Industrial silicon discharging equipment

Abstract

The invention provides industrial silicon discharging equipment, which is used for opening, pulling and plugging holes of an industrial silicon furnace, and comprises an arc-shaped track, a mobile carrier, an operating mechanism, a camera system, a remote control system and a furnace body monitoring system, and the arc-shaped track is arranged close to the industrial silicon furnace and surrounds a furnace body; the movable carrier is movably arranged on the arc-shaped track; the operating mechanism is installed on the moving carrier and provided with a multifunctional gripper, the multifunctional gripper is switched among three states, in the first state, the multifunctional gripper clamps a drill rod or a burnthrough device used for opening a hole, in the second state, the multifunctional gripper clamps a stick used for pulling the hole, and in the third state, the multifunctional gripper clamps a gun barrel or a gripper used for blocking the hole; the camera system is used for monitoring; the remote control system controls the moving carrier and the operating mechanism according to information sent by the camera system, and the furnace body monitoring system is used for monitoring furnace body rotation data. According to the automatic hole opening, hole pulling and hole blocking device, hole opening, hole pulling and hole blocking operations can be automatically and accurately carried out, and the controllability of the operation process is improved.

Description

technical field [0001] The present invention generally relates to furnace extraction equipment, and in particular, to a furnace extraction device used for opening, pulling and plugging eyes of industrial silicon furnaces. Background technique [0002] At present, the eye opening, eye pulling and eye blocking of industrial silicon furnaces all require manual operations. Because the industrial silicon furnace is relatively large and the temperature of the furnace slurry is very high, it is very dangerous to perform manual operation, especially when opening and pulling the eyes, the pressure in the furnace is high, and sometimes high-temperature liquid is sprayed, causing personal injury. In addition, due to the large eye position of the industrial silicon furnace for opening, pulling and blocking the eyes, the required operating tools are relatively thick, and for safety, a long distance is required, so the operating tools are thick and long, and manual operation is very labor...

AI Technical Summary

Problems solved by technology

Because the industrial silicon furnace is relatively large and the temperature of the furnace slurry is very high, it is very dangerous to perform manual operation, especially when opening and pulling the eye, the pressure in the furnace is high, and sometimes high-temperature liquid will be sprayed out, causing personal injury

In addition, due to the opening, pulling and blocking of industrial silicon furnaces, the eye position is relatively large, so the operating tools required are relatively thick, and a long distance is required for safety, so the operating tools are thick and long, and manual operation is very laborious. , a great waste of manpower and material resources, and low work efficiency

Finally, because the industrial silicon furnace itself is rotating and needs to be followed during operation, it is difficult to realize the existing operation follow-up, resulting in inaccurate eye alignment and high error, which objectively increases the cost and reduces the work efficiency.

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