mhurhangee/ep-ind-claims huggingface dataset:
A contact assembly for an at least single-pole, current-limiting circuit breaker in the low-voltage range with a housing made of insulating material, including - a switching shaft mounted pivotingly about a fixed transverse axis (z) in the insulating housing, the transverse axis (z) running perpendicular to the central plane (xy) of the pole, - a rotary contact bridge, which extends along the central plane (xy) in a clearance receptacle of the switching shaft and has diametrically opposed contact pieces, which cooperate with fixed contact in the switched-on position, - contact force tension springs located inside the switching shaft, each having a first end positioned at the contact bridge and a second end (21; 22) positioned at the switching shaft, the first ends oppose one another with respect to the rotation axis of the contact bridge and the second ends (21; 22) oppose one another with respect to the transverse axis (z), and - two connection bars, each connected with one of the fixed contacts, which, when very high currents flow, generate electrodynamic forces in cooperation with the contact bridge, opposite to the forces exerted by the tension springs, pushing back the contact bridge toward a repelled position, the tension springs being arranged in pairs symmetrically to either side of the central plane (xy) and said pairs of tension springs in turn being positioned symmetrically with respect to the rotation axis of the contact bridge, characterized in that the first ends of any one of said pairs of tension springs are interconnected as a single unit through transversely running connecting pieces and that elements (18; 30) mounted elastically in the switching shaft are equipped with extensions (28; 29), which extend to the connecting pieces and are so configured and positioned that additional forces to be overcome occur between them and the connecting pieces during transition of the contact bridge from the switched-on position to the repelled position and vice versa. - a switching shaft mounted pivotingly about a fixed transverse axis (z) in the insulating housing, the transverse axis (z) running perpendicular to the central plane (xy) of the pole, - a rotary contact bridge, which extends along the central plane (xy) in a clearance receptacle of the switching shaft and has diametrically opposed contact pieces, which cooperate with fixed contact in the switched-on position, - contact force tension springs located inside the switching shaft, each having a first end positioned at the contact bridge and a second end (21; 22) positioned at the switching shaft, the first ends oppose one another with respect to the rotation axis of the contact bridge and the second ends (21; 22) oppose one another with respect to the transverse axis (z), and - two connection bars, each connected with one of the fixed contacts, which, when very high currents flow, generate electrodynamic forces in cooperation with the contact bridge, opposite to the forces exerted by the tension springs, pushing back the contact bridge toward a repelled position,
An adeno-associated viral vector comprising a polynucleotide, said polynucleotide comprising a transgene expression cassette, comprising (a) a nucleic acid encoding the promoter of human rhodopsin gene (hRHO); (b) a nucleic acid encoding the human phosphodiesterase 6A cGMP-specific rod alpha subunit (hPDE6A) or fragments thereof exhibiting hPDE6A activity, and (c) a nucleic acid encoding regulatory elements, wherein said AAV vector is a circular plasmid further comprising a backbone having a length of ≥ 5,000 bp and wherein said AAV vector further comprises a nucleic acid encoding inverted terminal repeats (ITRs) flanking said transgene expression cassette. a transgene expression cassette, comprising (a) a nucleic acid encoding the promoter of human rhodopsin gene (hRHO); (b) a nucleic acid encoding the human phosphodiesterase 6A cGMP-specific rod alpha subunit (hPDE6A) or fragments thereof exhibiting hPDE6A activity, and (c) a nucleic acid encoding regulatory elements, (a) a nucleic acid encoding the promoter of human rhodopsin gene (hRHO); (b) a nucleic acid encoding the human phosphodiesterase 6A cGMP-specific rod alpha subunit (hPDE6A) or fragments thereof exhibiting hPDE6A activity, and (c) a nucleic acid encoding regulatory elements, wherein said AAV vector is a circular plasmid further comprising a backbone having a length of ≥ 5,000 bp and wherein said AAV vector further comprises a nucleic acid encoding inverted terminal repeats (ITRs) flanking said transgene expression cassette.
