mhurhangee/ep-ind-claims huggingface dataset:
Suction device for a suction drill, which has a hollow shaft and a suction hole opening radially into the hollow shaft on a connecting section, with: a blower, a suction head, which has a tubular cavity arranged around a work shaft for receiving the connecting section, a channel, which connects the cavity with the blower, a dust filter arranged in the channel, a collecting container for dust deposited on the dust filter, a sensor, for emitting a measurement signal, an evaluation device for emitting a fault signal responding to the measurement signal, if the measurement signal is smaller than a threshold value for at least a preset period, and for suppressing the fault signal, if the measurement signal exceeds the threshold value within the preset period, and a signalling device for indicating the fault signal for a user, characterised in that the sensor is a flow sensor, which has a sensor surface arranged in the cavity facing the work shaft, and the measurement signal is indicative of an air flow occurring on the sensor surface. a blower, a suction head, which has a tubular cavity arranged around a work shaft for receiving the connecting section, a channel, which connects the cavity with the blower, a dust filter arranged in the channel, a collecting container for dust deposited on the dust filter, a sensor, for emitting a measurement signal, an evaluation device for emitting a fault signal responding to the measurement signal, if the measurement signal is smaller than a threshold value for at least a preset period, and for suppressing the fault signal, if the measurement signal exceeds the threshold value within the preset period, and a signalling device for indicating the fault signal for a user, evaluation device for emitting a fault signal responding to the measurement signal, if the measurement signal is smaller than a threshold value for at least a preset period, and for suppressing the fault signal, if the measurement signal exceeds the threshold value within the preset period, and signalling device for indicating the fault signal for a user, characterised in that the sensor is a flow sensor, which has a sensor surface arranged in the cavity facing the work shaft, and the measurement signal is indicative of an air flow occurring on the sensor surface.
A salt product preparable by coating raw salt with the amino acid extract which is obtained by the following processes: obtaining hydrolysate by treating one or more proteins selected from the group consisting of wheat gluten, corn gluten, defatted soybean, rice protein, and gelatin with acid and alkali, followed by filtering the hydrolysate to collect liquid phase therefrom; concentrating the liquid phase under reduced pressure to make the concentration 1.5 ∼ 2.5 fold thicker and regulating pH of the concentrate to 3.1 ∼ 3.3, leading to the eduction of glutamate; filtering and separating the glutamate educed concentrate to separate solid phase from liquid phase; and obtaining the amino acid extract containing glutamate by drying and pulverizing the solid phase, or obtaining the amino acid extract by drying and pulverizing the liquid phase, or obtaining the amino acid extract mixture by mixing the above two amino acid extracts, wherein the salt product contains the amino acid extract at the concentration of 3.0 ∼ 10.0 weight% and the raw salt at the concentration of 90.0 ∼ 97.0 weight%.
Aircraft nacelle that comprises, on the one hand, a first subassembly that consists of a pipe that channels an air flow in the direction of a power plant with a covering or panel for acoustic treatment in composite material that comprises - from the inside to the outside - a reflective layer, at least one alveolar structure, and at least one acoustically resistive structure that forms the aerodynamic surface of the pipe, and, on the other hand, a second subassembly that consists of a lip and a front frame with a flange oriented towards the rear of the nacelle, at least one junction element that is independent from the two subassemblies and that connects the two subassemblies, wherein the junction element comprises, on the one hand, a first cylindrical part (140, 150, 162) whose diameter is adapted so that the first part is flattened and attached by connecting means (142, 152, 164) against the inside surface of the flange of the front frame oriented towards the rear of the nacelle, and, on the other hand, a second cylindrical part (144, 154, 166) connected to the end of the pipe, said first and second cylindrical parts being connected by a circular or conical portion and the junction element being made of a material that has an elongation coefficient that is greater than 5% in such a way as to absorb, owing to its capacity to deform, a portion of the energy of an impact.
A device arraying method of re-arraying a plurality of devices arrayed on a first substrate on a second board, wherein said method comprises: a first transfer step of transferring said devices onto a temporarily holding member in such a manner that said devices are spaced from each other with a pitch larger than a pitch of said devices arrayed on said first substrate, and holding said devices on said temporarily holding member; a step of molding said devices with a resin after said first transfer step, a step of forming electrodes of said devices on said resin, and a step of dicing said resin, so as to form resin molded devices; and a second transfer step of transferring said resin molded devices held on said temporarily holding member onto said second board in such a manner that said resin molded devices are spaced from each other with a pitch larger than the pitch of said resin molded devices held on said temporarily holding member. a first transfer step of transferring said devices onto a temporarily holding member in such a manner that said devices are spaced from each other with a pitch larger than a pitch of said devices arrayed on said first substrate, and holding said devices on said temporarily holding member; a step of molding said devices with a resin after said first transfer step, a step of forming electrodes of said devices on said resin, and a step of dicing said resin, so as to form resin molded devices; and a second transfer step of transferring said resin molded devices held on said temporarily holding member onto said second board in such a manner that said resin molded devices are spaced from each other with a pitch larger than the pitch of said resin molded devices held on said temporarily holding member.
