Lithium battery separator drying production line

Abstract

The invention relates to the technical field of lithium battery production, in particular to a lithium battery separator drying production line. The lithium battery separator drying production line involves a rack, a first-layer drying channel, a second-layer drying channel, a top storage area, a bearing mechanism, a driving motor, a drying mechanism and an opening and closing bin door, the lithium battery separator drying production line is formed by the mode that the rack is matched with the first-layer drying channel, the second-layer drying channel and the top storage area in combination with one another, wherein the first-layer drying channel and the second-layer drying channel are main drying chambers, and a conveying device provides conveying capability for the first-layer drying channel, the second-layer drying channel and the top storage area. According to the lithium battery separator drying production line, the purpose of rapidly and uniformly drying a separator roll is achieved, uninterrupted drying operation can be carried out on a separator, and therefore, the drying efficiency of the lithium battery separator is greatly improved, the site is saved, the arrangement ofthe top storage area is matched at the same time, a product can be naturally cooled while the product is stored, and the functionality of the whole device is improved.

Description

technical field [0001] The invention relates to the technical field of lithium battery production, in particular to a lithium battery diaphragm drying production line. Background technique [0002] In the past, when the tunnel furnace model baked heavy products, the transmission often used super-large chains, and the air in the furnace was heated and integrated with the furnace body. Although this can achieve the effect, it is costly and consumes a lot of materials, which increases production. Compared with the ordinary diaphragm oven, the ordinary diaphragm oven manually puts the diaphragm on the trolley, and then manually pushes the trolley into the oven. When the oven bakes the diaphragm, it can only wait for a car of diaphragm to be baked, Stop the operation of the oven, and then manually push the trolley out, and thus cycle. The result of this baking is that the production efficiency is low, a large number of production personnel are required, and continuous and uninter...

AI Technical Summary

Problems solved by technology

[0002] In the past, when the tunnel furnace model baked heavy products, the transmission often used super-large chains, and the air in the furnace was heated and integrated with the furnace body. Although this can achieve the effect, it is costly and consumes a lot of materials, which increases production. Compared with the ordinary diaphragm oven, the ordinary diaphragm oven manually puts the diaphragm on the trolley, and then manually pushes the trolley into the oven. When the oven bakes the diaphragm, it can only wait for a car of diaphragm to be baked, Stop the operation of the oven, and then manually push the trolley out, and thus cycle. The result of this baking is that the production efficiency is low, a large number of production personnel are required, and continuous and uninterrupted operations cannot be performed. The internal volume of the oven is limited. If the factory needs to mass produce diaphragms , it is necessary to purchase a large number of ovens to meet the production demand, resulting in an increase in floor space; in the case of frequent opening and closing of the oven (when loading and unloading), it will cause a large amount of heat loss, resulting in unnecessary waste

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