mhurhangee/ep-ind-claims huggingface dataset:
A controller comprising: a case provided with at least one open side; a cover arranged to cover the at least one open side; a circuit board provided within the case; and a heat generating unit on the circuit board, wherein the cover comprises a cover body and a heat dissipation unit in which a portion of the cover is formed convexly inward towards the circuit board, so as to be closely adhered to the heat generating unit to dissipate heat generated by the heat generating unit, and wherein the heat dissipation unit includes: a heat dissipation plate closely adhered to an upper surface of the heat generating unit; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body; characterised in that a thickness (ti) of the cover body is smaller than a thickness of the heat dissipation plate. a case provided with at least one open side; a cover arranged to cover the at least one open side; a circuit board provided within the case; and a heat generating unit on the circuit board, wherein the cover comprises a cover body and a heat dissipation unit in which a portion of the cover is formed convexly inward towards the circuit board, so as to be closely adhered to the heat generating unit to dissipate heat generated by the heat generating unit, and wherein the heat dissipation unit includes: a heat dissipation plate closely adhered to an upper surface of the heat generating unit; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body; characterised in that a thickness (ti) of the cover body is smaller than a thickness of the heat dissipation plate. a heat dissipation plate closely adhered to an upper surface of the heat generating unit; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body; characterised in that a thickness (ti) of the cover body is smaller than a thickness of the heat dissipation plate.
Fixing disc for initial fixing of a fastening element in an opening, in particular in a drilled hole of a facade panel, during setting the fastening element, wherein the fixing disc comprises a disc-shaped portion and a collar, wherein the collar and the disc-shaped portion are configured such that the collar is suitable to rest on an edge of the opening and to locate the fixing disc substantially in a predetermined position in the opening, wherein the disc-shaped portion comprises a fixing means configured such that it initially holds the fastening element during setting at a predetermined position relative to the opening, and wherein the disc-shaped portion is frangible such that it allows movement of the fastening element relative to the opening after setting of the fastening element. wherein the fixing disc comprises a disc-shaped portion and a collar, wherein the collar and the disc-shaped portion are configured such that the collar is suitable to rest on an edge of the opening and to locate the fixing disc substantially in a predetermined position in the opening, wherein the disc-shaped portion comprises a fixing means configured such that it initially holds the fastening element during setting at a predetermined position relative to the opening, and wherein the disc-shaped portion is frangible such that it allows movement of the fastening element relative to the opening after setting of the fastening element.
Device for measuring the endogenous deformations of a structure during the transition of said structure from a liquid phase to a solid phase, the device comprising: - test bodies, each uniaxial and extending between a first end and a second end, being suitable for embedding in the structure and made of homogeneous flexible material with known mechanical properties, - a support having a plurality of uniaxial legs, each of the test bodies belonging to one of these legs of the support, - a deformation measurement fiber attached to inside the test bodies, such that deformations of each of the test bodies are transmitted to the measurement fiber, said measurement fiber being fixed inside the plurality of legs such that the deformations undergone by the plurality of legs are transmitted to the measurement fiber, and - a system (9, 10, 11) connected to the measurement fiber and suitable for detecting signals from the measurement fiber that are representative of the deformations of the measurement fiber and for determining the endogenous deformations from at least one of the detected signals and from known mechanical properties of the materials of the test body, each test body having a rigidity comprised between 2 and 5 gigapascals, knowing that said legs have each a rigidity comprised between 2 and 5 gigapascals. - test bodies, each uniaxial and extending between a first end and a second end, being suitable for embedding in the structure and made of homogeneous flexible material with known mechanical properties, - a support having a plurality of uniaxial legs, each of the test bodies belonging to one of these legs of the support, - a deformation measurement fiber attached to inside the test bodies, such that deformations of each of the test bodies are transmitted to the measurement fiber, said measurement fiber being fixed inside the plurality of legs such that the deformations undergone by the plurality of legs are transmitted to the measurement fiber, and - a system (9, 10, 11) connected to the measurement fiber and suitable for detecting signals from the measurement fiber that are representative of the deformations of the measurement fiber and for determining the endogenous deformations from at least one of the detected signals and from known mechanical properties of the materials of the test body,
Annular wall for an annular turbine engine combustion chamber, comprising at least one annular row of dilution air inlet orifices comprising two types of orifices differentiated by their cross-sectional area, namely orifices with a larger area and orifices with a smaller area, and a multi-perforation (48, 50, 52) for cooling said wall, said multi-perforation being formed from micro-perforations that have a cross-sectional area less than the area of each of said dilution air inlet orifices and that are distributed as an upstream annular row and a downstream annular row formed on the upstream side and downstream side respectively of said row of dilution air inlet orifices, and as at least one intermediate annular row interrupted by said dilution air inlet orifices, a geometric ratio being defined for each of said dilution air inlet orifices as the quotient obtained by dividing the maximum spacing L between any two points on the edge of this orifice measured along a direction parallel to an axis of revolution of said wall by the maximum spacing l between any two points on the edge of this orifice measured along a direction perpendicular to said axis of revolution, said geometric ratio of said dilution air inlet orifices with the larger area is greater than or equal to 1, said wall being characterised in that said geometric ratio of said dilution air inlet orifices with the smaller area is greater than the geometric ratio of said dilution air inlet orifices with the larger area.
