1. A device to convert a graphic image into a 3D image is comprised of image input loop, image control loop, IR circuit to output parity horizontal translation images and IR spectacles to receive the parity horizontal translation images; the image being transmitted through the image input loop, and a wave shaping unit to a divider; the image being then separated for RGB colors before transmitted to the image control loop for further separation of images of odd field and even field; the separated images being processed by a horizontal translation loop produced by a time lapse controller and transmitted to a phase detector; two transmission lines being produced through the image input loops; the image being separated in the first loop before being transmitted to the divider through the image wave shaping unit, then through an image translation oscillation to a translation controllers via a lateral adjustment unit for achieving a proper lateral translation location; images of odd field and even filed being transmitted in the second loop via the image input loop to the IR circuit; signals of the image being transmitted through the IR circuit to be picked up by the pair of IR spectacles; and the image being present in a 3D image by the masking effect on optical principles of the IR spectacles and the physiological persistence of vision for the image to be combined in the brains of the viewer.