mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a base material for regenerating a human bone tissue comprising a calcified substance comprising calcium phosphate extracted from a cultured cell, comprising a step of extracting a calcified substance from a cultured cell with a calcification capacity, a step of adding the calcified substance from a cultured cell to a differentiation-induced periosteal sheet, and a step of incubating the differentiation-induced periosteal sheet with the calcified substance.
A method of operating a gas turbine engine compressor, the engine comprising: a compressor (14, 15) having an environmental control system bleed port (29, 42) having an outlet in fluid communication with an aircraft environmental control system air duct; and an air turbine starter configured to rotate a compressor shaft (14, 15) of the gas turbine engine, wherein the method comprises: determining a surge margin of the compressor (14, 15); and where the surge margin of the compressor (14, 15) is determined to be below a predetermined minimum surge margin, opening an air turbine valve to supply air to the air turbine starter, characterised in that the air turbine starter has an inlet in fluid communication with the environmental control system air duct via the air turbine valve. a compressor (14, 15) having an environmental control system bleed port (29, 42) having an outlet in fluid communication with an aircraft environmental control system air duct; and an air turbine starter configured to rotate a compressor shaft (14, 15) of the gas turbine engine, wherein the method comprises: determining a surge margin of the compressor (14, 15); and where the surge margin of the compressor (14, 15) is determined to be below a predetermined minimum surge margin, opening an air turbine valve to supply air to the air turbine starter, characterised in that the air turbine starter has an inlet in fluid communication with the environmental control system air duct via the air turbine valve. determining a surge margin of the compressor (14, 15); and where the surge margin of the compressor (14, 15) is determined to be below a predetermined minimum surge margin, opening an air turbine valve to supply air to the air turbine starter, characterised in that the air turbine starter has an inlet in fluid communication with the environmental control system air duct via the air turbine valve.
Device for cleaning from a conveyor belt, driven on rollers, fluid substances sprayed onto it, in particular from the lower return section (T') of the conveyor belts of machines and/or plants for painting, dyeing or impregnating processes, referred to below briefly as "painting machines", said device being of the type which comprises at least two successive reverse rollers (C1, C2) which rotate in the same direction so as to scrape, by means of an opposing movement, the said lower section (T') of the conveyor to be cleaned, or which comprises at least one reverse roller and at least one following doctor blade, which are arranged so as to form between them an upper tank, and which comprises means for introducing a suitable quantity of cleaning solvent into this upper tank, which comprises means for limiting the immediate discharging of the said solvent from the said tank so that the said reverse roller or rollers are wetted by the solvent over their entire axial length and which comprises underneath the said means one or more hoppers for recovering the paint removed by them and the said cleaning solvent, wherein said upper tank is slightly open in the bottom part, so that the parts which form it, in particular if they consist of reverse rollers (C1, C2), do not have to operate together with sliding friction, and wherein said device comprises underneath the said tank at least one hopper with a form and length such as to collect the solvent which falls from the end or the ends of this upper tank and the solvent which passes between the said cleaning means (C1, C2 or C1, 7) and this hopper being provided with an internal form such as to discharge the collected material through at least one discharge mouth or duct, characterized in that at least one floating roller, which is supported and made to rotate by the parts which form the said tank, namely by the two reverse rollers (C1, C2) or by the reverse roller and by the said doctor blade, is arranged in the bottom of said upper tank, all of which so that this floating roller vertically closes the longitudinal bottom discharge outlet of the said tank which in this way may have a limited depth, the cleaning solvent being supplied into this tank by special means and then discharged from one or both the ends of the said tank.
1-Deoxynojirimycin (1-DNJ), n-butyl deoxynojirimycin (NB-DNJ), or a pharmaceutically acceptable salt thereof and an effective amount of human recombinant acid α-glucosidase enzyme replacement therapy for use in a method for the treatment of Pompe disease in a human subject; wherein: the 1-DNJ, the NB-DNJ, or the pharmaceutically acceptable salt thereof is administered in an amount of 250 mg or 600 mg and is administered from 4 hours prior to, to immediately before the administration of the human recombinant acid α-glucosidase enzyme replacement therapy.
A feed system for a medical function element, comprising a catheter and an actuating element, which is disposed in the catheter so that it is longitudinally displaceable and has a receiving area in a distal end section for the function element, wherein the actuating element is releasably connectable to the function element, such that the function element is movable by the actuating element relative to the catheter during use, wherein an expansion assistance element is disposed in the receiving area, which is radially prestressed inside the catheter and can be self-expanded after being released from the catheter, wherein the expansion assistance element has a radial expansion assistance force, such that a radial expansion of the function element is or can be supported, characterized in that the expansion assistance element comprises at least one radially expandable tubular element having a wire mesh and/or at least one radially expandable helical tension spring.
