 5, 6, or 7.
A method of fabricating a light emitting diode, comprising: forming semiconductor layers (25, 27, 29) including a buffer layer, an N-type semiconductor layer, an active layer and a P-type semiconductor layer on a first, transparent substrate, and a first metal layer on the P-type semiconductor layer; forming a second metal layer on a second, thermal conductive insulating substrate separate from the first substrate; bonding the first and second metal layers (31, 53) such that the metal layers (31, 53) face each other; separating the first substrate from the semiconductor layers (25, 27,29) by decomposing the buffer layer using a laser irradiating energy onto the first substrate; after separating the first substrate, exposing a surface of the N-type semiconductor layer by removing the remaining buffer layer; patterning the semiconductor layers (25, 27, 29) and the metal layers (31, 53) using photolithography and etching techniques to form metal patterns spaced apart one from another and light emitting cells located in regions on the respective metal patterns and being electrically isolated one from another; and forming metal wires for connecting upper surfaces of the light emitting cells to adjacent metal patterns, wherein the metal wires connect the light emitting cells one to another for forming an array having the light emitting cells connected in series. forming semiconductor layers (25, 27, 29) including a buffer layer, an N-type semiconductor layer, an active layer and a P-type semiconductor layer on a first, transparent substrate, and a first metal layer on the P-type semiconductor layer; forming a second metal layer on a second, thermal conductive insulating substrate separate from the first substrate; bonding the first and second metal layers (31, 53) such that the metal layers (31, 53) face each other; separating the first substrate from the semiconductor layers (25, 27,29) by decomposing the buffer layer using a laser irradiating energy onto the first substrate; after separating the first substrate, exposing a surface of the N-type semiconductor layer by removing the remaining buffer layer; patterning the semiconductor layers (25, 27, 29) and the metal layers (31, 53) using photolithography and etching techniques to form metal patterns spaced apart one from another and light emitting cells located in regions on the respective metal patterns and being electrically isolated one from another; and forming metal wires for connecting upper surfaces of the light emitting cells to adjacent metal patterns, wherein the metal wires connect the light emitting cells one to another for forming an array having the light emitting cells connected in series.
An isoprene-based polymer latex composition comprising a chloroprene polymer latex, an isoprene polymer latex, and an emulsifier, wherein the chloroprene polymer latex has a z-average particle size of chloroprene polymer particles contained therein of 180 nm or greater and smaller than 300 nm determined according to the method as described in paragraph of the description and a tetrahydrofuran insoluble fraction of 80 to 99 % by mass, determined according to paragraph of the description, the chloroprene polymer latex is a copolymer latex of chloroprene (A-1) and 2,3-dichloro-1,3-butadiene (A-2-1), or a copolymer latex of chloroprene (A-1), 2,3-dichloro-1,3-butadiene (A-2-1), and another monomer (A-2-2), and the copolymer is obtained by copolymerization in which the ratio of 2,3-dichloro-1,3-butadiene (A-2-1) is 5.0 to 30.0 % by mass relative to the total amount of the monomer components chloroprene (A-1) and 2,3-dichloro-1,3-butadiene (A-2-1) of 100 % by mass.
A method of distinguishing states of a complex biological sample of a subject using a plurality of particles, the method comprising: (a) exposing the complex biological sample to the plurality of particles to permit binding of a plurality of proteins of the complex biological sample to surfaces of the plurality of particles to form distinct biomolecule corona signatures, wherein the plurality of particles have surfaces with different physicochemical properties, and wherein a pattern of binding of the plurality of proteins amongst the plurality of particles differs based on the physicochemical properties of the surfaces of the plurality of particles; (b) defining a biomolecule fingerprint representative of a combination of the biomolecule corona signatures by separating and identifying at least a subset of proteins from the plurality of particles; and (c) associating the biomolecule fingerprint with a biological state of the subject. (a) exposing the complex biological sample to the plurality of particles to permit binding of a plurality of proteins of the complex biological sample to surfaces of the plurality of particles to form distinct biomolecule corona signatures, wherein the plurality of particles have surfaces with different physicochemical properties, and wherein a pattern of binding of the plurality of proteins amongst the plurality of particles differs based on the physicochemical properties of the surfaces of the plurality of particles; wherein the plurality of particles have surfaces with different physicochemical properties, and wherein a pattern of binding of the plurality of proteins amongst the plurality of particles differs based on the physicochemical properties of the surfaces of the plurality of particles; (b) defining a biomolecule fingerprint representative of a combination of the biomolecule corona signatures by separating and identifying at least a subset of proteins from the plurality of particles; and (c) associating the biomolecule fingerprint with a biological state of the subject.
A power supply control apparatus for controlling a power supply including a parallel combination of series circuits each including a secondary battery (11A, 11 B, 11 C) and a relay (12A, 12B, 12C) connected in series with the secondary battery, to control ON/OFF state of each relay (12A, 12B, 12C), the power supply control apparatus comprising a control device (2, 21, 22, 24A, 24B, 25A, 25B) to set a time difference among ON/OFF timings of the relays (12A, 12B, 12C) in an operation of turning on/off the relays; characterized in that the power supply control apparatus further comprises a sensing device (13A, 13B, 13C) to sense degradation degrees of the secondary batteries; and the control device (2, 21, 22, 24A, 24B, 25A, 25B) is configured to set the time difference among the on/off timings of the relays (12A, 12B, 12C) in accordance with the degradation degrees sensed by the sensing device.
