Electronic 3D (three dimensional) microscope for operations

Abstract

The invention discloses an electronic 3D (three dimensional) microscope for operations, and relates to the field of microscopes for the operations. The electronic 3D microscope for the operations solves the problems that a multiple of an eye lens of an existing 3D electronic microscope can not be optionally adjusted, the existing 3D electronic microscope is troublesome to install and demount, and certain difficulty is brought into operation observation. The electronic 3D microscope for the operations comprises an electronic microscope, a left path imaging device, a right path imaging device, a master control image processing device and a display device, wherein the left path imaging device is composed of an eye lens general interface, an optical imaging system and an electronic imaging system, and the master control image processing device comprises an image processing module, an image storage module and a control panel. The electronic 3D microscope for the operations fixes a left / right path imaging system by using the eye lens general interface, is convenient to install and demount, performs optics adaptation on the eye lens and the electronic imaging system through the optical imaging system, obtains a view field angle as same as a view field angle obtained through human eye detection, obtains a real 3D image, greatly improves the comfort level of users, and reduces fatigue of the users.

Description

technical field [0001] The invention relates to the field of surgical microscopes, in particular to an electronic 3D microscope for surgery. Background technique [0002] Disadvantages of traditional surgical microscopes: The surgeon observes completely according to the eyepiece, and the doctor’s head cannot move at will. If there is a slight sideways movement, the line of sight will deviate from the eyepiece, and the surgical site cannot be clearly observed. According to statistics, it takes 2 to 3 hours to perform an operation, and some doctors have to perform 2 to 3 operations in a row in a day. If things go on like this, heavy work makes spondylosis and lumbar spondylosis an occupational disease for surgeons. In order to reduce the workload of surgeons and improve surgical efficiency, 3D electron microscopes have appeared. However, this 3D electron microscope cannot adjust the multiple of the eyepiece at will, and installation and disassembly are very troublesome, which ...

AI Technical Summary

Problems solved by technology

In order to reduce the workload of the surgeon and improve the efficiency of the operation, a 3D electron microscope has appeared. However, this 3D electron microscope cannot adjust the multiple of the eyepiece at will, and it is very troublesome to install and disassemble, which brings certain difficulties to the operation observation.

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