mhurhangee/ep-ind-claims huggingface dataset:
Joining system comprising a joining station in which, on at least one side viewed in the longitudinal direction, a clamping frame unit having a clamping frame is arranged, the clamping frame unit being arranged in the joining station so as to be movable in the transverse direction between a working position and a standby position, characterized in that a coupling part having a coupling guiding part is arranged on a stationary support structure above the joining station and at least one stiffening support is arranged on the clamping frame, on the free end of which a stiffening locking unit is provided which can be opened and closed and which is closed and in engagement with the coupling guiding part in the working position.
Inductor to heat, by electromagnetic induction, an electrically conductive body, wherein said inductor comprises: - an induction body, provided with a coil suitable for the generation of an electromagnetic field inside it, wherein said coil is made as a hollow tube of conductive material made by spirals, inside which the cooling liquid flows, - an insulating body conformed as a hollow tubular body disposed, during use, in a containing seating of said coil, suitable to be inserted into, and extracted from, said containing seating, and defining a transit channel for said electrically conductive body, and a containing body, configured to house said induction body and said insulating body, provided with apertures (13a, 13b) coherent with said transit channel, wherein said insulating body is removable from said induction body and wherein said inductor comprises a front head and a rear head, positioned respectively on a front face and a rear face of said containing body, provided with passage apertures (24a, 25b) aligned with said transit channel, wherein said front head and rear head are removable and are configured to be assembled onto and disassembled from said containing body to allow the insertion and extraction of said insulating body into/from said containing seating. - an induction body, provided with a coil suitable for the generation of an electromagnetic field inside it, wherein said coil is made as a hollow tube of conductive material made by spirals, inside which the cooling liquid flows, - an insulating body conformed as a hollow tubular body disposed, during use, in a containing seating of said coil, suitable to be inserted into, and extracted from, said containing seating, and defining a transit channel for said electrically conductive body, and a containing body, configured to house said induction body and said insulating body, provided with apertures (13a, 13b) coherent with said transit channel, wherein said insulating body is removable from said induction body and wherein said inductor comprises a front head and a rear head, positioned respectively on a front face and a rear face of said containing body, provided with passage apertures (24a, 25b) aligned with said transit channel, wherein said front head and rear head are removable and are configured to be assembled onto and disassembled from said containing body to allow the insertion and extraction of said insulating body into/from said containing seating. a containing body, configured to house said induction body and said insulating body, provided with apertures (13a, 13b) coherent with said transit channel, wherein said insulating body is removable from said induction body and wherein said inductor comprises a front head and a rear head, positioned respectively on a front face and a rear face of said containing body, provided with passage apertures (24a, 25b) aligned with said transit channel, wherein said front head and rear head are removable and are configured to be assembled onto and disassembled from said containing body to allow the insertion and extraction of said insulating body into/from said containing seating.
A pharmaceutical formulation comprising a buffer, a tonicity agent, and a chorionic gonadotropin carboxy terminal peptide -modified polypeptide consisting of a Factor VII coagulation factor and three chorionic gonadotropin carboxy terminal peptides (CTPs) attached to the carboxy terminus of said coagulation factor, wherein said polypeptide does not include a signal peptide, and wherein said formulation is at a pH of 6.4 to 6.5, said buffer is 20 mM citrate and 13.3 mM glycine, and said tonicity agent is 150 mM sodium chloride.
A method for emulating a turbocharger speed sensor of a turbocharger in an engine, the method comprising: receiving, at a processor, data from a plurality of sensors in the engine, wherein the data comprises: an exhaust manifold pressure of the engine; an exhaust mass flow of the engine; an injection angle of fuel in the engine; a boost pressure of the engine; a boost temperature of the engine; a piston cooling jet pressure of pistons in the engine; a coolant temperature of coolant in the engine; and a torque value of the pistons in the engine; entering, via the processor, the data as inputs into an artificial neural network, wherein the artificial neural network is trained to receive the inputs and output a speed of the turbocharger of the engine; and receiving, at the processor, the speed of the turbocharger from the artificial neural network. receiving, at a processor, data from a plurality of sensors in the engine, wherein the data comprises: an exhaust manifold pressure of the engine; an exhaust mass flow of the engine; an injection angle of fuel in the engine; a boost pressure of the engine; a boost temperature of the engine; a piston cooling jet pressure of pistons in the engine; a coolant temperature of coolant in the engine; and a torque value of the pistons in the engine; an exhaust manifold pressure of the engine; an exhaust mass flow of the engine; an injection angle of fuel in the engine; a boost pressure of the engine; a boost temperature of the engine; a piston cooling jet pressure of pistons in the engine; a coolant temperature of coolant in the engine; and a torque value of the pistons in the engine; entering, via the processor, the data as inputs into an artificial neural network, wherein the artificial neural network is trained to receive the inputs and output a speed of the turbocharger of the engine; and receiving, at the processor, the speed of the turbocharger from the artificial neural network.
