Steam control system and stable steam outlet control method

Abstract

A steam control system comprises a water pump, a water inlet thermometer, a heating body, a water outlet thermometer, a heating body thermometer and an electric control board, the water pump is communicated with the heating body through a pipeline, the water inlet thermometer is arranged at a water inlet of the heating body, the water outlet thermometer is arranged at a water outlet of the heating body, and the heating body thermometer is arranged on the heating body. The electric control board is in signal connection with the water pump, the water inlet thermometer, the water outlet thermometer and the heating body thermometer through wire harnesses. Aiming at the problem that steam outlet equipment cannot be detected and quantified, the invention provides a system capable of keeping a stable steam outlet state and a method for obtaining a stable steam outlet effect by using the system, the heating temperature is detected and compared through NTC, the low power P1 or the high power P2 of a heating body is switched under different results, and the stable steam outlet effect is achieved. Different from a mode that a system adjusts power through detection, the power is switched instantly, system delay is avoided, the effect is instant, and the system is very practical.

Description

【Technical field】 [0001] The invention relates to the technical field of small electronic equipment, and in particular, to a method capable of controlling the stable steam output of a steam generator. 【Background technique】 [0002] With the development of the economy, the functions of steam sterilization, cleaning and extraction (extracting tea, extracting nutritional products, etc.) have been gradually developed by people. The traditional steam generator is mainly a boiler type, and now an instant steam system is gradually emerging. The steam system is difficult to use due to problems such as uneven gasification, local dry burning, unstable gasification rate and difficult monitoring, and uncontrollable steam output. [0003] That is, heat cannot be stabilized under the same gasification because of internal gasification or affecting local heat transfer. [0004] The vaporization rate from 0 to 100% of the effluent NTC detection is 100 ℃ (local boiling point), and this NTC ...

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Problems solved by technology

[0002] With the development of the economy, the functions of steam sterilization, cleaning, and extraction (extracting tea, extracting nutrients, etc.) The steam system is difficult to use due to problems such as uneven gasification, easy local dry burning, unstable gasification rate and difficulty in monitoring, and uncontrollable steam output.

[0003] Instantaneous heat cannot be stabilized at the same vaporization because internal vaporization or affect local heat transfer

[0004] The gasification rate is from 0 to 100%, and the NTC detection of the effluent is 100°C (local boiling point), so this NTC cannot be used as a detection method

[0005] The inability to detect means that it cannot be quantified, which leads to the inability to accurately control the follow-up or keep the steam output effect and steam output in a stable state. This is the biggest problem of the current instantaneous steam system.

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