Bubblematic
First Claim
1. A bubble producing, and dispersing toy which comprises of:
- a main shaft;
A. A system of synchronized gears, wherein said main shaft is directly propelled via motive power source;
B. A top shell that is rotated via said main shaft, where in said main shaft extends up from said motive power source to said top shell;
C. A main shell wherein its chief support is a secondary shaft, that encases said main shaft, wherein said secondary shaft is connected to said main shell from substantially the center;
D. A plurality of bubble forming orifices deployed in rows on both said main shell and said top shell, wherein said main shell has protruded holes in order to catch bubble producing solution as said top shell perpetually spins directly on top of said main shell in effect to lather solution and spread a film over said protruded holes;
E. A fan;
F. A fan for rotation about said secondary shaft, whereas said secondary shaft is said fans axis, wherein said fans motive power source is, indirectly, said gearing system;
G. A base that houses all of the toy'"'"'s mechanism which comprises of;
I) A pump II) A motor III) A gear system IV) A solution tank V) A battery enclosure VI) An electrical system VII) A plumbing system I. A gearing system in which a power gear initiates the motive power source in which said power gear impels secondary gear, whereas said secondary gear is connected to said power gear, wherein said secondary gear impels a main gear, wherein said main gear impels main shaft gear two and a pump gear, whereas the crank arm is directly attached to said pump gear;
therefore, as pump gear is in motion said crank arm is cranked which impels a piston, wherein said piston initiates flow of solution through the pump; and
J. A plumbing system, wherein said pump impels flow of solution through the tubing, whereas the solution tank is the storage place for the bubble solution and whereas said pump pulls solution from said tank through said tubing and up said main shaft via a rotary axial where solution is squirted from a solution nozzle, where solution is to drizzle down said main shell in an attempt to girdle said protruded holes, wherein said top shell spins perpetually to form solution film, whereas air is exiting through bubble forming orifices to produce and disperse bubble out and about the atmosphere.
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Accused Products
Abstract
The bubble blaster is a toy directed towards dispersing a mass amount of bubbles, of various sizes, synchronously, at rapid speeds. The present invention is ran by a three speed motor, stationed inside the base. The base is also the storage house for the machine mechanism: A synchronized gearing system; a simple plumbing system; a pump; and solution tank. The gearing system spins the top shell and the fan that is stationed inside of the spherical chamber of the toy, via main shaft. At the bottom of the main shaft there are two gears: one that spins the fan, and the second one is synchronized with the gearing system, allowing it to rotate the main shaft. The main shaft extends up from the base and attaches to the top shell. The fan spins on an axis that encases the main shaft and supports the main shell. The main shell lies directly under the top shell, and is not visible. Both shells are perferrated with various size holes that coincides with one another. The only difference is that the main shell'"'"'s holes are protruded. One of the gears controls the pump that flows the solution from the tank through the plumbing system and up through the main shaft and squirt out of the solution nozzle, that is stationed at the tip of the main shaft, there the solution hits the splash wall where it is tamed and drizzle down the main shell; while the top shell is spinning, the solution is lathering and spreading a bubble film over the plurality of holes while the fan impels air to rapidly disperse, synchronously, multiple streams of bubbles of various sizes into the air. Whatever is remaining of the solution drips down into the gutters and is sucked back into the air tight tank, where it will be recycled and reused. This process is continuous until there is no solution left.
37 Citations
29 Claims
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1. A bubble producing, and dispersing toy which comprises of:
- a main shaft;
A. A system of synchronized gears, wherein said main shaft is directly propelled via motive power source;
B. A top shell that is rotated via said main shaft, where in said main shaft extends up from said motive power source to said top shell;
C. A main shell wherein its chief support is a secondary shaft, that encases said main shaft, wherein said secondary shaft is connected to said main shell from substantially the center;
D. A plurality of bubble forming orifices deployed in rows on both said main shell and said top shell, wherein said main shell has protruded holes in order to catch bubble producing solution as said top shell perpetually spins directly on top of said main shell in effect to lather solution and spread a film over said protruded holes;
E. A fan;
F. A fan for rotation about said secondary shaft, whereas said secondary shaft is said fans axis, wherein said fans motive power source is, indirectly, said gearing system;
G. A base that houses all of the toy'"'"'s mechanism which comprises of;
I) A pump II) A motor III) A gear system IV) A solution tank V) A battery enclosure VI) An electrical system VII) A plumbing system I. A gearing system in which a power gear initiates the motive power source in which said power gear impels secondary gear, whereas said secondary gear is connected to said power gear, wherein said secondary gear impels a main gear, wherein said main gear impels main shaft gear two and a pump gear, whereas the crank arm is directly attached to said pump gear;
therefore, as pump gear is in motion said crank arm is cranked which impels a piston, wherein said piston initiates flow of solution through the pump; and
J. A plumbing system, wherein said pump impels flow of solution through the tubing, whereas the solution tank is the storage place for the bubble solution and whereas said pump pulls solution from said tank through said tubing and up said main shaft via a rotary axial where solution is squirted from a solution nozzle, where solution is to drizzle down said main shell in an attempt to girdle said protruded holes, wherein said top shell spins perpetually to form solution film, whereas air is exiting through bubble forming orifices to produce and disperse bubble out and about the atmosphere. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29)
- a main shaft;
Specification