Abstract A visualization training device with adjustable electro-optical shutters comprises a pair of goggles (10) and a control unit (20). The goggles have a single lens made of an electro-optical shutter (11) which uses liquid crystals as the light valve. The control unit produces a square wave which alternately drives the shutter opened and closed. The opening and closing cycles are adjustable in duty cycle and frequency via a duty cycle control knob (21) and a frequency control knob (22). When the shutter is opened, it is transparent so that the user has a panoramic view of external visual information. When the shutter is closed, it becomes an opaque white to occlude the visual information from the user, so that the user must mentally visualize the previous information. The opening and viewing, and closing and visualizing cycle is repeated to train and improve the visualization ability of the user.
A method of training a person to visualize, comprising: providing said person with a field of view so that said person can view an image in said field of view, periodically interrupting said field of view with a series of sequential interruption intervals so that said person will not see said image during each of said interruption intervals, said periodically interrupting being performed by an electro-optical shutter in front of at least one eye of said person, whereby said person will be forced to visualize said image during each of said interruption intervals.
Claim 2
Independent Claim
93 words
A method of training a person to visualize, comprising: providing said person with a field of view so that said person can view an image in said field of view, periodically interrupting said field of view with a series of sequential interruption intervals so that said person will not see said image during each of said interruption intervals, said periodically interrupting being performed by an electro-optical shutter in front of at least one eye of said person, whereby said person will be forced to visualize said image during each of said interruption intervals.
Claim 3
Dependent Claim
15 words
The method of claim 1, further including varying the frequency of said sequential interruption intervals.
Claim 4
Dependent Claim
15 words
The method of claim 1, further including varying the duration of said sequential interruption intervals.
Claim 5
Dependent Claim
17 words
The method of claim 1, further including varying the frequency and duration of said sequential interruption intervals.