Feeder

Abstract

The invention relates to a feeding machine. The feeding machine comprises a rack and at least one conveying device installed on the rack. The conveying device comprises two oppositely-arranged side boards, conveying mechanisms and board pressing mechanisms, wherein the conveying mechanisms and the board pressing mechanisms are arranged on the side boards. A feeding mechanism is arranged between the two side boards. A first drive mechanism is arranged in the rack and connected with a lifting platform. The lifting platform comprises a frame, a base board arranged on the frame, at least one material frame arranged on the base board, and at least one supporting frame arranged at the lower end of the frame. A flexible PCB on a belt is pressed through a pressing wheel, and smooth conveying of the flexible PCB is ensured. The corresponding adjustment is made according to the material frames of different sizes, and the production cost of enterprises is reduced; transferring and positioning are carried out through servo motors, precision is high, running is stable, inclination sections are arranged at the lower ends of the vertical boards and incline upwards, and space is saved; and space is reserved between the two supporting frames, installing of other components is facilitated, and interference of other components is avoided.

Description

technical field [0001] The invention relates to the field of flexible PCB board manufacturing, in particular to a feeding machine. Background technique [0002] In the manufacturing and processing of flexible PCB boards, it needs to be transferred from one process to another. In order to improve work efficiency, a certain number of flexible PCB boards are neatly stored in the material box through the feeding machine, which is convenient for use in the next process. However, because some flexible PCB boards are relatively thin, they are easy to warp, and they are not stable during the transportation process, which may easily cause the flexible PCB board to deviate from the track and cannot enter the material frame; secondly, the size of the device used to install the material frame is fixed and cannot Corresponding adjustments are made according to the size of the flexible PCB board. Therefore, a new device for installing the material frame needs to be remade, resulting in in...

AI Technical Summary

Problems solved by technology

However, because some flexible PCB boards are relatively thin, they are easy to warp, and they are not stable during the transportation process, which may easily cause the flexible PCB board to deviate from the track and cannot enter the material frame; secondly, the size of the device used to install the material frame is fixed and cannot Make corresponding adjustments according to the size of the flexible PCB board. Therefore, it is necessary to remake a new device for installing the material frame, resulting in increased production costs and low work efficiency.

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