Information integrated module system during production of light-emitting diode application product

Abstract

The invention discloses an information integrated module system during the production of a light-emitting diode application product, wherein a virtual prototype design module is connected with the raw material modular computation of a production line; a light-emitting and experiment-tolerant temperature field emulation module is connected with the raw material modular computation and the end product detection; and a remote product evaluation module is connected with the end product detection. The information integrated module system is through the whole production process, and three information modules are inserted without changing the original prototype of the production line so as to realize the integration production of design, production, offline screening, detection and background remote evaluation.

Description

technical field [0001] The invention relates to the production field of light-emitting diode (hereinafter referred to as LED) application products, in particular to an information-based integrated module control system for the production process of point light sources, rigid light bars, modules and indoor and outdoor power supplies. Background technique [0002] At present, traditional product development is usually divided into four stages: product design, testing, manufacturing prototype and product production. (1) The product design stage includes scheme design, structural design and parts design; (2) The laboratory test stage is mainly to conduct exploratory research on the work of key parts; (3) The physical prototype manufacturing stage is mainly to do according to the design Make a physical prototype to test the rationality of the design. At this time, some parts or structures in the prototype should be made adjustable, and if necessary, multiple parts need to be repl...

AI Technical Summary

Problems solved by technology

These researches and technologies are concentrated on the production of complete sets of equipment for LED products. In the field of existing LED application product production, there is basically no such information-based integrated control, and most of the virtual prototypes, solid modeling, motion simulation, temperature, etc. Field simulation cannot be truly embedded in the entire process of the entire production flow

The above technologies are independent of the production process and applied to the early design of the actual production of the product, but cannot achieve an efficient integrated production process

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