Soap bubble-blowing cap for a flexible container (variants)
OwnerVladimir Vladimirovich Askarovinventor
Life of this patent
Estimating the term…
Abstract
The invention relates to amusement devices for blowing soap bubbles and is intended for use, for example, when washing with shampoo contained in a flexible bottle having a cap configured to be capable of blowing soap bubbles.
Claims12
A soap bubble blowing cap configured to plug a flexible container containing a soap solution, the cap comprising:
- a storage cavity positioned within the cap;
- a channel for dispensing the soap solution from the flexible container into the storage cavity;
- a nozzle;
- an air duct having a wall with an opening;
- wherein the opening in the wall is configured to direct compressed air entering the air duct from a manual squeezing of the flexible container to the nozzle;
- a piston, wherein the piston is installed in the air duct and is configured to be actuated by the compressed air entering the air duct from the manual squeezing of the flexible container;
- a diaphragm ring;
- a lever system, wherein the lever system is configured to connect the diaphragm ring to the piston such that the actuation of the piston causes the diaphragm ring to move between a position in which it is placed in the soap solution contained in the storage cavity and a position in which it is aligned with the nozzle.
The soap bubble blowing cap configured to plug a flexible container containing a soap solution, the cap comprising:
- a storage cavity within the cap;
- a channel for dispensing the soap solution from the flexible container into the storage cavity;
- an air duct having a wall;
- a piston, wherein the piston is installed in the air duct and is configured to be actuated by compressed air entering the air duct from manual squeezing of the flexible container;
- a nozzle;
- an L-shaped air outlet, wherein the L-shaped air outlet is configured to direct the compressed air entering the air outlet from the manual squeezing of the flexible container to the nozzle;
- a diaphragm ring;
- a lever system, wherein the lever system is configured to connect the diaphragm ring to the piston such that the actuation of the piston causes the diaphragm ring to move between a position in which it is placed in the soap solution contained in the storage cavity and a position in which it is aligned with the nozzle.
A soap bubble blowing cap configured to plug a flexible container containing a soap solution, the cap comprising:
- a storage cavity positioned within the cap;
- a channel for dispensing the soap solution from the flexible container into the storage cavity;
- a nozzle;
- an air duct having a wall defining a cross-section and an opening in the wall, wherein the opening in the wall is configured to direct compressed air entering the air duct from manual squeezing of the flexible container to the nozzle;
- a flexible membrane, wherein the flexible membrane is installed in the air duct to overlap the cross-section and is configured to be actuated by the compressed air entering the air duct from the manual squeezing of the flexible container;
- a diaphragm ring;
- and
- a lever system, wherein the lever system is configured such that actuation of the flexible membrane drives the lever system to move the diaphragm ring between a position in which it is placed in the soap solution contained in the storage cavity and a position in which it is aligned with the nozzle.
A soap bubble blowing cap configured to plug a flexible container containing a soap solution, the cap comprising:
- a storage cavity positioned within the cap;
- a channel for dispensing the soap solution from the flexible container into the storage cavity;
- an air duct having a wall defining a cross-section;
- a flexible membrane, wherein the flexible membrane is installed in the air duct to overlap the cross-section and is configured to be actuated by compressed air entering the air duct from manual squeezing of the flexible container;
- a nozzle;
- an L-shaped air outlet, wherein the L-shaped air outlet is configured to direct the compressed air entering the air outlet from the manual squeezing of the flexible container to the nozzle;
- a diaphragm ring;
- and
- a lever system, wherein the lever system is configured such that the actuation of the flexible membrane drives the lever system to move the diaphragm ring between a position in which it is placed in the soap solution contained in the storage cavity and a position in which it is aligned with the nozzle.
Dependencies are inferred from the claim text.