A scaffold to form tissue membranes, comprising: a layer of mesh having a first side and a second side, the layer of mesh being a metal mesh comprising holes passing directly through the metal mesh from the first side to the second side; and three layers of cells at each side of the metal mesh enclosing the layer of mesh, such that the three layers of cells on the first side interact with the three layers of cells on the second side through the holes to provide for structure integration, wherein the three layers of cells at each side of the mesh comprise a first layer formed directly on the metal mesh, a second layer formed on the first layer, and a third layer formed on the second layer, such that the first layer of cells is a smooth muscle cell layer, the second layer of cells is a fibroblast/myofibroblast cell layer, and the third layer is an endothelial cell layer. a layer of mesh having a first side and a second side, the layer of mesh being a metal mesh comprising holes passing directly through the metal mesh from the first side to the second side; and three layers of cells at each side of the metal mesh enclosing the layer of mesh, such that the three layers of cells on the first side interact with the three layers of cells on the second side through the holes to provide for structure integration, wherein the three layers of cells at each side of the mesh comprise a first layer formed directly on the metal mesh, a second layer formed on the first layer, and a third layer formed on the second layer, such that the first layer of cells is a smooth muscle cell layer, the second layer of cells is a fibroblast/myofibroblast cell layer, and the third layer is an endothelial cell layer.
Combustion method in a power plant comprising at least one mill, at least one steam generator with a combustion chamber connected to the at least one mill, and a flue gas cleaning system connected downstream of the steam generator which comprises at least one filter device and at least one flue gas desulfurization system connected downstream of the filter device, wherein the at least one mill mills raw coal into coal dust, the coal dust is burned in the combustion chamber, steam is generated in the steam generator by the heat resulting thereof, and the flue gas produced in the combustion chamber is fed into the flue gas cleaning system, where the flue gas is filtered in the at least one filter device, whereby filter ash is obtained as a waste product, and sulfur and / or at least one sulfur compound is separated from the filtered flue gas in the flue gas desulfurization system, characterized in that a pumpable, sulfate-containing slurry and / or a pumpable, sulfate-containing suspension or solution, which in the present invention is referred to as thin slurry, is fed to the at least one mill, where it is milled together with the raw coal, fed to the combustion chamber and burned with the coal dust.
Method for operating a household dishwasher with a control apparatus for carrying out a washing program from a plurality of washing programs for washing washware arranged in a washing chamber, at least one spraying facility for spraying the washware with washing liquid and a drive facility for driving the at least one spraying facility, with the steps: capturing an optical sensor signal of the washing chamber by means of an optical sensor of a facility external to the household dishwasher and receiving the optical sensor signal of the washing chamber captured by means of the optical sensor of the facility external to the household dishwasher from the external facility with the aid of a receiver unit, determining at least one intensive washing zone for intensively washing the washware arranged in the washing chamber depending on the captured optical sensor signal, and actuating the drive facility in such a way that the determined at least one intensive washing zone is embodied by means of the at least one spraying facility, wherein the spraying facility comprises at least one spray arm, and wherein the drive facility comprises an electric drive for active driving of the at least one spray arm, or the drive facility comprises a circulation pump for feeding the at least one spray arm with washing liquid and an electric drive for active driving of the at least one spray arm. capturing an optical sensor signal of the washing chamber by means of an optical sensor of a facility external to the household dishwasher and receiving the optical sensor signal of the washing chamber captured by means of the optical sensor of the facility external to the household dishwasher from the external facility with the aid of a receiver unit, determining at least one intensive washing zone for intensively washing the washware arranged in the washing chamber depending on the captured optical sensor signal, and actuating the drive facility in such a way that the determined at least one intensive washing zone is embodied by means of the at least one spraying facility, wherein the spraying facility comprises at least one spray arm, and wherein the drive facility comprises an electric drive for active driving of the at least one spray arm, or the drive facility comprises a circulation pump for feeding the at least one spray arm with washing liquid and an electric drive for active driving of the at least one spray arm.
