Continuous grid roller shear slicing system

Abstract

The invention provides a continuous grid roller shear slicing system. The continuous grid roller shear slicing system at least comprises a shearing device used for slicing and shearing a continuous grid. The shearing device at least comprises a cutter roll and a power roll, wherein the cutter roll and the power roll are arranged in a roll-pair mode, and the power roll is used for positioning the continuous grid and supplying power to the continuous grid. Cutters used for shearing the continuous grid into single slices are fixedly arranged on the cutter roll in the peripheral direction. The continuous grid roller shear slicing system can accurately position and shear the continuous grid, sizes of single-slice grids after the continuous grid is cut can be effectively guaranteed, and in addition, the whole system guarantees uniform stress on the continuous grid in the cutting process, and can effectively prevent deformation of the grid, effectively guarantee quality of the single-slice grids after the cutting process, greatly reduce rejection rates, improve production efficiency and reduce production cost.

Description

technical field [0001] The invention relates to a lead-acid battery grid slicing system, in particular to a continuous grid rolling shear slicing system. Background technique [0002] The grid is the main component of the lead-acid battery. The traditional grid is cast in a single piece. Due to the use of a single piece of casting, the processing efficiency of this grid is not high, and it is easy to cause the lead alloy to leak during the processing and cause Environmental pollution and waste of materials, therefore, single-piece grids are gradually replaced; now the casting of grids generally adopts continuous grids, expanded grids and flushed grids. For continuous grids, it is greatly The processing efficiency and material utilization rate of the grid are improved, but the problem faced by the continuous grid is that it needs to be cut, and the existing equipment for shearing the continuous grid has the following deficiencies. First, in the cutting process, due to In the...

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Problems solved by technology

[0002] The grid is the main component of the lead-acid battery. The traditional grid is cast in a single piece. Due to the use of a single piece of casting, the processing efficiency of this grid is not high, and it is easy to cause the lead alloy to leak during the processing and cause Environmental pollution and waste of materials, therefore, single-piece grids are gradually replaced; now the casting of grids generally adopts continuous grids, expanded grids and flushed grids. For continuous grids, it is greatly The processing efficiency and material utilization rate of the grid are improved, but the problem faced by the continuous grid is that it needs to be cut, and the existing equipment for shearing the continuous grid has the following deficiencies. First, in the cutting process, due to In the cutting process, there are factors of uneven force, which cause the deformation of the grid, and the cutting is not neat, which leads to a high scrap rate of the single grid after cutting, which seriously affects the production efficiency and product quality. Secondly, due to the existing The cutting accuracy of the cutting equipment for the continuous grid cannot be effectively guaranteed, resulting in uneven size of the single grid after cutting, which affects the performance of the lead-acid battery

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