37results about How to "Reduce tip discharge" patented technology

The invention discloses a touch control panel comprising a base plate, a first ground lead and a second ground lead. The base plate is provided with a touch control area and a peripheral area surrounding the touch control area; the two ground leads are both arranged on the peripheral area and connected in a non-electrical way; and a distance between the two ground leads is smaller than a first threshold value.

The invention relates to a combined electronic mutual inductor. The combined mutual inductor comprises a shell, primary conductive rods, current coil shielding cylinders, current coils, shielding cylinders, intermediate electrodes, grounding electrodes, an upper pan-type insulator and a lower pan-type insulator, wherein the upper half shell of the shell is fixedly provided with upper positioning flanges; the primary conductive rods are connected with a conductive body of the upper pan-type insulator; the upper positioning flanges are fixedly provided with the current coil shielding cylinders; the current coils are arranged at the periphery of the current coil shielding cylinders; the shielding cylinders are arranged at the periphery of the primary conductive rods; and one end of each shielding cylinder is connected with the primary conductive rods, and the other end of the shielding cylinder is separated from the primary conductive rods. A current mutual inductor and a voltage mutual inductor are combined into a whole, so that the whole combined electronic mutual inductor has a compact structure and a small volume. The shielding cylinders, the intermediate electrodes, the grounding electrodes and the shell are made of aluminum alloy materials with low expansion coefficients, air vents are formed on the shielding cylinders, and all ports are designed into arc-shaped forms, so that point discharge is reduced, and internal electric fields are uniform.

The invention relates to a double-split transmission conductor four-wheel drive spacer overhaul robot and an operation method thereof. The double-split transmission conductor four-wheel drive spacer overhaul robot comprises a case, a body, a moving arm and operation arms. The operation arms can stretch out, draw back, rotate, transversely move and longitudinally move. A clamping mechanism is arranged at the tail end of a first operation arm. The clamping mechanism is used for clamping a spacer connecting rod. A bolt fastening mechanism is arranged at the tail end of a second operating arm. Thebolt fastening mechanism is used for fastening and loosening a spacer bolt. Through the coordinated movement of all joints, the robot can realize the live-line spacer replacement operation on a high-voltage power transmission line.

The invention relates to an operation device and method for replacing a transmission line vibration protection hammer. The operation device comprises a case, a machine body, a moving arm and operationarms, wherein the operation arms can longitudinally move, stretch and rotate, the tail end of the operation arm I is equipped with a clamping mechanism and a supporting mechanism which are used for fixing a vibration protection hammer wire clamp, and the tail end of the operation arm II is equipped with a bolt fastening mechanism and a pitch joint which are used for fastening and loosening vibration protection hammer bolts. Through the coordination of joints, the device can realize live replacement of the vibration protection hammer on a high-voltage transmission line.

The invention relates to a combined three-phase common-body electronic current and voltage transformer. The transformer is composed of a shell, a primary conducting rod, a current coil shielding cylinder, a current coil, a shielding cylinder, a grounding electrode, a basin-type insulator, an explosion-proof sheet and the like. An upper positioning flange is fixedly installed on an upper half partof the shell. The primary conducting rod is connected with a conductor of the basin-type insulator. A current coil shielding cylinder is fixedly arranged on a lower positioning flange. A current coilis arranged at a periphery of the current coil shielding cylinder. The shielding cylinder is arranged at the periphery of the primary conducting rod, one end of the shielding cylinder is connected with the primary conducting rod, and the other end is insulated from the primary conducting rod. Because a current transformer and a voltage transformer are combined into one body, a whole machine is compact in structure and small in size; because the shell, the shielding cylinder, the primary conducting rod and the electrode are made of aluminum alloy with a low expansion coefficient, and each portis designed to be arc-shaped, point discharge is reduced, and an internal electric field is uniform.

The invention relates to a dividing type electronic voltage transformer of a three-phase capacitor, comprising a shell, three groups of electrode devices, a base, a bracket, an explosion-proof device, a connection cable, a disk type insulator and a lead wire device, wherein the three groups of the electrode devices are arranged on the base; the shell connected with the base is arranged on the periphery of the three groups of the electrode devices; the disk type insulator is arranged on the shell; and the connection cable is arranged on the disc type insulator and respectively connected with a high-voltage electrode of the three groups of the electrode devices. As the three groups of electrode devices are respectively arranged in the shell, the structure is compact; as an arc structure is designed on the upper opening of the shell, an electric field is uniformly distributed and the outer surface has excellent self-cleaning property; the high-voltage electrode, an intermediate-voltage electrode and a grounding electrode are made of an aluminum alloy with a low expansion coefficient, and therefore, a volume becomes small and properties are stable when a temperature is changed; and ports of the high-voltage electrode, the intermediate-voltage electrode and the grounding electrode are designed in an arc transition shape, so that marginal discharge is reduced; and the connection cable is designed in a stretchable manner to reduce device damages.

