mhurhangee/ep-ind-claims huggingface dataset:
Method for locking a nut having an internal screw thread, in which method: - an ultimate tensile strength (Rm) and elastic limit (Re) of the material of which the nut is made are determined as a function of temperature, - an optimal temperature (7; 12) of heating for which a maximum of a relative plastic range for the material is reached is determined, the said relative plastic range being defined by the formula (Rm - Re)/Rm, - a maximum duration of heating beyond which the nut carries a risk of its microstructure and/or its initial mechanical strength becoming impaired is determined, - the nut is heated to a temperature substantially equal to the said optimal temperature with a duration of heating shorter than the said maximum duration so that the initial microstructure and the initial mechanical strength of the material of which the nut is made are maintained, - a body of the nut is deformed locally in bending. - an ultimate tensile strength (Rm) and elastic limit (Re) of the material of which the nut is made are determined as a function of temperature, - an optimal temperature (7; 12) of heating for which a maximum of a relative plastic range for the material is reached is determined, the said relative plastic range being defined by the formula (Rm - Re)/Rm, - a maximum duration of heating beyond which the nut carries a risk of its microstructure and/or its initial mechanical strength becoming impaired is determined, - the nut is heated to a temperature substantially equal to the said optimal temperature with a duration of heating shorter than the said maximum duration so that the initial microstructure and the initial mechanical strength of the material of which the nut is made are maintained, - a body of the nut is deformed locally in bending.
An apparatus for extracting at least one of oil and fat from oil-bearing substances, the apparatus comprising: an extraction chamber comprising a top portion and a bottom portion, containing an oil-bearing substance, said extraction chamber receiving a solvent and facilitating a low-temperature vacuum boil of the solvent within the extraction chamber; an oil-collecting chamber receiving at least one of oil and fat from the extraction chamber; a recovery pump extracting solvent in vapor form from at least one of the extraction chamber and the oil-collecting chamber; and at least one of a first jacket adjacent at least a portion of the extraction chamber and a second jacket adjacent at least a portion of the oil-collecting chamber, the first jacket and the second jacket receiving solvent compressed by the recovery pump. an extraction chamber comprising a top portion and a bottom portion, containing an oil-bearing substance, said extraction chamber receiving a solvent and facilitating a low-temperature vacuum boil of the solvent within the extraction chamber; an oil-collecting chamber receiving at least one of oil and fat from the extraction chamber; a recovery pump extracting solvent in vapor form from at least one of the extraction chamber and the oil-collecting chamber; and at least one of a first jacket adjacent at least a portion of the extraction chamber and a second jacket adjacent at least a portion of the oil-collecting chamber, the first jacket and the second jacket receiving solvent compressed by the recovery pump.
A method for producing hybrid composite parts, comprising: providing a mould body comprising at least one upper mould and at least one lower mould, the at least one upper mould and the at least one lower mould defining a mould cavity and the mould body being at a polymerization temperature of a reactive thermoplastic precursor; placing a fiber preform in the mould cavity, the fiber preform being located in at least a first area of the mould cavity, and at least a second area of the mould cavity being free of the fiber preform; closing the mould; injecting the reactive thermoplastic precursor until filling the mould cavity; upon lapse of a polymerization period of the reactive thermoplastic precursor, demoulding the hybrid composite part that comprises a reinforced thermoplasic matrix portion corresponding to the at least a first area of the mould cavity, and a thermoplastic matrix portion corresponding to the at least a second area of the mould cavity wherein structural and reinforcing elements made of only the thermoplastic matrix of the hybrid composite part are obtained into the thermoplastic matrix portion corresponding to the second area providing a mould body comprising at least one upper mould and at least one lower mould, the at least one upper mould and the at least one lower mould defining a mould cavity and the mould body being at a polymerization temperature of a reactive thermoplastic precursor; placing a fiber preform in the mould cavity, the fiber preform being located in at least a first area of the mould cavity, and at least a second area of the mould cavity being free of the fiber preform; closing the mould; injecting the reactive thermoplastic precursor until filling the mould cavity; upon lapse of a polymerization period of the reactive thermoplastic precursor, demoulding the hybrid composite part that comprises a reinforced thermoplasic matrix portion corresponding to the at least a first area of the mould cavity, and a thermoplastic matrix portion corresponding to the at least a second area of the mould cavity wherein structural and reinforcing elements made of only the thermoplastic matrix of the hybrid composite part are obtained into the thermoplastic matrix portion corresponding to the second area
Wind turbine blade replacement device, for replacing the blades of a wind turbine in wind farm maintenance or installations tasks comprising: two elements (1, 2) that work together to guarantee the correct elevation/descent of the wind turbine blade, namely a "top" element positioned between the hub and the wind turbine blades, and a "ground" element positioned at the base of the wind turbine tower; and the "top" element comprising two parts (4, 5), one that is fastened on the bearing of the hub and the other in the form of the flange that encompasses the root of the blade; and the "ground" element consisting of a structure (2.1) formed by sections comprising a plurality of fixed rollers (2.2), a centering roller (2.3), a plurality of deviation pulleys (2.4), a plurality of winches (2.5), a dismountable structure (2.1), a counterweight (2.6), an electrical panel (2.7) and control elements, comprising an inclinometer and a plurality of load cells mounted on the return pulleys (2.4) of the counterweights (2.6) for controlling the tension in the cable; and said electrical panel (2.7) has a startup push-button and an emergency push-button, a touchscreen to view the status of the various elements constituting the blade replacement device in addition to indicators for the tension and movement of the cable connected to the load cells of the pulleys (2.4) for the counterweights (2.6), a selector and a plurality of alarm pilot lights for the operation of the winches (2.5).
