360° Viewing system

Claim 3

The method of claim 1, in which said revolutions per minute exceed 900.

Claim 4

A 360° viewing apparatus comprising, in combination: a. a mounting means defining a rear projection screen lying in a vertical plane upon which a picture to be viewed is displayed; and b. means for rotating said mounting means including a vertical hollow shaft secured to the mounting means and a motor means connected to the shaft to rotate said shaft at a given number of revolutions per minute; a projector secured within said shaft; and light guiding means in the mounting means for projecting a picture in said projector onto said rear projection screen to provide said picture to be viewed, said projector, light guiding means and rear projection screen all rotating simultaneously with said shaft and mounting means so that said picture remains stationary relative to said screen for every rotational position of said mounting means, whereby a plurality of viewers forming a ring around said mounting means will each see said picture a number of times every minute corresponding to said given number of revolutions per minute when their line of sight is normal to said picture, the given number of revolutions per minute being sufficient that in effect all viewers see this same picture substantially simultaneously.

Claim 5

A 360° viewing apparatus comprising, in combination: a. a mounting means defining a rear projection screen lying in a vertical plane upon which a picture to be viewed is displayed; and b. means for rotating said mounting means including a vertical hollow shaft secured to the mounting means and a motor means connected to the shaft to rotate said shaft at a given number of revolutions per minute; a projector secured within said shaft; and light guiding means in the mounting means for projecting a picture in said projector onto said rear projection screen to provide said picture to be viewed, said projector, light guiding means and rear projection screen all rotating simultaneously with said shaft and mounting means so that said picture remains stationary relative to said screen for every rotational position of said mounting means, whereby a plurality of viewers forming a ring around said mounting means will each see said picture a number of times every minute corresponding to said given number of revolutions per minute when their line of sight is normal to said picture, the given number of revolutions per minute being sufficient that in effect all viewers see this same picture substantially simultaneously.

Claim 6

An apparatus according to claim 3, in which said light guiding means comprises a mirror in said mounting means disposed to the rear of said rear projection screen.

Claim 7

An apparatus according to claim 3, in which said mounting means includes counterweight means for dynamically balancing said mounting means about said vertical axis.

Claim 8

A 360° viewing apparatus comprising, in combination: a. a mounting means defining a rear projection screen lying in a vertical plane upon which a picture to be viewed is displayed; and b. means for rotating said mounting means about a vertical axis which exactly bisects said picture in said vertical plane, at a given number of revolutions per minute; a T.V. picture tube facing vertically upwardly coaxial with said vertical axis in a position below said screen; a first mirror carried in said mounting means vertically above said picture tube and angulated to reflect the image on said tube away from said vertical axis; a second mirror carried in said mounting means positioned to the rear of said screen and angulated to reflect the image from said first mirror onto said screen to provide said picture to be viewed, said means for rotating said mounting means comprising motor means connected to the mounting means so that said mirrors and screen are also rotated relative to said T.V. picture; and electronic means for rotating the image on the face of said T.V. tube in its own plane about said vertical axis, said electronic means being synchronized with said motor means so that said image is rotated in precise synchronism with the rotation of said mounting means whereby a plurality of viewers forming a ring around said mounting means will each see said picture a number of times every minute corresponding to said given number of revolutions per minute when their line of sight is normal to said picture, the given number of revolutions per minute being sufficient that in effect all viewers see the same picture substantially simultaneously.

Claim 9

A 360° viewing apparatus comprising, in combination: a. a mounting means defining a rear projection screen lying in a vertical plane upon which a picture to be viewed is displayed; and b. means for rotating said mounting means about a vertical axis which exactly bisects said picture in said vertical plane, at a given number of revolutions per minute; a T.V. picture tube facing vertically upwardly coaxial with said vertical axis in a position below said screen; a first mirror carried in said mounting means vertically above said picture tube and angulated to reflect the image on said tube away from said vertical axis; a second mirror carried in said mounting means positioned to the rear of said screen and angulated to reflect the image from said first mirror onto said screen to provide said picture to be viewed, said means for rotating said mounting means comprising motor means connected to the mounting means so that said mirrors and screen are also rotated relative to said T.V. picture; and electronic means for rotating the image on the face of said T.V. tube in its own plane about said vertical axis, said electronic means being synchronized with said motor means so that said image is rotated in precise synchronism with the rotation of said mounting means whereby a plurality of viewers forming a ring around said mounting means will each see said picture a number of times every minute corresponding to said given number of revolutions per minute when their line of sight is normal to said picture, the given number of revolutions per minute being sufficient that in effect all viewers see the same picture substantially simultaneously.