Introduction：

The equipment is based on an infrared non-contact alcohol concentration measurement system, capable of continuously measuring alcohol solutions of different concentrations in a non-contact manner, with a measurement accuracy of 0.2%. The instrument uses infrared light-emitting diodes as the light source and InGaAs detectors to receive light information. It acquires alcohol concentration information through a high-precision photoelectric measurement system. The instrument features multiple communication interfaces, facilitating industrial internet connection and automatic control system integration. It enables free switching of product concentrations on the production line, reducing the need for multiple production lines for various alcohol strengths, lowering production line investment. It is a key product for the industrial AI intelligent upgrade and transformation of Guizhou's liquor production bases.

Comprehensive benefits and application scenarios：

Economic benefits: It can reduce the switching costs of different alcohol degrees of edible liquor in Guizhou, lower the investment in production lines, enhance the level of automated production, and achieve the digital upgrade of brewing techniques. It can also realize the automatic classification management of different quality raw liquor during the distillation process of distilled liquor, increase the market value of premium liquor, increase industrial added value, and the market scale can reach 10 billion yuan nationwide. 

Social benefits: Enhancing the industrial automation level in Guizhou, a major province for liquor production, will increase the variety of electronic technology sensor products in Guizhou. Promoting them nationwide will undoubtedly enhance Guizhou's influence in the national digital industry and provide strong support for Guizhou to break through the technological bottleneck. 

Ecological benefits: The system, through non-contact continuous real-time measurement, can enhance the classification level of distilled spirits, reduce manual intervention, and is conducive to improving the health of personnel engaged in edible alcohol production. 

Application scenarios: Grading of distilled spirits for consumption, increasing industrial added value; Free conversion of alcohol content of edible spirits on the same production line. Expansion of applications in automatic detection of harmful substances in environmental monitoring, measurement of coal components in thermal power plants, and other fields.