A method for evaluating performance of a wind turbine in different operational modes, the method comprising: operating the wind turbine in a first operational mode; generating a first set of operational data relating to the first operational mode, the first set of operational data comprising, at least, a first parameter and a second parameter; changing the first operational mode to a second operational mode; generating a second set of operational data relating to the second operational mode, the second set of operational data comprising, at least, a first parameter and a second parameter, the first parameter of the second set being measured during the first operational mode and the second parameter of the second set being measured during the second operational mode; and determining a performance characteristic of the first and second operational modes (70, 72) based on the first and second sets (76, 78) of operational data. operating the wind turbine in a first operational mode; generating a first set of operational data relating to the first operational mode, the first set of operational data comprising, at least, a first parameter and a second parameter; changing the first operational mode to a second operational mode; generating a second set of operational data relating to the second operational mode, the second set of operational data comprising, at least, a first parameter and a second parameter, the first parameter of the second set being measured during the first operational mode and the second parameter of the second set being measured during the second operational mode; and determining a performance characteristic of the first and second operational modes (70, 72) based on the first and second sets (76, 78) of operational data.
Kitchen appliance with an electrically driven motor comprising a heatable stirring vessel, which is formed to accommodate a stirring mechanism, wherein the kitchen appliance is made for automatically preparing a dish according to a predetermined execution program, characterized in that food to be prepared, which is placed into the stirring vessel, can be measured with regard to its state by means of sensors provided in or at the kitchen appliance or on the user side by means of a separate measuring instrument, determined with regard to a moisture as state parameter, or that a corresponding value can be input or that an environmental state with regard to state parameters, such as humidity or air pressure, can be measured or can be input as value, that a measurement value obtained hereby or input value can be compared to an initial value, which is considered in the execution program, and that deviations from the initial value can be considered by automatically adapting preparation parameters, such as heating time and/or heating temperature, which are included in the execution program.
A garment (1830, 1840, 1850, 1851, 1860, 1861, 2000) worn by a participant in a team, the garment comprising: a first visibility zone (1832, 1842, 1852, 1862) on the garment selected to be readily viewed by the wearer's teammates during participation in the team, the first visibility zone (1832, 1842, 1852, 1862) having a first set of visual properties and being substantially non-reflective in a spectral window associated with the visual background encountered by the wearer's teammates during participation in the team; at least a second zone adjacent to the first visibility zone (1832, 1842, 1852, 1862), the second zone having a second set of visual properties and being substantially non-reflective in a spectral window associated with the visual background encountered by the wearer's teammates during participation in the team, the second set of visual properties contrasting with the first set of visual properties; and at least a first flicker zone (1836, 1844, 1854, 1864) adjacent to the second zone, the first flicker zone (1836, 1844, 1854, 1864) at a first location on the garment (1830, 1840, 1850, 1851, 1860, 1861, 2000) selected to be readily viewed by the wearer's teammates during participation in the team, the first flicker zone (1836, 1844, 1854, 1864) having visual properties, at least one visual property varying from the perspective of the wearer's teammates when the wearer moves during participation in the team. a first visibility zone (1832, 1842, 1852, 1862) on the garment selected to be readily viewed by the wearer's teammates during participation in the team, the first visibility zone (1832, 1842, 1852, 1862) having a first set of visual properties and being substantially non-reflective in a spectral window associated with the visual background encountered by the wearer's teammates during participation in the team; at least a second zone adjacent to the first visibility zone (1832, 1842, 1852, 1862), the second zone having a second set of visual properties and being substantially non-reflective in a spectral window associated with the visual background encountered by the wearer's teammates during participation in the team, the second set of visual properties contrasting with the first set of visual properties; and at least a first flicker zone (1836, 1844, 1854, 1864) adjacent to the second zone, the first flicker zone (1836, 1844, 1854, 1864) at a first location on the garment (1830, 1840, 1850, 1851, 1860, 1861, 2000) selected to be readily viewed by the wearer's teammates during participation in the team, the first flicker zone (1836, 1844, 1854, 1864) having visual properties, at least one visual property varying from the perspective of the wearer's teammates when the wearer moves during participation in the team.
