mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an organic light emitting display apparatus, the method comprising: forming a plurality of thin film transistors on a substrate; forming a plurality of organic light emitting diodes, each of the organic light emitting diodes comprising: a pixel electrode electrically connected to a corresponding one of the thin film transistors, an intermediate layer on the pixel electrode and comprising at least an organic light emitting layer, a portion of an opposite electrode, the opposite electrode being above the substrate and covering all of the substrate; and a pixel defining layer having a set thickness, the pixel defining layer being around edge portions of the pixel electrodes and the opposite electrode being disposed on the pixel defining layer; forming an opposite electrode bus line disposed on the opposite electrode, wherein the opposite electrode bus line is disposed on the pixel defining layer between adjacent pixel electrodes of the organic light emitting diodes; and forming a black matrix covering the opposite electrode bus line; characterised in that the opposite electrode bus line and the black matrix are formed by aerosol jet printing such that the black matrix covers side surfaces and an upper surface of the opposite electrode bus line. forming a plurality of thin film transistors on a substrate; forming a plurality of organic light emitting diodes, each of the organic light emitting diodes comprising: a pixel electrode electrically connected to a corresponding one of the thin film transistors, an intermediate layer on the pixel electrode and comprising at least an organic light emitting layer, a portion of an opposite electrode, the opposite electrode being above the substrate and covering all of the substrate; and a pixel defining layer having a set thickness, the pixel defining layer being around edge portions of the pixel electrodes and the opposite electrode being disposed on the pixel defining layer; a pixel electrode electrically connected to a corresponding one of the thin film transistors, an intermediate layer on the pixel electrode and comprising at least an organic light emitting layer, a portion of an opposite electrode, the opposite electrode being above the substrate and covering all of the substrate; and a pixel defining layer having a set thickness, the pixel defining layer being around edge portions of the pixel electrodes and the opposite electrode being disposed on the pixel defining layer; forming an opposite electrode bus line disposed on the opposite electrode, wherein the opposite electrode bus line is disposed on the pixel defining layer between adjacent pixel electrodes of the organic light emitting diodes; and forming a black matrix covering the opposite electrode bus line; characterised in that the opposite electrode bus line and the black matrix are formed by aerosol jet printing such that the black matrix covers side surfaces and an upper surface of the opposite electrode bus line.
A dual-mode light sensor for an imaging system detector, including: an array of photodiodes coupled to one or more scintillation crystals that convert received rays into light; and a controller for monitoring light conditions and for switching the photodiodes between two modes of operation, including a Geiger mode and a linear mode, based on the monitored light conditions; characterised in that, the monitored light conditions include a signal-to-noise ratio for rays detected at the sensor; and the switching of the photodiodes between the two modes of operation is based on the signal-to-noise ratio of detected rays. an array of photodiodes coupled to one or more scintillation crystals that convert received rays into light; and a controller for monitoring light conditions and for switching the photodiodes between two modes of operation, including a Geiger mode and a linear mode, based on the monitored light conditions;
A composite coil spring comprising: a coil body extending along a coiled axis, the coil body including a core and a plurality of fiber layers impregnated with a polymer material, the plurality of fiber layers being arranged around the core at different radial distances from the coiled axis, each of the plurality of fiber layers extending around the coiled axis at an oblique fiber angle (α) to the coiled axis, each of the plurality of fiber layers including a number of fibers that is a product of a common base number of fibers multiplied by a positive non-zero integer from a set of positive non-zero integers, and the positive non-zero integer of at least one of the plurality of fiber layers is different from the positive non-zero integer of at least one other of the plurality of fiber layers, wherein the common base number of fibers is determined by a number of fibers in a roving and a number of rovings used.
