Intelligent insulating sheath wrapping device for line

Abstract

The invention relates to an intelligent insulating sheath wrapping device for a line. The device comprises a walking rack, a walking driving mechanism, an insulating sheath feeding mechanism, an insulating sheath guiding mechanism, an insulating sheath deviation rectifying mechanism, an insulating sheath wrapping mechanism and a walking rack locking mechanism, wherein the walking driving mechanismis arranged on one side of the walking rack, the walking rack locking mechanism is arranged at the bottom of the walking rack, the insulating sheath feeding mechanism, the insulating sheath guiding mechanism, the insulating sheath deviation rectifying mechanism and the insulating sheath wrapping mechanism are sequentially arranged on the walking rack side by side, and the walking driving mechanism is in transmission connection with the insulating sheath guiding mechanism. The insulating sheath wrapping machine is suitable for wrapping insulating sheaths of cables of multiple specifications, can not only drive the walking rack to walk, but also can play a role in guiding and correcting conveying of the insulating sheaths, and the wrapped insulating sheaths cannot be loosened.

Description

Technical field [0001] The invention specifically relates to a line intelligent insulating sheath wrapping device. Background technique [0002] In order to ensure the safety and reliability of power distribution lines, measures are often taken to wrap the power distribution lines with insulating rubber to enhance the insulation of the lines and ensure safe and orderly distribution. At present, the insulation package work is generally carried out by electric lift trucks to send the staff to the construction site for completion. However, this approach is only suitable for flat and open coastal areas and fast-developing inland urban areas, which has great limitations. For many environments with more complex working conditions, such as slow-developing villages and rough terrain, not only are vehicles difficult to reach the construction site, but also the labor intensity is high, the work efficiency is low, the work quality is unstable, and there are serious personal safety hazards....

AI Technical Summary

Problems solved by technology

However, this approach is only applicable to flat and open coastal areas and fast-growing inland urban areas, which has great limitations.

For many environments with complex working conditions, such as rural areas with slow development and rough terrain, not only is it difficult for vehicles to reach the construction site, but also the labor intensity is high, the work efficiency is low, the work quality is unstable, and there are serious hidden dangers to personal safety. It has become less and less suitable for the needs of the rapid development of modern power grids and economic society

[0003] The existing insulation sheath wrapping device is used to wrap the insulation sheath to the bare cable, including the feeding tray for winding the insulation sheath, and the feeding mechanism on the support plate and the insulation sheath utilizes a For the wrapping mechanism that squeezes the extrusion wheels that are oppositely arranged and the spacing is not adjustable on the outer circumference of the cable, during use, the insulating sheath enters the feeding mechanism through the rotation of the feeding plate, and then uses the extrusion wheel to squeeze the insulating sheath. Press on the outer periphery of the cable, but the disadvantages of this structure are: first, there is a feeding tray on one side of the support plate, which increases its own weight and makes it not flexible enough. At the same time, the support plate uses special traction equipment to walk, which makes the use of It is very inconvenient. Second, because the insulating sheath is directly conveyed through the feeding mechanism, the position of the insulating sheath will be shifted during the transmission process, and the insulating sheath will be stuck. In severe cases, the front of the insulating sheath Part of it will cause subsequent overlapping due to jamming, making the feeding mechanism unable to transport the insulating sheath normally. Third, the distance between the pair of oppositely arranged extrusion wheels cannot be adjusted, so it can only be applied to cables of a single specification The outer peripheral insulation sheath is wrapped, and the relative extrusion force on the insulation sheath cannot be adjusted, which will make the buckles on both sides of the partial insulation sheath unable to be fastened, making the wrapping effect not good, and even frequent rework.

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