A fully automatic patch led rapid feeding spectroscopic color separation machine and its working method

Abstract

The invention relates to a full-automatic LED material spectroscopic and color separation machine, especially a fully automatic SMD LED fast-feeding spectroscopic and color separation machine that does not require a material retrieving mechanism, saves process steps and time, and improves work accuracy. Its working method mainly includes control system, working system and sheet metal frame. The working system is mainly composed of feeding mechanism, fast feeding mechanism, testing mechanism, integrating sphere mechanism, sorting mechanism and receiving mechanism. The fast feeding mechanism mainly Including feeding track, buffer device, blowing device, ejector device, optical fiber detection device and indexing turntable, the feeding track is a long strip-shaped transmission channel, and the center line is set as a concave channel to transmit LED materials. The buffer device mainly includes buffer The head and the buffer spring, the left side of the feeding track are connected with the fixing seat for installing the blowing device, the optical fiber detection device and the ejector device; each working link of the present invention is closely connected, and the independent work and cooperative relationship of each mechanism realizes safety and reliability complete the work.

Description

technical field [0001] The invention relates to a full-automatic LED material spectroscopic and color separation machine, especially a fully automatic SMD LED fast-feeding spectroscopic and color separation machine that does not require a material taking mechanism, saves process steps and time, and improves work accuracy. its working method. Background technique [0002] In the process of LED material production, processing and packaging, LEDs with different performances are produced according to different usage occasions, and different packaging intervals for different LED materials are divided according to the color and performance of LEDs, in order to distinguish the light color, brightness and Performance, etc., need to use some testing equipment or manual testing, but the traditional manual spectroscopic and color separation testing and manual packaging process are inefficient, and manual operation is prone to errors, so the industry has manufactured special testing equ...

AI Technical Summary

Problems solved by technology

[0002] In the process of LED material production, processing and packaging, LEDs with different performances are produced according to different usage occasions, and different packaging intervals for different LED materials are divided according to the color and performance of LEDs, in order to distinguish the light color, brightness and Performance, etc., need to use some testing equipment or manual testing, but the traditional manual spectroscopic and color separation testing and manual packaging process are inefficient, and manual operation is prone to errors, so the industry has manufactured special testing equipment for LED spectroscopic and color separation - LED spectroscopic and color separation The color machine is used to detect light, color, and electrical signals. When detecting light, color, and electrical signals, it must meet the conditions of LED lighting and power-on. In a test station, because the load of the equipment is always limited, there will be great limitations in the test, resulting in low test efficiency and accuracy. It is not only complicated and cumbersome when adjustment or maintenance is required, but also has a great impact on production and processing. The whole process has a considerable impact, which makes the production progress lag behind, and because of the limited test function, it indirectly causes the increase of test difficulty and test cost; and some spectroscopic color separation machines have disclosed photoelectric spectrum color test stations, including light intensity test probes , spectrum optical fiber probe, and double-probe linkage testing mechanism can accurately test the brightness, wavelength, color temperature and electrical parameters of SMD materials through the photoelectric spectrum color test station, thereby providing reliable test data and high work efficiency. However, this document does not The information processing station of the color test is public, and the information processing process or method of the photoelectric spectrum color test station to obtain the test results cannot be obtained according to the public content, so the existing spectroscopic and color separation machines still have defects

[0003] In order to solve the above problems, the applicant submitted an application number of 201410711819.9, and the patent name is a Chinese invention patent application for a fully automatic high-speed SMD LED spectroscopic color separation machine. The application date is December 1, 2014, aiming to provide a A full-automatic spectroscopic and color-separating machine that not only realizes effective spectroscopic and color-separating effects, but also is highly efficient and accurate. The patent mainly includes a turntable mechanism, a feeding mechanism, a retrieving mechanism, a positioning mechanism, a testing mechanism, an integrating The blanking mechanism, sorting mechanism and receiving mechanism complete the material classification of light and color separation through the orderly steps of each mechanism. The motor and eccentric wheel are used to drive the connecting rod to move, and the suction nozzle fixed on the connecting rod vacuums the front end of the track. The product is absorbed into the suction nozzle of the turntable. This mechanism not only needs to control the vacuum adsorption action at the front end of the track, but also controls the action of the feeding suction nozzle. The control is complicated, the mechanism cost is high, and it is prone to unstable feeding and discharging deviation and other phenomena, relatively many faults, etc., and there are many equipment mechanisms involved in this patent, so the working time is long, the cost is high, and the work efficiency is low. The present invention aims to overcome its long working time and high cost. defects, and improve work efficiency and work accuracy, and at the same time apply the patented feeding mechanism, testing mechanism, integrating sphere mechanism, classification mechanism and receiving mechanism in the present invention, so as to combine the improved parts to complete the spectroscopic and color separation Work

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