Carbonated spring manufacturing device

Abstract

The invention relates to a carbonated spring manufacturing device, which is capable of effectively making carbon dioxide dissolved in warm water. The device which further requires no bubble-removing device for discharging bubbles generated during the dissolving process of carbon dioxide to the air can perform manufacturing in a low cost. The carbonated spring manufacturing device comprises a circulating flow path provided with a circulating pump for making warm water circulate; a mixed blender equipped on the downstream part of the circulating pump in the circulating flow path so as to make water enter from the upper part and discharged from the lower part and further make water pass through holes on multiple partition walls to generate vortexes; and a carbon dioxide supplying device located on upstream of the mixed blender and supplying carbon dioxide to the circulating flow path on the downstream of the circulating pump.

Description

technical field [0001] The present invention mainly relates to a manufacturing device of carbonated spring water for bathing. Background technique [0002] Since carbonated spring water has an excellent heat-retaining effect, it has been used for a long time in baths using hot springs, etc. It is generally believed that the heat preservation effect of carbonated spring water is basically used to improve the physical condition by utilizing the contained carbon dioxide to expand the peripheral blood vessels. In addition, it is generally believed that the penetration of carbon dioxide gas through the skin can increase and expand the capillary bed, thereby improving blood circulation in the skin. [0003] Therefore, the existing carbonated spring water manufacturing device has a circulation pump for forcibly circulating the hot water in the bathtub outside the bathtub and a circulation flow path for its circulation, and is characterized in that a filter is arranged in the circu...

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Problems solved by technology

[0004] However, since the carbonated spring water production device constituted in this way, the carbon dioxide concentration is such a high concentration of 1000ppm to 1400ppm to achieve the above-mentioned effect, so it needs to be used at a high concentration, so there is a problem that if the ventilation in the bathroom where the bathtub is located cannot be reliably will lead to the disadvantage of hypoxic state

[0005] In order to eliminate this shortcoming, the applicant of this case once considered installing a mixing agitator for mixing carbon dioxide gas in the circulation flow path of the warm water circulation in the bathtub, but because the warm water and carbon dioxide gas flow in from the downstream of the mixing agitator and then from the The upper discharge structure must be equipped with a debubbling device that discharges the bubbles generated by the mixing agitator to the outside, which has the disadvantages of increasing costs and not being able to effectively dissolve carbon dioxide gas in warm water

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