Water saving showerhead with extended sprinkling pipes that uses air pressure

Abstract

Disclosed is a water-saving shower nozzle utilizing air pressure, which can flow in external air to increase the pressure of fluid spraying. The water-saving shower head with an extended sprinkler pipe and utilizing air pressure of the present invention includes: a main body with an accommodation space capable of accommodating fluid inside the front side, and an air hole for the inflow of external air at the lower part; a pressurizing unit, It is located inside the above-mentioned main body, and is composed of a form in which the internal cross-sectional area is reduced and then increased again. It is provided with an air inflow hole communicating with the air hole of the above-mentioned main body. The air is mixed with the fluid to increase the pressure of the fluid; and the sprinkler plate is located at the front end of the main body to form a plurality of extended sprinkler pipes extending outward and protruding.

Description

technical field [0001] The present invention relates to a shower head, and more specifically, to a water-saving shower head provided with an extended sprinkler pipe and utilizing air pressure, which can flow into external air to increase the pressure of fluid spraying and prevent atomization even if the spraying pressure is high spray. Background technique [0002] Generally speaking, a shower head is a watering can-shaped spray device that sprays cold or warm water, and is widely used in households such as toilets, sinks, bathtubs, etc. use. [0003] This kind of shower head can also be divided into sitting type and vertical type, and its shape will change accordingly. [0004] Cool water or warm water supplied through a hose flows through the internal flow path of the shower head body, and is sprayed to the outside through a plurality of sprinkler holes, allowing users to shower. [0005] Conventionally, the spraying pressure sprayed to the user by the shower head depen...

AI Technical Summary

Problems solved by technology

[0005] In the past, the spraying pressure sprayed to the user by the shower head was determined by the supply pressure of the fluid. In an environment where the supply pressure of the fluid is low, the spraying pressure decreases and the shower efficiency decreases.

[0006] On the contrary, in an environment where the supply pressure of the fluid is high, the shower effect is improved due to the increase of the spray pressure, but the amount of fluid used is relatively increased, and the problem of cost increase occurs.

[0007] Moreover, in an environment where the supply pressure of the fluid is high, since the spraying pressure rises, the spraying speed increases, and the sprayed fluid is atomized, making it unsuitable for showering.

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