A temperature-controlled water supply faucet based on near-field recognition

Abstract

The invention discloses a temperature control water supply faucet based on near-field identification. The temperature control water supply faucet based on near-field identification comprises a supporting mounting cylinder, the left end of the supporting mounting cylinder is concentrically provided with a fixed mounting ring in a wrapping manner, a hot water pipe and a cold water pipe are horizontally embedded in the left half segment of the supporting mounting cylinder in a longitudinal symmetry manner, airtight mounting rings are embedded on the left ends of the hot water pipe and the cold water pipe, airtight rubber rings are embedded on the left ends of the airtight mounting rings, a flow combining pipe is arranged in the middle of the supporting mounting cylinder in a communication manner in a manner of being matched with the right ends of the hot water pipe and the cold water pipe, electromagnetic valves are embedded on the right ends of the hot water pipe and the cold water pipein a manner of being matched with the flow combining pipe, the right end of the flow combining pipe is provided with a mixing speed increasing cavity horizontally and rightwards, and a liquid outlet bending pipe is arranged on the right end of the supporting mounting cylinder in a rightward variable diameter communication manner. The faucet has the beneficial effects of being compact in structuraldesign, high in function integration, in time and stable in closed loop control, high in customer customizing, easy to operate, high in efficiency and the like.

Description

technical field [0001] The invention relates to an intelligent living device, in particular to a temperature-controlled water supply faucet based on near-field identification. Background technique [0002] People are getting used to washing and doing housework with their own warm water. However, the current temperature-controlled faucets only consider the water output efficiency and uneven mixing, resulting in poor user experience, and problems such as easy splashing of the water, making it difficult to combine them conveniently. way of life. [0003] In order to solve the above problems, the present invention is proposed, which overcomes the problems of time-consuming use and inaccurate water temperature control due to the cumbersome manual calibration method during use of the currently used temperature control faucets, and solves the problems of the current temperature control faucets. Due to the passive water outlet structure of the faucet, the water outlet speed is unco...

AI Technical Summary

Problems solved by technology

[0002] People are getting used to washing and doing housework with their own warm water. However, the current temperature-controlled faucets only consider the water output efficiency and uneven mixing, resulting in poor user experience, and problems such as easy splashing of the water, making it difficult to combine them conveniently. lifestyle

[0003] In order to solve the above problems, the present invention is proposed, which overcomes the problems of time-consuming use and inaccurate water temperature control due to the cumbersome manual calibration method during use of the currently used temperature control faucets, and solves the problems of the current temperature control faucets. Due to the passive water outlet structure of the faucet, the water outlet speed is uncontrollable, and the mixing of hot and cold water lacks mixing time, so that the mixed temperature cannot be truly uniform, and the user experience is poor. This makes the present invention have a compact structure design and a high degree of functional integration. The closed-loop control is timely and stable, the customization is strong, the operation is simple and efficient, etc.

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