An article, comprising: a first corrosion protection layer disposed on a substrate, wherein the first corrosion protection layer is formed from a sol-gel composition comprising an organometallic compound and 3-glycidoxypropyltrimethoxy silane (GTMS); and a second corrosion protection layer disposed on the first corrosion protection layer, wherein the second corrosion protection layer comprises a polyurethane composition, wherein the second corrosion protection layer comprises a corrosion inhibitor and wherein the corrosion inhibitor comprises a plurality of thiol or sulfide containing corrosion inhibitor particles, comprising at least one of a disulfide, a polydisulfide, and a dithiol compound. a first corrosion protection layer disposed on a substrate, wherein the first corrosion protection layer is formed from a sol-gel composition comprising an organometallic compound and 3-glycidoxypropyltrimethoxy silane (GTMS); and a second corrosion protection layer disposed on the first corrosion protection layer, wherein the second corrosion protection layer comprises a polyurethane composition, wherein the second corrosion protection layer comprises a corrosion inhibitor and wherein the corrosion inhibitor comprises a plurality of thiol or sulfide containing corrosion inhibitor particles, comprising at least one of a disulfide, a polydisulfide, and a dithiol compound.
A hydraulic drive with a pump, a tool piston movable against a load on one side by means of the pump running in standby operation and with a pressure limiting valve limiting the maximum tool pressure of the tool piston and having a mechanical actuator and a switching valve movable into closed and open positions between a working space, connected to the pump of the tool piston and a return, wherein an outlet of the pressure limiting valve is connected to a pressure connection of a transmission piston, containing a valve poppet of the switching valve, characterised in that arranged internally within the transmission piston of the switching valve separated from the pressure limiting valve there is a discharge path from the pressure connection to the return, that the transmission piston includes a non-return valve with a closure body blocking in the flow direction from the pressure connection to the return, which includes a seat formed in the transmission piston for the closure body, wherein the closure body is liftable from the seat for opening the non-return valve in a pressure dependent manner and/or by the valve poppet moved relative to the transmission piston and that the valve poppet is loaded in the closure direction by a closure spring.
Cover for electrical installations such as switches and sockets, in particular, wall switches and wall sockets, with an edge area and a central area, - wherein the cover is attached to a backing film in a delivery state and is dimensionally stable peelable from this backing film, - wherein the edge area of the cover is made adhesive and comprises a reinforcement, - wherein the central area is made non-adhesive and at least the central area of the cover is manufactured of flexible, stretchable material, and - wherein at least the central area is manufactured of transparent material and - the electrical installation during a covering of the electrical installation with the cover is operable by a user, wherein the central area is arranged at the edge area via a detachable connection, - wherein the edge area and/or the central area comprises recesses for wall fastenings and other fastenings and/or adjusting devices, for example screws, and - wherein the recesses are closed and detachably connected to the edge area and/or the central area in the delivery state. - wherein the cover is attached to a backing film in a delivery state and is dimensionally stable peelable from this backing film, - wherein the edge area of the cover is made adhesive and comprises a reinforcement, - wherein the central area is made non-adhesive and at least the central area of the cover is manufactured of flexible, stretchable material, and - wherein at least the central area is manufactured of transparent material and - the electrical installation during a covering of the electrical installation with the cover is operable by a user, wherein the central area is arranged at the edge area via a detachable connection, - wherein the edge area and/or the central area comprises recesses for wall fastenings and other fastenings and/or adjusting devices, for example screws, and - wherein the recesses are closed and detachably connected to the edge area and/or the central area in the delivery state.
A fastening nail, comprising a nail seat and a spiral part, wherein a front end of the spiral part is formed as a tip, a rear end of the spiral part is fixedly connected to a front end of the nail seat, and a first positioning part is provided on an end surface of a rear end of the nail seat, characterized in that an annular groove is provided on an outer peripheral surface of the nail seat, and is configured to be tied with a polymer suture for surgery. wherein a front end of the spiral part is formed as a tip, a rear end of the spiral part is fixedly connected to a front end of the nail seat, and a first positioning part is provided on an end surface of a rear end of the nail seat, characterized in that an annular groove is provided on an outer peripheral surface of the nail seat, and is configured to be tied with a polymer suture for surgery.
A resilient polymer-based surface covering element comprising an upper surface, a lower surface, side edges provided between said upper surface and said lower surface, and connection means to join two or more surface covering elements, wherein said surface covering element is a strip provided as a roll to be laid out by unrolling from said roll, and said connection means comprise a male portion on one long edge of said strip and a female portion on the other long edge of said strip, said male and female portions being mutually complementary in shape; characterized in that said male portion and/or said female portion of said connection means comprises an adhesive protected by a release liner and in that said roll is packaged in a dispenser box with an aperture, so that the surface covering element can be laid out by unrolling it from the roll and pulling it through said aperture.
