mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing, by deposition of plies, a structural aircraft part exposed to lightning, the part having to comprise a structural layer made of composite material comprising fibres held by a matrix made of thermoplastic resin and, on the side of an exterior face of said structural layer, a conductive layer, said process comprising: - a step in which one or more structural plies are deposited forming the structural layer, - a step in which a metallization ply for protection against the effects of lightning is deposited on the exterior face of the structural layer, said metallization ply comprising in a thickness an essentially continuous metal layer and a tie layer attached to said metal layer and produced with a thermoplastic resin reinforced by mineral or organic fibres, said metallization ply being deposited with the tie layer on the side of the exterior face of the structural layer, - a step of consolidating the metallization ply with the structural layer, characterized in that the mineral or organic fibres of the tie layer of the metallization ply represent between 10% and 30% by mass of the metallization ply. - a step in which one or more structural plies are deposited forming the structural layer, - a step in which a metallization ply for protection against the effects of lightning is deposited on the exterior face of the structural layer, said metallization ply comprising in a thickness an essentially continuous metal layer and a tie layer attached to said metal layer and produced with a thermoplastic resin reinforced by mineral or organic fibres, said metallization ply being deposited with the tie layer on the side of the exterior face of the structural layer, - a step of consolidating the metallization ply with the structural layer,
A weighing balance having a base body positioned horizontal to a ground surface, a floor attached to the base body and positioned horizontal to the base body, a load receiving arrangement comprising a load receiver having a grid structure for receiving a load to be weighed, a windshield structure seated on the floor and positioned below the load receiver in a non-contacting manner and surrounding at least the grid structure of the load receiver, characterized in that said windshield structure comprising a circumferential portion and a central portion, wherein the central portion of the windshield structure further characterized by a topographical surface comprising a plurality of alternating hills and valleys to reduce airflow around the load receiver and the topographical surface comprises valleys extending at least partially linearly.
Modular strutting tower for civil engineering and construction made of one-piece frames assembled with each other to form levels arranged to be superimposed, each level being made of four one-piece frames mounted perpendicular to each other and delimiting a safety perimeter, each one-piece frame being provided with at least a post segment, an upper horizontal hand rail and a diagonal bracing bar, each one-piece frame including moreover first locking means arranged to fasten two by two the adjacent one-piece frames of each level and second locking means arranged to fasten two by two the post segments of the one-piece frames corresponding to two superimposed levels, characterized in that said first locking means of each one-piece frame include on the one hand at least one locking catch pin (80, 800) with an axis A that extends radially from the upper end of post segment parallel with upper horizontal hand rail, said locking catch (82, 820) being pivotally mounted on said pin (80, 800) and forming a lock and, on the other hand, a through opening (81, 810) with an axis B, having a shape complementary to that of said locking catch pin (80, 800) and arranged at the free end of said upper horizontal hand rail, in that said axes A and B are perpendicular to one another and located in a same horizontal plane, so that said locking catch pin (80, 800) and said through opening (81, 810) corresponding to two adjacent one-piece frames to be assembled fit into each other by means of an horizontal pivoting movement of one of the one-piece frames with respect to the other around a pivoting axis defined by its post segment, said pivoting movement occurring within the safety perimeter and said locking catch (82, 820) being arranged to lock said locking catch pin (80, 800) on the rear of said through opening (81, 810) inside of this safety perimeter.
Method for operating a cleaning appliance, in particular a dishwasher having a cleaning container that provides a cleaning chamber and having a heat pump device that comprises a compressor, a condenser, an expansion element, an evaporator, and a flow circuit fluidically interconnecting these structural components, in which flow circuit a working medium is guided, the evaporator being arranged inside a water tank, water stored in the water tank being transferred at least in part into the cleaning container before the start of a first program step of a cleaning program, in which program step cleaning solution located in the cleaning container is heated, with heat being transferred from the working medium guided in the flow circuit of the heat pump device to the cleaning solution by means of the condenser when the heat pump device is operated, the temperature being measured by a temperature sensor arranged in the cleaning container, in particular in the collecting vessel, characterised in that the temperature sensor measures a temperature value while water flows from the water tank into the cleaning container, in particular into the collecting vessel, or immediately after a first amount of water, which is substantially smaller than an amount of water required for the first program step of the cleaning program, has flowed from the water tank into the cleaning container or the collecting vessel, the temperature sensor measuring the initial temperature value directly before the water flows from the water tank into the cleaning container or the collecting vessel, a control device of the cleaning appliance comparing the established temperature difference between the initial temperature value and the temperature value with a predetermined or predeterminable threshold value stored in the electronic system of the appliance, where, if the threshold value is not exceeded, water continues to be introduced from the water tank into the cleaning container or the collecting vessel, and where otherwise, if the threshold value is exceeded, further passing of the water from the water tank into the cleaning container or the collecting vessel is prevented and instead the remaining amount of water required for the cleaning program is guided out of the household fresh water supply into the cleaning container or the collecting vessel, bypassing the water tank, the water tank being completely or partially emptied by the transfer of the water into the cleaning container and the water tank then being refilled with fresh water until a predetermined or predeterminable maximum water fill level is reached.