An item of furniture having at least one furniture body and at least one fitting for guiding a movable furniture part, wherein the at least one fitting is a flap fitting that comprises a lever mechanism which guides a flap or flap arrangement as a movable furniture part, characterized in that the fitting is integrated into a plate-shaped composite element, which is aligned parallel to a wall of the at least one furniture body and is arranged inside the furniture body, wherein the lever mechanism can be retracted completely, possibly except for installation elements on which the movable furniture part is fastened, into an opening in an end face of the composite element.
Tool for checking a bolt fixed in a surrounding structure, comprising - a coupling element detachably connectible with the bolt in force-transmitting manner, wherein the coupling element a) has a threaded section which can be screwed to a threaded section at the bolt and b) has a joint section, - an engagement section (1a, 1a') which is detachably connectible with the coupling element in force-transmitting manner, wherein the joint section co-operates with the engagement section (1a, 1a'), - a rocker (1 b, 1 b') connected with the engagement section (1 a, 1 a') and supportable at the surrounding structure to be pivotable and - an actuating element by way of which a force and/or a torque is so introducible into the rocker (1 b, 1 b') that the engagement section (1 a, 1 a') can be displaced. - a coupling element detachably connectible with the bolt in force-transmitting manner, wherein the coupling element a) has a threaded section which can be screwed to a threaded section at the bolt and b) has a joint section, a) has a threaded section which can be screwed to a threaded section at the bolt and b) has a joint section, - an engagement section (1a, 1a') which is detachably connectible with the coupling element in force-transmitting manner, wherein the joint section co-operates with the engagement section (1a, 1a'), - a rocker (1 b, 1 b') connected with the engagement section (1 a, 1 a') and supportable at the surrounding structure to be pivotable and - an actuating element by way of which a force and/or a torque is so introducible into the rocker (1 b, 1 b') that the engagement section (1 a, 1 a') can be displaced.
A method of determining a minimum miscibility pressure of a fluid with an oil composition, the method comprising: placing a fluid into a pressure chamber at a first pressure, the pressure chamber comprising a plurality of capillary tubes (32', 32", 32"') with different diameters, each capillary tube having one end disposed in an oil composition in the pressure chamber, wherein the fluid comprises at least one of a gas, a liquid, and a supercritical fluid; measuring a height of the oil composition in each of the capillary tubes (32', 32", 32"'); repeating the measuring for at least one cycle using a second pressure different than the first pressure; and further comprising determining the minimum miscibility pressure of the oil composition by plotting the measured heights or levels of oil (36', 36", 36"') versus the test pressures and extrapolating the resultant plots to the pressure at which the oil height or level (36', 36", 36"') in the capillary tubes (32', 32", 32"') goes to zero independently for each of the capillary tubes and averaging the at least two extrapolated pressures. placing a fluid into a pressure chamber at a first pressure, the pressure chamber comprising a plurality of capillary tubes (32', 32", 32"') with different diameters, each capillary tube having one end disposed in an oil composition in the pressure chamber, wherein the fluid comprises at least one of a gas, a liquid, and a supercritical fluid; measuring a height of the oil composition in each of the capillary tubes (32', 32", 32"'); repeating the measuring for at least one cycle using a second pressure different than the first pressure; and further comprising determining the minimum miscibility pressure of the oil composition by plotting the measured heights or levels of oil (36', 36", 36"') versus the test pressures and extrapolating the resultant plots to the pressure at which the oil height or level (36', 36", 36"') in the capillary tubes (32', 32", 32"') goes to zero independently for each of the capillary tubes and averaging the at least two extrapolated pressures.
Lean premix burner of a gas-turbine engine with an annular central body, which, while being essentially concentric to a burner center axis, is provided with an annular duct connected to a supply line and with a film applicator which conically widens at a fuel exit side and into whose radially inward-facing area at least one fuel exit opening issues which is connected to the annular duct, where the film applicator has, adjacently to and downstream of the fuel exit openings in the area facing the fuel exit side, an annular protruding area facing radially to the burner centre axis, characterized in that the protruding area is designed step-like and cone-shaped and has a cone angle which is equal to that of the conical area of the film applicator and that an inflow area of the step-like protruding area is rounded.
