Nine-block box modular design method for robot plate deploying and retracting machine

Abstract

The invention discloses a nine-block box modular design method for a robot plate deploying and retracting machine. The method comprises the following steps that A, all assemblies in the robot plate deploying and retracting machine are designed to be standard modules and comprise a robot, a suction system, a conveying section assembly and a PCB carrier placing platform, and all the assemblies are designed to be first type modules or second type modules, wherein the first type modules have the same dimension and the second type modules have the same dimension; B, the assemblies of the robot plate deploying and retracting machine are arranged in the mode of a nine-block box with three lines and three rows, wherein the first type modules are arranged in the two rows on the two sides, and the second type modules are arranged in the middle row. According to the nine-block box modular design method, the systematized and modular design concept is used for simplifying the design process of the robot plate deploying and retracting machine, a system arrangement mode is formed, the design efficiency is greatly improved, and the development cost is lowered.

Description

technical field [0001] The invention relates to the field of PCB production and manufacturing, in particular to a nine-square modular design method for a robot retractable board machine. Background technique [0002] At present, the robot retractable trigger has been gradually trialed in the industry. Due to the large differences in factory layout and process, the layout of the retractable trigger also needs to meet the needs of customization. This requirement makes the device layout confusing and inconsistent, and there are the following problems: [0003] (1) The product layout is chaotic, there is no systematic design concept, and it is impossible to form a series of products. The needs of the customer's factory are different, and the layout of the equipment is chaotic due to the lack of good design release as a guide. [0004] (2) The design workload is heavy and the design cost is high. Due to the disordered layout changes, the design workload is greatly increased, t...

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Problems solved by technology

[0003] (1) The product layout is chaotic, there is no systematic design concept, and it is impossible to form a series of products

The needs of the customer's factory are different, because there is no good design release as a guide, resulting in confusion in the layout of the equipment

[0004] (2) The design workload is heavy and the design cost is high

Due to disorderly changes in the layout, the design workload is greatly increased, the design efficiency is reduced, and the cost is increased.

[0005] (3) Increase the pressure on technical data management

Because the equipment has not formed a series, the technical information is complicated, which brings great difficulties to the arrangement and management of the information

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