3D Video Measuring Instrument

     The full-automatic anime image measuring instrument is based on the CCD digital image, relying on the computer screen measurement technology and the powerful software capability of spatial geometry operation. After installing the computer with remarkable control and graphic measurement software, it becomes a measurement brain with software soul and is the main body of the entire equipment. It can quickly read the displacement value of the optical ruler and obtain the desired result instantaneously through software module operation based on space geometry. Graphics are generated on the screen for the operator to compare images and images so that the possible deviation of measurement results can be visually distinguished. All this is done in real-time in the face of mighty computer computing power, and the operator himself cannot detect it. This kind of precision instrument that can use CCD digital images through computer software operation to meet the needs of complex measurement is the actual image measuring instrument, anime.
     A fully automatic image-measuring instrument, which is an advanced stage of image measurement technology, is brilliant and automatic. The performance of its software and hardware makes the coordinate size measurement convenient and comfortable. It has an automatic learning function based on machine vision and process control. Relying on the high-speed and accurate micrometer-level displacement of digital instruments, it can self-learn and memorize the path of the measurement process, focusing, point selection, function switching, manual correction, light matching, and other operating methods. The full-automatic image measuring instrument can quickly learn all the operator's practical operation processes and achieve artificial intelligence by combining its automatic focusing, area search, target locking, edge extraction, and fuzzy operation of rational matching points. It can automatically correct the deviation caused by workpiece and displacement differences and achieve accurate point selection with high precision repeatability. Thus, the operators can be freed from the monotonous operations such as accurate visual alignment, frequent point selection, repeated displacement, function switching, and increasingly heavy tasks to be tested, and improve the efficiency of workpiece batch testing hundreds of times to meet the needs of industrial sampling inspection and mass testing.