Fully-automatic high rail type ABS automobile part production line

Abstract

The invention discloses a fully-automatic high rail type ABS automobile part production line which comprises a production line of a U-shaped structure, wherein a loading device, a transfer device and an unloading device are arranged on the production line; the production line comprises a rack; a transverse moving rail is arranged in the rack; a plurality of mechanical suspension arm lifting vehicles are arranged on the transverse moving rail in the rack; and a plurality of stations are further arranged in the rack. The fully-automatic high rail type ABS automobile part production line implements a functional unit assembly, so that one step is needed for obtaining a product from raw materials, and use of manpower and material resources is reduced. According to the fully-automatic high rail type ABS automobile part production line, the unit fit is optimized, the degree of automation is high, the occupied factory space is small, the pollution source is less, the power consumption is low, the cost is low and the maintenance is easy; the unit adopts transmission of a servo motor for precisely controlling and reducing starting-up and position-covering time, so that the product waste length is shortened; and communication of a human-computer interface is operated by one person, so that unit fit can be completed.

Description

technical field [0001] The invention relates to the technical field of surface treatment, in particular to a fully automatic high-rail type ABS auto parts production line. Background technique [0002] Metal surface treatment has an impact on the adhesion, appearance and corrosion resistance of the coating. It is a necessary process for metal processing. The traditional treatment methods include phosphating and chromate passivation, but these two methods have serious problems. The problem of environmental pollution, the hexavalent chromium ion in chromic acid passivation has strong carcinogenicity, the wastewater and waste residue in the phosphate conversion will cause serious pollution to the water body, with the enhancement of people's awareness of environmental protection, chromium-free environmental protection passivation Technology is becoming more and more popular, and silanization and rare earth / silane synergistic passivation are new methods with more development pote...

AI Technical Summary

Problems solved by technology

[0002] Metal surface treatment has an impact on the adhesion, appearance and corrosion resistance of the coating. It is a necessary process for metal processing. The traditional treatment methods include phosphating and chromate passivation, but these two methods have serious problems. The problem of environmental pollution, the hexavalent chromium ion in chromic acid passivation has strong carcinogenicity, the wastewater and waste residue in the phosphate conversion will cause serious pollution to the water body, with the enhancement of people's awareness of environmental protection, chromium-free environmental protection passivation Technology is becoming more and more popular, and silanization and rare earth / silane synergistic passivation are new methods with relatively promising development potential

At present, when rare earth / silane synergistic passivation treatment technology is used for anti-corrosion surface treatment of metal plates, the production process is cumbersome, the production line efficiency is low, the cost is high, and the labor intensity of workers is high. It is urgent to develop an efficient surface treatment production line suitable for industrialization.

[0003] The existing surface treatment workshop products have the characteristics of small batches, many varieties, complex structures, etc., and are equipped with a lot of equipment, such as mixers, filters, power control units, conveying systems, heating systems, cooling systems, and air supply and exhaust systems, etc. , these devices are scattered in every corner of the workshop. The traditional control method is single-machine single-control, there is no necessary connection between each device, the labor intensity of workers increases, and the production efficiency is low. Without records, it is difficult to find out the current process conditions when product quality problems occur, and it is impossible to make scientific production according to the operating conditions of the equipment. It is difficult to maintain the equipment and the maintenance cost is high.

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