Continuous adjustable sectional type water-saving faucet

Abstract

Provided is a sectional type water-saving faucet. A rotary inner core is designed and made into a continuous adjustable sectional flow water-saving faucet, and in other words, a handle cover, a water supplying adjusting body, a water supplying adjusting body shifitng fork, an upper water supplying adjusting cast body, a lower water supplying adjusting cast body, a waterroof rubber mat, a rubber mat base and a faucet shell are mechanically connected. The water-saving faucet is provided with the open rotary inner core, the rotary inner core of the water-saving faucet is made of ceramic, small water amount adjustment is achieved through a small continuous adjustable water outlet groove in the rotary inner core, and large flow adjustment of the faucet is achieved through a continuous adjustable large water outlet hole in the rotary inner core.

Description

technical field [0001] The invention relates to a continuously adjustable segmented water-saving faucet, in particular to a segmented water faucet capable of continuously and adjustable output of water according to two flow rates of small and large respectively. Background technique [0002] The flow control of taps is an important part of water-saving projects. The valve sensitivity of existing water taps is usually low. When a small water flow rate is required, the opening degree of the valve is difficult to control. It is easy to directly open the valve to a large displacement, so that a large flow of water from the faucet flows out, resulting in a loss of water resources. waste. In the prior art, the theoretically effective way to save water is to make the thread of the combination of the twist handle and the sleeve of the faucet more compact, so that the twist handle has to be twisted many times before the valve can be opened to the same degree as the twist handle of t...

AI Technical Summary

Problems solved by technology

Although this technical solution can achieve the purpose of saving water by throttling to a certain extent, it is not accepted by the market. The reason is that: (1) the valve opening speed is too slow, and the corresponding closing valve speed is also the same. Slow, although it saves water, it wastes time and is very inconvenient to use; (2) Fine and dense threads not only increase the difficulty of processing, but also reduce the durability of the faucet

For some users who have both daily ordinary domestic water needs and some necessary and frequent high-flow water needs, the faucet with a single water output design is very unsuitable

In view of the above reasons, the penetration rate of the above technologies is very low, so the dual purpose of high efficiency and water saving has not been achieved

Images