An electrical connection element for soldering on a glass pane and conductive portions present there, in particular on a vehicle pane, composed of a solder connection part and a band braid part fixed to the solder connection part by welding, characterized in that the band braid part is composed of a mixed mesh, which, apart from single wires of copper or a copper alloy, contains single wires of a material having a melting temperature corresponding substantially to the melting temperature of the solder connection part or having a higher melting temperature in this respect, wherein the mixed mesh has single wires of a ferritic chromium steel, and the solder connection part is composed of a steel alloy suitable for a lead-free solder joint with the glass pane.
A composition or vaccine comprising a recombinant herpesvirus of turkeys vector, wherein the HVT vector comprises either: a) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 1, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome; or b) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 5, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome. a) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 1, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome; or b) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 5, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome.
Composition containing a Withania somnifera extract for use to treat or prevent amyloid-related diseases in a mammal, preferably a human, wherein the Withania somnifera extract has been fermented by its incubation with a filamentous fungus in a suitable environment.
Method for cleaning and drying a transparent pane having a hydrophobic coating for wiping off the residual moisture, wherein after a motor vehicle engine is turned off, the quantity of water on the outer side of the pane is measured and, in the case of a constant or decreasing quantity of water, after a waiting time of at least 1 minute, at least one wiping operation is carried out.
A complex device comprising: a stacked structure (100, 200, 300) comprising a piezoelectric device, a first sheet and a second sheet; a first antenna pattern disposed on one surface of the first sheet; a second antenna pattern disposed on one surface of the second sheet; a third antenna pattern disposed outside the second antenna pattern on one surface of the second sheet; and a vibration transfer body (410, 420) contacting at least one area of the stacked structure (100, 200, 300) and disposed to be spaced apart from one surface of the stacked structure (100, 200, 300), wherein the a piezoelectric device and vibration transfer body (410, 420) constitutes a piezoelectric speaker, the first and second antenna pattern (210, 310) are connected to each other to constitute an antenna for wireless charge, and the third antenna pattern constitutes an antenna for near field communication. a stacked structure (100, 200, 300) comprising a piezoelectric device, a first sheet and a second sheet; a first antenna pattern disposed on one surface of the first sheet; a second antenna pattern disposed on one surface of the second sheet; a third antenna pattern disposed outside the second antenna pattern on one surface of the second sheet; and a vibration transfer body (410, 420) contacting at least one area of the stacked structure (100, 200, 300) and disposed to be spaced apart from one surface of the stacked structure (100, 200, 300), wherein the a piezoelectric device and vibration transfer body (410, 420) constitutes a piezoelectric speaker, the first and second antenna pattern (210, 310) are connected to each other to constitute an antenna for wireless charge, and the third antenna pattern constitutes an antenna for near field communication.
A lyophilized formulation comprising: a fusion protein including a humanized anti-hTfR antibody and human iduronate-2-sulfatase, as an active ingredient, wherein the light chain of the humanized anti-hTfR antibody has the amino acid sequence set forth as SEQ ID NO:6, and wherein the heavy chain of the humanized anti-hTfR antibody having the amino acid sequence set forth as SEQ ID NO: 10 is linked, on the C-terminal side thereof, to the human iduronate-2-sulfatase via a linker sequence; and wherein the formulation further comprises: sodium chloride, sucrose, polyoxyethylene polyoxypropylene glycol, and a phosphate buffer; and wherein the amounts of the sodium chloride, the sucrose, and the polyoxyethylene polyoxypropylene glycol are 0.16 (w/w), 15 (w/w), and 0.065 (w/w), respectively, relative to the amount of the fusion protein; and wherein the pH is 6.0 to 7.0 when dissolved in pure water. a fusion protein including a humanized anti-hTfR antibody and human iduronate-2-sulfatase, as an active ingredient, wherein the light chain of the humanized anti-hTfR antibody has the amino acid sequence set forth as SEQ ID NO:6, and wherein the heavy chain of the humanized anti-hTfR antibody having the amino acid sequence set forth as SEQ ID NO: 10 is linked, on the C-terminal side thereof, to the human iduronate-2-sulfatase via a linker sequence; and wherein the formulation further comprises: sodium chloride, sucrose, polyoxyethylene polyoxypropylene glycol, and a phosphate buffer; and wherein the amounts of the sodium chloride, the sucrose, and the polyoxyethylene polyoxypropylene glycol are 0.16 (w/w), 15 (w/w), and 0.065 (w/w), respectively, relative to the amount of the fusion protein; and wherein the pH is 6.0 to 7.0 when dissolved in pure water. sodium chloride, sucrose, polyoxyethylene polyoxypropylene glycol, and a phosphate buffer; and wherein the amounts of the sodium chloride, the sucrose, and the polyoxyethylene polyoxypropylene glycol are 0.16 (w/w), 15 (w/w), and 0.065 (w/w), respectively, relative to the amount of the fusion protein; and wherein the pH is 6.0 to 7.0 when dissolved in pure water.
