Gas electromagnetic radiation thermal energy wave directional cluster reflection device

Abstract

The invention relates to a fuel gas electromagnetic radiation heat energy wave oriented concentration beam reflective device which comprises a plurality of reflecting plates and two rigid flanged plates, wherein the rigid flanged plates are connected through a plurality of reflecting plates which are successively connected, the bottom surfaces of the reflecting plates are provided with reflecting surfaces, and outer sides of the rigid flanged plates are provided with flangings; the quantity of the reflecting plates is eight, and the eight reflecting plates are symmetrically arranged between the two rigid flanged plates; and the whole sections of the eight reflecting plates which are successively connected are arc shapes, and two reflecting plates positioned on the top ends of the arc shapes inward form a groove. The fuel gas electromagnetic radiation heat energy wave oriented concentration beam reflective device provided by the invention has the beneficial effects that the reflective device can uniformly reflect heat energy wave in a centralization manner, the heat energy wave is directionally sent to a heated object, the heat transmission loss is reduced, and the heat efficiency is high, and the reflective device is high efficiency, energy-saving, uniform, comfort, safe and reliable; and compared with a reflex cover with a single reflection surface, the heat energy wave is repeatedly stacked to carry out reflection and refraction, a radiation angle is increased, the radiating area is amplified, and meanwhile, the heating comfortability is improved.

Description

technical field [0001] The invention relates to a gas electromagnetic radiation thermal energy wave directional bundle reflection device. Background technique [0002] Gas electromagnetic wave radiation heat energy, as a heating technology, is increasingly adopted on a large scale. The existing technology only reflects the light source to the object to be heated through a reflecting device, but cannot reflect heat energy with maximum efficiency. There is a large amount of loss in the process of heat energy reflection, which is a problem that has plagued the field of gas electromagnetic wave heat energy for many years with serious heating heat loss. Contents of the invention [0003] The purpose of the present invention is to provide a gas electromagnetic radiation thermal energy wave directional bundle reflection device, which makes the thermal energy wave repeatedly superimposed reflection and refraction, increases the radiation angle, and increases the radiation area, so...

AI Technical Summary

Problems solved by technology

[0002] Gas electromagnetic wave radiation heat energy, as a heating technology, is increasingly adopted on a large scale. The existing technology only reflects the light source to the object to be heated through the reflection device, but it cannot reflect the heat energy with maximum efficiency.

There is a large amount of loss in the process of heat energy reflection, which is a problem that has plagued the field of gas electromagnetic wave heat energy for many years with serious heating heat loss

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