Filter arrangement for a vacuum cleaner for cleaning a waste air flow by means of an air filter, at least comprising: - an air guidance fin arranged in a circumferential manner on a downstream side of the air filter, which air guidance fin is embodied to conduct the waste air flow from the air filter to an air-permeable sound absorber arranged downstream from the air filter in series, wherein the circumferential air guidance fin has a lower height than the air-permeable sound absorber to be accommodated therein, - so that lateral surfaces of the air-permeable sound absorber are only partially covered by the circumferential air guidance fin in the assembled state of the filter arrangement; - characterised in that the projecting of the downstream sound absorber beyond the circumferential air guidance fin enables the parts of the lateral surfaces of the air-permeable sound absorber not covered by the air guidance fin to additionally be used as an exhaust surface. - an air guidance fin arranged in a circumferential manner on a downstream side of the air filter, which air guidance fin is embodied to conduct the waste air flow from the air filter to an air-permeable sound absorber arranged downstream from the air filter in series, wherein the circumferential air guidance fin has a lower height than the air-permeable sound absorber to be accommodated therein, - so that lateral surfaces of the air-permeable sound absorber are only partially covered by the circumferential air guidance fin in the assembled state of the filter arrangement; - characterised in that the projecting of the downstream sound absorber beyond the circumferential air guidance fin enables the parts of the lateral surfaces of the air-permeable sound absorber not covered by the air guidance fin to additionally be used as an exhaust surface. - so that lateral surfaces of the air-permeable sound absorber are only partially covered by the circumferential air guidance fin in the assembled state of the filter arrangement; - characterised in that the projecting of the downstream sound absorber beyond the circumferential air guidance fin enables the parts of the lateral surfaces of the air-permeable sound absorber not covered by the air guidance fin to additionally be used as an exhaust surface.
An apparatus for removal and delivery of fluids to a human or animal body, the apparatus comprising: a housing, a lumen adapted to extend from the housing; a vacuum device for application of negative pressure in the lumen; a fluid supply for delivery of a medicament in the lumen; a vacuum valve (111, 131) between the vacuum device and the lumen, and a supply valve (112, 135) between the fluid supply and the lumen; user actuators (111, 112) for control of the valves; and an extension mechanism (110,115) for controlling extension and retraction of the lumen with respect to the apparatus housing, characterized in that, the actuators (111, 112) are arranged so that a single finger can be used to operate both actuators, in which the actuators are aligned whereby inward finger movement operates one valve and outward movement of the same finger operates another valve. a housing, a lumen adapted to extend from the housing; a vacuum device for application of negative pressure in the lumen; a fluid supply for delivery of a medicament in the lumen; a vacuum valve (111, 131) between the vacuum device and the lumen, and a supply valve (112, 135) between the fluid supply and the lumen; user actuators (111, 112) for control of the valves; and an extension mechanism (110,115) for controlling extension and retraction of the lumen with respect to the apparatus housing, characterized in that, the actuators (111, 112) are arranged so that a single finger can be used to operate both actuators, in which the actuators are aligned whereby inward finger movement operates one valve and outward movement of the same finger operates another valve.
Peeling machine, comprising: a rotating head rotating about an axis of rotation and provided with a central cavity in which, during use, there is disposed an elongated product to be worked, said rotating head being provided with a plurality of tools and with at least one adjustment unit configured to move said tools away from or toward the elongated product; a first motor configured to make said rotating head rotate about said axis of rotation; and a transmission unit configured to transmit motion from a second motor to said adjustment unit in order to simultaneously adjust the radial position of said tools, said transmission unit comprising a differential device kinematically connected between said second motor and said adjustment unit so that an adjustment of the position of said tools with respect to said elongated product corresponds to the drive of said second motor, wherein said rotating head comprises a mandrel rotating about said axis of rotation by means of the drive of said first motor and a fixed structure in which said mandrel is housed, wherein said first motor is an electric motor, the machine being characterized in that said first motor is an electric motor comprising at least one rotor fixed to the mandrel and at least one stator associated with said fixed structure and positioned around said rotor; wherein the machine further comprises a joint for distributing a cooling fluid housed in said mandrel and associated with a cooling system able to send the cooling fluid to said joint and then, through a path made in the rotating head, to said tools; and wherein said mandrel comprises a hole directed along said axis of rotation within which is housed at least one guide integral with said fixed structure, said joint being housed between said guide and said mandrel.
