Automatic thickness-measuring and weighing equipment and automatic rubber coating machine and method for hexahedral parts

Abstract

The invention discloses automatic thickness-measuring and weighing equipment and an automatic rubber coating machine and method for hexahedral parts. The automatic thickness-measuring and weighing equipment comprises a loading conveying line, a thickness-measuring platform, a first unloading conveying line, a weighing platform, a second unloading conveying line, a turnover platform and a carrying mechanism, wherein the loading conveying line, the thickness-measuring platform, the first unloading conveying line, the weighing platform, the second unloading conveying line and the turnover platform are sequentially arrayed at intervals; and the carrying mechanism is used for carrying a workpiece between any two adjacent stations through a group of mechanical arms, and a gap is formed between the bottom surface of the work piece and a placement surface for bearing the workpiece on each station when the workpiece is carried from one station to another station by the carrying mechanism. According to the automatic thickness-measuring and weighing equipment, the problem that the hard contact is easily caused when the workpiece is directly put on each placement surface by the mechanical arms, and then workpiece is damaged are solved; meanwhile, by virtue of the layout of the stations, the five mechanical arms can be driven by one driving mechanism, so that the carrying rhythm of the workpiece can be greatly increased, and the efficiency is improved; and each mechanical arm is controlled by an independent electromagnetic valve, so that the independent fetching and placement can be realized.

Description

technical field [0001] The invention relates to the field of electric core processing, in particular to automatic thickness measuring and weighing equipment for electric cores, an automatic gluing machine for six-sided parts and a gluing method. Background technique [0002] In recent years, smog has begun to plague many cities in our country. As the "backbone" of smog, automobile exhaust has been criticized by the whole society. New energy vehicles can effectively solve this problem and have begun to receive widespread attention from the whole society. The development of new energy vehicles has become the consensus of the whole society including the government, enterprises and the people. [0003] The vigorous development of new energy vehicles has led to an increasing demand for new energy batteries. With the increase in production, more and more accidents occurred during production and use. Improving the qualification rate of new energy batteries is the top priority in ...

AI Technical Summary

Problems solved by technology

[0004] In the automatic production process of the battery cell, in order to prevent the safety accident of the battery cell, it is necessary to avoid the direct contact between the battery cell and the conductor. In the past, a layer of plastic film was pasted between the battery cell and the battery cell. The cells are in direct contact, and the cells are still exposed in a large area, which poses a greater safety hazard, and the rubber around the cell can better reduce safety hazards

[0005] Due to the many factors affecting the quality of the encapsulation during the encapsulation process of the existing encapsulation equipment, after the encapsulation is completed, many air bubbles are often generated on the surface of the battery cell, the quality of the encapsulation is poor, and the thickness of the battery cell is affected. Stacking makes an impact

[0006] At the same time, when the existing encapsulation equipment is encapsulating, it often only encapsulates the bottom and side surfaces of the workpiece, and cannot cover the six surfaces of the workpiece. If the pole surface is not encapsulated, it will often cause the outer surface of the film on the side. Turning over leads to an increase in the thickness of the battery cell, which has a great impact on the stacking and subsequent processing of the battery cell

[0007] In addition, it is necessary to weigh and measure the thickness of the battery cell before encapsulation. However, the weighing, thickness measurement and encapsulation of existing equipment are often independent systems. The whole process automation work of weight, thickness measurement and six buns

[0008] Finally, in the process of thickness measurement and weighing, the batteries are often directly placed on the placement surface of the weighing, thickness measurement, and conveying lines by robots. cause some damage

Images