Multi-station plug-in mounting production line and automatic mouse PCB (printed circuit board) production line

Abstract

The invention discloses a multi-station plug-in mounting production line and an automatic mouse PCB (printed circuit board) production line. The multi-station plug-in mounting production line comprises a PCB loading device, a plurality of sets of sequentially butted plug-in mounting equipment, a reflow welding machine arranged at the outer end of the last plug-in mounting equipment, an unloading device arranged at the material discharging end of the reflow welding machine, an upper cover conveying device which is arranged from the material discharging end of the reflow welding machine to the outer end of the last plug-in mounting equipment, and a bottom cover conveying device arranged from the material discharging end of the reflow welding machine to the PCB loading device, wherein the first plug-in mounting equipment is butted with the PCB loading device. According to the multi-station plug-in mounting production line, a bottom cover is used as a lower part of a plug-in mounting jig; after a PCB is subjected to plug-in mounting at multiple stations, an upper cover is used as an upper part of the jig; the upper cover is fixedly connected with the bottom cover, so that an electronic element can be reliably fixed on the PCB, and the electronic element which is plugged into the PCB but is not completely fixed can be reliably welded in a process of the reflow welding machine; therefore the reliability and the stability of a PCB product can be improved.

Description

technical field [0001] The invention relates to a plug-in production line, more specifically a plug-in production line divided into multiple stations, and an automatic production line for mouse PCB boards. Background technique [0002] In the prior art, various servo-driven manipulators (such as three-dimensional drive devices such as XYZ three-axis movement or three-axis rotation) or robots used in the insertion production line of electronic components have become very popular. With the development of patch processing technology, the currently used plug-in equipment has not made great technological progress. Not only did the product design of the circuit board not fully take into account the characteristics of the plug-in process, but the designers of the plug-in equipment did not upgrade the technology for the structure of the plug-in equipment. [0003] In addition, the gripper of the manipulator or robot in the prior art can only pick up one component, and when it is us...

AI Technical Summary

Problems solved by technology

Not only the product design of the circuit board did not fully consider the characteristics of the plug-in process, but also the designers of the plug-in equipment did not upgrade the technology for the structure of the plug-in equipment

[0003] In addition, the chuck of the manipulator or robot in the prior art can only pick up one component, and when it is used for inserting equipment, it can only complete the inserting of one part, which is inefficient

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