A control method and system based on circuit board automatic placement and insertion process

Abstract

The invention discloses a control method based on the automatic circuit board insertion process, which includes: the system receives the material size information input by the user, establishes the material package, and realizes the material graphics / pattern visualization; the system creates / modifies the image algorithm to realize the material Rapid modeling of the detection algorithm; the system creates / modifies the material motion path set for motion control during the material insertion process; the system creates / modifies the material data structure unit to comprehensively describe various properties of the material during the insertion cycle; the system Based on the above material packaging, create a product model and conduct circuit board insertion production. And a control system based on the automatic circuit board insertion process. Through the material data structure unit, the PCB / FPC insertion data is standardized, used and managed to achieve global view visualization, rapid line change, model data transplantation and sharing. and other functional requirements. It can be widely used in the field of circuit board technology.

Description

technical field [0001] The invention relates to the field of circuit board technology, in particular to a control method and system based on the automatic circuit board insertion process. Background technique [0002] In the PCB / FPC automatic placement and insertion production process, in addition to the clear performance requirements (explicit requirements) for the accuracy and speed of the placement and insertion equipment, users often have other functional requirements (implicit requirements), such as ① PCB / FPC whole board view; ② Quick line change for different models of products; ③ Quick porting and sharing of model data of the same equipment, etc. Whether these functions can be met has become an important indicator to measure the pros and cons of placement equipment. [0003] For the functional requirements mentioned above, the traditional method is often customized, such as ① PCB / FPC whole board view, or draw a schematic diagram of the whole board according to the sp...

AI Technical Summary

Problems solved by technology

For component data update on the substrate, the traditional method often uses the mobile camera of the equipment to manually obtain the hole position data of the components on the substrate one by one for data update, which is generally difficult to meet the requirements of rapid modeling; Accurate, the traditional method is generally to manually re-adjust the material picking position of the material picking head after the material is replaced, and the time-consuming is variable, sometimes longer, sometimes shorter

③The model data of the same equipment can be quickly transplanted and shared. Since various data (visual graphics, image algorithms, sticking motion paths, etc.) are separated from each other, even if the hardware performance of two identical equipment is adjusted to be very close, the conventional method It is still difficult to quickly transplant and share model data

[0004] The effective implementation of the above functions will encounter a fundamental problem, that is, the problem of mutual independence / separation of various types of data

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