Computerized globe/almanac system

• US 5,057,024 A
• Filed: 08/22/1988
• Issued: 10/15/1991
• Est. Priority Date: 08/01/1986
• Status: Expired due to Fees

• Current Assignee: Glenn C. Sprott, Kevin C. Malone, Ruth J. Sprott
• Original Assignee: Glenn C. Sprott, Kevin C. Malone, Ruth J. Sprott
• Inventors: Sprott, Glenn C., Malone, Kevin C., Sprott, Ruth J.
• Primary Examiner(s): Coven, Edward M.
• Assistant Examiner(s): Graham, Mark S.
• Application Number:
  US07/236,339
• Time in Patent Office: 1,149 Days
• Field of Search: 434/130-136, 434/141-149, 434/153, 364/419, 364/420, 362/800, 362/809, 340/286 M
• US Class Current: 434/146
• CPC Class Codes: G09B 27/08 Globes celestial globes G09B27/06
• CPC Class Codes: Y10S 362/809 Terrestrial globe

Abstract

A computer controlled illuminated globe almanac is disclosed for rotating the globe to a selected viewing position and illuminating selected points, lines and areas on the globe. The system also displays and/or prints associated almanac-type data such as, for example, city or country name and population, river name an length, etc.

Claims

1. A computer controlled globe almanac comprising:

a globe having an outer surface;

means for rotating the globe to a selected viewing orientation relative to a viewer;

inserts attached to the globe outer surface via holes therein, said inserts defining regions and points corresponding to selected geographic and political features;

at least one illumination source, said illumination source optically coupled to a selected one of the inserts via one of said holes for internally illuminating said selected insert;

an optical light pipe means between said illumination source and said selected insert comprising an opaque cylinder in said one hole and a light pipe in said cylinder, for channeling light from said illumination source to said selected insert;

computer means controlling the rotating means to effect rotation of the globe to the selected viewing orientation and controlling activation of the illumination source to illuminate selected points and regions; and

the globe being mounted on a base housing, said base housing including power and control wiring for the globe rotation means and illumination source, said globe further comprising;

a shaft having one end mounted to the base housing and a second end extending into the globe for mounting the globe and routing said wiring into the globe;

a mounting plate mounted internally within the globe co-axially with said shaft;

said globe rotation means including a motor mounted on said mounting plate and adapted for rotating the globe about said shaft; and

p1 a slip ring assembly mounted on the second end of said shaft and to the mounting plate for connecting said wiring to said illumination source and said rotating means.

2. The computer controlled globe almanac of claim 1, wherein the globe surface comprises depressed areas for receiving said inserts, said selected insert including a hollow post having said optical light pipe means therein, said post being inserted into said hole to mount said insert to the globe.

3. The computer-controlled globe almanac of claim 1, wherein the said inserts are removable so that the globe information, such as the name and boundaries of countries, is changeable.

4. The computer-controlled globe almanac of claim 1, wherein the globe surface and associated inserts and points correspond to features selected from one of navigational maps and celestial maps.

5. The computer-controlled globe almanac system of claim 1, said computer means being programmed for displaying selected almanac information corresponding to the selected points and regions.

6. A computer-controlled globe almanac of, comprising:

a globe having an outer surface;

means for rotating the globe to a selected viewing orientation relative to a viewer;

inserts attached to the globe outer surface via holes therein, said inserts defining regions and points corresponding to selected geographical and political features;

at least one illumination source, said illumination source optically coupled to a selected one of the inserts via one of said holes for internally illuminating said selected insert;

an optical light pipe means between said illumination source and said selected insert comprising an opaque cylinder in said one hole and a light pipe in said cylinder, for channeling light from said illumination source to said selected insert;

computer means controlling the rotating means to effect rotation of the globe to the selected viewing orientation and controlling activation of the illumination source to illuminate selected points and regions; and

a base housing including power and control wiring for the globe rotation means and illumination source;

a shaft having one end mounted to the base housing and a second end extending into the globe for mounting the globe;

a stationary mounted plate mounted internally within the globe co-axially with said shaft;

said globe rotation means including a motor mounted on said stationary mounting plate and adapted for rotating the globe about the shaft;

a slip ring assembly mounted on the second end of the shaft and to the mounting plate; and

wiring means routed between the base housing the globe for supplying power and control leads to the motor and illumination source, said wiring means comprising a first wiring section routed from the base housing through the shaft to the slip ring assembly;

a second section connected between the slip ring assembly and the mounting plate; and

a third section connected between the mounting plate and the at least one source of illumination and the motor, whereby a stationary route is provided for said wiring means within the rotational globe.