A forming tool for shaping a workpiece, especially a flat sheet, the forming tool comprising: - a female part, a holding-down device, and a male part, which are each arranged so as to be movable relative to one another, the female part, the holding-down device and/or the male part being temperature-controllable at least in some sections, characterised in that at least one indentation, especially a blind hole, is provided for the temperature control and can be flushed with a medium, and in that a baffle is introduced in an indentation in order to guide the medium. - a female part, a holding-down device, and a male part, which are each arranged so as to be movable relative to one another,
Gluing group for a rewinding machine for applying glue to an end edge of a log, comprising a delivery roller supported in an idle manner by supporting and translation guiding elements (15, 16), delivery means for delivering a glue line (11"') on one of the generatrices of the delivery roller, a linear actuator connected to said delivery roller to transmit the approaching and distancing movement of the delivery roller against the paper in contact with a return roller.
A method for producing a 4-alkyl-3-methylenebutyl carboxylate compound, the method comprising: a diacyloxylation step of subjecting a 4-halo-2-halomethyl-1-butene compound represented by General Formula: wherein X 1 and X 2 may be the same or different and each represents a halogen atom, to diacyloxylation to obtain a 3-acyloxymethyl-3-butenyl carboxylate compound represented by General Formula: wherein R 1 and R 3 may be the same or different and each represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds, and a coupling step of subjecting the 3-acyloxymethyl-3-butenyl carboxylate compound to a coupling reaction with an organometallic reagent represented by General Formula: R 2 M wherein R 2 may be the same as or different from R 1 or R 3 and represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds and M represents a cationic moiety, to obtain the 4-alkyl-3-methylenebutyl carboxylate compound represented by Formula: a diacyloxylation step of subjecting a 4-halo-2-halomethyl-1-butene compound represented by General Formula: wherein X 1 and X 2 may be the same or different and each represents a halogen atom, to diacyloxylation to obtain a 3-acyloxymethyl-3-butenyl carboxylate compound represented by General Formula: wherein R 1 and R 3 may be the same or different and each represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds, and a coupling step of subjecting the 3-acyloxymethyl-3-butenyl carboxylate compound to a coupling reaction with an organometallic reagent represented by General Formula: R 2 M wherein R 2 may be the same as or different from R 1 or R 3 and represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds and M represents a cationic moiety, to obtain the 4-alkyl-3-methylenebutyl carboxylate compound represented by Formula:
A shredding assembly for a grinder pump, comprising a stationary shredding ring configured for being mounted to an inlet of the pump, and a cutting device for rotating about an axial direction and configured for being fixed to a shaft of the pump, wherein the shredding ring comprises a top face, a bottom face, and a central opening extending from the top face to the bottom face and being delimited in a radial direction by an inner periphery, wherein a plurality of slots extending in the axial direction is formed in the inner periphery, wherein the cutting device is positioned in the central opening of the shredding ring, and comprises a front face and a back face, wherein the front face comprises a plurality of first cutting members (25, 26) extending in the axial direction and facing the slots in the inner periphery, and wherein the back face of the cutting device comprises at least one second cutting member, with the second cutting member projecting beyond the central opening with respect to the radial direction, characterized in that the back face of the cutting device comprises exactly two second cutting members with the two second cutting members being arranged diametrically opposite at an outer periphery of the cutting device.
