Grid slitting machine

Abstract

The invention discloses a grid slitting machine. The grid slitting machine comprises a frame body, wherein trundles are arranged at the bottom of the frame body so as to conveniently move the grid slitting machine, a transition device, a transition device and a cutter device are sequentially arranged on the frame body in the conveying direction, and a compression roller device is arranged above the traction device. According to the grid slitting machine, the accurate traction of the traction device is carried out, and a grid passing through a traction wheel is pressed from an arch to be flat through the compression roller device, so that the grid arriving at the cutter device is kept in a horizontal state, the precision of slitting is greatly improved, a flattening device does not need tobe additionally arranged for leveling the grid, the grid and lead paste cannot be separated in the whole process, and the product performance is improved. A grid slitting device is two-body power, thetraction device is a single drive, and the slitting device is a single drive, so that the purpose of accurately slitting the grid is achieved through independent adjusting and matching of the two drives, a mesh belt can achieve accurate slitting while the flatness of the grid is increased, the speed is stable, and the efficiency is high.

Description

technical field [0001] The invention relates to the field of battery production and manufacturing, in particular to a grid slitting machine. Background technique [0002] The grid plays the role of carrying active substances and conducting electricity in the lead-acid battery plate, and is an important part of the battery. In the production process of the battery grid, the traditional roller shear mechanism relies on the traction and positioning of the lower roller and the cutting knife of the upper roller to cut the grid. The effect of cutting is that the grid is easily deformed, and the size of the grid is not accurate. In the follow-up, it is necessary to add a flattening device to level the bow-shaped grid, which not only increases the process and increases the cost, but also causes the separation of the grid and the lead paste during the leveling process and affects the performance of the final product. And the traditional equipment is integrated with roller shears, on...

AI Technical Summary

Problems solved by technology

In the production process of the battery grid, the traditional roller shear mechanism relies on the traction and positioning of the lower roller and the cutting knife of the upper roller to cut the grid. The effect of cutting is that the grid is easily deformed, and the size of the grid is not accurate. In the follow-up, it is necessary to add a flattening device to level the bow-shaped grid, which not only increases the process and increases the cost, but also causes the separation of the grid and the lead paste during the leveling process and affects the performance of the final product

Moreover, the traditional equipment is integrated with roller shears, one transmits power, and the cutter on the roller shears is adjusted by manually adjusting the position between the gears, which has poor precision, poor speed stability, and low efficiency.

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