A radiator with a vertical hole in the middle

Abstract

A heating radiator with a vertical hole in the middle is composed of a heating radiator body and the middle through hole located in the middle of the heating radiator body. The middle through hole is a conical through hole with the large lower part and the small upper part. The middle through hole is internally further provided with a stretching-out pipe, wherein the outer wall of the stretching-out pipe and the inner wall of the middle through hole are in close fit, and the stretching-out pipe can be upwards drawn out. A protrusion capable of being held is arranged on the outer edge of the upper portion of the stretching-out pipe. The part, at the upper portion of the middle through hole, of the heating radiator body is provided with a pit matched with the protrusion. An electric fan can be arranged in a lower port of the middle through hole. For automatic adjustment of the indoor temperature, a heating radiator body set is further provided with a master control module with the automatic temperature measurement and control functions and a temperature detection module, and data are transmitted between the master control module and the temperature detection module through WIFI. The middle through hole is formed in the middle of the heating radiator body, the chimney effect through which flowing of air in the through hole can be accelerated is formed, and the heat dissipation space can be warmed as quickly as possible.

Description

technical field [0001] The invention relates to a radiator with a vertical hole in the middle, in particular to a radiator with a special structure that can improve the heat dissipation effect, and belongs to the field of municipal heating equipment. Background technique [0002] The radiator is a heating device commonly used in homes and indoor public places in northern cities. It uses its metal shell to dissipate the heat from the internal heat source into the air through heat transfer to warm the indoor air. Traditional radiators are mostly grouped metal shell structures, which only rely on the metal shell to exchange heat with indoor air, and the heat transfer efficiency is not high. To improve the heat transfer efficiency, innovative design of the radiator structure gold shoe is required. [0003] The chimney effect refers to the phenomenon that air with different densities rises or falls along a space with a vertical slope, causing the air to strengthen convection. The...

AI Technical Summary

Problems solved by technology

Traditional radiators are mostly grouped metal shell structures, which only rely on the metal shells to exchange heat with indoor air, and the heat transfer efficiency is not high. To improve the heat transfer efficiency, innovative design of the radiator structure gold shoe is required

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