Arrangement comprising a length-adjustable storage device for an overlength plate for marking protruding load of a load vehicle and an overlength plate, wherein the storage device has at least one first telescopic part and a second telescopic part movable relative to the first telescopic part, wherein the first telescopic part can be mounted on a vehicle frame of a load vehicle, characterized in that the overlength plate is pivotably mounted on the second telescopic part and can be releasably locked in at least one pivot position relative to the second telescopic part, wherein the overlength plate is mounted on a plate carrier that is pivotably mounted on the second telescopic part for mounting the overlength plate on the storage device.
A mobile radiography apparatus comprising: a radiation source; a radiation image detection unit that detects a radiation image of a subject by receiving radiation emitted from the radiation source and transmitted through the subject; an arm that holds the radiation source and the radiation image detection unit; a body part to which the arm is rotatably attached; a carriage on which the body part is mounted; a support part that is non-rotatably attached to an upper side of the body part and which rotatably supports the arm such that the arm is rotatable relative to the body part, and an antenna that emits a radio wave for wirelessly communicating with an external apparatus, the antenna being provided on the support part such that a radiation direction of the radio wave is not changed even in a case in which the arm is rotated and the antenna is capable of changing the radiation direction of the radio wave; and characterized in that a frequency band of the radio wave is a 60 GHz band. a radiation source; a radiation image detection unit that detects a radiation image of a subject by receiving radiation emitted from the radiation source and transmitted through the subject; an arm that holds the radiation source and the radiation image detection unit; a body part to which the arm is rotatably attached; a carriage on which the body part is mounted; a support part that is non-rotatably attached to an upper side of the body part and which rotatably supports the arm such that the arm is rotatable relative to the body part, and an antenna that emits a radio wave for wirelessly communicating with an external apparatus, the antenna being provided on the support part such that a radiation direction of the radio wave is not changed even in a case in which the arm is rotated and the antenna is capable of changing the radiation direction of the radio wave; and characterized in that a frequency band of the radio wave is a 60 GHz band.
Multiple containment unit of compressed gas cylinders, which is intended to be installed on a transport means, in particular for maritime transport, such unit being installable in the holds of ships or on the decks of barges, such multiple containment unit comprising: - a support frame comprising in turn a support base and a plurality of side containment structures which are structurally connected to the support base and extend vertically therefrom defining an inner containment volume; and - a plurality of cylinders for containing compressed gas which are arranged vertically along their own longitudinal extension axis inside said containment volume and are connected to said support frame in order to maintain a stable position therein, characterised in that each cylinder is connected to the support base by means of a lower connecting device comprising a support element at which the cylinder abuts with a longitudinal bottom end, and a spherical joint which constrains the support element to the support base, allowing the free rotation of said support element and of the cylinder resting on it with respect to the support base, but preventing translations thereof with respect to said support base, and in that it comprises a vertical support structure of the cylinders which is constrained to the side structures of the frame at a predetermined height from the support base and which defines for each individual cylinder a vertical positioning seat, each cylinder being free to translate axially within its respective seat with respect to said vertical support structure, which accompanies the cylinders in the movements of the side structures of the frame, following the rotations of each cylinder permitted by the respective lower connecting device without transmitting to them bending and/or twisting moments and while keeping the cylinders separate from each other according to a predetermined positioning plan layout, wherein said support frame is a structure having a stiffness lower than the cylinders arranged in it and is able to deform when it is subjected to dynamic loads imposed by the means of transport inside which it is installed and wherein the support frame is a lattice-like structure made of metal sections connected to each other by welding or bolted connections. - a support frame comprising in turn a support base and a plurality of side containment structures which are structurally connected to the support base and extend vertically therefrom defining an inner containment volume; and - a plurality of cylinders for containing compressed gas which are arranged vertically along their own longitudinal extension axis inside said containment volume and are connected to said support frame in order to maintain a stable position therein,
An elastic sheet material with a front side, a rear side situated opposite the front side, and at least one functional element arranged on the front side and connected to the sheet material, characterized in that a limiting element for limiting the elasticity of the sheet material is arranged on the rear side of the sheet material opposite the functional element and/or on the front side below the functional element or inside the sheet material below the functional element.