A patient support apparatus comprising: a frame, a headboard and footboard coupled to the frame, a pair of side rails (48, 50) coupled to the frame, a control module (132, 182, 202) positioned on the frame, a graphical user interface in communication with the control module (132, 182, 202), and an exercise apparatus coupled to the frame and in communication with the control module (132, 182, 202), wherein the control module (132, 182, 202) is configured to control an operation of the exercise apparatus, and wherein the graphical user interface displays information related to the operation of the exercise apparatus, wherein the exercise apparatus includes a head section of the frame, wherein the head section raises and lowers as a user performs sit ups, and wherein the head section includes a strain gauge to measure movement of the user relative to the head section. a frame, a headboard and footboard coupled to the frame, a pair of side rails (48, 50) coupled to the frame, a control module (132, 182, 202) positioned on the frame, a graphical user interface in communication with the control module (132, 182, 202), and an exercise apparatus coupled to the frame and in communication with the control module (132, 182, 202), wherein the control module (132, 182, 202) is configured to control an operation of the exercise apparatus, and wherein the graphical user interface displays information related to the operation of the exercise apparatus, wherein the exercise apparatus includes a head section of the frame, wherein the head section raises and lowers as a user performs sit ups, and wherein the head section includes a strain gauge to measure movement of the user relative to the head section.
A head up display system configured to be embedded in an aircraft pilotable by at least one pilot and having a head-down display screen suitable for displaying information of the non-conformal type, the display system including: a head-up display screen at least partially transparent and configured to be arranged in the cockpit of the aircraft in a plurality of positions and to be observed by the pilot from an observation point within a field of view of the pilot; at least one position, called interposition position, of the head-up display screen in the cockpit corresponding to a position in which a part, called interposed part, is arranged facing at least one part of the head-down display screen in the field of view of the pilot between the observation point and this part of the head-down display screen; a display control module on the head-up display screen configured to display a conformal display area facing the external environment of the aircraft and, when the head-up display screen is in the interposition position, a non-conformal display area in the interposed part, the display control module being configured to display at least one link between the conformal display area and the non-conformal display area, the display control module being configured to associate a first symbol and a second symbol with at least one element external to the aircraft and to display the first symbol in the conformal display area, the second symbol in the non-conformal display area and the link connecting the first symbol and the second symbol. a head-up display screen at least partially transparent and configured to be arranged in the cockpit of the aircraft in a plurality of positions and to be observed by the pilot from an observation point within a field of view of the pilot; at least one position, called interposition position, of the head-up display screen in the cockpit corresponding to a position in which a part, called interposed part, is arranged facing at least one part of the head-down display screen in the field of view of the pilot between the observation point and this part of the head-down display screen; a display control module on the head-up display screen configured to display a conformal display area facing the external environment of the aircraft and, when the head-up display screen is in the interposition position, a non-conformal display area in the interposed part, the display control module being configured to display at least one link between the conformal display area and the non-conformal display area, the display control module being configured to associate a first symbol and a second symbol with at least one element external to the aircraft and to display the first symbol in the conformal display area, the second symbol in the non-conformal display area and the link connecting the first symbol and the second symbol.
A drive system for a hybrid vehicle, with an internal combustion engine which has an internal combustion engine shaft which is set up to output a drive power in the direction of driveable wheels of the hybrid vehicle, a vehicle transmission which has on the drive side a transmission input shaft and on the output side a transmission output shaft, and with a transmission clutch for coupling or decoupling the transmission input shaft and the transmission output shaft, and with a centrifugal-mass drive unit which, relative to the transmission of the drive power, is arranged between the internal combustion engine shaft and the transmission input shaft, and also with an intermediate shaft and a first clutch for coupling or decoupling the internal combustion engine shaft to/from the intermediate shaft and with a second clutch for coupling or decoupling the intermediate shaft to/from the transmission input shaft, and also with an electric machine which is connected in torque-transferring manner to the transmission input shaft and by which the transmission input shaft can be driven in engine operation, wherein the centrifugal-mass drive unit has a torsional-vibration reduction means with a drive-side DU input shaft and an output-side DU output shaft, and the torsional-vibration reduction means is set up to reduce torsional vibrations of the intermediate shaft, characterised in that the torsional-vibration reduction means, relative to the transmission of the drive power, is arranged completely between the first clutch and the second clutch.
