A thick-diameter magnetic ring hooking device

Abstract

The invention discloses a large-wire-diameter magnetic ring wire hooking device. The device comprises a supporting frame (1), a stroke cylinder (4), a cylinder flange (3), wire hooks (2), V-shaped wire hooking baffles (8), fixed cylinders (7) and friction wheels (6), wherein the stroke cylinder is fixed to the middle of the supporting frame through the cylinder flange, the wire hooks are detachably connected to the two ends of the stroke cylinder, the V-shaped wire hooking baffles are fixed to the two ends of the supporting frame respectively, the friction wheels are arrayed on the V-shaped wire hooking baffles in an inverted triangle mode, the fixed cylinders are installed on the V-shaped wire hooking baffles, the two friction wheels located above the V-shaped wire hooking baffles are fixedly connected with the V-shaped wire hooking baffles, and the friction wheels located below the V-shaped wire hooking baffles are connected with piston rods of the fixed cylinders. The large-wire-diameter magnetic ring wire hooking device has the advantages of being capable of being massively and continuously produced and being used for winding large-wire-diameter magnetic ring coils, and high in efficiency.

Description

technical field [0001] The invention relates to a wire hooking device for a magnetic ring, in particular to a wire hooking device for a magnetic ring with a thick wire diameter, and belongs to the technical field of transformer processing equipment. Background technique [0002] At present, the application range of the magnetic ring induction coil is very wide in the industries of electronics, telecommunication appliances, etc., and the electromagnetic induction coil is usually used as a component of electronic equipment. The current production and manufacturing plants usually use traditional manual winding methods for products with small wire diameters, but the efficiency of manual winding magnetic ring coils is low, it is difficult to control the quality of the products, and it is difficult to achieve continuous operation during the processing; and for wire Products with thicker diameters cannot be wound by hand, because the winding of these products has exceeded the range...

AI Technical Summary

Problems solved by technology

The current production and manufacturing factories usually use traditional manual winding methods for products with small wire diameters, but the efficiency of manual winding magnetic ring coils is low, it is difficult to control the quality of the products, and it is difficult to achieve continuous operation during the processing; and for wire Products with thicker diameters cannot be wound by hand, because the winding of these products has exceeded the range of arm strength that the operator can bear

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