Animated balloons

Abstract

A balloon containing a volume of lighter than air gas sufficient to render it buoyant has attached to it self-adjusting expandable or collapsible spring-like member in order to counteract the buoyancy of the balloon and retain it at an essentially stationary vertical position.

I claim: 
     
       1. In combination: upper and lower air buoyant balloons comprising substantially gas impermeable envelopes filled with a lighter than air gas at about atmospheric pressure,   a first reversibly collapsible spring-like member having one end attached to an upper surface of said lower balloon and having the other end attached to a lower surface of said upper balloon, and,   at least one second reversibly collapsible spring-like member attached to a lower surface of said lower balloon,   said second collapsible spring-like member having an effective weight sufficient to exert on said lower balloon a downward force of at least a magnitude sufficient to cause said upper and lower air buoyant balloons to float at an equilibrium position,   and said first and second collapsible spring-like members having a resiliency sufficient to effect a reciprocating motion of said first and second collapsible spring-like members upon the displacement of either balloon from its equilibrium position.   
     
     
       2. The combination of claim 1, said substantially gas impermeable .[.envelope.]. .Iadd.envelopes .Iaddend.being formed of sheets of a composite material continuously sealed along the edge portions thereof and having a continuous opaque coating of vapor deposited aluminum on at least one side thereof, said composite material having at least one nonelastomeric polymer film layer. 
     
     
       3. The combination of claim 1, said spring-like members being uniformly collapsible throughout their length, thereby permitting the effective vertical drag on said ballons to decrease in response to and in proportion to any decease in buoyancy of said ballons. 
     
     
       4. The combination of claim 1, said spring-like members comprising a plurality of paper disc layers, each of said paper disc layers being attached to a first adjacent paper disc layer at at least two points and being attached to a second adjacent paper disc layer at at least one point. 
     
     
       5. The combination of claim 4, each of said paper disc layers being attached to a first adjacent paper disc layer over at least two circular segments and being attached to a second adjacent paper disc layer over at least one elongated area. 
     
     
       6. The combination of claim 4, each of said paper disc layers being attached to a first adjacent paper disc layer over at least one circular segment and over at least one elongated area, and being attached to a second adjacent paper disc layer over at least one circular segment and over at least one elongated area. 
     
     
       7. The combination of claim 1, said spring-like member comprising a paper assembly repetitively articulated along its length to create a variable resistance to extension thereof and to create a spring-like action in opposition to the buoyancy of said balloons. 
     
     
       8. The combination of claim 4, each of said paper disc layers having a central aperture and being attached to a first adjacent paper disc layer over at least two circular segments and being attached to a second adjacent paper disc layer over two elongated areas. 
     
     
       9. The combination of claim 1 having at least two reversibly collapsible members attached to the surface of said lower balloon at pre-selected locations for simulating the appearance of appendages. 
     
     
       10. The combination of claim 1 further comprising at least one decorative attachment secured to at least one of said upper and lower balloons. .[.11. The combination of claim 1, said substantially gas impermeable envelopes being formed of sheets of a composite material continuously sealed along the edge portions thereof and having a continuous opaque coating of vapor deposited aluminum on at least one side thereof, said composite material having at least one nonelastomeric polymer film 
     
     
        layer..]. 12. In combination: upper and lower air buoyant balloons comprising substantially gas impermeable envelopes filled with a lighter than air gas at about atmospheric pressure, said envelopes being formed of sheets of a composite material continuously sealed along the edge portions thereof and having a continuous opaque coating of vapor deposited aluminum on at least one side thereof, said composite material having at least one nonelastomeric polymer film layer;   a first reversibly collapsible spring-like member having one end attached to an upper surface of said lower balloon and having the other end attached to a lower surface of said upper balloon, and,   at least one second reversibly collapsible spring-like member attached to a lower surface of said lower balloon;   at least one decorative attachment secured to at least one of said upper and lower air buoyant balloons;   at least one of said upper and lower balloons having decorative matter printed on the exterior surface thereof,   said second collapsible spring-like member having an effective weight sufficient to exert on said lower balloon a downward force of at least a magnitude sufficient to cause said balloons to float at an equilibrium position,   and said first and second collapsible spring-like members having a resiliency sufficient to effect a reciprocating motion of said first and second collapsible spring-like members upon the displacement of either   
     
     
        balloon from its equilibrium position. .Iadd.13.  In combination: first and second balloons comprising substantially gas impermeable envelopes, said first balloon being filled with a lighter than air gas at about atmospheric pressure;   a first reversibly collapsible spring-like member having one end attached to said first balloon and having the other end attached to said second balloon; and   at least one second reversible collapsible spring-like member attached to said second balloon,   said second reversibly collapsible spring-like member having an effective weight sufficient to exert on said first balloon an effective weight sufficient to cause said first balloon to float at an equilibrium position and said spring-like member having a resiliency sufficient to effect a reciprocating motion of said second collapsible spring-like member upon the displacement of said first balloon from its equilibrium position. .Iaddend. .Iadd.14. The combination of claim 13 wherein said second balloon is filled with a lighter than air gas at about atmospheric pressure. .Iaddend. .Iadd.15. The combination of claim 13 wherein said substantially gas impermeable envelopes are formed of sheets of composite material continuously sealed along the edge portions thereof and having a continuous opaque coating of vapor deposited aluminum on at least one side of each of said gas impermeable envelopes, said composite material having at least one nonelastomeric film layer. .Iaddend. .Iadd.16. An amusement device comprising:   first and second balloons comprising substantially gas impermeable envelopes, said first balloon being filled with a lighter than air gas at about atmospheric pressure;   a first reversibly collapsible spring-like member having one end attached to said first balloon and having the other end attached to said second balloon; and   at least one second reversible collapsible spring-like member attached to said second balloon,   said second reversibly collapsible spring-like member having an effective weight sufficient to exert on said first balloon an effective weight sufficient to cause said first balloon to float at an equilibrium position and said spring-like member having a resiliency sufficient to effect a reciprocating motion of said second collapsible spring-like member upon the displacement of said first balloon from its equilibrium position.   
     
     
        .Iaddend. .Iadd.17.  In combination: at least a pair of spaced apart balloons comprising substantially gas impermeable envelopes filled with a lighter than air gas at about atmospheric pressure, at least one of said balloons being air bouyant,   a first reversibly collapsible spring-like member having its ends attached respectively to said balloons, and   at least one second reversibly collapsible spring-like member attached to the other of said balloons,   said second collapsible spring-like member having an effective weight sufficient to exert on said air buoyant one of said balloons a downward force of at least a magnitude sufficient to cause said balloons to be maintained at an equilibrium position,   and said first and second collapsible spring-like members having a resiliency sufficient to effect a reciprocating motion of said first and second collapsible spring-like members upon the displacement of either balloon from its equilibrium position. .Iaddend.