Raman micromark rapid detection instrument capable of achieving modularized selective assembly

Abstract

The invention provides a Raman micromark rapid detection instrument capable of achieving modularized selective assembly. The Raman micromark rapid detection instrument comprises eight parts, namely a wireless transmission unit, a Raman display module, a database module, a laser module, a lens module, a Raman lens, a detection probe and a module selecting switch. A micromark sample to be detected is detected by the detection probe; a laser emits laser to obtain a Raman signal; if the selecting switch selects the database module, rapid data comparison is performed between the obtained Raman signal and a Raman spectrum in the database to form quantitative and qualitative analysis on a quantitative index and an analysis result is transmitted to the Raman spectrum display module in the detection instrument body; if the selecting switch selects the wireless transmission unit, transmission and printing of wireless data can be performed; the detection probe is made of a solid optical fiber material.

Description

technical field [0001] The invention belongs to the technical field of quick detection of micro-mark samples. Background technique [0002] With the improvement of people's living standards, the need for individualization and diversification of products and services is becoming more and more urgent. Modular technology can reduce product cost and shorten product production cycle while meeting the personalized and diversified needs of users. Modular technology is one of the core technologies of group technology. [0003] The device can be composed of several different or the same product modules. The modular boiler is composed of multiple boilers in parallel, and the number of boilers is determined according to the demand. The modular boiler is one of the important development directions of the current boiler. Its advantages are: high efficiency, durability, reliability, easy and flexible installation, low operating costs, and maintenance and Easy to operate, good environme...

AI Technical Summary

Problems solved by technology

[0004] In biology and medical research, traditional biosensors are large in size and can only be used for the measurement of tissues and cell suspensions. After the samples are detected, how to carry out real-time and accurate wireless transmission of data and database comparison analysis , becomes extremely difficult

Moreover, the traditional Raman spectrometer generally contains a very complex structure, but due to its very complex internal structure, the signal acquisition efficiency and coupling efficiency are low, resulting in low detection accuracy, bulky size, high cost, and limited application range.

Images