Embedded intelligent image measuring camera system and detection method

Abstract

The invention provides an embedded intelligent image measuring camera system. The embedded intelligent image measuring camera system comprises an image acquisition interface which is a butt-joint embedded intelligent image measuring camera; external equipment and an I / O interface, which is used for directly outputting an image externally, and is a standard VGA / HDMI output interface, can be connected with USB equipment such as a mouse and a USB memory disc; a core board, which is an embedded image processing mainboard, and the specific model is not disclosed, wherein the mainboard is used as acore board of the whole equipment and used for processing a lot of image processing tasks and system management tasks; an embedded operating system, which is a transplanted open source Linux operatingsystem, and is high in compatibility and stable in system; a drive; intelligent image measurement software & image measurement operation panel, which is a software processing module for acquiring a microscope image in real time according to the image acquisition interface; peripheral import and export equipment; and a measurement report used for automatically exporting a measurement result according to an established report format.

Description

Technical field [0001] The invention relates to the technical field of intelligent detection technology and intelligent detection equipment, and specifically, it shows an embedded intelligent image measurement camera system and a detection method. Background technique [0002] In the actual application of microscope measurement in biology and industry, professional and technical personnel often encounter problems such as complicated and time-consuming equipment debugging, human operation failure, inaccurate manual measurement, and deviation of measurement results. [0003] The above-mentioned problems have brought a negative impact on the microscope industry. The first is the increase in labor costs, requiring a professional and technical personnel to deploy at least one equipment administrator and one software administrator; the second is that the work efficiency is reduced, and the professional and technical personnel need to be divided. Taking care of others, work efficiency is ...

AI Technical Summary

Problems solved by technology

[0002] In the practical application of microscope measurement fields such as biology and industry, professional technicians often encounter problems such as complex and time-consuming equipment debugging, human operation failure, inaccurate manual measurement, and deviation of measurement results.

[0003] The above problems have brought adverse effects to the microscope industry. The first is to increase labor costs, so that a professional technician needs to configure at least one device administrator and one software administrator; the second is to reduce work efficiency, and professional technicians need to divide The work efficiency is doubled due to other concerns; the third is that there is a greater risk of measurement accuracy, and there are problems such as loss, scribbled and incomplete records in manual records

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