A system for generating a laser beam by nonlinear effect, comprising: - a single-frequency continuous-wave laser source for generating a fundamental wave, - a resonant external cavity receiving this fundamental wave, called the microchip cavity, characterized in that said microchip cavity is composite in so far as this microchip cavity is a unitary assembly of a plurality of materials comprising: - at least one nonlinear crystal, - an entrance mirror, - a concave mirror deposited on a material that is fastened to the nonlinear crystal; the material on which the concave mirror is deposited is different from the constituent material of the nonlinear crystal, - a first thermoelectric module for controlling the temperature of the nonlinear crystal and at least one second thermoelectric module for controlling at least the temperature of the material on which the concave mirror is deposited. - a single-frequency continuous-wave laser source for generating a fundamental wave, - a resonant external cavity receiving this fundamental wave, called the microchip cavity, characterized in that said microchip cavity is composite in so far as this microchip cavity is a unitary assembly of a plurality of materials comprising: - at least one nonlinear crystal, - an entrance mirror, - a concave mirror deposited on a material that is fastened to the nonlinear crystal; the material on which the concave mirror is deposited is different from the constituent material of the nonlinear crystal, - a first thermoelectric module for controlling the temperature of the nonlinear crystal and at least one second thermoelectric module for controlling at least the temperature of the material on which the concave mirror is deposited. - at least one nonlinear crystal, - an entrance mirror, - a concave mirror deposited on a material that is fastened to the nonlinear crystal; the material on which the concave mirror is deposited is different from the constituent material of the nonlinear crystal, - a first thermoelectric module for controlling the temperature of the nonlinear crystal and at least one second thermoelectric module for controlling at least the temperature of the material on which the concave mirror is deposited.
A compressor comprising a rotation speed detection device with a detection unit for detecting blades that are approaching a casing of the compressor in response to a change in the inductance of a magnetic field is provided, wherein the blades have a plurality of full blades and a plurality of splitter blades, and the plurality of full blades and the plurality of splitter blades are arranged alternately at regular intervals in a circumferential direction of the compressor hub, the detection unit is provided in an overlap region in which all of the blades can be detected, measures the pressure inside the casing, and is disposed where in an area the exposure pressure is in the range of a gauge pressure of one atmosphere or less, characterized in that it is disposed so as to detect an end portion of the blade where a blade width becomes maximum, and is obliquely inserted to the casing in a direction perpendicular to an outer periphery surface of the compressor hub.
A composition for use in a method of treatment of alopecia comprising from 0.000001% to 0.0001% w/v of a compound of formula or a pharmaceutically acceptable salt or ester thereof, from 1 % to 10% w/v of minoxidil and from 0.01% to 1% w/v of cyclosporine A, wherein w/v denotes weight by volume.
Milking liner for a milking cup of a milking installation, the milking liner comprising: - a mouthpiece with a teat chamber provided with an inlet for a teat; - an outlet for outflow of a milk release; - a liner arranged between the mouthpiece and the outlet; and - an air inlet arranged in or close to the mouthpiece with the teat chamber and provided with a pressure compensator, characterized in that the pressure compensator is provided with a pressure valve, wherein the pressure valve comprises a membrane element with an air passage, wherein the pressure compensator is configured to open at a pressure difference in the range of 1 to 100 kPa. - a mouthpiece with a teat chamber provided with an inlet for a teat; - an outlet for outflow of a milk release; - a liner arranged between the mouthpiece and the outlet; and - an air inlet arranged in or close to the mouthpiece with the teat chamber and provided with a pressure compensator, characterized in that the pressure compensator is provided with a pressure valve, wherein the pressure valve comprises a membrane element with an air passage, wherein the pressure compensator is configured to open at a pressure difference in the range of 1 to 100 kPa.