Pin bosses of a piston for an internal combustion engine, each comprising a pin bore having a bore axis for mounting a piston pin, the zenith of the pin bore being at a smaller distance from the bore axis than the nadir of the pin bores in the inner region, viewed in the direction of the bore axis, of the pin bores, and the inner regions of the pin bores continuously transitioning into the outer regions of the pin bores, characterised in that - the inner regions of the pin bores comprise regions (11, 12) on either side of the zenith which are at a greater distance from the bore axis than the zenith of the pin bore, - the outer regions, viewed in the direction of the bore axis, of the pin bores are formed so as to be transversely oval relative to the piston axis. - the inner regions of the pin bores comprise regions (11, 12) on either side of the zenith which are at a greater distance from the bore axis than the zenith of the pin bore, - the outer regions, viewed in the direction of the bore axis, of the pin bores are formed so as to be transversely oval relative to the piston axis.
A welding helmet comprising a protective shield and a first swivel mechanism that pivotally connects the protective shield with a head suspension system for swiveling about a swivel axis, the first swivel mechanism enabling the protective shield relative to the head suspension system to be swiveled between a lowered position, in which the protective shield covers a wearer's face, and an upraised position, in which the protective shield uncovers the wearer's face, wherein the first swivel mechanism comprises a recess (16a, 16b, 16c) and a retainer (17a, 17b, 17c) for engaging with the recess (16a, 16b, 16c), wherein the retainer (17a, 17b, 17c) and the recess (16a, 16b, 16c) are arranged to engage with each other in the upraised position, and characterised in that they remain disengaged in the lowered position and between the lowered position and the upraised position.
An organic electroluminescent device, comprising: a first electrode; a second electrode facing the first electrode; an emitting material layer between the first and second electrodes; a hole injection layer between the first electrode and the emitting material layer; and a hole transporting layer between the hole injection layer and the emitting material layer, wherein at least one of the hole injection layer, the hole transporting layer and the emitting material layer includes an organic compound of Formula: and wherein X is selected from carbon, nitrogen, oxygen and sulfur, and Y is selected from phenyl, naphthyl, terphenyl, xylene, triphenlyamine, diphenylamine and phenanthrenylamine; or an organic compound selected from the followings: a first electrode; a second electrode facing the first electrode; an emitting material layer between the first and second electrodes; a hole injection layer between the first electrode and the emitting material layer; and a hole transporting layer between the hole injection layer and the emitting material layer, wherein at least one of the hole injection layer, the hole transporting layer and the emitting material layer includes an organic compound of Formula: and wherein X is selected from carbon, nitrogen, oxygen and sulfur, and Y is selected from phenyl, naphthyl, terphenyl, xylene, triphenlyamine, diphenylamine and phenanthrenylamine; or an organic compound selected from the followings:
A phosphor, which is a phosphor comprising an inorganic compound which is a composition containing at least M Element, A Element, D Element, E Element, and X Element, which has the same crystal structure as that of CaAlSiN 3, and which emits a fluorescent light having a peak in the range of a wavelength of 570 nm to 700 nm by irradiation with an excitation source, or a phosphor comprising an inorganic compound which is represented by the composition formula M a A b D c E d X e, wherein the parameters a, c, d and e satisfy all the requirements: 0.00001 ≤ a ≤ 0.1 0.5 ≤ c ≤ 1.8 0.5 ≤ d ≤ 1.8 0.8 × 2 / 3 + 4 / 3 × c + d ≤ e e ≤ 1.2 × 2 / 3 + 4 / 3 × c + d and a + b = 1, and which emits a fluorescent light having a peak in the range of a wavelength of 570 nm to 700 nm by irradiation with an excitation source, wherein in the phosphors and, M Element is one or two or more elements selected from the group consisting of Mn, Ce, Sm, Eu, Th, Dy, Er, and Yb, and contains Eu as an essential element; A Element is one or two or more elements selected from the group consisting of Mg, Ca, Sr, and Ba, and contains Ca as an essential element; D Element is one or two or more elements selected from the group consisting of Si, Ge, Ti, Zr, and Hf, and contains Si as an essential element; E Element is one or two or more elements selected from the group consisting of B, Al, Sc, and Y, and contains Al as an essential element; X Element is one or two or more elements selected from the group consisting of O, N, and F, and contains N as an essential element. a phosphor comprising an inorganic compound which is a composition containing at least M Element, A Element, D Element, E Element, and X Element, which has the same crystal structure as that of CaAlSiN 3, and which emits a fluorescent light having a peak in the range of a wavelength of 570 nm to 700 nm by irradiation with an excitation source, or a phosphor comprising an inorganic compound which is represented by the composition formula M a A b D c E d X e, wherein the parameters a, c, d and e satisfy all the requirements: 0.00001 ≤ a ≤ 0.1 0.5 ≤ c ≤ 1.8 0.5 ≤ d ≤ 1.8 0.8 × 2 / 3 + 4 / 3 × c + d ≤ e e ≤ 1.2 × 2 / 3 + 4 / 3 × c + d and a + b = 1, and which emits a fluorescent light having a peak in the range of a wavelength of 570 nm to 700 nm by irradiation with an excitation source, wherein in the phosphors and, M Element is one or two or more elements selected from the group consisting of Mn, Ce, Sm, Eu, Th, Dy, Er, and Yb, and contains Eu as an essential element; A Element is one or two or more elements selected from the group consisting of Mg, Ca, Sr, and Ba, and contains Ca as an essential element; D Element is one or two or more elements selected from the group consisting of Si, Ge, Ti, Zr, and Hf, and contains Si as an essential element; E Element is one or two or more elements selected from the group consisting of B, Al, Sc, and Y, and contains Al as an essential element; X Element is one or two or more elements selected from the group consisting of O, N, and F, and contains N as an essential element.