Method for distributing an electrically insulating liquefied gaseous mixture to a high-voltage electrical apparatus from a storage means containing an insulating gaseous mixture, said method comprising the following steps: - Step a): heating said insulating gaseous mixture up to a temperature greater than or equal to the critical temperature thereof in order to obtain a homogenous supercritical fluid inside said storage means; - Step b): sampling the insulating mixture at the end of step a) to fill a high-voltage electrical apparatus by increasing the temperature of said mixture at the end of step a); characterised in that, during step b), a control setpoint with a variable pressure is applied, calculated in real time from the weight of the storage means, when the variation of the pressure setpoint is less than 0.2 bars per 1kg/m 3 of variation of the density, then a control setpoint with a constant temperature is applied, until the storage means is emptied of the content thereof. - Step a): heating said insulating gaseous mixture up to a temperature greater than or equal to the critical temperature thereof in order to obtain a homogenous supercritical fluid inside said storage means; - Step b): sampling the insulating mixture at the end of step a) to fill a high-voltage electrical apparatus by increasing the temperature of said mixture at the end of step a);
Railway comprising a first railway part, and a second railway part adjacent to the first railway part, wherein the first- and second railway part are connected through rails that are at least in part at regular places along their longitudinal direction supported by and mounted on sleepers that rest on ballast, and wherein between each rail and anyone sleeper there are at least two replaceable filler parts (11, 12) that are placed on top of each other and that together exhibit a thickness in the vertical direction that matches and fills the room or space between the rail and the sleeper so as to cause that the rail is maintained at a preestablished level, wherein a first and a second of the two replaceable filler parts are each embodied as wedges (11, 12) sloping in the longitudinal direction of the rail and having matching oblique contacting surfaces (15, 16), whereby in use the oblique surfaces (15, 16) of the first wedge and the second wedge rest on each other so as to cause that opposed surfaces (13, 14) of the first wedge and the second wedge that contact the rail and the sleeper are substantially horizontal, characterized in that the wedges (11, 12) have in the longitudinal direction of their oblique contacting surface (15, 16) regularly distributed depressions (17, 18) transverse to the longitudinal direction of the rail so as to arrange that in said longitudinal direction the oblique contacting surface (15, 16) of each wedge (11, 12) is shaped as a series of connected sloping surface-parts (19, 20).
A mechanical oscillator endowed with a rod, with the said rod incorporating: - a first silicon layer having a crystal lattice extending along a first direction of a plane; and - a thermal compensation layer made of a material having a thermal coefficient of the Young's modulus of opposite sign to that of the silicon; characterized by the fact that the said rod also incorporates a second silicon layer having a crystal lattice extending along a second direction of the plane; - the first and the second direction being offset by an angle of 45° within the plane of the layers; and - the thermal compensation layer extending between the first and second silicon layers (Cs1, Cs2). - a first silicon layer having a crystal lattice extending along a first direction of a plane; and - a thermal compensation layer made of a material having a thermal coefficient of the Young's modulus of opposite sign to that of the silicon; - the first and the second direction being offset by an angle of 45° within the plane of the layers; and - the thermal compensation layer extending between the first and second silicon layers (Cs1, Cs2).
Solar thermal power plant having at least the following components: - a sun collector steam generator unit for generating steam, - a sun collector steam superheater unit, connected downstream of the sun collector steam generator unit, for superheating the steam, - a steam turbine which is connected via a steam line system to an outlet of the sun collector steam superheater unit and which, in operation, is supplied with the superheated steam, characterized in that - an intermediate storage unit which is connected with the steam line system, at least at a first high-temperature storage unit connection point arranged between the sun collector steam superheater unit and the steam turbine, - in the steam line system, there is arranged a steam cooling device between the high-temperature storage unit connection point and the steam turbine, - and a control device (19, 21) is present and is designed such that, in operation, it adjusts the temperature of the superheated steam to a turbine fresh steam temperature, in that the steam is first superheated in the sun collector steam superheater unit to a steam superheater end temperature above the turbine fresh steam temperature, and is then cooled by means of the steam cooling device to the turbine fresh steam temperature, and in that, in a storage operating mode, part of the superheated steam is guided, at the first high-temperature storage unit connection point, into the intermediate storage unit and, in a withdrawal operating mode, superheated steam from the intermediate storage unit is fed to the steam line system at the first high-temperature storage unit connection point. - a sun collector steam generator unit for generating steam, - a sun collector steam superheater unit, connected downstream of the sun collector steam generator unit, for superheating the steam, - a steam turbine which is connected via a steam line system to an outlet of the sun collector steam superheater unit and which, in operation, is supplied with the superheated steam, - an intermediate storage unit which is connected with the steam line system, at least at a first high-temperature storage unit connection point arranged between the sun collector steam superheater unit and the steam turbine, - in the steam line system, there is arranged a steam cooling device between the high-temperature storage unit connection point and the steam turbine, - and a control device (19, 21) is present and is designed such that, in operation, it adjusts the temperature of the superheated steam to a turbine fresh steam temperature, in that the steam is first superheated in the sun collector steam superheater unit to a steam superheater end temperature above the turbine fresh steam temperature, and is then cooled by means of the steam cooling device to the turbine fresh steam temperature,