53results about How to "Avoid tip discharge phenomenon" patented technology

The invention provides a pixel unit.The pixel unit comprises a pixel limiting layer, a pixel electrode, a light-emitting layer and a common electrode.The pixel electrode comprises a bottom face and a side face, and the side face extends to the top of the sidewall of a second via hole along the sidewall of the second via hole.The light-emitting layer is formed on the pixel electrode and covers the pixel limiting layer, and the common electrode is formed on the light-emitting layer, covers the light-emitting layer and extends along the top face of the pixel limiting layer.The pixel unit enables the light-emitting layer to scatter much less light to the surrounding, so that color mixing among pixel units is improved greatly, the problem of color mixing caused by light scattering is solved effectively, light-emitting area of the pixel unit is increased greatly, overall brightness is enhanced, mask film cost is reduced to enable cost of the whole technology to be reduced substantially, production capacity is improved and light-emitting effect is improved.

The invention relates to a fixing method of a 600MW steam-turbine generator stator coil end. According to the method, technological innovation is performed on fixing of the stator coil end, a traditional method of rope binding is broken through, the fixing structure of a large-size overall glass fiber reinforced plastics conical ring, adjustable binding rings and a nose radial bracing ring is adopted, and meanwhile a rigid-flexible fixing structure which is formed at the whole stator coil end and firmly fixed in the radial direction and the tangential direction and is retractable in the axial direction through connection between a non-magnetic spring plate and a stator core end. When a generator operates or breaks down suddenly, a coil bar expands or contracts in the axial direction due to temperature changes, the stator coil end can expand and contract in the axial direction overall, so that thermal stress in coil insulation is effectively slowed down, and the generator is adapted to peak load operation conditions. In the stator coil end fixing structure, all fasteners making contact with a coil are made of non-metallic materials, so that the phenomena of local overheating and point discharge caused by the adoption of metallic materials are avoided.

The invention provides a high-voltage vacuum extinction chamber, belonging to the technical field of high voltage electrical apparatus insulation, and aiming at realizing the purposes of increasing a transient turn-off current and extinguishing arc quickly. The high-voltage vacuum extinction chamber comprises a glass shade, and a static end cover board and a movable end cover board which are respectively fixed at two ends of the glass shade, wherein a static conducting rod fixed on the static end cover board and a movable conducting rod connected to the movable end cover board in a sliding manner are arranged in the glass shade; the inner end of the static conducting rod is provided with a static contact, the inner end of the movable conducting rod is provided with a movable contact as big as the static contact; a first static shade barrel covering the static contact and the static conducting rod inside, and a first movable shade barrel which is arranged by being symmetric to the first static shade barrel and covers the movable conducting rod inside, are arranged in the glass shade; the inner side faces of the opposite ends of the first static shade barrel and the first movable shade barrel are provided with spiral turned edges, and when the movable contact is disconnected with the static contact, the movable contact can move into the first movable shade barrel. The high-voltage vacuum extinction chamber can realize quick arc extinguishing and improve the instantaneous current interruption capability of the vacuum extinction chamber.

The invention relates to an electric connector and components thereof. The electric connector comprises an insulating body provided with a plurality of terminal housing channels and a plurality of conductive terminals housed in the terminal housing channels, wherein each conductive terminal comprises a butt joint portion which can be electrically connected with a butt joint connector, a fixing portion housed in each terminal housing channel in an interferential manner and a mounting portion extending from the fixing portion; the butt joint portion of each conductive terminal is provided with a butt joint tail end arranged at the most significant end; and the electric connector is provided with protection components which cover the butt joint tail ends and are not conductive. The electric connector has the following beneficial effect: point discharge in the butt joint process is effectively avoided through the protection components covering the butt joint tail ends of the butt joint portions of conductive terminals, thus putting an end to various safety problems.

The invention provides a high-voltage vacuum extinction chamber, belonging to the technical field of high voltage electrical apparatus insulation, and aiming at realizing the purposes of increasing a transient turn-off current and extinguishing arc quickly. The high-voltage vacuum extinction chamber comprises a glass shade, and a static end cover board and a movable end cover board which are respectively fixed at two ends of the glass shade, wherein a static conducting rod fixed on the static end cover board and a movable conducting rod connected to the movable end cover board in a sliding manner are arranged in the glass shade; the inner end of the static conducting rod is provided with a static contact, the inner end of the movable conducting rod is provided with a movable contact as big as the static contact; a first static shade barrel covering the static contact and the static conducting rod inside, and a first movable shade barrel which is arranged by being symmetric to the first static shade barrel and covers the movable conducting rod inside, are arranged in the glass shade; the inner side faces of the opposite ends of the first static shade barrel and the first movable shade barrel are provided with spiral turned edges, and when the movable contact is disconnected with the static contact, the movable contact can move into the first movable shade barrel. The high-voltage vacuum extinction chamber can realize quick arc extinguishing and improve the instantaneous current interruption capability of the vacuum extinction chamber.

