Automatic robotic graphite deep-processed product sintering line

Abstract

An automatic robotic graphite deep-processed product sintering line comprises a normal-temperature lead pot conveyor belt and a sintering lead pot conveyor belt. The two belts are collinear. The tail end of the normal-temperature lead pot conveyor belt is connected with the head end of the sintering lead pot conveyor belt. A sintering furnace and a sintering manipulator are mounted at the middle connection of the normal-temperature lead pot conveyor belt with the sintering lead pot conveyor belt. An empty pot conveyor belt is parallel to the two belts. The head end of the normal-temperature lead pot conveyor belt is connected with one end of a lead loading manipulator slide rail, and the other end of the lead loading manipulator slide rail is provided with an automatic lead loader. A lead loading manipulator is mounted on the lead loading manipulator slide rail. The tail end of the sintering lead pot conveyor belt is connected with one end of a lead unloading manipulator slide rail, and the other end of the lead unloading manipulator slide rail is provided with a square pot lead loader, a square pot turnplate and an orthogonal manipulator. A lead unloading manipulator is mounted on the lead unloading manipulator slide rail.

Description

technical field [0001] The invention relates to the field of processing graphite deep-processed products (pencil lead), in particular to an automatic robotic graphite deep-processed product (pencil lead) firing production line. Background technique [0002] The existing automated robotic graphite deep-processing products (pencil lead) firing production line is filled with lead, poured lead, and the transfer of the fired lead is done manually. Since the material of the lead is graphite, it has high lubricity. It is not easy to be caught, the manual process of filling lead is low in efficiency, the temperature of the fired tank is high, the working environment of the workers is harsh, and it takes time to wait for the tank to cool down manually. The manual operation of transferring the lead core to the square tank is inefficient, and at the same time, it is necessary to wait for the lead core to cool before filling the square tank, which has low efficiency and high energy cons...

AI Technical Summary

Problems solved by technology

[0002] The existing automated robotic graphite deep-processing products (pencil lead) firing production line is filled with lead, poured lead, and the transfer of the fired lead is done manually. Since the material of the lead is graphite, it has high lubricity. It is not easy to be caught, the manual process of filling lead is low in efficiency, the temperature of the fired tank is high, the working environment of the workers is harsh, and it takes time to wait for the tank to cool down manually

The manual operation of transferring the lead cores to the square tank is inefficient, and at the same time, it is necessary to wait for the lead cores to cool before filling the square tank, which is inefficient and consumes a lot of energy.

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