Laminating mechanism of storage battery electrode plate packing machine

Abstract

The invention provides a laminating mechanism of a storage battery electrode plate packing machine, which relates to production devices of storage batteries, and solves the problems of an existing packing device that the fall between a dropped lifting platform and a supporting plate of a laminating mechanism is relatively large, so that an electrode plate breaks or drops when continuously dropping, and the process can be continuously repeated only after the lifting platform resets. The laminating mechanism comprises a rack which is provided with two opposite side baffles, wherein the side baffles are provided with upper supporting plates and lower supporting plates, which can transversely move; a blanking device is arranged just above the upper supporting plates; the lower supporting plates are connected with packing openings of the electrode plate packing machine; a lifting platform is arranged below the lower supporting plates; and a cushioning supporting plate capable of transversely moving is arranged between the lifting platform and each lower supporting plate. In a resetting process of the lifting platform, the cushioning supporting plate can temporarily collect electrode plates, and the lamination process is continuous without waiting, so that the production efficiency of the electrode plate packing machine is improved.

Description

technical field [0001] The invention relates to a stacking mechanism of a storage battery wrapping machine. Background technique [0002] In the electrode group of the storage battery, the positive plate and the negative plate need to be superimposed on each other, and the separator paper is sandwiched between the positive plate and the negative plate. The existing wrapping machine includes a wrapping device and a stacking device. The wrapping device wraps the polar plate and transports the polar plate to the stacking device to be stacked with the opposite polarity plate. The stacking device includes a supporting plate, There is a lifting platform under the supporting plate. The supporting plate releases the laminations to the lifting platform and continuously stacks them. During this process, the lifting platform descends to output the pole group, realizing the process of automatic wrapping and lamination of the plates. However, due to the large drop between the lifting pl...

AI Technical Summary

Problems solved by technology

The existing wrapping machine includes a wrapping device and a stacking device. The wrapping device wraps the polar plate and transports the polar plate to the stacking device to be stacked with the opposite polarity plate. The stacking device includes a supporting plate, There is a lifting platform under the supporting plate. The supporting plate releases the laminations to the lifting platform and continuously stacks them. During this process, the lifting platform descends to output the pole group, realizing the process of automatic wrapping and lamination of the plates. However, due to the large drop between the lifting platform and the supporting plate after falling, continuing to drop the plate will cause damage or drop of the plate. Therefore, it is necessary to wait until the lifting platform is reset before continuing to repeat the above process, which reduces work efficiency.

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