This invention relates to the field of
ocular visual function
rehabilitation and neuroelectrophysiological regulation technology. The invention discloses an ocular
photostimulation matrix device, comprising: a housing; a display screen, power socket, power switch, and output socket disposed on the housing; a circuit board, a specific medical
transformer, and a
card reader chip assembly disposed inside the housing; and an output component connected to the output socket. This device is a non-invasive ocular
rehabilitation device, breaking through the limitations of traditional vision correction and
nerve repair technologies. Using 8-14Hz alpha
waves as its core, it directly targets the core link of the visual nerve-
central nervous system, fundamentally repairing visual
conduction pathway disorders. It is non-invasive, has no usage restrictions, and is suitable for various
visually impaired individuals. The device is easy to operate and can be used daily. It can induce endogenous light for preliminary fundus screening and can also address vision repair and brain nerve regulation. Supporting accessories further enhance the conditioning effect and device stability.