13 results about "Pin insulator" patented technology

An improved telegraph pole double-porcelain-bottle anti-bird hard insulating sheath capable of being installed in an electrified mode comprises two porcelain bottle sleeves used for wrapping the tops of porcelain bottles, one side of each porcelain bottle sleeve is provided with an outer side electric wire sleeve used for wrapping an electric wire, and the other side of each porcelain bottle sleeve is provided with telescopic electric wire sleeves which are in butt joint with each other and are symmetrical to the outer side electric wire sleeves. The lower end of the porcelain insulator sleeve is provided with an opening corresponding to the upper part of the porcelain insulator, the lower edge of the outer wire sleeve and the lower edge of the telescopic wire sleeve are provided with a slit communicated with the opening at the lower end of the porcelain insulator sleeve, and the two edges of the slit are respectively provided with a butt joint edge extending downwards; a mounting plate is arranged on each porcelain insulator sleeve, and a mounting hole is formed in each mounting plate; the opposite sides of the two butt joint edges are connected with clamping plates through elastic bodies respectively. The insulating sheath is made of a hard insulating material. The utility model has the advantages that the wire clamp can be suitable for wires with larger or smaller diameters, the applicability is greatly improved, the requirement on the elasticity of raw materials is reduced, and the wire clamp can be made of harder insulating materials.

The utility model discloses a disc-shaped suspension insulator duplex single-hanging-point V-shaped suspension string which comprises a spacing frame, the spacing frame is provided with a fast-assembly mechanism, the top of the spacing frame is provided with two V-shaped disc-shaped insulator strings, the outer sides of the two disc-shaped insulator strings are provided with a voltage-sharing mechanism, the fast-assembly mechanism comprises a support frame, and the support frame is provided with a fixed support. A plurality of wire seats are arranged on the outer side of the supporting frame, a connecting seat is fixedly connected to one end of each wire seat, a movable cover is rotationally connected to each connecting seat, and an embedded clamping block is fixedly connected to the end of each movable cover. According to the disc-shaped suspension insulator duplex single-hanging-point V-shaped suspension string, wires are placed on the wire base, the movable cover is rotated, so that the magnetic embedded clamping block at the end of the movable cover is inserted into the wire base, then the rotating head is rotated to press the embedded clamping block, and then the rotating head is pressed inwards for locking, so that the multiple wires are rapidly installed at the same time, and the installation efficiency is improved. And the installation efficiency and convenience are effectively improved.

The invention relates to the technical field of insulator insulation defect diagnosis, in particular to an insulator insulation defect diagnosis device and method.The insulator insulation defect diagnosis device comprises a detection mechanism, and the detection mechanism comprises a sonic sensor, a sonic receiver, a shell and a first connecting arm used for connecting the shell and the sonic sensor; the knocking mechanism comprises an elastic knocking piece, a driving piece used for controlling the elastic knocking piece to knock the insulator, and a connecting arm II used for connecting the driving piece and the shell; according to the portable device, the contact type ultrasonic detection and the active buffering knocking mechanism are integrated in the portable device, and a core algorithm of self-adaptive threshold value, Hilbert envelope positioning and frequency spectrum characteristic analysis is matched, so that the contact type ultrasonic detection and the active buffering knocking mechanism are integrated in the portable device; synchronous, accurate and on-site intelligent diagnosis of the insulation defect and the physical damage of the pin insulator of the distribution line is realized.

The utility model discloses a push-pull locking two-core circular high-voltage connector, which comprises a plug, a socket and a cable, and is characterized in that the plug comprises a secondary lock catch, an end cover, a signal jack, a hole insulator, a plug shielding cover, a jack terminal, a plug sealing ring, a plug shell, a shielding outer sleeve, a shielding inner sleeve, a gasket, a wire sealing body and a tail cover; the socket comprises a pin insulator, a socket shielding cover, a socket shell, a threaded sleeve, a socket sealing ring, a power pin, a signal pin A and a signal pin B. The metal shielding cover is fully wrapped, so that the electromagnetic shielding effectiveness and the mechanical strength are good; the plug and the socket are fixed in the form of primary locking and circular push-pull secondary locking, so that the reliability of plug-in fixation of the plug and the socket is ensured.

