Vision inspection and correction method, together with the system apparatus thereof

A vision inspection and correction method, includes two inspection processes and systems, a first one of the two inspection processes being an image fusion process, and a second one of the two inspection processes being a binocular vision focal length detection process;

• wherein the first one comprises a step of using an adjustment device to perform at least one of enlarging, reducing, shifting, focusing, diverging and rotating a misaligned image obtained by an inspected person's abnormal eyes, so that the inspected person's eyes can see an aligned image projected on a display screen, wherein the adjustment of the misaligned image to the aligned image by the image adjustment device generates adjustment data which can be converted into correction data of a glasses, such that a lens maker is enabled by the correction data to make a lens for the inspected person to see the aligned image through the lens;
• wherein a display screen is used to display images, such that both eyes of the inspected person can see a convergence on the display screen, and the inspected person can see a fusion image with a single eye and separate the images;
• wherein a projection equipment is connected with a central processing unit (CPU), and accepts image files stored in the central processing unit to project the image onto the display screen, the image stored in the central processing unit (CPU) has an independent three-dimensional image, including images of points, lines, and planes, wherein the separated images can be respectively seen by left and right eyes;
• and
• wherein a remote control is used to control the the projection equipment, and the projected image is adjusted by enlargement, reduction, shifting, focusing, diverging or rotation of an instruction received from the inspected person.