Method for producing a twin screw cylinder provided with a wear-resistant coating, in which two bores (11, 12), extending essentially parallel to each other and penetrating one another, are introduced into a cylinder and then two liners (21, 22) are inserted into the bores (11, 12), the liners having an essentially C-shaped cross-section, continuing from each other in the penetration area of the bores (11, 12), forming an inner surface (110, 120) of the bores (11, 12) and being used as a wear-resistant coating, characterised in that the twin screw cylinder is assembled from a plurality of segments (1.1, 1.2) that continue from one another, which each comprises a subsection of the bores (11, 12) and before the assembly are provided in sections with the liners (21, 22), wherein firstly a first tubular liner is inserted into a first bore and is then separated to form the C-shaped cross-section according to the diameter of the other bore, and then a second tubular liner is inserted into the second bore and then separated to form the C-shaped cross-section in accordance with the diameter of the inner surface of the first bore formed by the first liner, wherein the free ends of the first liner with the C-shaped cross-section come to an end on the imaginary circumference line of the diameter of the adjacent bore and the free ends of the second liner with the C-shaped cross-section come to an end on the imaginary circumference line of the inner diameter of the first liner and a rotation prevention is inserted between the bores (11, 12) and the liners (21, 22) before or after the separation of the liners (21, 22).
A method of producing a capped mRNA or mRNA analog oligonucleotide, wherein a heterodimer comprising a fusion protein facilitates the steps of transferring and methylating a guanylyl molecule to the 5' end of the mRNA or mRNA analog oligonucleotide, wherein the fusion protein comprises a guanylyl transferase and a small ubiquitin-like molecule (SUMO) protein, wherein the fusion protein has an amino acid sequence at least 90% identical to SEQ ID NO: 1 and SEQ ID NO: 6.
A fission reactor, comprising: a shell encompassing a reactor space having a longitudinal axis; and an axial cylinder including an inner diameter surface defining a central longitudinal channel having an axis that is co-located with the longitudinal axis of the reactor space, characterized in additionally comprising: a plurality of axially extending rings located within the reactor space and concentrically positioned relative to the axial cylinder, wherein the plurality of axially extending rings are radially separated forming, for any two adjacent axially extending rings, both a radially inward adjacent ring and a radially outward adjacent ring, and wherein an outer diameter surface of the radially inward adjacent ring and an inner diameter surface of the radially outward adjacent ring define an annular cylindrical space; a first plurality of primary axial tubes located circumferential within the annular cylindrical space, wherein each primary axial tube includes an inner diameter surface forming a primary channel and an outer diameter surface; a plurality of webbings, wherein the outer diameter surface of each of the plurality of primary axial tubes is connected to the radially inward adjacent ring by a first webbing and is connected to the radially outward adjacent ring by a second webbing; a plurality of secondary channels within the cylindrical space, wherein circumferentially adjacent primary axial tubes (160a, 160b) are separated by one of the plurality of secondary channels; and a fissionable nuclear fuel composition located in at least some of the plurality of secondary channels. a shell encompassing a reactor space having a longitudinal axis; and an axial cylinder including an inner diameter surface defining a central longitudinal channel having an axis that is co-located with the longitudinal axis of the reactor space, a plurality of axially extending rings located within the reactor space and concentrically positioned relative to the axial cylinder, wherein the plurality of axially extending rings are radially separated forming, for any two adjacent axially extending rings, both a radially inward adjacent ring and a radially outward adjacent ring, and wherein an outer diameter surface of the radially inward adjacent ring and an inner diameter surface of the radially outward adjacent ring define an annular cylindrical space; a first plurality of primary axial tubes located circumferential within the annular cylindrical space, wherein each primary axial tube includes an inner diameter surface forming a primary channel and an outer diameter surface; a plurality of webbings, wherein the outer diameter surface of each of the plurality of primary axial tubes is connected to the radially inward adjacent ring by a first webbing and is connected to the radially outward adjacent ring by a second webbing; a plurality of secondary channels within the cylindrical space, wherein circumferentially adjacent primary axial tubes (160a, 160b) are separated by one of the plurality of secondary channels; and a fissionable nuclear fuel composition located in at least some of the plurality of secondary channels.
