Internet communication based digital microscope and interaction method of digital microscope

Abstract

The invention discloses an internet communication based digital microscope and an interaction method of the digital microscope. The internet communication based digital microscope has the image data format processing function and the wired and wireless data transmission function and can generate wired or wireless local network through a master computer so as to generate a digital interaction system. The digital microscope comprises a host computer, a digital imaging device, a hinge head part and an eyepiece, wherein the digital imaging device at least comprises a spectroscopic imaging system, a cursor indicating system, an image sensor, an image processor and an input controller; the image sensor is used for digitalizing an image and a cursor image in the eyepiece of the microscope; the image processor is used for processing image data and transmitting the data in a wired and wireless network communication manner. According to the digital microscope, the transmission mode and the display mode are improved; various functions of the digital image can be reasonably constructed; the microscope can be conveniently connected with an intelligent device; a powerful support is provided for the interactive communication of a microscope system.

Description

technical field [0001] The invention belongs to the technical field of digital microscopes, and in particular relates to a digital microscope based on network communication and an interactive method thereof. Background technique [0002] With the development of science and technology, digital imaging applications are becoming more and more extensive, with more and more functions, and the digital microscope is becoming more and more intelligent. However, other functions required by users, such as network communication, have been lacking. Microscopes are all under the control of the computer to collect and photograph the images under the microscope and perform image processing and image transmission. At this time, the digital microscope is only an input terminal of the computer, resulting in no way to realize multi-person interaction without a computer. And image processing, transmission, and resource sharing. [0003] In the patent document with the patent number ZL 20072017...

AI Technical Summary

Problems solved by technology

[0008] It can be seen that in all the aforementioned technical solutions, each digital microscope needs to be equipped with a display, so that the captured digital images are all in a clear focal plane position, in case the deviation of the human eye's diopter causes the observation through the eyepiece. Due to the difference in image plane from digital images, for image processing, image analysis and other information technology functions, each microscope is either equipped with or has a built-in computer, which results in high cost and takes up a lot of valuable classroom space resources; with this At the same time, there is still a problem that when students observe images, they pay too much attention to the images on the monitor, and do not observe through the microscope eyepiece. The students' hands-on ability cannot be effectively exercised and improved. Boring, operating the computer for entertainment, even, the digital interactive system built with the above-mentioned scheme, it is difficult to discuss at a specific location during real-time discussion and communication, and this problem seriously affects interactive communication

This solution has image processing and image transmission functions, but no image display function. However, due to the existence of human eye diopter errors, it is difficult for the microscope visual and digital images to be clearly imaged at the same time without borrowing an external display device, and When multiple people are discussing, it is difficult to discuss in a specific location, so when building an interactive program, this problem seriously affects the interactive communication

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