| 摘要 |
The present invention relates to a microbubble-generating shower. The present invention provides a microbubble-generating shower comprising a showerhead, a bubble nozzle, and a spray nozzle. The shower head is integrally formed with an upper portion of a shower body in which a tap water flow channel is formed, and has an insertion portion which penetrates through the shower head and which is connected to the water flow channel. The insertion portion has one surface on which an inclined guide portion is formed to raise the pressure of the tap water. The insertion portion has a front end on which a threaded coupling portion is formed. The bubble nozzle is inserted and fixed in the insertion portion of the showerhead, and generates microbubbles consisting of micrometer-sized ultra-micro-sized air bubbles from the dissolved oxygen in the tap water using the pressure of the tap water, pressure resistance, and friction resistance to maximize tap water purifying and sterilizing effects. The spray nozzle is coupled to the coupling portion of the showerhead, and has a plurality of spray ports coupled to the bubble nozzle to spray tap water containing the microbubbles generated by the bubble nozzle. The bubble nozzle of the present invention generates microbubbles using the friction resistance and pressure resistance resulting from the variations in the pressure of the tap water, the expansion of water, and dissolved oxygen, etc., thereby maximizing tap water purifying and sterilizing effects, and thus preventing various skin diseases such as pruritus, allergies, atopies and the like caused by the harmful bacteria contained in tap water. |
