Phytoplankton microscopic image acquisition equipment and microscopic image observation system

Abstract

The invention provides phytoplankton microscopic image acquisition equipment and a microscopic image observation system, and relates to the field of optical microscopic shooting. According to the invention, two accommodating grooves matched with an eyepiece sleeve of a binocular microscope are formed in an accommodating shell; the accommodating shell is arranged on the binocular microscope in a sleeving manner through the two accommodating grooves; a mounting through hole is formed in the bottom of each accommodating groove; each camera is correspondingly mounted in one mounting through hole;then, an image processing unit mounted in a hollow cavity is electrically connected with the two cameras; the image processing unit respectively collects a left ocular lens microscopic image and a right ocular lens microscopic image through the two cameras for image combination to obtain a microscopic image to be displayed; and finally, the image processing unit transmits the microscopic image tobe displayed to display equipment through a communication unit to be displayed, so that the realization cost and the operation difficulty are reduced, and the equipment compatibility is improved whilethe image definition of the acquired phytoplankton microscopic image is improved.

Description

technical field [0001] The present application relates to the field of optical microscopic photography, in particular, to a microscopic image acquisition device and a microscopic image observation system of phytoplankton. Background technique [0002] With the continuous development of science and technology, optical microscopes are widely used in scientific research and teaching in the fields of biology, medicine, and electronic engineering. In order to facilitate research and communication in the field of water evolution, it is usually necessary to observe The microscopic images of the phytoplankton in the water body were taken and recorded. At present, the industry usually adopts the method of aiming the mobile phone at the eyepiece observation port of the microscope to take microscopic images, or modifying the eyepiece tube of the microscope so that the modified eyepiece tube has the function of taking pictures to realize the optical microscopic shooting operation. Howe...

AI Technical Summary

Problems solved by technology

However, as far as the above two solutions are concerned, the former will usually result in unclear image effects due to the hand shake of the photographer, and at the same time, there are huge gaps in the implementation of mobile phone shooting operations in complex environments (for example, in the wild or in narrow areas). Inconvenience, while the latter requires a large cost for microscope customization business, and there is a problem of poor equipment compatibility

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