Temperature detection method for water storage device

Abstract

In order to improve the temperature regulation control capability of an intelligent water storage device on liquid contained in the intelligent water storage device, the invention provides a water storage device temperature detection method, and the detection method is based on the intelligent water storage device with a heat dissipation unit and comprises the following steps: obtaining a signal representing the expected temperature of a user; the first temperature of the liquid contained in the current water storage device is obtained through a first temperature detection unit; obtaining a second temperature at the heat dissipation unit by using a second temperature detection unit; liquid contained in the water storage device is heated or cooled according to the signal representing the expected temperature of the user; the third temperature of the liquid contained in the water storage device is obtained through a third temperature detection unit, the fourth temperature of the heat dissipation unit is obtained through a fourth temperature detection unit, and final temperature information is obtained according to the first temperature, the second temperature, the third temperature and the fourth temperature. According to the temperature of the liquid in the water storage device and the temperature of the heat dissipation holes, the time required for adjusting the temperature of the intelligent water storage device to the expected temperature can be accurately estimated.

Description

technical field [0001] The invention relates to the technical field of temperature detection, and more particularly, to a temperature detection method of a water storage device. Background technique [0002] As people's requirements for quality of life are increasing day by day, smart water cups are in the ascendant. Most of the smart water cups in the prior art provide the function of prompting the user to drink water, but the adjustment of the temperature of the water in the water cup still mainly depends on the mechanical structure of the water cup itself, such as the sealing between the parts and the heat resistance of the material of the parts. Cold resistance, heat dissipation control of pores, etc. However, although these structures can keep the water temperature at a certain temperature for a long time or reduce the temperature as soon as possible, they cannot be accurately controlled, let alone adjusted. [0003] After retrieval, some temperature adjustment mechan...

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Problems solved by technology

[0004] However, these temperature control functions cannot meet the requirements of users to adjust the temperature arbitrarily, and for manual (relative to the situation of automatically controlling heating or cooling a certain temperature through a program), the sensitivity of the adjustment unit will decrease when it is used for a long time, resulting in the use of The temperature control signal provided by the operator to the smart water cup deviates, causing the user to lose confidence and seriously affecting the promotion and expected use of the smart water cup

[0005] In addition, most of the existing smart water cup temperature detection methods directly use the temperature sensor, and the detection method directly using the temperature sensor in the smart water cup with temperature adjustment cannot accurately reflect the temperature of the liquid contained in the cup. Controls for when smart water bottles with thermostats stop heating or cooling will become inaccurate

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