Silent constant-temperature heating method and system and container using system

Abstract

The invention discloses a silent constant-temperature heating method, which comprises the following steps: a main control unit acquires the temperature of liquid to be heated and the air pressure of the current environment at set intervals through an air temperature acquisition unit, and acquires the boiling point of the liquid under the current air pressure, then the main control unit takes corresponding actions according to the boiling point under the air pressure, when the temperature is not close to the boiling point, a temperature control unit is set to be in a working state, a heating film is controlled to heat the liquid, when the temperature is close to the boiling point and does not reach the boiling point, the temperature control unit is set to be stopped, the water temperature is controlled not to reach the boiling point, and then a constant-temperature mode is started. The heating film is adopted to replace a traditional heating wire, and due to the fact that the heating film is even in heating, local high temperature and too high temperature difference between the upper portion and the lower portion are avoided, and noise is avoided. The temperature of the liquid is controlled below the boiling point to prevent the temperature from reaching the boiling point, so that the liquid cannot boil, and the mute function is achieved.

Description

technical field [0001] The invention relates to the field of liquid heating, in particular to a silent constant temperature heating method, a system and a container using the system. Background technique [0002] Most of the existing heating methods are heated by heating wires. When the water boils, because the temperature difference between the upper and lower parts is too large, the temperature of the liquid in the contact part of the heating wire is too high, which will cause vaporization. When the bubbles float up, the temperature of the upper part is relatively low. After these bubbles are cooled The implosion occurs again, thereby producing a loud noise, and being in a quiet environment will affect oneself and others. Moreover, after a long time of use, stainless steel will oxidize where the heating wire contacts, and it needs to be cleaned in time, otherwise long-term drinking will affect health. Contents of the invention [0003] The purpose of the present inventi...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing heating methods are heated by heating wires. When the water boils, because the temperature difference between the upper and lower parts is too large, the temperature of the liquid in the contact part of the heating wire is too high, which will cause vaporization. When the bubbles float up, the temperature of the upper part is relatively low. After these bubbles are cooled Another implosion occurs, which produces a loud noise, and being in a quiet environment will affect yourself and others

And after a long time of use, stainless steel will oxidize where the heating wire contacts, and it needs to be cleaned in time, otherwise long-term drinking will affect health

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