High-efficiency intelligent heating type microscope

Abstract

The invention relates to a high-efficiency intelligent heating type microscope which comprises a microscope body (1). The microscope body (1) comprises a specimen tray (2) and a control module (3). The microscope body (1) further comprises a power supply (4), a control button (5), an electric heating module (6) and a clock circuit (7) respectively connected with the control module (3). The specimen tray (2) is made of heat conduction materials. The control module (3), the power supply (4) and the clock circuit (7) are arranged on the lower surface of the specimen tray (2) respectively through a thermal insulation layer. The electric heating module (6) is arranged on the lower surface of the specimen tray (2) in a tightly attached way. The high-efficiency intelligent heating type microscope adopting the specimen tray (2) made of heat conduction materials as a basis achieves specimen heating operations through the designed electric heating module (6) via the specimen tray (2). The storage requirements of special specimens are satisfied. The specimen observation data accuracy is greatly improved.

Description

technical field [0001] The invention relates to a high-efficiency intelligent heating microscope, which belongs to the technical field of intelligent microscopes. Background technique [0002] A microscope is an optical instrument composed of a lens or a combination of several lenses. It is a sign that human beings have entered the atomic age. It is mainly used to magnify tiny objects and become instruments that can be seen by human eyes. With the development of human science and technology, existing microscopes are constantly being improved and innovated, such as Patent No.: 200780021423.X, which discloses a microscope for focusing by inserting a split prism during focusing assistance. The image of the iridescent diaphragm is branched by the angular deflection action of the split prism into two images that are individually shifted and focused at symmetrical positions across the optical axis of the microscope. These two branch images of the iridescent diaphragm are further ...

AI Technical Summary

Problems solved by technology

[0005] It can be seen from the above existing technologies that the existing microscopes mostly start with the structure and combine with more advanced optical technology to achieve more accurate observation effects. Neglected, for example, the storage of some specimens has requirements for temperature, but the working environment of existing microscopes is only at room temperature, and it is difficult to meet the storage requirements of specimens. In this way, in the process of observing specimens, such specimens It is easily affected by the ambient temperature, which may affect the accuracy of the observation data

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