Touch induction water outlet mechanism and control method thereof

Abstract

The invention discloses a touch induction water outlet mechanism and a control method thereof. The water outlet mechanism comprises a waterway, an operating mechanism, an induction assembly and a controller, wherein the induction assembly comprises a key-press part, an inductance coil and a processing circuit, wherein the key-press part and the inductance coil are arranged at intervals; the processing circuit is electrically connected with the inductance coil; the key-press part can be deformed through the operation of a user; the deformation can ensure that the magnetic coupling between the key-press part and the inductance coil changes; the processing circuit detects the processing circuit change and generates a corresponding induction signal when the change is detected; and the controller generates a corresponding control signal after receiving the induction signal; and the operating mechanism receives the control signal and then executes the corresponding action so as to control the waterway. The touch induction water outlet mechanism has the advantages of favorable leakproofness and waterproofness without the influence of water and effective avoidance of misoperation, is not easily worn and is rich in modern feeling.

Description

technical field [0001] The invention relates to a touch-sensing water outlet mechanism and a control method thereof. Background technique [0002] The existing induction water outlet mechanism includes a waterway, an operating mechanism, an induction component and a controller. The operating mechanism is connected to the waterway and can control the waterway through actions. The sensing component can convert user operations into sensing signals. The controller is signal-connected to the induction component, and can generate a corresponding control signal after receiving the induction signal, and its signal is connected to the operating mechanism, and controls the operating mechanism to perform corresponding actions through the control signal. The touch buttons of traditional sensing components have the characteristics of easy wear, complicated installation, and large changes due to the influence of temperature and humidity; the piezoelectric film touch keys of traditional ...

AI Technical Summary

Problems solved by technology

The touch buttons of traditional sensing components have the characteristics of easy wear, complicated installation, and large changes due to the influence of temperature and humidity; the piezoelectric film touch keys of traditional sensing components are expensive, easy to damage, and more affected by temperature and humidity. Although the capacitive touch buttons of traditional sensing components are not easy to wear and easy to install, they are greatly affected by water, and they are prone to misoperation or unusability in practical applications.

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