Device and method for automatically controlling temperature of indoor heater

Abstract

The invention relates to a device and a method for automatically controlling the temperature of an indoor heater. The exterior of the device is connected with the indoor heater. The device mainly comprises a current regulator, a central processor and a temperature sensor, wherein the current regulator is connected with the indoor heater; the central processor is connected with the indoor heater and the current regulator respectively; the temperature sensor is connected with the central processor and used for collecting the temperature of an indoor heater body; the central processor sends out a control command to the current regulator according to the collected temperature of the indoor heater body; and the current regulator automatically adjusts currents of the indoor heater according to the control command. According to the technical scheme, the central processor controls the current regulator, so that the current regulator can automatically adjust the currents of the indoor heater, the power of the indoor heater is reduced, and the temperature of the indoor heater body is reduced; and burning risks caused by over high temperatures of the indoor heater body can be effectively prevented.

Description

technical field [0001] The invention relates to an automatic temperature control device and method thereof, in particular to an automatic temperature control device and method for an indoor heater. Background technique [0002] As a heating tool in winter, indoor heaters are more and more effective, especially when taking a bath; usually indoor heaters have heating modules to provide heating for people, and the heating modules include heating lamps, heating pipes, etc. . Most of the indoor heaters currently on the market, people cannot know the real-time temperature of the indoor heater body during use, so they cannot know their safety performance; when the heating module is turned on for a long time, the temperature of the indoor heater body will continue. Because the temperature of the indoor heater body cannot be accurately obtained in real time, there are uncertain safety hazards in the use of the indoor heater body, because most of the indoor heater bodies are made of ...

AI Technical Summary

Problems solved by technology

Most of the indoor heaters currently on the market, people cannot know the real-time temperature of the indoor heater body during use, so they cannot know their safety performance; when the heating module is turned on for a long time, the temperature of the indoor heater body will continue. Because the temperature of the indoor heater body cannot be accurately obtained in real time, there are uncertain safety hazards in the use of the indoor heater body, because most of the indoor heater bodies are made of plastic materials or composite materials with a relatively low melting point. Material composition, if the temperature of the indoor heater body cannot be known, then as the temperature of the indoor heater body continues to rise, the plastic material or composite material with a relatively low melting point that makes up the indoor heater body will often melt or even burn, damaging the indoor heater. Thereby the user's potential safety hazard cannot be guaranteed; because the temperature of the indoor heater body and the indoor ambient temperature cannot be known, the temperature situation and the working condition of the indoor heater cannot be intuitively known; the heating module has been working, which consumes too much electric energy. It also shortens the service life of the heating modules

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