Label feeder with stripping assembly capable of moving to achieve avoidance

Abstract

The invention discloses a label feeder with a stripping assembly capable of moving to achieve avoidance. The label feeder comprises a framework plate, a discharging assembly, a first stripping assembly, a second stripping assembly, a sensing assembly, a clamping assembly, a first receiving assembly and a second receiving assembly. The second stripping assembly comprises a guide rail, a stripping base, a moving cylinder, a lifting cylinder, a mounting table, a stripping plate and a waste recovery basket, wherein the moving cylinder drives the stripping base to reciprocate left and right along the guide rail, and the lifting cylinder drives the mounting table to reciprocate up and down. The sensing assembly comprises an optical fiber moving cylinder and an optical fiber sensor. The sensing assembly is suspended above the second stripping assembly, and an optical fiber moving cylinder drives the optical fiber sensor to reciprocate left and right. The lifting air cylinder drives the mounting table to descend so as to achieve avoidance, so that a camera makes contact with and adheres to a foam label conveniently, collision between the camera and the second stripping assembly is avoided,stripping of the foam label is achieved through the stripping base, and the feeding requirement of foam material label materials is met.

Description

technical field [0001] The invention relates to a surface mount technology (SMT) peripheral equipment feeder, in particular to a label feeder with a movable and avoidable stripping component. Background technique [0002] Label Feeder, or label feeder, label feeder, etc. The placement machine can pick up and apply label material from the label feeder. This method is more efficient and more accurate than manual application, and realizes automation by reducing manual operations. The current feeders on the market can only intelligently feed general materials. When feeding foam label materials, especially special-shaped foam label materials, the host computer absorbs the camera and moves to the top of the feeder, making the camera contact with the label material, so that the label material is pasted on the camera. Because the camera is adsorbed under the host computer, the stripping assembly needs to be avoided during the movement to prevent the camera from colliding with the ...

AI Technical Summary

Problems solved by technology

However, the traditional feeder can only reciprocate along the peeling route. When it moves to avoid the position, it will peel off the label, which is not conducive to the contact and sticking of the camera and the label.

Therefore, the existing feeder cannot meet the feeding demand of foam materials

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