Chrominance optical detection system and chrominance optical detection method

Abstract

The invention provides a chrominance optical detection system and a chrominance optical detection method. The chrominance optical detection system comprising a microprocessor, an input module, a display module, an alarm prompting module, a data access module, a power supply processing module, an LED driving module and a chrominance acquisition module, wherein the input module, the display module, the alarm prompting module, the data access module, the power supply processing module, the LED driving module and the chrominance acquisition module are connected with the periphery of the microprocessor. The chrominance acquisition module comprises a sealing mechanism and a photovoltaic conversion element, wherein the photovoltaic conversion element is arranged at the output end of the sealing mechanism. An object to be detected is placed at the front end of the sealing mechanism, a scheme for acquiring collected light is selected according to the luminescence characteristic of the object to be detected, the chrominance acquisition module acquires light parameters of the collected light and converts the light parameters into electrical parameters, and the microprocessor calculates chrominance representing values according to the converted linear electrical parameters. The chrominance optical detection system and the chrominance optical detection method are wide in application range and suitable for luminous objects and non-luminous objects, data quantification can be conducted on the chrominance representing values, quality can be effectively managed and controlled, human cost is saved, automation and high efficiency are achieved, and production efficiency of a whole production line is improved.

Description

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AI Technical Summary

Benefits of technology

This patented device uses photovoltaic (PV), or similar technologies for measuring color properties on an item being manufactured. By comparing different colors between these items, it helps identify defects that may affect their performance. Additionally, this technique allows for efficient use of space while also ensuring accurate measurements over large areas without human interference during inspections. Overall, this technical effect makes detecting products accurately and cost-effectively possible through its ability to measure both visible and invisible characteristics simultaneously.

Problems solved by technology

This patented technology describes how conventional techniques used to measure objects' colors are prone to variations caused by individual differences between individuals who perform these measurements over different timescales. These issues may lead to reduced accuracy when measuring multiple types of colored lights simultanously without causing harming eyesight or being affected from repetitive work. Additionally, there has been concern about potential safety hazards associated with manually operated devices such as calibration tools during this procedure.

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