A gas turbine engine comprising: a compressor section received within an inner housing, and there being an outer housing spaced radially outwardly of said inner housing, a nacelle; a nacelle anti-icing system configured to tap compressed air from said compressor section through an anti-ice valve and to said nacelle; and a control; characterised in that said control is configured to ensure said anti-ice valve is opened at startup of the gas turbine engine without consideration of ambient conditions for the purpose of compressor stability assistance. a compressor section received within an inner housing, and there being an outer housing spaced radially outwardly of said inner housing, a nacelle; a nacelle anti-icing system configured to tap compressed air from said compressor section through an anti-ice valve and to said nacelle; and a control; characterised in that said control is configured to ensure said anti-ice valve is opened at startup of the gas turbine engine without consideration of ambient conditions for the purpose of compressor stability assistance.
A control device, in particular for an aircraft, having a multiaxially tiltable joystick for the actuation of control signal transducers, in particular for the pitch control and roll control of an aircraft, as well as having a cardan-like joint by means of which the joystick is tiltable about different pivot axes (30, 40), wherein the cardan-like joint has a first freewheel for a tilt movement of the joystick about a first one of the pivot axes (30, 40), with the first freewheel having at least one joint or being made elastically at least section-wise, wherein the cardan-like joint has a first joint part and a second joint part, wherein the cardan-like joint has a second pivot axis and a second freewheel for a tilt movement of the joystick about the second pivot axis, with the second freewheel being formed by an elongate recess in the first joint part, characterized in that the first freewheel includes a lever mechanism having a first lever and having a second lever, said first lever being hinged and pivotably connected to the joystick or to a bearing connected thereto, and said second lever being pivotably connected to the first lever and to the first joint part of the cardan-like joint so that the joystick is tiltable about the first pivot axis.
Method for sequencing a template nucleic acid immobilized on a substrate, wherein a label is covalently or non-covalently associated with the template nucleic acid, wherein a nucleic acid primer is annealed to said template nucleic acid, wherein a quenching medium for quenching a signal of the label is provided, wherein the quenching medium is a quenching layer, the method comprising at least the steps of: a) providing the label at a height h1 at the template nucleic acid, b) adding a nucleotide, wherein the nucleotide is unlabeled, c) incorporating the nucleotide into the template nucleic acid thereby causing a change of the height of the label from a height h1 to a height h2 above the quenching medium, d) recording the change of the signal of the label based on the change from the height h1 to the height h2, e) determining whether said nucleotide is incorporated or not incorporated at a 3'-end of said nucleic acid primer annealed to said template nucleic acid by: ∘ observing a signal of the label at least before and after the adding of the nucleotide o using the observed signal of the label for detecting an incorporation of the nucleotide into the template nucleic acid based on a change of the observed signal of the label, and o wherein the change of the signal results from a change of a distance of the label to the quenching medium caused by the incorporation of the nucleotide into the template nucleic acid. a) providing the label at a height h1 at the template nucleic acid, b) adding a nucleotide, wherein the nucleotide is unlabeled, c) incorporating the nucleotide into the template nucleic acid thereby causing a change of the height of the label from a height h1 to a height h2 above the quenching medium, d) recording the change of the signal of the label based on the change from the height h1 to the height h2, e) determining whether said nucleotide is incorporated or not incorporated at a 3'-end of said nucleic acid primer annealed to said template nucleic acid by: ∘ observing a signal of the label at least before and after the adding of the nucleotide o using the observed signal of the label for detecting an incorporation of the nucleotide into the template nucleic acid based on a change of the observed signal of the label, and o wherein the change of the signal results from a change of a distance of the label to the quenching medium caused by the incorporation of the nucleotide into the template nucleic acid. ∘ observing a signal of the label at least before and after the adding of the nucleotide o using the observed signal of the label for detecting an incorporation of the nucleotide into the template nucleic acid based on a change of the observed signal of the label, and o wherein the change of the signal results from a change of a distance of the label to the quenching medium caused by the incorporation of the nucleotide into the template nucleic acid.
A suspension system for suspending an apparatus in a wind turbine, comprising at least one suspension element mountable between the apparatus (10,11) and a support (20, 21), wherein said suspension element comprises a laminate material having at least one metal layer and at least one elastomer layer laminated thereon, wherein the at least one suspension element has a dynamic stiffness in the range from 10 kN/mm up to 500 kN/mm and a dynamic damping loss in the range from 1 % to 5 %, and at least one displacement limiting element, wherein the at least one displacement limiting element has a dynamic stiffness in the range from 100 kN/mm up to 50000 kN/mm and a dynamic damping loss in the range from 5 % to 25 %, and wherein the at least one displacement limiting element is mountable to the support (20, 21) and dimensioned to be spaced from the apparatus (10, 11) by a clearance when being mounted to the support (20, 21), wherein the at least one displacement limiting element comprises a laminate material having at least one metal layer and at least one elastomer layer (43, 44) laminated thereon.