Electric heating floor system

Abstract

The invention discloses an electric heating floor system. The electric heating floor system comprises an electric heating device, a temperature controller, an electric parameter controller, a single-board controller and a manipulator. The electric heating device is used for converting electric energy into heat energy. The temperature controller is used for controlling the electric heating device according to the set temperature control logic, regulating the output power of the electric heating device and acquiring temperature information of the electric heating device. The electric parameter controller is used for controlling the electric heating device according to the set electric parameter control logic and has the function of overvoltage, overload, short circuit and electric leakage detection. The single-board controller is used for setting the parameters and functions of the temperature controller and the electric parameter controller and receiving running state information fed back by the temperature controller and the electric parameter controller. The manipulator sets the parameters and functions of the single-board controller in a man-machine interaction manner and receives the running state information fed back by the single-board controller.

Description

Technical field [0001] The invention relates to the technical field of electric heating floors. More specifically, it relates to an electric heating floor system. Background technique [0002] Electric heating floor is a new type of floor that converts electric energy into heat and uses far-infrared low-temperature heat radiation. It has the characteristics of high electric-heat conversion efficiency, fast heating speed, low installation requirements, and flexible paving and removal. At present, the electric heating floor mostly adopts the traditional meter and relay control scheme, that is, the operator and the controller are integrated on the same printed circuit board, and the relay switch of the latter is connected to the electric heating floor power supply line; the user uses the operator Enter the set temperature range. When the ambient temperature is lower than the set temperature range, the electric heating floor controller connects the power supply line to make the elec...

AI Technical Summary

Problems solved by technology

In this electric heating floor control system, the manipulator and controller are integrated together, and information such as setting parameters and operating status are transmitted through wired methods. All electric heating floors involved in the power supply line connected to the same manipulator and controller As a whole, it can uniformly set and feed back operating parameters, and perform open or close operations. It is impossible to individually operate and control each electric heating floor

For example, if the user wishes to control the ambient temperature in different locations within different set temperature ranges, multiple sets of electric heating floor systems must be laid separately; for example, when a certain electric heating floor fails, the controller cannot know the specific It cannot be stripped separately, but the power supply line can only be cut off so that all the electric heating floors involved in the power supply line are turned off.

Therefore, the existing electric heating floor control system cannot meet the heating requirements of modern homes in terms of temperature control effect, safety protection, stability and reliability, and human-computer interaction.

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