The invention discloses a noise reduction electrode of an electrostatic precipitator. The noise reduction electrode of the electrostatic precipitator comprises a repelling electrode, a collecting electrode and a generating electrode; a collecting electric field is formed between the generating electrode and the collecting electrode, while a repelling electric field is formed between the repelling electrode and the collecting electrode; the collecting electrode is a conductive polar plate, and the repelling electrode is a repelling electrode plate clad with an insulator outer layer or a semiconductor outer layer. According to the noise reduction electrode of the electrostatic precipitator, the insulator outer layer or the semiconductor outer layer is additionally arranged on the repelling electrode, such that the repelling electric field is weakened without a severe discharge phenomenon, and therefore, the working noise of the electrostatic precipitator is reduced and the use experience of a customer is enhanced; the collecting polar plate is still a metal polar plate to ensure the same collecting electric field and to guarantee no declining in dust precipitation effect, and the metal polar plate is convenient to manufacture and low in cost; the repelling electrode plate of the repelling electrode is provided with a heat-shrinkable bushing; the heat-shrinkable bushing enables the repelling electrode to produce an insulation effect, and is low in cost and convenient and fast to manufacture without affecting the structural strength of the repelling electrode.

The invention relates to an adjustable strain clamp which is composed of a clamp body, a steel anchor, a flow guide clamping plate and a flow guide clamp. Due to the fact that the flow guide clampingplate is installed on an aluminum pipe in a sleeving mode, can rotate around the aluminum pipe and are fixed after the declination angle of the aluminum pipe and the flow guide clamping plate is adjusted according to the design requirement, a dedicated angle positioning tool does not need to be adopted when the aluminum pipe is connected with a wire in a pressed mode; due to the fact that waist-shaped arc holes are formed in a connecting disc of the flow guide clamp, the angle that the flow guide clamp is relative to the flow guide clamping plate can be adjusted; due to the fact that the flowguide clamp is clamped by two flow guide clamp connection clamping plates when the flow guide clamping plate is connected with the flow guide clamp, the contact resistance is effectively reduced, andheat of the flow guide clamping plate is reduced; and due to the fact that a structure form of a shaft shoulder is arranged between a pull ring and an anchor rod of the steel anchor, the steel anchorcan be conveniently positioned in the aluminum pipe, and the phenomenon that rainwater enters the aluminum pipe from the end of the aluminum pipe is effectively prevented.

The invention relates to an aluminum-coated carbon fiber conductor strain clamp, which is composed of a clamp body, a steel anchor, a compression pipe, a drainage plate and a drainage clamp, wherein the ratio of lengths of insertion to the compression pipe by an anchor rod and an aluminum-coated carbon fiber core is 1 to 2; as two end surfaces of the clamp body adopt a circular arc surface structure form, happening of a point discharge phenomenon is thus avoided; as the compression outer surface between the clamp body and the aluminum-coated carbon fiber conductor adopts a taper structure, stress concentration after compression is thus avoided; as the anchor rod of the steel anchor is uniformly provided with annular circular arc grooves, the compression pipe and the anchor rod and the anchor rod and the clamp body after compression can be closely fit, and the tension resistance is improved; as the drainage plate adopts a ring buckle and splint combination mode and the drainage plate and the drainage clamp are in double-sided contact, the conductive performance is better; and the compression part between the compression pipe and the aluminum-coated carbon fiber core adopts the taperstructure, stress concentration after compression to cause damages to the carbon fiber core can be avoided.

The invention discloses a hanger for electroplating a bridge rectifier frame. The hanger comprises a plurality of support rods which are vertically arranged side by side, wherein a plurality of brackets which radially extend outwards are arranged at two opposite sides of each support rod up and down side by side; a conductive plating part shelving section which is tipsily bent into a U shape downwards is arranged at the middle part of each bracket; a baffle rod is transversely connected between the tail ends of the brackets on two adjacent support rods. The hanger has the beneficial effects that the hanger is directly placed without a hook; the point discharge phenomenon is avoided; the hanger is high in electroplating effect, high in stability, and high in operating efficiency, and does not cause bending deformation of a plating part.

