Ejection type tuning net pasting mechanism suitable for roll material

Abstract

This invention discloses a top-out type tuning mesh attaching mechanism suitable for roll materials, including a base, and an earphone carrier conveying module, an unwinding module, a top-out module, and a pick-up module disposed on the base. The top-out module includes a top-out seat, and a tray, a pressing component, and a top-out component disposed on the top-out seat. The pressing component is disposed above the tray, and the top-out component is disposed below the tray. The unwinding module can convey the roll material to the area between the tray and the pressing component. The top-out component can push the tuning mesh upward through the release film on the roll material, so that the lifted tuning mesh is detached from the release film. The pick-up module can remove the lifted tuning mesh and attach it to the earphone. This invention uses an top-out method to lift the tuning mesh on the release film, so that the tuning mesh is detached from the release film, thereby facilitating the pick-up module to remove the lifted tuning mesh, which has good applicability. At the same time, the release film with a roll material structure can achieve continuous and uninterrupted feeding, with high feeding efficiency and low production cost.

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