A saddle riding vehicle, comprising: a unit swing engine that is swingably supported on a vehicle body frame via a rocking shaft disposed at an upper portion of the unit swing engine; and a radiator disposed beside the unit swing engine, wherein the radiator includes a radiator core that has a rectangular shape in a side view, the radiator is disposed to be inclined such that a front edge portion of the radiator core is inclined rearwardly in a side view, the rocking shaft is disposed, in a side view, anterior to an upper portion of the front edge portion of the radiator core, the rocking shaft is disposed, in a side view, superior to a lower end portion of the front edge portion of the radiator core, characterized in that the rocking shaft is disposed, in a side view, inferior to an upper end portion of the front edge portion of the radiator core, and the rocking shaft is disposed, in a side view, posterior to the lower end portion of the front edge portion of the radiator core. a unit swing engine that is swingably supported on a vehicle body frame via a rocking shaft disposed at an upper portion of the unit swing engine; and a radiator disposed beside the unit swing engine, wherein the radiator includes a radiator core that has a rectangular shape in a side view, the radiator is disposed to be inclined such that a front edge portion of the radiator core is inclined rearwardly in a side view, the rocking shaft is disposed, in a side view, anterior to an upper portion of the front edge portion of the radiator core, the rocking shaft is disposed, in a side view, superior to a lower end portion of the front edge portion of the radiator core, characterized in that the rocking shaft is disposed, in a side view, inferior to an upper end portion of the front edge portion of the radiator core, and the rocking shaft is disposed, in a side view, posterior to the lower end portion of the front edge portion of the radiator core.
A method (100, 500) for automatically alerting a participant of an electronic communication/presentation when a predefined point in the communication/presentation is reached, the method comprising the steps of: Receiving (102, 502), on a participant's device (206, 304, 306, 806), a document corresponding to the communication/presentation; Marking (104, 504) the document using an application on the participant's device to form a marked document, having one or more sections marked; Storing (106, 506) information corresponding to the marked document; Scanning (108, 508, 708) the marked document for marks during the communication/presentation; and sending from a server (204, 310, 604, 808) an alert (112, 512, 710) to the participant when one of the marked sections of the communication/presentation is reached, during the scanning step. Receiving (102, 502), on a participant's device (206, 304, 306, 806), a document corresponding to the communication/presentation; Marking (104, 504) the document using an application on the participant's device to form a marked document, having one or more sections marked; Storing (106, 506) information corresponding to the marked document; Scanning (108, 508, 708) the marked document for marks during the communication/presentation; and sending from a server (204, 310, 604, 808) an alert (112, 512, 710) to the participant when one of the marked sections of the communication/presentation is reached, during the scanning step.
Modular gripping device system with various gripping units, wherein each gripping unit is equipped with at least two gripping elements which are arranged on carriages or gripping element carriers, and which are movable toward each other, of which at least one gripping element is movable in one or two directions by means of a drive, and wherein the drive comprises at least one transmission, - wherein the respective gripping unit and the drive with its downstream transmissions (21, 22, 64, 71) are arranged in a two-part, modular module housing (30, 60), - wherein the drive and at least one transmission represent a drive module, - wherein the drive module has an electric motor and at least one single-stage spur gear transmission, - wherein the respective gripping elements, their bearings and/or guides and at least one transmission (64, 71) each form a gripping unit module, - wherein the drive module is housed in a drive module housing and the gripping unit module in a gripping unit module housing, - wherein the separating and mounting joint separating the drive module and the gripping unit module is located between two parts (26, 66) of a two-part transmission, - wherein the two-part transmission is a worm gear transmission, the first transmission part of which is a worm and the second transmission part of which is a worm wheel, and - wherein the electric motor has a drive shaft, the centre line of which is aligned parallel to the plane formed by the separating and mounting joint. - wherein the respective gripping unit and the drive with its downstream transmissions (21, 22, 64, 71) are arranged in a two-part, modular module housing (30, 60), - wherein the drive and at least one transmission represent a drive module, - wherein the drive module has an electric motor and at least one single-stage spur gear transmission, - wherein the respective gripping elements, their bearings and/or guides and at least one transmission (64, 71) each form a gripping unit module, - wherein the drive module is housed in a drive module housing and the gripping unit module in a gripping unit module housing, - wherein the separating and mounting joint separating the drive module and the gripping unit module is located between two parts (26, 66) of a two-part transmission, - wherein the two-part transmission is a worm gear transmission, the first transmission part of which is a worm and the second transmission part of which is a worm wheel, and - wherein the electric motor has a drive shaft, the centre line of which is aligned parallel to the plane formed by the separating and mounting joint.