The invention provides a polycrystalline silicon thin film processing method, a thin film transistor, an array substrate and a display panel. The method comprises the following steps: forming a polycrystalline silicon thin film with a coarse surface on a substrate; forming a protective layer on the surface of the polycrystalline silicon thin film; carrying out surface processing on the polycrystalline silicon thin film with the coarse surface on which the protective layer is formed, and then forming a polycrystalline silicon thin film with a smooth surface. Through the method, the polycrystalline silicon thin film with the smooth surface can be formed, and then relatively large leakage current generated by a point discharge phenomenon caused by the coarse polycrystalline silicon thin film is avoided in the corresponding array substrate and display panel, so that the product quality is improved.

The invention provides a multifunctional electromagnetic pulse experiment instrument which comprises a wide-range adjustable DC power supply composed of two regulated power supplies; the experiment instrument also comprises a multi-frequency direct-reading and ultra-low frequency adjustable pulse frequency controller, a high voltage generator demodulated by the pulse frequency controller, a high voltage ammeter, a movable experimental component and a pulse switch signal output socket; an experiment platform with a high-voltage discharge prevention shell is constructed on the top part of the experiment instrument; the movable experiment component and an adjustable electromagnet are mounted on the platform. The multifunctional electromagnetic pulse experiment instrument not only can output the stable high-voltage direct current, but also can output the pulse high-voltage electricity with adjustable frequency and pulse width, and output the pulse magnetic field or provide independent pulse switch signals for various electromagnets. The multifunctional electromagnetic pulse experiment instrument can be adopted for conducting a plurality of high-voltage static experiments and the experiments in biological, physical and medical fields efficiently and conveniently. The invention provides an electromagnetic pulse experiment instrument which has the advantages of complete functions, convenient application, low cost and practicality for the college teaching and research.

The present invention provides a pixel unit. The pixel unit includes: a pixel defining layer, a pixel electrode, a light-emitting layer and a common electrode. The pixel electrode includes a bottom surface and a side surface, and the side surface extends along the side wall of the second via hole to the second via hole. On the top of the side wall, the light emitting layer is formed on the pixel electrode and covers the pixel defining layer, and the common electrode is formed on the light emitting layer, covering the light emitting layer and extending along the top surface of the pixel defining layer. The pixel unit of the present invention greatly reduces the light scattered from the light-emitting layer to the surroundings, greatly improves the color mixing phenomenon between the pixel units, effectively solves the color mixing problem caused by light scattering, increases the light-emitting area of ​​the pixel unit, and improves the The overall brightness reduces the cost of the mask and greatly reduces the cost of the entire process, improves the production capacity, and improves the luminous effect.

The invention relates to an aluminum clad steel pre-stranded wire for fixing a damper or a spacing bar in power transmission and distribution circuits of the power industry and a preparation method thereof. The aluminum clad steel pre-stranded wire consists of an inner core steel wire, an aluminum clad layer and end face treatment layers, wherein the aluminum clad layer is clad on the periphery of the inner core steel wire, and the end face treatment layers are clad at two ends of the inner core steel wire and the aluminum clad layer or the end of the inner core steel wire. Because the end face of the pre-stranded wire is designed into a duckbilled shape, the pre-stranded wire is bound with a power transmission cable more firmly; because the end faces are provided with the treatment layers, the rust corrosion of the end faces is avoided; because the oxide layer on the end face of the inner core steel wire is cleared by adopting the methods of quick burnishing, polishing and the like, corrosion of acid washing on the aluminum clad layer is avoided, and pollution of acid to the environment is reduced; and a flexible blanket is placed in a container, and a plating aid is coated on the inclined plane of the inner core steel wire by adopting a rubbing method, so corrosion of the aluminum clad layer is reduced.

The invention relates to an isolating switch and a static contact assembly of the isolating switch, the static contact assembly comprises a static contact, the static contact is provided with an axial through hole for a moving contact to penetrate, the peripheral surface of the static contact is provided with heat dissipation fins, the heat dissipation fins comprise end heat dissipation fins located at the axial end of the static contact, the end heat dissipation fins are integrally formed on the static contact, and the end heat dissipation fins are arranged in the axial through hole. And the end part radiating fins are flush with the end surface of the corresponding end of the static contact, so that a plate electrode structure is formed at the end part of the corresponding end of the static contact. The problem that in the prior art, due to the fact that an inner chamfer is machined at the end of the static contact, the end of the static contact is prone to discharging can be solved.