The utility model relates to needle type insulator technical field discloses a kind of composite needle type insulators, comprising: upper support, including the semicircular groove of top and the curve concave surface of both sides, for passing through and supporting cable, wherein, the curve concave surface surface is provided with self-locking tooth arc;Base structure, installation in the bottom of upper support, and the bottom of base structure is equipped with lower skirt structure;Clamp jaw structure, after cable passes through semicircular groove, clamp jaw structure is engaged with self-locking tooth arc by its elasticity, provides clamping pressure to cable.The utility model is provided with clamp jaw structure and self-locking tooth arc, when using, semicircular groove provides stable through path for cable, avoid slack or breakage due to unstable support, and the self-locking tooth arc of curve concave surface cooperates with clamp jaw structure, and self-locking effect is formed by mechanical engagement, prevent cable from falling off due to vibration or external force, significantly improve short-circuit resistance.

The invention relates to the technical field of power cables, and particularly discloses an aerial cable, which comprises a power cable and a pin insulator body, and is characterized in that a mounting groove is formed in the upper end of the pin insulator; the connecting device comprises a rotating frame rotationally mounted in the mounting groove, two supporting rods slidably mounted on the rotating frame in the horizontal direction, and a driving part used for driving the two supporting rods to get close to each other or get away from each other, and a clutch part used for locking and disconnecting the rotating frame and the pin insulator is arranged on the rotating frame; during installation, a power cable is firstly placed between the two supporting rods, then the rotating frame is pushed to rotate by 260-280 degrees, and then the driving piece drives the two supporting rods to be away from each other, so that the power cable is tightened; the device has the beneficial effects that the needle-punched insulator on the erected cable can be conveniently replaced, and when the aerial cable encounters relatively strong wind, the force of the cable is automatically unloaded when the cable swings, so that the service life of the aerial cable is prolonged.

This utility model discloses an automatic glazing device for butterfly insulators, relating to the field of insulator glazing technology. The utility model includes a housing with support legs installed at the four corners of the bottom. A door is installed on the front of the housing, and an observation window is connected to the front of the door. It also includes: a recycling mechanism located on the right side of the housing, which performs the function of recycling; and a fixing mechanism installed inside the housing, used to fix the insulator. This utility model, by setting up a recycling component, specifically involves starting a water pump to send glaze material through water pipe two into water pipe three, where it is filtered by a filter element. The filtered glaze material flows into a nozzle through a diverter pipe and is sprayed onto the rotating butterfly insulator. Excess glaze material flows into a V-shaped groove and returns to a high-level water tank through water pipe one, achieving recycling and effectively reducing the overall amount of glaze used, thus improving production efficiency.

A vehicle end high-voltage connector comprises a plug and a socket, the plug is inserted into the socket, and the plug comprises a first clamp spring, a pin assembly, a second clamp spring, a spring, a coupling nut, a pin insulator, a plug shell, a first gasket, a first nut, a first wire sealing sleeve, a first pressing ring and a plug tail accessory; the socket comprises a square plate shell assembly, a jack assembly, a sealing ring, a third clamping spring, a jack insulator, a second gasket, a second nut, a second wire sealing sleeve, a second pressing ring and a socket tail accessory. The high-voltage electric connector structure has the beneficial effects that the high-voltage electric connector structure is different from a conventional connector on a motor train unit, and particularly, a plug and socket connection mode adopts a quick plugging mode, so that time is saved for decompiling and coupling among carriages, convenience is brought to operators, and the labor intensity is reduced.

The invention relates to the field of electric power, and discloses a buckle mechanism and a pin type insulator windproof wire clamp, and the buckle mechanism comprises a clamping hoop which is composed of a first clamping ring and a second clamping ring; and at least one lock catch; the lock catch is arranged at at least one of the joints of the two ends of the first clamping ring and the second clamping ring, and the lock catch comprises an elastic piece which is used for providing automatic locking driving force for the lock catch and resetting the lock catch after unlocking; through the automatic reset of the movable rod frame under the driving of the elastic piece and the mechanical reinforcement formed by the locking plate and the locking bolt, the rapid, reliable and anti-vibration double embracing locking of the insulator is realized; on the basis, the pressing plate is driven by the sliding block capable of sliding horizontally and the adjusting screw rod capable of being vertically adjusted, accurate and lossless pressing of the wire is achieved, umbrella-shaped opening of the bird thorn ropes is synchronously triggered in the pressing process, and automatic bird prevention protection is formed.