A composition for electrodeposition, comprising: a cationizable electrodeposition resin component; a blocked polyisocyanate crosslinking component; optionally, an acid component; and at least an inorganic bismuth-containing compound selected from bismuth magnesium aluminosilicate, bismuth aluminate, bismuth borate, bismuth manganate, bismuth phosphate, and combinations thereof, and hydrates of these inorganic bismuth-containing compounds which are solid at 25°C. a cationizable electrodeposition resin component; a blocked polyisocyanate crosslinking component; optionally, an acid component; and at least an inorganic bismuth-containing compound selected from bismuth magnesium aluminosilicate, bismuth aluminate, bismuth borate, bismuth manganate, bismuth phosphate, and combinations thereof, and hydrates of these inorganic bismuth-containing compounds which are solid at 25°C.
Method to dry a pasty wet material, in particular mud, comprising a dry substance TS mixed with a liquid to be evaporated Fd using a gas-tight vacuum- and overpressure-resistant container system that includes a drying container with the wet material, which can be tempered, a condenser to condense the liquid Fd that has changed to steam into condensate, as well as a steam room connecting the drying container and the condenser, whereby the steam room is provided with a pressure sensor to measure the actual mixing pressure Tm, a temperature sensor to measure the actual mixing temperature Tm as well as a pressure regulator, characterized by the process steps that a) the drying container with the wet material is brought to a first temperature T1 and the condenser is brought to a second, lower temperature T2; b) the mixing pressure pm and the mixing temperature Tm are measured; c) the saturation vapour pressure ps of the liquid Fd is determined at the measured mixing temperature Tm; d) a target pressure range is calculated, that is limited by a lower pressure limit p1, that is at least 0.1% over the saturation vapour pressure and a lower pressure limit that is 6% over the saturation vapour pressure ps at the most; e) the mixing pressure pm is compared with the target pressure range; f) the mixing pressure pm is reduced by the pressure regulator for precisely the right period until it has reached the lower pressure limit p1; g) the steps b) to e) are repeated until the mixing pressure pm has reached the upper presser limit p2; h) the steps f) and g) are repeated until drying should be stopped, whereby, during the reduction of pressure in step f), gases are aspirated at the end of the condensation path within the condenser in order to remove as much foreign gas from the container system as possible. a) the drying container with the wet material is brought to a first temperature T1 and the condenser is brought to a second, lower temperature T2; b) the mixing pressure pm and the mixing temperature Tm are measured; c) the saturation vapour pressure ps of the liquid Fd is determined at the measured mixing temperature Tm; d) a target pressure range is calculated, that is limited by a lower pressure limit p1, that is at least 0.1% over the saturation vapour pressure and a lower pressure limit that is 6% over the saturation vapour pressure ps at the most; e) the mixing pressure pm is compared with the target pressure range; f) the mixing pressure pm is reduced by the pressure regulator for precisely the right period until it has reached the lower pressure limit p1; g) the steps b) to e) are repeated until the mixing pressure pm has reached the upper presser limit p2; h) the steps f) and g) are repeated until drying should be stopped, whereby, during the reduction of pressure in step f), gases are aspirated at the end of the condensation path within the condenser in order to remove as much foreign gas from the container system as possible.