Remote diagnosis and remote control marking device and circuit for trolley slide wire of self-propelled trolley

Abstract

The invention relates to the technical field of remote diagnosis, and particularly relates to a remote diagnosis and remote control marking device and circuit for a trolley slide wire of a self-propelled trolley. According to the main technical scheme, the remote diagnosis and remote control marking device comprises a remote inspection device and a marking device body; the remote inspection devicecomprises a main support, an adjusting support and an electric control box; and the main support is fixed to a self-propelled trolley frame through a fixing bolt A, the main support and the adjustingsupport are connected and fixed through a fixing bolt B, an adjusting plate is connected between the main support and the adjusting support, and the angle between the main support and the adjusting support is adjusted through bolt hole positions in the adjusting plate. According to the remote diagnosis and remote control marking device and circuit, an electromagnet is additionally arranged to serve as a marking system of a power source, a remote control mode is adopted for control, the remote control distance is long, the anti-interference capability is high, and the requirement for use in aworkshop is met. And the marking points can be conveniently and uniformly maintained in the later period. The cost is low, the safety is improved, and potential safety hazards caused by high-altitudemaintenance operation are avoided.

Description

technical field [0001] The invention relates to a self-propelled trolley trolley line remote diagnosis remote control marking device and a circuit, belonging to the technical field of remote diagnosis. Background technique [0002] The self-propelled trolley for engine transfer is 8 meters above the ground, and the aluminum rail is hung under the steel grid frame of the factory building. The self-propelled trolley is suspended on the aluminum rail and obtains electric energy from the sliding contact line inside the aluminum rail to realize walking and the lifting action of the electric hoist on the trolley. The trolley line on the inside of the aluminum rail is deformed due to wear and tear after long-term use, which requires regular inspection and diagnosis. There are usually two ways to check and diagnose trolley lines: [0003] One is to use a 3-meter ladder to place it on a protective net 5 meters above the ground and 3 meters high from the trolley line after the power ...

AI Technical Summary

Problems solved by technology

Since there are other self-propelled trolleys on the aluminum rails, about 5 meters of trolley lines can be inspected each time, requiring inspectors to frequently replace the self-propelled trolleys, which poses a great safety hazard

[0005] High-altitude high-voltage cable inspection robot, because it is used for the inspection of high-altitude high-voltage cables, cannot be applied to the inspection of trolley trolley lines

The reasons are as follows: 1. It is specially designed for high-voltage cables and is not suitable for installation and use on the aluminum rail of self-propelled trolleys. 2. It needs battery power supply and needs to be disassembled and charged frequently. 3. The operation is cumbersome. 4. There is no marking function. 5. The manufacturing cost is high. 6. It needs to be equipped with additional power device, and the working power consumption is high

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