The invention discloses a disk-shaped non-excitation tap switch. The disk-shaped non-excitation tap switch comprises a switch base and a rotary shaft which is arranged on the switch base in a penetration manner, wherein the upper end of the rotary shaft is connected with an operating and positioning apparatus while a moving contact is arranged at lower end of the rotary shaft; static contacts are distributed, corresponding to the circumferential direction of the moving contact, on the switch base at intervals; the non-excitation tap switch is characterized in that each static contact comprises a static contact body and a terminal connected with the corresponding static contact body; the static contact bodies are matched with the moving contact; and the terminals extend out of the switch base and jointly turn to the direction of the branching line from the transformer coil along the circumferential direction of the switch base while the terminals are bent downwardly. The terminals of the static contacts are bent downwards and all face to the lead outlet direction of the transformer, so that the bending radius of the leads can be reduced, the occupied spaces of the tap switch and the lead part in the internal of the transformer can be reduced, the leads can be arranged more attractively, and the usage amount of the leads can be reduced.

The invention relates to an aluminum electrolysis capacitor which comprises an anode foil with a barbed and riveted anode guide pin and a cathode foil with a barbed and riveted cathode guide pin. Theanode foil and the cathode foil are laid in electrolytic paper between the two foils; and a section of liner aluminum foil is barbed and riveted at the barbed riveted cathode guide pin of the cathodefoil and the barbed riveted anode guide pin of the anode foil of the aluminum electrolysis capacitor before coiled. The invention improves the capability of bearing a ripple current by approximate 50percent and prolongs the service life by approximate 30 percent.

The invention discloses an isolation switch. The isolation switch comprises a static contact seat and an isolation switch body, wherein the static contact seat and the isolation switch body are arranged in a split way, and the isolation switch is flexible to assemble and is free from limitation of application equipment. The static contact seat is arranged in switch equipment, the isolation switchbody is arranged at a lower part of the static contact seat, the static contact seat comprises a T-type structure static contact piece and a support insulator, an upper side of the static contact piece is fixed on the support insulator, a lower side of the static contact piece is disconnected or connected with the isolation switch body, and the isolation switch body comprises a static contact piece assembly, a conductor, an insulation support and a support framework. The structure is simplified by the movable contact piece assembly, a traditional penetrating bolt fastening piece is eliminated,an upper group of pull spring and a lower group of pull spring are arranged, the charged body range is reduced, the insulation distance is shortened, the point discharging is reduced, the safety andthe reliability are improved, the assembly process is simplified, the contact pressure can be directly achieved by the upper group of pull spring and the lower group of pull spring, and the debuggingprocess is simplified.

The invention discloses an anti-burnout high-current pin, which comprises a male housing, a male pin, a female housing and a female slot. The outer surface of the male pin is cylindrical, and the front end is spherical; the outer surface of the female socket is cylindrical, the interior is hollow, and the front end is spherical. The smooth spherical or cylindrical connection structure greatly reduces the tip discharge, makes the local electric field intensity the lowest, and can effectively prevent the pin from burning out.

The dry etching device with plasma comprises a vacuum cavity with an upper and a lower electrode plate, a vacuum discharging zone for plasma between the two plates, a power source electric connected to the said plates to provide the require potential difference; and a gas output to connect with vacuum cavity and system and maintain plasma state, and it has a resin layer to avoid the etching effect; wherein, there is at least one gas inlet on upper plate to transmit gas.

The invention provides a transistor and a forming method thereof. The forming method comprises: a base including a substrate, a stress constraint layer and a channel layer are provided, wherein the stress constraint layer and the channel layer are arranged on the surface of the substrate successively; a gate structure is formed on the base; the channel layer at the two sides of the gate structure are removed and grooves are formed in the sidewall of the remaining channel layer; the stress constraint layer at the two sides of the gate structure is removed and the base at the two sides is removed with a certain thickness to form a first opening; and the first opening is filled to form a stress layer. Because the stress constraint layer is arranged in the base, the stress layer arranged at the two sides of the gate in the base has a part having a protrusion in the channel layer and a part in the stress constraint layer and the substrate. The protrusion of the stress layer in the channel layer enables stresses to be led into a channel in the channel layer; the stress layer in the stress constraint layer and the substrate enables the size of the stress layer to be increased, so that the stress of the channel region can be increased. Therefore, the migration rate of carriers in the channel can be improved, so that the transistor performance can be improved.