Polar plate feeding method of full-automatic plate wrapping machine

Abstract

The invention discloses a polar plate feeding method of a full-automatic plate wrapping machine, and in particular relates to the field of wrapping the polar plate of an electrocar lead-acid storage battery. The method comprises the following steps of: measuring the average value of the weights of polar plates in the same batch, inputting the average value theta into a plate weighing sorting machine management system, matching the polar plates by the plate weighing sorting machine, and weighing and sorting the polar plates according to that the average value of the weights of two polar plates in adjacent positions is equal to the average value of the weights of the polar plates in the same batch, and supplying the polar plates to the plate wrapping machine for wrapping operation. The polar plates weighed and sorted by the method can be arranged into a polar plate cluster through mechanical wrapping; and the production efficiency is high and the danger due to manual contact is avoided. Compared with the traditional plate weighing manner, the weight offset of the plate cluster formed through weighing, sorting and processing by the method provided by the invention is greatly reduced, and the consistency is obviously improved.

Description

technical field [0001] The invention discloses a method for feeding pole plates of a full-automatic cladding machine, which belongs to the technical field of pole plate cladding equipment for lead-acid batteries according to the International Patent Classification (IPC). Background technique [0002] As we all know, the plate group (group) of lead-acid batteries is usually composed of 5 to 8 pole pieces, and the total weight of the plate group must be within a certain range to make the whole battery meet the national or industry standard requirements. The traditional method is: weigh the pole pieces corresponding to the number of pole plates on the same weighing machine, and then continuously replace one or more pole pieces until the weight meets the requirements. Obviously, this kind of weighing The method of reassignment group makes the speed of the grouping of the pole plate group very slow, which greatly affects the production efficiency of the lead-acid battery pole pla...

AI Technical Summary

Problems solved by technology

The traditional method is: weigh the pole pieces corresponding to the number of pole plates on the same weighing machine, and then continuously replace one or more pole pieces until the weight meets the requirements. Obviously, this kind of weighing The reconfiguration method makes the assembly speed of the pole plate group very slow, which greatly affects the production efficiency of the lead-acid battery plate group

There is also a method of weighing sheets, marking the weighed plate groups, such as 7 plates, and arranging and fixing each plate group in turn, and forming a plate group through mechanical automation "wrapping sheets" or "wrapping plates" , and an error in one of the plates will lead to disorder in the overall sequence, resulting in a poor wrapping effect and an increase in the weight deviation of the plate group

[0003] There are two kinds of classification methods for sorting battery plates: manual sorting and automatic sorting: the labor intensity of manual sorting workers is high, and the reliability is not high. In addition, battery plates contain elements harmful to human body, which are easy to damage worker causing bodily harm