A screen display method, comprising: detecting a first touch operation of a user on a first screen of an application, wherein the first touch operation is used to display a second screen of the application; displaying the second screen at a screen refresh rate equal to a frame rate of the application in response to the first touch operation, and determining whether the second screen is a target screen, wherein the target screen is at least one preset screen in the application; when the second screen is the target screen, determining whether a second touch operation of the user on the second screen is detected; when the second touch operation is detected, determining whether a touch area corresponding to the second touch operation is a target area, wherein the target area is at least one preset area on the target screen; when the touch area corresponding to the second touch operation is the target area, determining a target screen refresh rate based on the frame rate of the application, wherein the target screen refresh rate is greater than the frame rate of the application; and displaying the second screen at the target screen refresh rate in response to the second touch operation. detecting a first touch operation of a user on a first screen of an application, wherein the first touch operation is used to display a second screen of the application; displaying the second screen at a screen refresh rate equal to a frame rate of the application in response to the first touch operation, and determining whether the second screen is a target screen, wherein the target screen is at least one preset screen in the application; when the second screen is the target screen, determining whether a second touch operation of the user on the second screen is detected; when the second touch operation is detected, determining whether a touch area corresponding to the second touch operation is a target area, wherein the target area is at least one preset area on the target screen; when the touch area corresponding to the second touch operation is the target area, determining a target screen refresh rate based on the frame rate of the application, wherein the target screen refresh rate is greater than the frame rate of the application; and displaying the second screen at the target screen refresh rate in response to the second touch operation.
A method of replacing a plurality of yaw pads, arranged between a tower and a nacelle of a wind turbine, with new yaw pads, the method comprising: determining the center of gravity of the nacelle; based on the center of gravity, selecting a set of the plurality of yaw pads; substituting each of the selected yaw pads with a shim, each of the substituted shims comprising a thickness greater than the substituted yaw pad, wherein the nacelle is balanced on the shims after the replacements; replacing the remaining of the plurality of yaw pads with new yaw pads after substituting; and after the remaining of the plurality of yaw pads are replaced, replacing the shims with new yaw pads. determining the center of gravity of the nacelle; based on the center of gravity, selecting a set of the plurality of yaw pads; substituting each of the selected yaw pads with a shim, each of the substituted shims comprising a thickness greater than the substituted yaw pad, wherein the nacelle is balanced on the shims after the replacements; replacing the remaining of the plurality of yaw pads with new yaw pads after substituting; and after the remaining of the plurality of yaw pads are replaced, replacing the shims with new yaw pads.
A system for determining effectiveness of a blood glucose treatment therapy, comprising a computing device which is configured to: - analyze hypoglycemic risk based on blood glucose data, wherein analyzing the hypoglycemic risk includes evaluating the low blood glucose index (LBGI); - analyze glycemic control for the blood glucose data, wherein analyzing glycemic control includes evaluating a mean blood glucose value; - analyze glycemic variability of the blood glucose data; wherein the computing device includes an input/output device, which is configured to - output results from said analyzing the hypoglycemic risk, said analyzing the glycemic control, and said analyzing the glycemic variability, characterized in that the computing device is further configured to - analyze sufficiency of the blood glucose data collected from a patient; and - provide a recommendation to change from a multiple daily injection therapy to a continuous subcutaneous insulin infusion (CSII) therapy when the blood glucose data fails any one of said analyzing acts, wherein the input/output device is further configured to output results from said analyzing the sufficiency. - analyze hypoglycemic risk based on blood glucose data, wherein analyzing the hypoglycemic risk includes evaluating the low blood glucose index (LBGI); - analyze glycemic control for the blood glucose data, wherein analyzing glycemic control includes evaluating a mean blood glucose value; - analyze glycemic variability of the blood glucose data; - output results from said analyzing the hypoglycemic risk, said analyzing the glycemic control, and said analyzing the glycemic variability, - analyze sufficiency of the blood glucose data collected from a patient; and - provide a recommendation to change from a multiple daily injection therapy to a continuous subcutaneous insulin infusion (CSII) therapy when the blood glucose data fails any one of said analyzing acts,
A gas turbine engine assembly comprising a support component formed to include a notch, an engine component, the engine component mounted in spaced-apart relation to the support component so that a gap is formed between the support component and the engine component and so that the notch opens into the gap, and a seal adapted to close the gap, the seal including a rope gasket that contacts the support component and the engine component to block gasses from passing through the gap and a rope-biasing clip arranged between the support component and the rope gasket to push the rope gasket toward contact with the support component and the engine component; wherein the rope-biasing clip is formed to include a first spring lobe and a second spring lobe that cooperate with surfaces (31, 32, 33) defining the notch in the support component to define a cavity; wherein the first spring lobe is arranged adjacent to the gap on a first side of the notch; and wherein the rope gasket contacts the support component along a second side of the notch opposite the first side of the notch so that the gap extending from the second side of the notch is blocked from fluid communication with the cavity.
