Instantaneous dynamic process microscopic imaging observation instrument

Abstract

The invention discloses an instantaneous dynamic process microscopic imaging observation instrument capable of automatically feeding liquid. The instantaneous dynamic process microscopic imaging observation instrument comprises a full-automatic liquid feeding unit, a relative microscopic unit, an image transmission unit and an intelligent control unit. According to the instantaneous dynamic process microscopic imaging observation instrument, power is provided through mechanical movement of a motor propeller, and a rotary arm swings to calibrate a position; a reagent is added onto a sample; then a light source is amplified through an objective lens and an eye lens through a scattering or reflection effect generated on the surface of the sample, and then space information of the sample is acquired; furthermore, an acquisition function of an imaging transmission unit photographing device can be used for transmitting the information to a computer; then the information forms complete imageinformation through computer analysis software; then a photo is automatically photographed according to pre-set time. By adopting the instantaneous dynamic process microscopic imaging observation instrument, a change process of the sample while the reagent is added can be observed in real time; the instrument is applicable to observation of an instantaneous dynamic process of reaction and has theadvantages of simplicity in operation and easiness for utilization, convenience for maintenance and management, high automation degree and the like.

Description

technical field [0001] The invention relates to the technical field of scientific research laboratory equipment, in particular to an instantaneous dynamic process microscopic imaging observer that can automatically add liquid. Background technique [0002] A microscope is an instrument that enables humans to observe a more subtle world. Since its invention, it has been widely used in scientific research fields such as biology, physics, chemistry, and medicine, and has greatly promoted the progress of modern science. Microscopes can be divided into optical microscopes and electron microscopes according to their working principles and their composition. The imaging principle of the optical microscope is based on light as the medium, irradiating the surface of the sample through the condenser lens, and then magnified by the objective lens and eyepiece, and then obtains the magnified information of the sample; the imaging principle of the electron microscope is based on the prin...

AI Technical Summary

Problems solved by technology

The above related patents have improved the digital optical microscope to a certain extent, but it is only a combination of existing functions, which cannot meet more needs of experimenters, such as real-time monitoring of reagents added to samples, and cannot reduce the number of experiments. The amount of film production and reading of the personnel, resulting in problems such as heavy workload, high repetition rate, and low work efficiency

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