Video screen magnifier for virtual reality and game applications

Claim 2

A magnifier apparatus for use with a video display screen comprising: a) a magnifying lens, b) a housing having a front side, a rear side and a plurality of sides, said front side and said rear side being parallel to each other and open to allow light from said video display screen to pass through said rear side, said rear side covering said video display screen and positioned adjacent to said video display screen, said front side having an opening which allows a user to see through said front side and including positioning means to allow the face of said user to engage said front side in such a position that a fixed distance is maintained between said user's eyes and said magnifying lens, the line of sight from said user to said video display screen is perpendicular to said video display screen and passes perpindicularly through said magnifying lens, said front side and said rear side of said housing, said plurality of sides being perpendicular to said front side and said rear side and so positioned as to support said magnifying lens in a position that is between and parallel to said front side and said rear side; c) means for joining said magnifying lens to said housing at a location that is between and parallel to said front side and said rear side of said housing, and d) means for attaching said housing to said video display screen in such a position that said rear side is adjacent and parallel to said video display screen.

Claim 3

The magnifier apparatus of claim 1 wherein said plurality of sides are opaque.

Claim 4

The magnifier apparatus of claim 1, further including a second magnifying lens, said second magnifying lens positioned between said magnifying lens and said video display screen and parallel to said video display screen.

Claim 5

The magnifier apparatus of claim 1, further including a filter for rays emanating from said video display screen, said filter positioned within said housing and parallel to said video display screen.

Claim 6

A stereoscopic magnifier apparatus for use with video display screen comprising: a) two magnifying lenses, juxtaposed right and left, one to the other, with their respective optic centers spaced apart a distance that is equal to or greater than the distance between the centers of a user's eyes; b) a housing having a front side, a rear side and a plurality of sides, said front side and said rear side being parallel to each other and open to allow light from said video display screen to pass through said rear side, said rear side covering said video display screen and positioned adjacent to said video display screen, said front side having an opening which allows a user to see through said front side and including positioning means to allow the face of said user to engage said front side in such a position that a fixed distance is maintained between said user's eyes and said magnifying lens, the line of sight from said user to said video display screen is perpendicular to said video display screen and passes perpindicularly through said magnifying lens, said front side and said rear side of said housing, said plurality of sides being perpendicular to said front side and said rear side and so positioned as to support said magnifying lens in a position that is between and parallel to said front side and said rear side; c) means for joining said magnifying lens to said housing at a location that is between and parallel to said front side and said rear side of said housing, and d) means for attaching said housing to said video display screen in such a position that said rear side is adjacent and parallel to said video display screen.

Claim 7

A stereoscopic magnifier apparatus for use with video display screen comprising: a) two magnifying lenses, juxtaposed right and left, one to the other, with their respective optic centers spaced apart a distance that is equal to or greater than the distance between the centers of a user's eyes; b) a housing having a front side, a rear side and a plurality of sides, said front side and said rear side being parallel to each other and open to allow light from said video display screen to pass through said rear side, said rear side covering said video display screen and positioned adjacent to said video display screen, said front side having an opening which allows a user to see through said front side and including positioning means to allow the face of said user to engage said front side in such a position that a fixed distance is maintained between said user's eyes and said magnifying lens, the line of sight from said user to said video display screen is perpendicular to said video display screen and passes perpindicularly through said magnifying lens, said front side and said rear side of said housing, said plurality of sides being perpendicular to said front side and said rear side and so positioned as to support said magnifying lens in a position that is between and parallel to said front side and said rear side; c) means for joining said magnifying lens to said housing at a location that is between and parallel to said front side and said rear side of said housing, and d) means for attaching said housing to said video display screen in such a position that said rear side is adjacent and parallel to said video display screen.

Claim 8

The stereoscopic magnifier apparatus of claim 5 wherein said plurality of sides are opaque.

Claim 9

A magnifier apparatus for use with a video display screen comprising: a) a magnifying lens, b) a housing having a front side, a rear side and a plurality of sides, said front side and said rear side being optically transparent and parallel to each other, said rear side being of approximately the same dimensions as said video display screen, said plurality of sides being perpendicular and conjoining to said front side and said rear side and positioned as to support said magnifying lens in a position mesial and parallel to said front side and said rear side, c) means for engaging the face of a user with said front side of said housing in a position wherein the line of sight from said user through said magnifying lens to said video display screen is unobstructed and is aligned perpendicular to said video display screen and said magnifying lens, d) means for joining said magnifying lens to said housing at a location mesial and parallel to said front side and said rear side of said housing, and e) means for attaching said housing to said video display screen such a position that said rear side is in apposition to said video display.

Claim 10

A magnifier apparatus for use with a video display screen comprising: a) a magnifying lens, b) a housing having a front side, a rear side and a plurality of sides, said front side and said rear side being optically transparent and parallel to each other, said rear side being of approximately the same dimensions as said video display screen, said plurality of sides being perpendicular and conjoining to said front side and said rear side and positioned as to support said magnifying lens in a position mesial and parallel to said front side and said rear side, c) means for engaging the face of a user with said front side of said housing in a position wherein the line of sight from said user through said magnifying lens to said video display screen is unobstructed and is aligned perpendicular to said video display screen and said magnifying lens, d) means for joining said magnifying lens to said housing at a location mesial and parallel to said front side and said rear side of said housing, and e) means for attaching said housing to said video display screen such a position that said rear side is in apposition to said video display.

Claim 11

The magnifier apparatus of claim 7 wherein said plurality of sides are opaque.

Claim 12

The magnifier apparatus of claim 7, further including a second magnifying lens, said second magnifying lens positioned mesial said magnifying lens and said video display screen and parallel to said video display screen.

Claim 13

The magnifier apparatus of claim 7, further including a filter for rays emanating from said video display screen, said filter spanning the inside of said housing and parallel to said video display screen.