Use of a filter film in capturing particles, the filter film comprising a through-hole and a recessed portion having a size capable of capturing one particle, wherein the recessed portion is open to one face of the filter film, and the through-hole in the one face has a shape or a size such that the one particle is not capable of passing through the through-hole, characterized in that the through-hole and the recessed portion are disposed close to each other, so that a distance between a centroid of the through-hole on the one face and a centroid of the recessed portion on the one face is 0.5 to 10 times the diameter of a circle having the same area as the projected area of the particle. the through-hole in the one face has a shape or a size such that the one particle is not capable of passing through the through-hole, characterized in that the through-hole and the recessed portion are disposed close to each other, so that a distance between a centroid of the through-hole on the one face and a centroid of the recessed portion on the one face is 0.5 to 10 times the diameter of a circle having the same area as the projected area of the particle.
A method for controlling a plasma density distribution over a target arrangement of a magnetron sputter source, in which at least one electron trap is generated over a target sputter surface of the target arrangement using a magnetic field, which is formed by a magnet arrangement (9 i, 9 m, 9 a, 9 au) and which, in a top view of the target arrangement, forms a closed, circumferential loop, and, observed in the target arrangement cross-sectional direction, is tunnel-shaped, and in which, as a result of the loop of the tunnel-shaped magnetic field and an electrical field angled thereto, which is formed between an anode and the target arrangement as a cathode, an electron current (I e) is formed, which forms a current loop along and in the loop and therefore a location of increased plasma density therein, characterized in that, along the loop of the circumferential, tunnel-shaped magnetic field, this tunnel-shaped magnetic field is varied in a controlling manner (+Δ S H) in a region of the loop, wherein the at least one electron trap is shifted over the target sputter surface by means of the magnet arrangement (9 i, 9 m, 9 a, 9 au) forming the tunnel-shaped magnetic field and the controlled change is performed by means of an electromagnet arrangement (19a, 38) and/or a mechanically controlled moving permanent magnet arrangement and/or by means of a mechanically controlled moved ferromagnetic shunt, wherein the controlling electromagnet and/or permanent magnet arrangement and/or shunt arrangement is/are moved together with the electron trap or traps.
A space unit for a vehicle, comprising: - an interior lining comprising a floor region and a wall lining that at least in part encloses an interior space of the space unit; and - an inspection device to assure hygienic conditions in the interior space, comprising an optical detection device designed to generate electromagnetic radiation to irradiate a surface to be cleaned, and render visible any soiling that in visible light is invisible to the human eye; wherein the optical detection device is permanently installed and arranged on the interior lining in such a manner that at least part of the floor region is temporarily irradiated by the optical detection device to render visible any soiling on the floor region that in visible light is invisible to the human eye; - an optical sensor designed to detect light of a defined wavelength range reflected from the floor region to be cleaned, and to generate a corresponding signal; - query means for detecting an occupation status of the space unit; and - a control unit designed to activate the optical detection device when the space unit is not occupied, in order to irradiate a surface to be inspected; wherein the control unit is designed to compare the light radiation of a defined wavelength range, which is reflected from the surface to be inspected and detected by the optical sensor, with a defined threshold value in order to evaluate the degree of soiling, and to generate and issue a soiling parameter. - an interior lining comprising a floor region and a wall lining that at least in part encloses an interior space of the space unit; and - an inspection device to assure hygienic conditions in the interior space, comprising an optical detection device designed to generate electromagnetic radiation to irradiate a surface to be cleaned, and render visible any soiling that in visible light is invisible to the human eye; wherein the optical detection device is permanently installed and arranged on the interior lining in such a manner that at least part of the floor region is temporarily irradiated by the optical detection device to render visible any soiling on the floor region that in visible light is invisible to the human eye; - an optical sensor designed to detect light of a defined wavelength range reflected from the floor region to be cleaned, and to generate a corresponding signal; - query means for detecting an occupation status of the space unit; and - a control unit designed to activate the optical detection device when the space unit is not occupied, in order to irradiate a surface to be inspected; wherein the control unit is designed to compare the light radiation of a defined wavelength range, which is reflected from the surface to be inspected and detected by the optical sensor, with a defined threshold value in order to evaluate the degree of soiling, and to generate and issue a soiling parameter.