Automatic stacker is an industrial machine which has been widely used in recent years. It consists of three parts: chassis, stacker main body and conveyor. The position of the equipment can be adjusted freely according to the user's site conditions, from the initial step of the product to the offline. The appearance of automatic stacker represents a great progress in industrial automation, and also provides a great opportunity for social development and labor liberation. As an important auxiliary equipment for industrial assembly line production, its existence can reduce the total number of workers needed on the assembly line and improve industrial efficiency.

With the highly efficient development of China's economy, the development of fully automatic, palletizing machines and automobile production lines in China is very short, but it is in the period of transformation from traditional weapons and equipment to first made weapons and equipment. Now, with the development of a large number of domestic full-automatic stacker production lines, full-automatic stacker will automatically have a broader industry prospect and development potential! This paper explains some shortcomings of the transposition of the internal structure equipment of the automatic stacker in the construction process. Here, the network editor will introduce how to solve this problem in detail.

It is applicable to the collaborative palletizing robot production line, chemical plants, pharmaceutical industry, grain crops, fertilizer, food, decorative building materials, beverages, metallurgical industry, fire-resistant insulation materials and other fields, and can be used for fully automatic packaging and palletizing of bags, full boxes, barrels, cans, and boards. The palletizing robot production line is one of the indispensable packaging equipment in today's production line. Its basic function is to stack products and package and transport them normally.

Palletizing robot, also known as robot palletizing, is used for palletizing instead of manual operation, which can greatly improve work efficiency. In addition, the robot stacker can run for a long time, reducing the labor cost. Working principle of the stacker: place a layer of workpieces that meet the pallet requirements on the flat plate. And the flat piece moves forward to the vertical plane of the pallet. The upper stop rod drops, another tee positioning stop rod begins to clamp, and then the sheet is reset. Each workpiece shall be lowered to the pallet plane, the distance between the pallet plane and the bottom of the plate shall be 10mm, and the pallet shall be lowered by one workpiece height. Repeat the above steps until the pallet stacking meets the setting requirements.

With the development of automation technology, people pay more and more attention to the automatic and efficient production mode.

This is the well-known "Turing test" in the field of artificial intelligence. Turing predicted that computers would pass this test at the end of the 20th century. In fact, it was not until 2014 that the artificial intelligence software Eugene Gustmann passed the Turing test for the first time.

With the continuous progress of industrial science and technology, industrial production requires higher and higher loading and unloading speed. Traditional manual palletizing can only be used under the conditions of light materials, large changes in size and shape, and low throughput, which cannot meet the needs of industrial production. Robot stacker came into being.

Stacking robot can reduce labor cost and enhance enterprise competitiveness. Due to the high demand and dependence on labor in manufacturing, the labor cost in manufacturing is relatively high. Public data shows that the human cost of most manufacturing enterprises accounts for about 38% of the enterprise income, so how to reduce the human cost and improve the competitiveness of enterprises is very important for many manufacturing enterprises!