Processing device for improving flatness of atomized sheet

Abstract

The invention provides a processing device for improving the flatness of an atomized sheet. The device comprises a discharging device for winding a strip-shaped raw material, a flattening device, a molding forming device for atomizing sheet forming processing, a waste recycling device and a control system, and the devices are sequentially pulled and arranged to form an atomizing sheet processing line; an adjusting device and a support frame which are connected to each other are further included, the discharging device comprises a first reel and a first driving motor for driving the first reel,the first reel and the first driving motor are both mounted on the support frame, and the discharge position of the first reel is higher than a feeding position of the flattening device, and when thestrip-shaped raw material on the first reel is consumed, the adjustment device controls the support frame to move upward in the vertical direction. The processing device for improving the flatness ofthe atomized sheet by adopting the technical scheme can ensure the high flatness of the atomized sheet obtained by processing the whole strip-shaped raw material, thereby ensuring good atomizing effect.

Description

Technical field [0001] The invention relates to the technical field of atomized metal sheet processing, in particular to a processing device for improving the flatness of the atomized sheet. Background technique [0002] With the development of the piezoelectric industry, piezoelectric atomizing sprayers are widely used. The piezoelectric atomizer mainly relies on the change of its internal volume to drive the extruded liquid onto the atomizer sheet with micropores to achieve the atomization effect. Therefore, the shape, size, number and uniformity of the micropores on the atomizer sheet are affected. Determines the atomization effect of the piezoelectric atomization sprayer, and the perforation quality of the atomized metal sheet depends on the flatness of the atomized metal sheet, that is, the better the flatness of the atomized metal sheet, the better the perforation effect. The final fog The better the chemical effect. [0003] In the prior art, when the atomized sheet metal ...

AI Technical Summary

Problems solved by technology

[0003] In the existing technology, when the strip-shaped raw material of the atomized metal sheet is separated from its reel, because the position of the reel is fixed, as the material on the reel decreases, the fog in the inner layer of the reel The curvature of the strip-shaped raw material of the metal sheet will become larger and larger, so that the bending degree of the strip-shaped raw material entering the flattening device will increase, resulting in poor flattening effect of the raw material in the inner layer of the reel. The metal atomized sheet formed in the compression molding device has low flatness and cannot meet the standard, which eventually leads to unsatisfactory atomization effect of the atomized sheet

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