Control method of water dispensing apparatus

Abstract

The invention relates to a control method of a water distribution device. The method includes: 1) a step of inputting a call form in the form of a voice spoken by a user into a microphone; 2) a step of recognizing the input calling language by the voice recognition module, and outputting the calling language recognition prompt sound through the speaker; 3) a step of inputting a desired amount of water in the form of a voice spoken by a user into a microphone; 4) a step of recognizing the input desired water output by the voice recognition module, and outputting the water output recognition prompt sound through the speaker; 5) a step for the user to enter the water instruction; 6) a step where the water outlet valve is opened and the water is artificially discharged; and 7) a step that if the water flow detected by the flow sensor reaches the desired water output, the water outlet valve is closed and the water outlet step is ended.

Description

technical field [0001] This specification relates to a control method of a water distribution device, in particular to a control method of an artificial intelligence water distribution device. Background technique [0002] Generally, water distribution devices such as water purifiers and refrigerators are devices that filter water received from a water source using physical and chemical methods, remove impurities, and then supply it. [0003] The above-mentioned water distribution devices can be classified into natural filtration type, direct connection filtration type, ion exchange resin type, distillation type, reverse osmosis type, etc. according to the principle or method of water purification. [0004] In addition, a water dispensing device (Water Dispensing Device) is widely used at home as a mechanism for removing impurities by filtering water. [0005] In the case of a domestic water distribution device, it is connected to a sewer and uses a filter to remove floatin...

AI Technical Summary

Problems solved by technology

[0011] However, in the above-mentioned situation, because the water of the specified flow is always provided irrespective of the size and height of the cup, there is the trouble of pressing the water button several times when receiving water for a large cup such as 500ml.

[0012] In addition, in the past, when it was necessary to discharge water exceeding the set flow rate, in order to control the water discharge, it was necessary to perform a button operation to adjust the water discharge once, and then to perform a second button operation to command the water discharge, so that there was a need to press the button twice. operating trouble

[0013] Not only that, but there is also the problem that multiple button operations are required to discharge a large amount of water or to adjust the water discharge accurately

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