Spectrometer for detecting quantum optical material

Abstract

The invention discloses a spectrograph for detecting a quantum optical material, which comprises a spectrograph shell, a cavity is arranged in the spectrograph shell to form a darkroom, a light guide hole is arranged at the front end of the darkroom, the spectrograph shell is arranged above a detection platform through a support rod, an optical integrator assembly is arranged in the spectrograph shell, and the optical integrator assembly is arranged in the spectrograph shell. A backlight assembly is arranged in the detection platform, and the optical integrator assembly is matched with the backlight assembly to detect the quantum optical material. The integrator assembly comprises an optical integrator computer and an optical integrator lens and controller, the optical integrator lens and controller are installed in the spectrograph shell, the lens faces downwards, and the optical integrator computer is located in the detection platform. In the implementation process, time and labor cost can be shortened, and material waste is reduced.

Description

technical field [0001] The invention belongs to the technical field of spectrometers, in particular to a spectrometer for detecting quantum optical materials. Background technique [0002] At present, there is no optical detection equipment independently developed for quantum optical materials in the industry, because it requires the concept of using WRGB backlight module and LCD display at the same time, coupled with the combination of spectrum analyzer, which belongs to a niche market, but it can save optical materials in Production process and development costs. At present, there is no color saturation detection in the production process of quantum dot optical materials, and the brightness, color coordinates and color saturation can only be measured after they are sent to the client for LCD module assembly. An optical inspection is required, which is a waste of time / material / manpower. Contents of the invention [0003] In view of the above situation, in order to overc...

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Problems solved by technology

[0002] At present, there is no optical detection equipment independently developed for quantum optical materials in the industry, because it requires the concept of using WRGB backlight module and LCD display at the same time, coupled with the combination of spectrum analyzer, which belongs to a niche market, but it can save optical materials in Production process and development costs

At present, there is no color saturation detection in the production process of quantum dot optical materials, and the brightness, color coordinates and color saturation can only be measured after they are sent to the client for LCD module assembly. An optical inspection is required, which is a waste of time / material / manpower

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