A high electron mobility transistor, HEMT, comprising: a plurality of active semiconductor layers (14, 16, 18), comprising: a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer; a first spacer layer on said barrier layer; a first field plate on said first spacer layer; a second spacer layer on said first spacer layer and said first field plate; a second field plate on said second spacer layer and electrically isolated from said first field plate; a gate, a source electrode and a drain electrode on said semiconductor layers (14, 16, 18), said first field plate being integral with said gate and extending from said gate toward said drain electrode, said second field plate being electrically connected to said source electrode, and said first spacer layer being between said gate and said source and drain electrodes (20, 22); and a negative ion region within said barrier layer comprising sections of different thicknesses, with a first of said sections arranged in a region primarily below said gate and which does not extend into said buffer layer, a second of said sections arranged primarily below said first field plate and extending into said buffer layer, and a third of said sections arranged primarily below a portion of said second field plate extending toward the drain and not extending into said buffer layer. a plurality of active semiconductor layers (14, 16, 18), comprising: a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer; a buffer layer on a substrate; a barrier layer on said buffer layer; and a two dimensional electron gas, 2DEG, at the interface between said buffer layer and said barrier layer; a first spacer layer on said barrier layer; a first field plate on said first spacer layer; a second spacer layer on said first spacer layer and said first field plate; a second field plate on said second spacer layer and electrically isolated from said first field plate; a gate, a source electrode and a drain electrode on said semiconductor layers (14, 16, 18), said first field plate being integral with said gate and extending from said gate toward said drain electrode, said second field plate being electrically connected to said source electrode, and said first spacer layer being between said gate and said source and drain electrodes (20, 22); and a negative ion region within said barrier layer comprising sections of different thicknesses, with a first of said sections arranged in a region primarily below said gate and which does not extend into said buffer layer, a second of said sections arranged primarily below said first field plate and extending into said buffer layer, and a third of said sections arranged primarily below a portion of said second field plate extending toward the drain and not extending into said buffer layer.
Resin mixture with a vinyl ester resin and a co-polymerisable monomer compound, which carries two methacrylate groups, in which the co-polymerisable compound is replaced partly by an itaconic acid ester of general formula or in which R 1 stands for a hydrogen atom or a methyl group, R 2 for hydrogen or a C- 1 -C 6 -alkyl group and X and Z each stand for a C 2 -C 10 -alkyl group independently of each other.
Sandwich arrangement of a multi-plies CMC material comprising at least two peripheral disposed ceramic panels (101a, 101b), and a ceramic felt which is inserted between a first and second ceramic panel (101a, 101b), wherein the material of the first ceramic panel is equal or different to the material of the second ceramic panel, wherein the ceramic felt is formed by a textile structure with a regularly or quasi-regularly structured woven fibres, wherein the fibres are made of at least one material and/or composition, wherein at least one adhesive mean is provided between the underside of the ceramic panels (101a, 101b) and the adjacent fibres of the ceramic felt; characterized in that the CMC material has a fibre structure comprising a certain percentage of fibres which exhibit a bigger diameter and are intended to mainly carry mechanical loads, and a second connected CMC sub-network, likewise build-up of 2D/3D textile structure, with thinner fibres which serves to fix the ceramic matrix of the ceramic panels to the overall fibre substructure and to deflect the local forces of mechanical loading into the ceramic matrix; and in that the intermediated ceramic felt between the panels (101a, 101b), likewise build-up of 2D/3D textile structure with thinner fibres, serves to fix the ceramic matrix to the overall fibre substructure and to deflect the local forces of mechanical loading into the ceramic matrix.