Abstract: An apparatus and method for manufacturing carbonated water according to the invention can quickly produce carbonated water with a high carbonic acid gas content which does not easily lose carbonic acid gas and hence satisfactorily stimulates the throat with agreeable pungency. Since it has a simple configuration and hence is economic and effective, it can suitably be used in a carbonated beverage supplying apparatus such as an automatic vending machine, an automatic dispenser or the like. With such an arrangement, the apparatus improves its safety and hence can constantly supply delicious carbonated water.

Abstract: An apparatus for manufacturing carbonated water according to the invention can quickly produce carbonated water with a high carbonic acid gas content which does not easily lose carbonic acid gas and hence satisfactorily stimulates the throat with agreeable pungency. Since it has a simple configuration and hence is economic and effective, it can suitably be used in a carbonated beverage supplying apparatus such as an automatic vending machine, an automatic dispenser or the like. With such an arrangement, the apparatus improves its safety and hence can constantly supply delicious carbonated water.

Abstract: An apparatus for manufacturing carbonated water according to the invention can quickly produce carbonated water with a high carbonic acid gas content which does not easily lose carbonic acid gas and hence satisfactorily stimulates the throat with agreeable pungency. Since it has a simple configuration and hence is economic and effective, it can suitably be used in a carbonated beverage supplying apparatus such as an automatic vending machine, an automatic dispenser or the like. With such an arrangement, the apparatus improves its safety and hence can constantly supply delicious carbonated water.

Abstract: An apparatus for manufacturing carbonated water according to the invention can quickly produce carbonated water with a high carbonic acid gas content which does not easily lose carbonic acid gas and hence satisfactorily stimulates the throat with agreeable pungency. Since it has a simple configuration and hence is economic and effective, it can suitably be used in an carbonated beverage supplying apparatus such as an automatic vending machine, an automatic dispenser or the like. With such an arrangement, the apparatus improves its safety and hence can constantly supply delicious carbonated water.

Abstract: An apparatus for manufacturing carbonated water according to the invention can quickly produce carbonated water with a high carbonic acid gas content which does not easily lose carbonic acid gas and hence satisfactorily stimulates the throat with agreeable pungency. Since it has a simple configuration and hence is economic and effective, it can suitably be used in an carbonated beverage supplying apparatus such as an automatic vending machine, an automatic dispenser or the like. With such an arrangement, the apparatus improves its safety and hence can constantly supply delicious carbonated water.

Abstract: An apparatus is provided for manufacturing carbonated water rapidly with a high rate of inclusion of carbonic acid gas in the carbonated water and having a reduced dispersion, the manufacture taking place in a water storage container in which a perforated bowl is connected to an upper surface thereof with water being sprayed into the bowl from a water supply line. The water sprayed into the bowl has droplets from about 0.01 to 0.5 mm in diameter and from about 3 to 30% of the water sprayed into the bowl flows outwardly through ports in the bottom wall of the perforated bowl. From about 70 to 97% by weight of the water supplied to the bowl flows outward through ports in the side walls of the bowl.

Abstract: An apparatus is and method are provided for manufacturing carbonated water rapidly with a high rate of inclusion of carbonic acid gas in the carbonated water and having a reduced dispersion, the manufacture taking place in a water storage container in which a perforated bowl is connected to an upper surface thereof with water being sprayed into the bowl from a water supply line. The water sprayed into the bowl has droplets from about 0.01 to 0.5 mm in diameter and from about 3 to 30% of the water sprayed into the bowl flows outwardly through ports in the bottom wall of the perforated bowl. From about 70 to 97% by weight of the water supplied to the bowl flows outward through ports in the side walls of the bowl.