An electric wire bird-nesting preventing mechanism based on a pressure bar structure

Abstract

The invention relates to high-voltage safety technology, and particularly relates to an electric wire bird-nesting preventing mechanism based on a pressure bar structure. The mechanism comprises vanes, spherical hinges, telescopic rods, oil cylinders, cross bars, oblique struts, hinge sliding sleeves, inertia springs, inertia sleeves and an electric wire, wherein the power of the mechanism is derived from the natural wind energy; the wind is converted into mechanical energy when the wind acts on the vanes; the telescopic rods and the spherical hinges cause the vanes to rotate and swing downward without interferences; hydraulic oil within the oil cylinders is compressed, and the mechanical energy is converted into pressure energy, making the cross bars connected with the oil cylinders move so that liquid pressure energy is converted into mechanical energy again; and then power goes from the cross bar, the oblique struts, the hinge sliding sleeves and the inertia springs to the inertia sleeves to make the inertia sleeves perform reciprocating movements on the electric wire and knock off sundries acquired by birds for nesting on the electric wire. The mechanism of the invention utilizes the function of the natural clean energy which is wind energy, so that the mechanism can continue to play the role and the structure is reliable, and the practicability is high.

Description

technical field [0001] The invention belongs to the technical field of high-voltage electric safety, and in particular relates to a wire anti-bird nesting mechanism based on a pressure bar structure. Background technique [0002] At present, with the development of the power industry, high-voltage wires are widely used in the long-distance transmission process due to their low energy consumption. However, because birds nesting on the wires will affect the current on the high-voltage circuit, especially on some power transmission lines that require a relatively high level of safety, special attention must be paid to prevent bird damage and ensure the safety of the power grid. , manual removal is difficult, wide-ranging, and has a high risk factor. Therefore, a mechanism that can automatically clean wires and debris to prevent birds from nesting is very much needed. Utilizing the clean energy that is ubiquitous in nature, on the one hand, it can clean the wires and bird nests ...

AI Technical Summary

Problems solved by technology

However, because birds nesting on the wires will affect the current on the high-voltage circuit, especially on some power transmission lines that require a relatively high level of safety, special attention must be paid to prevent bird damage and ensure the safety of the power grid. , manual removal is difficult, wide-ranging, and has a high risk factor. Therefore, a mechanism that can automatically clean wires and debris to prevent birds from nesting is very much needed. Utilizing the clean energy that is ubiquitous in nature, on the one hand, it can clean the wires and bird nests at any time. Nest debris prevents birds from building nests. On the other hand, it can also drive birds to stay on the wires, fundamentally solving bird problems.

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