Method for supporting a driver when monitoring the load-carrying limits in an industrial truck, wherein the industrial truck has a mast having a load-receiving means, in particular a load fork, which is guided so as to be height-adjustable on the mast, an optically readable lifting height display which is formed by a graduation (16, 18), and a marking (14, 17) interacting with this graduation (16, 18) being attached to the mast, wherein the graduation (16, 18) and the marking (14, 17) are disposed on parts of the mast and/or of the load-receiving means that move relative to one another during a lifting movement, characterized in that the industrial truck has a control device having a display device and detection means for a load weight, in that the control device from a signal of the detection means determines a load weight, determines and displays on the display device a maximum lifting height associated with this load weight, and in that the mast has a lifting cylinder of which the lifting movement is transmitted by a chain, and the marking is disposed on an upper end of the lifting cylinder. characterized in that the industrial truck has a control device having a display device and detection means for a load weight, in that the control device from a signal of the detection means determines a load weight, determines and displays on the display device a maximum lifting height associated with this load weight, and in that the mast has a lifting cylinder of which the lifting movement is transmitted by a chain, and the marking is disposed on an upper end of the lifting cylinder.
Half-mould (38A, 38B) for moulding containers made of thermoplastic material and having an axis of vertical orientation, in particular by blow moulding or stretch blow moulding, the half-mould (38A, 38B) having: - a front planar vertical transverse parting face provided with a moulding half-cavity; - a vertical assembly face, which is opposite to the parting face in the longitudinal direction and is convexly curved, the assembly face being intended to be accommodated in a complementary receiving face of an associated mould support (26A, 26B); characterized in that, in longitudinal cross section, the assembly face has the shape of a circular arc centred on a reference axis, said reference axis being offset longitudinally forwards relative to the parting face. - a front planar vertical transverse parting face provided with a moulding half-cavity; - a vertical assembly face, which is opposite to the parting face in the longitudinal direction and is convexly curved, the assembly face being intended to be accommodated in a complementary receiving face of an associated mould support (26A, 26B);
A quantum rod layer, comprising: a photo-induced polymer having an alignment induced by polarized light irradiation and including a base polymer aligned along a first direction and a photo-reactive group combined to the base polymer; and a quantum rod aligned along the first direction. a photo-induced polymer having an alignment induced by polarized light irradiation and including a base polymer aligned along a first direction and a photo-reactive group combined to the base polymer; and a quantum rod aligned along the first direction.
An electrode material for a lithium secondary battery which repeatedly absorbs and discharges lithium ions by immersing or penetrating an organic electrolyte into a group of electrodes, said electrodes are wound or layered one upon another between a positive-electrode material in contact with a positive-electrode plate and a negative-electrode material in contact with a negative-electrode plate through an intermediary of a separator, wherein a negative-electrode material contains a component (a), a component (b), and a component (c), each of said components (a), (b), and (c) has at least one phase selected from among a graphene phase and an amorphous carbon phase as a surface phase, and said negative-electrode material contains a composite negative-electrode active substance obtained by fusing said surface phases together and bonding said surface phases to each other, the bond being obtainable by calcining in a reducing atmosphere; said component (a) is at least one active substance selected from among powder of tin oxide containing metal tin and powder of silicon oxide containing metal silicon each of which has at least one phase selected from among said graphene phase and said amorphous phase on at least a surface thereof; said component (b) is a graphite-based carbon material having at least one phase selected from among said graphene phase and said amorphous phase on at least a surface thereof; and said component (c) is at least one carbon material selected from among acetylene black, ketjen black, powder containing graphite crystal, and conductive carbon fiber and has at least one phase selected from among said graphene phase and said amorphous phase on at least a surface thereof, wherein said surface phase has a thickness of 1-10nm.
A coupling for a sealing attachment of a medium connector in dishwashers and similar machines with displaceable appropriate sealing element, comprising a sealing element in the form of a wide and thick ring provided with two grooves into which a vertical and a horizontal gaskets (4, 5) are inserted and where the vertical gasket is arranged in the groove on the circumference of the sealing element and the horizontal gasket is arranged in the front groove of the sealing element, wherein a coupling element with its attachment is positioned in the axis with a flange of an input pipe, wherein the coupling element houses the sealing element characterized in that the pressure of the medium pushes in use the sealing element towards the flange and the vertical gasket is provided with tabs against the direction of medium pressure, which tabs expand in use upon the pressure of the medium and provide sealing between the coupling element and the sealing element and the horizontal gasket change in use its shape when the medium flows through the coupling and a sealing tab of the horizontal gasket expands in use in direction of the pressure of the medium and abuts on the flange, providing for the sealing between the sealing element and the flange, while in use the flow of the media through the sealing element is unobstructed.
