Cosco Management, Inc.

Little Kids, Inc.

Other

Michael T Fusco

Michael Petrarca

Brian C Sundberg

Jorge Tomas

J Michael Treen

Anthony Wong

Dana E Chicca

William St Pierre

James R Gunderson

Timothy R Wilding

The invention provides an improved machine for generating soap foam that includes a single drive, such an electric motor or human-driven crank that simultaneously drives both a pump, such a peristaltic pump, and a blower. Soap solution is delivered in front of the blower in a waterfall-like manner by gravity so it can be urged through a fine mesh fabric screen to introduce air for the formation of soap foam. The motor speed, drive gearing for the pump, the fan turbine for the blower and soap solution nozzle configuration are selected to provide soap foam of the desired volume, density, and flow.

Soap foam generating machine

The present invention includes a plurality of soap bubble making ports in a housing where each of the ports includes a ring-shaped soap bubble outlet. A single tube, via the pump, pulls soap bubble solution from the reservoir and, through a manifold, delivers soap bubble solution to the output ports of the manifold and then to each of the plurality of soap bubble making ports. A plurality of mechanically linked wipers is respectively located at each soap bubble making port to form a film at the soap bubble making port. An air manifold splits air received from the air blower respectively to each soap bubble making port. When a motor-driven shaft rotates, soap bubble solution is delivered to all soap bubble ports; causes all wipers to rotate and causes air to be blown through all of the soap bubble ports to creates multiple soap bubbles at the same time.

Bubble machine with multiple bubble making ports

The invention is directed to a soap foam blaster device with a switch (or trigger) actuated pump to create soap foam using an aerator that is directed into a telescoping breech for pressurization thereof. A grip member with a nozzle on the free end thereof is attached to an inner member and actuated rearwardly to collapse the breech thereby launching the soap foam a substantial distance for targeted direction of soap foam for improved gameplay. For another blast of foam soap, the telescoping breech is expanded again by moving the grip member forwardly to slide out the inner member within the outer member whereby another volume of soap foam can be loaded into the breech for a subsequent launch. Alternatively, soap foam solution may be manually pumped from the soap solution reservoir by a manual telescoping pump configuration to create foam and then manually launched therefrom through the outer nozzle.

Soap foam blaster device

A game ball comprising a generally spherical shell having a plurality of adjustable apertures to assist the user in varying the flight path of the game ball. The game ball also may have, in combination with adjustable apertures, surface modification causing drag to assist the user in varying the flight path of the game ball.

Game ball

A fog filled bubble blower having a housing containing or attached to a battery box, exhaust fan, fog fluid reservoir, fog chamber, heating element assembly, electric motor, nozzle, and bubble wand, and switched circuits to operate the electric motor and heating element assembly. Fog fluid is placed in the fog fluid reservoir, which fog fluid reaches the heating element assembly, where it is vaporized in the fog chamber. The bubble wand is dipped into bubble solution, the exhaust fan is activated, sucking the fog out of the fog chamber and through the nozzle and out through the bubble wand. As the fog filled air passes through the wand, it forms a bubble which is filled with fog.

Fog filled bubble blower

The present disclosure relates to a booster seat configured to carry a child and adapted to be supported by at least one of a chair and seat. The booster seat includes a base portion and at least one rotatable spool connected with the booster seat. Also included is at least one spool strap having one end windable about the at least one rotatable spool and having a first connector at a free end of the at least one spool strap, the free end extending outside the booster seat. Further included is at least one associated second connector connected with the booster seat to connect with the first connector to secure the booster seat to the at least one of a chair and seat. The present disclosure also relates to a method for securing the booster seat to a support and a method of unsecuring the booster seat and storing the spool straps and connectors.

Booster seat having retractable securing mechanism and method of using

A booster seat having a base with foldable legs to raise and lower the base. A seat assembly is provided on the base having a seating surface and arms . A backrest is pivotally connected to the seat assembly and moves between an operative erect position and a stored collapsed position wherein it lies substantially parallel to and closely adjacent the seating surface . A tray is selective mountable on the seat assembly for use by a child seated in the booster and a stored position on the bottom of the base . A retractable strap assembly is mounted in the base having one pair of straps and for wrapping around the seat and a second pair of straps and for wrapping around the back of a chair on which the booster is supported.

Booster seat

A lockable electrical outlet socket closure plug includes a plug housing including an inner plate and a socket blade appended to the inner plate and adapted to extend into a blade receiver opening formed in the electrical outlet socket. The closure plug further includes a retainer for selectively retaining the plug housing in a mounted position on an electrical outlet socket and a controller mounted for movement in the plug housing and arranged normally to reinforce the retainer to cause the plug housing to remain in the mounted position on the electrical outlet socket.

Lockable electrical outlet closure plug

A no spill training cup includes a cup and cover with a drinking spout in the cover. The cover also has a vent opening for maintaining the ambient pressure in the cup with the vent opening being covered by a hydrophobic membrane that allows the flow of air into the cup but prevents liquid from flowing out of the cup through the vent opening. A valve housing is attached to the cover on the inlet side of the spout. The valve includes a diaphragm supported in the housing and biased to engage a valve seat in the housing to prevent flow of liquid from the cup to the spout. When a child sucks on the spout, the pressure on the outlet side of the diaphragm causes it to disengage the valve seat and allow the liquid to flow out of the cup through the spout. When the child stops sucking on the spout, the valve immediately returns to its closed position on the seat so as to prohibit the flow of liquid from the cup through the spout.

Growing community of inventors

Johnston, RI, United States of America

Michael T Fusco