A method for sensing an analyte utilizing a sensor, the sensor including a working electrode, the method comprising: providing the working electrode with a sensing element comprising an analyte-specific enzyme, a redox mediator, and carbon nanotubes; providing the working electrode to the analyte; accumulating charge derived from the analyte reacting with the analyte-specific enzyme and the redox mediator for a set period of time; connecting the working electrode to a circuit after the set period of time; and measuring a signal from the accumulated charge, wherein the redox mediator comprises a redox species selected from a compound of osmium, ruthenium, iron, and cobalt, coupled with a polymer selected from poly (vinylpyridine), poly(thiophene), poly(aniline), poly(pyrrole), and poly(acetylene). providing the working electrode with a sensing element comprising an analyte-specific enzyme, a redox mediator, and carbon nanotubes; providing the working electrode to the analyte; accumulating charge derived from the analyte reacting with the analyte-specific enzyme and the redox mediator for a set period of time; connecting the working electrode to a circuit after the set period of time; and measuring a signal from the accumulated charge, wherein the redox mediator comprises a redox species selected from a compound of osmium, ruthenium, iron, and cobalt, coupled with a polymer selected from poly (vinylpyridine), poly(thiophene), poly(aniline), poly(pyrrole), and poly(acetylene).
A member having a hydrogen-containing, hard, amorphous carbon coating composed of carbon and hydrogen, characterized in that fine, amorphous carbon particles composed of carbon and hydrogen and having an average particle size of 0.05-0.5 μm are dispersed in the hydrogen-containing, hard, amorphous carbon coating.
A rolling mill facility, comprising: a support part extending along a plate width direction of a steel plate to be rolled; a thickness measurement part supported by the support part and configured to measure a thickness of the steel plate; and a heating part supported by the support part at positions at both sides across the thickness measurement part in the plate width direction and configured to heat both edge portions of the steel plate. a support part extending along a plate width direction of a steel plate to be rolled; a thickness measurement part supported by the support part and configured to measure a thickness of the steel plate; and a heating part supported by the support part at positions at both sides across the thickness measurement part in the plate width direction and configured to heat both edge portions of the steel plate.
An autostereoscopic display device comprising: - a display panel having an array of display pixels for producing a display, the display pixels being arranged in rows and columns; and - an array of parallel lenticular elements positioned over the display panel, the lenticular elements having optical focal axes that are slanted at an angle to the display pixel columns, characterised in that display areas of the display pixels have edges that are substantially parallel to the lenticular element axes, such that for a portion of the display panel that is projected by the lenticular element in a particular direction, display pixels for one view are projected and no portions of display pixels for the neighbouring views are projected. - a display panel having an array of display pixels for producing a display, the display pixels being arranged in rows and columns; and - an array of parallel lenticular elements positioned over the display panel, the lenticular elements having optical focal axes that are slanted at an angle to the display pixel columns,
An electric vehicle control device (100, 300, 500) comprising: a main transformer to convert an input AC voltage, input to an input winding from an AC power supply, and to output an output AC voltage converted thereby from each of a plurality of output windings; a plurality of converter main circuits, each connected to one of a plurality of secondary windings included in the plurality of output windings, to convert the output AC voltage, output from the secondary winding connected to the converter main circuit, into a DC voltage; and a plurality of converter controllers (111, 211, 311, 411, 511, 611), each configured to control as a control target one of the plurality of converter main circuits, by pulse width modulation control by comparison between a signal wave and a carrier wave, characterized in that the plurality of output windings further includes a tertiary winding to connect to a supplementary power supply; and in that each of the plurality of converter controllers (111, 211, 311, 411, 511, 611) is further configured to determine a correction amount of a phase angle of at least one of the signal wave and the carrier wave, in response to an operating state of a load that is supplied power through a predetermined output winding among the plurality of output windings. a main transformer to convert an input AC voltage, input to an input winding from an AC power supply, and to output an output AC voltage converted thereby from each of a plurality of output windings; a plurality of converter main circuits, each connected to one of a plurality of secondary windings included in the plurality of output windings, to convert the output AC voltage, output from the secondary winding connected to the converter main circuit, into a DC voltage; and a plurality of converter controllers (111, 211, 311, 411, 511, 611), each configured to control as a control target one of the plurality of converter main circuits, by pulse width modulation control by comparison between a signal wave and a carrier wave, characterized in that the plurality of output windings further includes a tertiary winding to connect to a supplementary power supply; and in that each of the plurality of converter controllers (111, 211, 311, 411, 511, 611) is further configured to determine a correction amount of a phase angle of at least one of the signal wave and the carrier wave, in response to an operating state of a load that is supplied power through a predetermined output winding among the plurality of output windings.