A method for treating a superalloy turbine component comprising the steps of: machining a tapered slot in the component to remove a portion of the component; measuring the tapered slot to determine the tapered slot dimensions; forming an insert to have a corresponding geometry to the tapered slot with a braze gap ranging from 0.0127 to 0.254 mm (0.0005 to 0.01 inches) between an outer surface of the insert and an inner surface of the tapered slot; depositing a layer of a braze material on the outer surface of the insert; sintering the layer of the braze material on the outer surface of the insert to fabricate a diffusion layer; positioning the insert into the tapered slot; and brazing the component to join the insert to the component. machining a tapered slot in the component to remove a portion of the component; measuring the tapered slot to determine the tapered slot dimensions; forming an insert to have a corresponding geometry to the tapered slot with a braze gap ranging from 0.0127 to 0.254 mm (0.0005 to 0.01 inches) between an outer surface of the insert and an inner surface of the tapered slot; depositing a layer of a braze material on the outer surface of the insert; sintering the layer of the braze material on the outer surface of the insert to fabricate a diffusion layer; positioning the insert into the tapered slot; and brazing the component to join the insert to the component.
Vehicle group, which has an unmanned surface vehicle and an unmanned autonomous underwater vehicle (1, 1a), wherein the autonomous underwater vehicle has locating means, in particular a sonar, for acquiring location data in the underwater space, wherein the autonomous underwater vehicle has an evaluation unit or several evaluation units and the evaluation unit or the evaluation units is or are configured in such a way that these comprise detection means for detecting a contact (MILEC) with reference to the acquired location data as well as with classification means for classifying the detected contact (MILEC) as a mine-like contact (MILCO) or non-mine-like contact (NONMILCO), wherein the classification takes place by means of a comparing of the contact (MILEC) with known mine information, so that a mine-like contact (MILCO) is identifiable as a mine contact (MINE) or as another object (NOMBO) and a sea area, in particular in the underwater space, can be cleared up autonomously by the vehicle group.
A pharmaceutical composition comprising S-ketamine hydrochloride and water; wherein the pharmaceutical composition does not contain an antimicrobial preservative, and wherein the composition further contains a penetrating agent which is tauroursodeoxycholic acid.
A method of diagnosing whether a subject has a solid cancer selected from prostate cancer and stomach cancer comprising: measuring the level of at least a first miR-218-2 gene product in a test prostate tissue sample or in a test stomach tissue sample from the subject, wherein an alteration in the level of the first miR-218-2 gene product in the test sample, relative to the level of the first miR-218-2 gene product in a control sample, is indicative of the subject having a solid cancer selected from the group consisting of prostate and stomach cancer. measuring the level of at least a first miR-218-2 gene product in a test prostate tissue sample or in a test stomach tissue sample from the subject, wherein an alteration in the level of the first miR-218-2 gene product in the test sample, relative to the level of the first miR-218-2 gene product in a control sample, is indicative of the subject having a solid cancer selected from the group consisting of prostate and stomach cancer.
A ship comprising: a hull having a pair of broadsides (3A, 3B); a main tank provided in the hull and storing a liquid or gas cargo; a sub tank smaller in capacity than the main tank and higher in pressure resistance than the main tank; a transportation line connected to the sub tank and having an outboard connection portion; a first line connecting the main tank and the sub tank; a second line connecting the main tank and the sub tank; a vaporizer provided on the second line, not provided on the first line, and evaporating a cargo liquid, which is a liquid phase of the cargo, to generate a cargo gas; a pumping unit selecting either the first line or the second line and pumping the cargo liquid from the main tank to the sub tank; and comprising a pressurizing line connecting an upper portion in the sub tank and an upper portion in the main tank and pressurizing an inside of the main tank by pressure in the sub tank. a hull having a pair of broadsides (3A, 3B); a main tank provided in the hull and storing a liquid or gas cargo; a sub tank smaller in capacity than the main tank and higher in pressure resistance than the main tank; a transportation line connected to the sub tank and having an outboard connection portion; a first line connecting the main tank and the sub tank; a second line connecting the main tank and the sub tank; a vaporizer provided on the second line, not provided on the first line, and evaporating a cargo liquid, which is a liquid phase of the cargo, to generate a cargo gas; a pumping unit selecting either the first line or the second line and pumping the cargo liquid from the main tank to the sub tank; and comprising a pressurizing line connecting an upper portion in the sub tank and an upper portion in the main tank and pressurizing an inside of the main tank by pressure in the sub tank.