Roman pillar type radiator

Abstract

The invention discloses a roman pillar type radiator. As an exhaust valve is structurally adopted, gas which is inevitably generated in the roman pillar type radiator can be exhausted in time, and theheat dissipation performance of the device is prevented from being affected. As a high-temperature-resistant filter is structurally adopted, high-temperature hot water is filtered before entering a pipeline in the roman pillar type radiator, impurities in the high-temperature hot water can be effectively removed, other pollutants, such as lime, chloride and sulfide, in water are effectively filtered out; calcium salt and magnesium salt in water are converted into sodium salt, so that scaling and corrosion of the pipeline in the roman pillar type radiator are effectively prevented, and the overall service life of the roman pillar type radiator is prolonged. Copper fixing blocks, a first enlarged heat plate and second enlarged heat plates are structurally adopted, so that heat emitted by cooling fins towards a wall is effectively collected, reflected and radiated in to indoor air rapidly, the heat dissipation efficiency of the roman pillar type radiator is effectively improved, the indoor temperature rise time is shortened, and compared with a traditional device, the roman pillar type radiator has a better effect.

Description

technical field [0001] The invention relates to the technical field of radiators, in particular to a Roman column radiator. Background technique [0002] With the rapid development of science and technology in the world, people have various ways to improve their living standards. People living north of the Tropic of Cancer often experience colder winters than those living south of the Tropic of Cancer. In order to make the room warm and comfortable, the heating system was born. Nowadays, we use the water heating system more often. As the terminal equipment of the water heating system, the main function of the radiator is to dissipate heat into the surrounding air, thereby increasing the temperature of the surrounding environment. The radiator is for The water quality requirements of the heating system are very high. After a heating link, after a long pipeline transmission and long-distance pipe pollution, many impurities will exist in the system, which may be sand and gravel...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of science and technology in the world, people have various ways to improve their living standards. People living north of the Tropic of Cancer often experience colder winters than those living south of the Tropic of Cancer. In order to make the room warm and comfortable, the heating system was born. Nowadays, we use the water heating system more often. As the terminal equipment of the water heating system, the main function of the radiator is to dissipate heat into the surrounding air, thereby increasing the temperature of the surrounding environment. The radiator is for The water quality requirements of the heating system are very high. After a heating link, after a long pipeline transmission and long-distance pipe pollution, many impurities will exist in the system, which may be sand and gravel, iron oxide or welding slag. These impurities It is fatal to the radiator at the end of the heating system. The speed of heat dissipation of the radiator is related to the speed of the temperature rise in the whole room and the timeliness of temperature maintenance. Therefore, the radiator device is particularly important. The traditional radiator device is mostly made of steel. Column radiator, this kind of radiator is relatively backward in the speed of heat dissipation. It often takes a long time for the indoor space with a large area to increase the overall temperature of the room, and because the heat dissipation of the radiator is slow, resulting in heat dissipation. There is a lot of heat around the radiator, so that the radiator is always in a relatively high temperature environment, which directly affects the service life of the radiator. Therefore, we propose a Roman column radiator

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