Cutting device which is designed to cut agricultural crop plants by means of a rotary movement about a cutting rotation axis and comprises at least one blade element (6, 16) which, in a plan view of an upper side of the cutting device, is designed to be open in a direction of rotation, the cutting device having at least one radial conveying element which is arranged at least on the upper side, is stationary relative to the blade element (6, 16) and is designed, at least in portions, to convey the crop plants in a conveying direction which is oriented partially tangentially (14.1) relative to the cutting rotation axis and partially radially (14.2) to the cutting rotation axis, characterized in that the radial conveying element is a corrugated region of the cutting device, starting from at least one region of intermediate height of the cutting device.
An apparatus comprising: a centrifugal drive unit (16, 116); an arm assembly (114, 214) operatively connected to the centrifugal drive unit and configured to revolve about a primary axis perpendicular to the arm; a workpiece fixture (12, 121) mounted to the arm assembly, the workpiece fixture includes at least one receptacle for receiving and retaining a workpiece and processing media, and is configured to rotate at least one workpiece about at least one secondary axis (20, 22) outboard of the primary axis; and characterised in that the arm assembly has an adjustable length such that the arm assembly is configured to revolve the workpiece fixture (12, 12', 112') along a noncircular path about the primary axis. a centrifugal drive unit (16, 116); an arm assembly (114, 214) operatively connected to the centrifugal drive unit and configured to revolve about a primary axis perpendicular to the arm; a workpiece fixture (12, 121) mounted to the arm assembly, the workpiece fixture includes at least one receptacle for receiving and retaining a workpiece and processing media, and is configured to rotate at least one workpiece about at least one secondary axis (20, 22) outboard of the primary axis; and characterised in that the arm assembly has an adjustable length such that the arm assembly is configured to revolve the workpiece fixture (12, 12', 112') along a noncircular path about the primary axis.
An active electronically scanned array, AESA, tile comprising: a radiator structure; and a stack of oxide-bonded semiconductor wafers (304a, 304b, 304c, 304d) attached to the radiator structure and comprising a low loss glass radio frequency, RF, manifold disposed within the oxide-bonded wafers (304a, 304b, 304c, 304d) and a beam former oxide-bonded to the wafer stack (304a, 304b, 304c, 304d); wherein the oxide-bonded wafers include vias to provide an electrical path for an RF signal through the tile; and wherein the RF signal path through the oxide-bonded wafers comprises a first portion that propagates from the radiator structure toward the beam former and a second portion that propagates parallel to the beam former, a third portion that propagates away from the beam former and a fourth portion that extends into the beam former and out of the beam former. a radiator structure; and a stack of oxide-bonded semiconductor wafers (304a, 304b, 304c, 304d) attached to the radiator structure and comprising a low loss glass radio frequency, RF, manifold disposed within the oxide-bonded wafers (304a, 304b, 304c, 304d) and a beam former oxide-bonded to the wafer stack (304a, 304b, 304c, 304d); wherein the oxide-bonded wafers include vias to provide an electrical path for an RF signal through the tile; and wherein the RF signal path through the oxide-bonded wafers comprises a first portion that propagates from the radiator structure toward the beam former and a second portion that propagates parallel to the beam former, a third portion that propagates away from the beam former and a fourth portion that extends into the beam former and out of the beam former.
A method performed by a network node for providing support for frequency-overlapping carriers among a first radio access technology, RAT, and a second RAT, wherein the first RAT is New Radio, NR, and the second RAT is Long Term Evolution, LTE, the method comprising: determining second RAT information to signal to a first RAT wireless device, the second RAT information configured to allow the first RAT wireless device to determine, at a resource element level, resources reserved for second RAT transmissions; and causing the second RAT information to be communicated to the first RAT wireless device S102), wherein the resources reserved for the second RAT transmissions include a first plurality of resource elements of a first symbol; and wherein the second RAT information further includes a physical downlink shared channel bitmap pattern for the second RAT, wherein said bitmap indicates one or more subframe is designated as an invalid subframe for LTE, indicating to the wireless device radio resources to exclude from the NR reserved resources. determining second RAT information to signal to a first RAT wireless device, the second RAT information configured to allow the first RAT wireless device to determine, at a resource element level, resources reserved for second RAT transmissions; and causing the second RAT information to be communicated to the first RAT wireless device S102), wherein the resources reserved for the second RAT transmissions include a first plurality of resource elements of a first symbol; and wherein the second RAT information further includes a physical downlink shared channel bitmap pattern for the second RAT, wherein said bitmap indicates one or more subframe is designated as an invalid subframe for LTE, indicating to the wireless device radio resources to exclude from the NR reserved resources.