Large-field-of-view high-resolution 2D/3D microscope

Abstract

The present invention provides a large-field-of-view high-resolution 2D / 3D microscope. The microscope comprises a microimaging main body of an objective lens array, a naked eye 2D / 3D compatible display and a data processing computer, the microimaging main body of the objective lens array is formed by the objective lens array, a camera array, a common lens cone, an attitude converter, a lens frameand an object carrier. The objective lens array is connected with the attitude converter, the objective lens array and the attitude converter commonly use the same common lens cone, the images formedby each objective lens are collected by the camera corresponding to the camera array, and a large-field-of-view 2D image or a 3D composite image is finally generated. The microscope can perform large-field-of-view high-resolution 2D / 3D imaging and display, and can perform 3D imaging and display.

Description

technical field [0001] The present invention relates to a microscope, more specifically, the present invention relates to a large field of view high-resolution 2D / 3D (two-dimensional / three-dimensional) microscope. Background technique [0002] Microscopes are indispensable and important instruments in many aspects of today's technology and life. Advances in science and technology have also led to rapid changes in the scope of application and functional requirements of microscopes. For example, in the fields of life sciences, environmental safety, and micro-nano processing, the large-field reproduction and Rapid detection requires the microscope to have a larger imaging field of view, while scientific research, teaching demonstration and other fields have put forward new requirements for microscope functions such as sharing, real-time and three-dimensionality. Therefore, in addition to high resolution, large field of view and naked-eye 3D display are both urgently needed fea...

AI Technical Summary

Problems solved by technology

Due to the limitations of optical principles, the field of view of traditional microscopes can only reach about 1mm; in terms of 3D microscopic display, although laser scanning real-time stereoscopic microscopes have appeared, this microscope realizes stereoscopic viewing in the form of red and blue glasses. and display, there is severe eyestrain and color distortion

In addition, the need to wear glasses to view also reduces the convenience and comfort of viewing

In short, the current microscope does not have the function of large field of view, high resolution, and naked-eye 3D display.

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