Efficient water tank grinding system and method using same

Abstract

The invention relates to an efficient water tank grinding system and a method using the efficient water tank grinding system. The efficient water tank grinding system comprises water tank bottom grinding working regions, water tank side grinding working regions, water tank face grinding working regions, finished product feeding and discharging working stations, AGVs and an AGV rail. The water tank side grinding working regions are adjacent to the corresponding water tank bottom grinding working regions. Each water tank face grinding working region is arranged on one side of the corresponding water tank side grinding working region. Each finished product feeding and discharging working station is arranged at one end of the corresponding face grinding working station. The AGV rail is connected to the water tank side grinding working regions, the water tank face grinding working regions, semi-finished product feeding and discharging working stations and the finished product feeding and discharging working stations in a wrapping manner. The AGVs are movably arranged on the AGV rail. By the adoption of the efficient water tank grinding system, highly-automatic feeding and discharging, flexible production, the intelligent logistics and whole-system integration monitoring are achieved, the labor is reduced, the mechanical damage is reduced, and the market prospect is broad; and by the adoption of the control method of the system, the high tact and the high intelligent production are achieved, the labor force is reduced greatly, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of grinding, in particular to an efficient water tank grinding system and a method for using the same. Background technique [0002] Most of the existing sink grinding equipment is manual grinding. With the development of society and economy, there are gradually special grinding equipment for sinks. This equipment uses manual grinding for its loading and unloading; , these grinding methods not only have low production efficiency, unstable quality, heavy manual physical load, and the generated dust is harmful to the human body, but also suffer from high mechanical damage, take up a lot of space during logistics transfer between processes, and waste more time in logistics. Requirements for safe production and flexible production. [0003] Therefore, how to design a high-efficiency tank grinding system that not only has safe and flexible production but also improves grinding efficiency is a hot issue in the gr...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing sink grinding equipment is manual grinding. With the development of society and economy, there are gradually special grinding equipment for sinks. This equipment uses manual grinding for its loading and unloading. , these grinding methods not only have low production efficiency, unstable quality, heavy manual physical load, and the generated dust is harmful to the human body, but also suffer from high mechanical damage, take up a lot of space during logistics transfer between processes, and waste more time in logistics. Requirements for safe production and flexible production

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