A method for producing C4 bodies selected from the group consisting of butyric acid, butanol and derivatives thereof, wherein the derivative is 2-butanol, 1,4-butanediol, 2,3-butanediol, aminobutane, thiobutanol, isobutanol or isobutanol, comprising the steps: a) contacting an acetogenic bacterial cell in an aqueous medium with syngas under anaerobic conditions, b) incubating the mixture obtained in step a) at a temperature between 0 and 100 °C for at least 30 minutes, wherein the aqueous medium comprises, in step b), ethanol and/or acetate at a total combined concentration of at least 0.1 g L -1 and wherein the ethanol and/or acetate is exogenously produced ethanol and/or acetate. a) contacting an acetogenic bacterial cell in an aqueous medium with syngas under anaerobic conditions, b) incubating the mixture obtained in step a) at a temperature between 0 and 100 °C for at least 30 minutes, wherein the aqueous medium comprises, in step b), ethanol and/or acetate at a total combined concentration of at least 0.1 g L -1 and wherein the ethanol and/or acetate is exogenously produced ethanol and/or acetate.
Stage for a tension generator comprising at least a capacitor (118, 119) and two electrically connected load resistances or two load inductances (111, 112) comprising a rigid shell structure made of electrically insulating material of cylindrical and flatted shape, comprising an axial channel containing at least a capacitor (118, 119) and two load resistances or two load inductances (111, 112), coated with gel and electrically connected in a way that the at least a capacitor (118, 119) and two electrically connected load resistances or two load inductances (111, 112) which are electrically connected, are arranged between a first upper annular structure and a second lower annular structure.
An inhomogeneous transmutation detector for measurement in neutron radiation fields, more specifically, for the measurement of the neutron fluences and spectra in the vicinity of the reactor core of nuclear power plants or research reactors characterized in that the detector is made of a substrate, into which or onto which a chosen initial nuclide or element is inserted or deposited using a suitable chemical or physical method, wherein the initial nuclide is a stable nuclide to be irradiated in a neutron field, for the purpose of neutron detection, wherein the substrate with the initial nuclide before the irradiation of the detector contains as impurity maximally 0.1 at% of the final nuclide, wherein the final nuclide is a stable or long-life nuclide transmuted from the initial nuclide through a neutron reaction.
A method of thermal control for a gas turbine engine comprising: selectively communicating either a fan bypass flow from an annular bypass flow path or a bleed flow from a low pressure compressor to an Air-Oil Cooler and an Air-Air PreCooler, the Air-Air PreCooler immediately downstream of the Air-Oil Cooler; and communicating a cooling air from the precooler to a compartment downstream of the precooler. selectively communicating either a fan bypass flow from an annular bypass flow path or a bleed flow from a low pressure compressor to an Air-Oil Cooler and an Air-Air PreCooler, the Air-Air PreCooler immediately downstream of the Air-Oil Cooler; and communicating a cooling air from the precooler to a compartment downstream of the precooler.
Sandwich component with a first cover layer, a second cover layer and a core arranged between them, wherein the cover layers (12-1, 12-2) are each formed of an outer layer (16-1, 16-2) of a fiber-reinforced thermoplastic material having higher resistance to a particular solvent for dissolving thermoplastic materials and, fused thereto, an inner layer (18-1, 18-2) of a thermoplastic material having lower resistance to the solvent, wherein the core comprises outer layers (20-1, 20-2) each formed of a thermoplastic material having a lower resistance to the solvent, and an inner structure formed wholly or partly of a thermoplastic material having a higher resistance to the solvent, and wherein the inner layers (18-1, 18-2) of the cover layers (12-1, 12-2) are each fused with one of the outer layers (20-1, 20-2) of the core using the solvent.