High-luminous-intensity light source microscope as well as image identification and analysis device and application

Abstract

The invention relates to a high-luminous-intensity light source microscope as well as an image identification and analysis device and an application. The microscope comprises an internally-installed high-luminous-intensity LED (Light Emitting Diode) light collection light source device; the internally-installed high-luminous-intensity LED light collection light source device comprises a power supply, a brightness adjuster, an internally-installed high-luminous-intensity LED light source, a light collection cover and a lamp holder; and the luminous intensity of the LED light source is controlled by the brightness adjuster to provide needed light intensity for identification and analysis of a test sample. The image identification and analysis device of the high-luminous-intensity light source microscope comprises the high-luminous-intensity light source microscope, a camera and an image analysis system. When the device is applied to fiber identification and component analysis tests, the image of a fiber structure form is clear, the measurement precision is high, a good fiber identification and component effect is obtained and a conventional optical projector method can be replaced.

Description

technical field [0001] The invention belongs to the field of microscope identification and measurement, in particular to a high luminous intensity light source microscope and an image identification analysis device and application. Background technique [0002] Traditional transmission type sample microscopes generally use incandescent lamps for artificial lighting. The disadvantages are low luminous efficiency and high heat generation. It is difficult to identify the structure of dark-colored samples after dyeing through a microscope or a micro-projector. For example, in the dyed cashmere blended textiles with higher prices, it is difficult to identify and analyze the proportion of cashmere and its blended fibers from the surface morphology in the determination of cashmere content components, which brings difficulties to the microscope identification method of textile fiber products. The current measure to deal with this problem is to decolorize the dark fiber with chemical...

AI Technical Summary

Problems solved by technology

The main problem of this method is that it must be measured in a dark room, and there are many manual operations. In addition, the imaging resolution is not enough, and the ability to distinguish the fiber surface structure is not strong, especially for the deep dyed fiber surface structure is difficult to identify

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