Microscope gain control system

Abstract

The invention discloses a microscope gain control system, wherein a WIFI (Wireless Fidelity) chip, a Bluetooth chip, a baseband chip, a radio frequency chip and a power management chip which are connected with one another are arranged in an MTK (Media Tek) control platform, wherein a functional key and a display screen are connected to the baseband chip in the MTK control platform; the baseband chip in the MTK control platform is connected with an input end of a single-chip control unit through a serial port; and an output end of the single-chip control unit is divided into at least two paths, of which one path is connected with a focusing motor through a focusing motor driving unit and the other path is connected with a doubling motor through a doubling motor driving unit. A mechanical output shaft of the focusing motor is connected with a focusing gear, and a microscope focusing lens is driven through the focusing gear for focusing. A mechanical output shaft of the doubling motor is connected with a doubling gear, and the microscope doubling lens is driven for doubling through the doubling gear. According to the microscope gain control system, accurate automatic adjustment of a microscope is realized.

Description

technical field [0001] The invention relates to the field of microscopes, in particular to a microscope gain control system. Background technique [0002] Traditional microscopes often control the display clarity by manually adjusting the focal length and the multiplier wheel to achieve the purpose of display clarity and magnification. Although some microscopes use CMOS cameras, they can display imaged objects on the liquid crystal display. The adjustment of the degree also requires manual adjustment of the magnification and focal length. In some large and closed applications, the requirements for the environment are more stringent. Operation, etc., in terms of environmental requirements, there should be no interference from human factors, all of which are not conditions that can be achieved by traditional microscopes. Although there are high-precision and intelligent microscope imaging systems, they are too expensive to meet the needs of the masses. Therefore, an affordabl...

AI Technical Summary

Problems solved by technology

[0002] Traditional microscopes often control the display clarity by manually adjusting the focal length and the multiplier wheel to achieve the purpose of display clarity and magnification. Although some microscopes use CMOS cameras, they can display imaged objects on the liquid crystal display. The adjustment of the degree also requires manual adjustment of the magnification and focal length. In some large and closed applications, the requirements for the environment are more stringent. Operation, etc., in terms of environmental requirements, there should be no interference from human factors, all of which are not conditions that can be achieved by traditional microscopes. Although there are high-precision and intelligent microscope imaging systems, they are too expensive to meet the needs of the masses. Therefore, an affordable microscope gain control system can be designed to meet the needs of microscope automation transformation

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