A method for production of an animal feed product, the method comprising, as part of an existing bioethanol production process: a) partial hydrolysis of the non-ethanol by-product of a fermentation process performed on a fermentation feedstock, which partial hydrolysis converts non starch polysaccharides to soluble oligomers and monomers, wherein the non-ethanol by-product of a fermentation process performed on a fermentation feedstock is, or is derived from, the still bottoms or stillage from ethanol production b) fermentation of the soluble oligomers and monomers in the partially hydrolysed non-ethanol by-product to produce additional ethanol compared to that produced by the existing bioethanol production process c) recovery of the non-ethanol by-product from the fermentation of step b) to produce an animal feed product with improved nutritional content. a) partial hydrolysis of the non-ethanol by-product of a fermentation process performed on a fermentation feedstock, which partial hydrolysis converts non starch polysaccharides to soluble oligomers and monomers, wherein the non-ethanol by-product of a fermentation process performed on a fermentation feedstock is, or is derived from, the still bottoms or stillage from ethanol production b) fermentation of the soluble oligomers and monomers in the partially hydrolysed non-ethanol by-product to produce additional ethanol compared to that produced by the existing bioethanol production process c) recovery of the non-ethanol by-product from the fermentation of step b) to produce an animal feed product with improved nutritional content.
A turboprop propulsion system adapted for use in an airplane with an airframe, the system comprising: a propeller mounted for rotation about a propeller axis; a gas turbine engine mounted to establish an engine axis of rotation different from the propeller axis to form an offset angle therebetween; a gearbox coupled between the propeller and the gas turbine engine and configured to accommodate the offset angle between the propeller axis and the engine axis of rotation; and a nacelle that houses the gas turbine engine and at least part of the gearbox and the nacelle is configured to be integrated into the airframe and supports the propeller, the gas turbine engine, and the gearbox relative to the rest of an airframe, the nacelle including an exhaust duct shaped to provide a direct line of sight from an exhaust discharge outlet of the gas turbine engine to an exhaust-outlet aperture of the nacelle; characterised in that the turboprop propulsion system further comprising an infrared suppressor coupled to the gas turbine engine and configured to conduct exhaust gases at least part way from the exhaust discharge outlet of the gas turbine engine to the exhaust-outlet aperture of the nacelle, wherein the infrared suppressor has a direct line of sight from the exhaust discharge outlet of the gas turbine engine to the exhaust-outlet aperture of the nacelle. a propeller mounted for rotation about a propeller axis; a gas turbine engine mounted to establish an engine axis of rotation different from the propeller axis to form an offset angle therebetween; a gearbox coupled between the propeller and the gas turbine engine and configured to accommodate the offset angle between the propeller axis and the engine axis of rotation; and a nacelle that houses the gas turbine engine and at least part of the gearbox and the nacelle is configured to be integrated into the airframe and supports the propeller, the gas turbine engine, and the gearbox relative to the rest of an airframe, the nacelle including an exhaust duct shaped to provide a direct line of sight from an exhaust discharge outlet of the gas turbine engine to an exhaust-outlet aperture of the nacelle; characterised in that the turboprop propulsion system further comprising an infrared suppressor coupled to the gas turbine engine and configured to conduct exhaust gases at least part way from the exhaust discharge outlet of the gas turbine engine to the exhaust-outlet aperture of the nacelle, wherein the infrared suppressor has a direct line of sight from the exhaust discharge outlet of the gas turbine engine to the exhaust-outlet aperture of the nacelle.
Milling cutter having at least one circumferential cutting lip arranged on its circumference, wherein the circumferential cutting lip is configured as a profile consisting of spaced-apart teeth separated by grooves, which profile forms a so-called "knurl", wherein each of the teeth - when viewing the cutting edge from the chip groove counter to the cutting direction - forms a cutting edge which is composed of a plurality of different radii, namely of at least one large radius, which forms the most part of the cutting edge of the relevant tooth, and a smaller radius preferably directly adjoining the latter on both sides, characterized in that the groove situated closest to an end cutting lip and belonging to a circumferential cutting lip opening into this end cutting lip has a distance from said end cutting lip that has at least one tooth width, such that the milling cutter has no incomplete teeth in the transition region between the end cutting lip and circumferential cutting lip, wherein in each case two teeth which are adjacent along a main cutting edge are separated from one another only by narrow grooves, for whose widths (tooth width) and (groove width) it holds that NB/ZB ≤ 0.5, and wherein it holds that the tooth width in relation to the groove depth is ZB/NT ≤ 3.5.