Nanometer carbon fiber infrared electrothermal floor heating

Abstract

The invention relates to nanometer carbon fiber infrared electrothermal floor heating. The nanometer carbon fiber infrared electrothermal floor heating comprises a power source and a plurality of wires, wherein the power source is connected with a temperature controller through the wires; a temperature digital display meter and an adjusting knob are arranged on the temperature controller; the temperature controller is connected with external infrared temperature measurement probes through the wires; the temperature controller is connected with a plurality of nanometer carbon fiber electrothermal plates through the wires; the nanometer carbon fiber electrothermal plates are arranged on a cement floor, and a polystyrene extruded plate is connected to the cement floor; a reflective film is arranged on the upper layer of the polystyrene extruded plate; a nanometer carbon fiber electrothermal material is arranged on the upper layer of the reflective film; high-temperature resistance floors are arranged on the top layers of the nanometer carbon fiber electrothermal plates. According to the nanometer carbon fiber infrared electrothermal floor heating disclosed by the invention, a nanomaterial carbon fiber faceted heating element is used for heating; the infrared wavelength of the nanometer carbon fiber electrothermal material can activate human cells and promote metabolism, and has a significant physical therapy effect; the indoor temperature can be constant under the integral control of the temperature controller, the external infrared temperature measurement probes and the temperature digital display meter.

Description

technical field [0001] The invention relates to an electric heating floor heating, in particular to a nano-carbon fiber infrared electric heating floor heating, which belongs to the field of living and home furnishing. Background technique [0002] Traditional underfloor heating generally pre-buries water pipes in the ground through water heating, and heats water at one end of the water pipes, so that the heated water circulates in the water pipes. The heat of the water is dissipated into the room, thereby increasing the temperature of the room. The water pipes used in plumbing are prone to aging and damage after being used for a period of time, resulting in water leakage, and the safety is not high. In addition, it is extremely inconvenient to maintain the water pipes pre-buried underground, and the maintenance cost is very high. Traditional electric heating has the disadvantages of slow temperature rise, low heating efficiency and high cost of use. The nano-carbon fiber...

AI Technical Summary

Problems solved by technology

[0003] The nano-carbon fiber floor heating currently used has a complex structure, cumbersome installation procedures, long installation time, high cost, and cannot be flexibly adapted to different use environments.

The existing carbon fiber floor heating usually only has a temperature-limiting function to prevent the service life of the device from being too high, but in actual use, it may not require a full range of heating, thus causing a waste of energy

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