The invention relates to the technical field of electric connectors, and discloses a high-voltage, high-current-carrying and high-density type connector which comprises a plug, a socket and a matched tail accessory, the plug and the socket are in butt joint with each other, and the plug comprises a shell assembly, a jack insulator and a jack assembly; the socket comprises a square plate shell, a pin insulator and a pin assembly; the jack insulator and the pin insulator are both of an integrated structure. The tail accessory comprises a tail connector, a tail nut and a pressing plate. According to the invention, the jack insulator and the pin insulator are arranged to be of an integrated structure so as to eliminate fit clearances of different parts, so that the connector is good in voltage resistance and large in current-carrying capacity in high-temperature and low-air-pressure environments, and solves the problems of low rated voltage, low rated current, small density, difficult operation and the like of an existing aviation electric connector. And the requirements of a more-electric and full-electric aircraft power supply system on a high-voltage, high-power and high-density connector are met.

The application discloses a needle type insulator and relates to the technical field of needle type insulators. At present, there is the problem of excessive bending between the electric wire and the insulator when the electric wire is arranged in an inclined manner. The needle type insulator comprises a string body and a wire fixing mechanism. The wire fixing mechanism comprises a carrier installed on the top of the string body, a supporting rod fixed on the carrier, and a wire conveying disc rotatably installed on one end of the carrier through a bearing. A guide cover is arranged on the carrier and is in rotary cooperation with the wire conveying disc. The wire conveying disc and the guide cover are in one-way transmission. The electric wire is elastically connected to a clamping piece on the guide cover to realize one-way tightening and pay-off of the electric wire. The electric wire is in rotary cooperation with the guide cover to control the inclination angle between the electric wire and the carrier. The electric wire passes through the cavity between the guide cover and the wire conveying disc. The rotation of the guide cover around the wire conveying disc forms a cavity with changeable position to adjust the height of the two ends of the electric wire. The traditional horizontal wire slot is replaced, so that the electric wire is not excessively bent during the inclined arrangement of the electric wire, and the electric wire is protected.

An electric connector for a motor comprises a plug and a socket. The plug comprises a plug shell, a pin insulator, 350A pins, a shockproof rubber mat, a waterproof rubber mat and a butt joint screw. The socket comprises a socket shell, a hole insulator, a 350A jack and a shockproof rubber pad; the pin insulator and the hole insulator are both designed to be integrated insulators made of PC materials, the plug shell and the socket shell are made of die-casting aluminum alloy, and the 350A contact pins and the 350A jacks adopt phi 14.5 contact pieces. The motor connector has the beneficial effects that after the design that the whole insulator compresses the space is adopted, the rated current of the motor connector can reach 350A, the rated current is improved by 150A, and the design thought of increasing the power of a subway vehicle motor can be well realized; direct assembly of the insulator made of the PC material and the aluminum alloy shell has the possibility of long-term vibration damage, and the shockproof rubber mat is added below the insulator, so that the effects of damping and improving the reliability of the product are achieved.

This invention relates to the field of connector technology and discloses a connector with a high-density integrated self-short-circuit enhanced withstand voltage structure, including a plug assembly and a socket assembly. The plug assembly includes a pin cover, a pin insulator, pins, and a push rod. The socket assembly includes a socket, a hole insulator, a short-circuit protective sleeve, a hole cover, a spring, a short-circuit cap, and a short-circuit post. The pin cover is mated to the pin insulator, the hole insulator is mated to the hole cover, and the short-circuit protective sleeve is installed between the hole insulator and the hole cover. This invention improves the creepage distance in a limited space by using the boss design of the short-circuit protective sleeve and the groove design of the hole insulator, thereby improving the withstand voltage performance of the product without changing the original volume. The push rod design ensures the short-circuit post advances a certain distance, allowing the short-circuit post to separate the short-circuit cap from the adjacent contact, thus releasing the connector from a short-circuit state. When the plug and socket need to be separated, the short-circuit cap, under the action of the spring, puts the socket in an automatic short-circuit state.