Radiator with self-cleaning and automatic-adjusting functions

Abstract

The invention discloses a radiator with the self-cleaning and automatic-adjusting functions, and belongs to the field of radiators.The radiator comprises an upper water storage box and a lower water storage box.A plurality of cooling fins and reinforcing ribbed plates are arranged between the upper water storage box and the lower water storage box.The cooling fins and the reinforcing ribbed plates are alternately and uniformly distributed at equal intervals.A switching knob is arranged on each cooling fin.A layer of buffer precipitation net is arranged inside the lower water storage box.A water inlet pipe is arranged on the left side of the upper water storage box.A water outlet pipe is arranged on the left side of the lower water storage box.A filter net is arranged inside the water outlet pipe.Due to the fact that the switching knobs are arranged on the cooling fins, automatic adjustment is performed according to the real-time situation, and flexibility is higher; due to the arrangement of the buffer precipitation net and the filter net, the radiator has the self-cleaning function, and impurities in circulating water can be removed; meanwhile, the radiator further has the advantages of being simple in structure, convenient to operate, high in radiating efficiency and the like.

Description

technical field [0001] The invention relates to the technical field of radiators, in particular to an automatically adjustable radiator with a self-cleaning function. Background technique [0002] Industrial radiators (referred to as radiators, also known as heat dissipation pipes) are the main equipment in heat exchange devices such as cooling air with refrigerants, heating air with heat media, or recovering air waste heat with cold water. Passing high temperature water, steam or high temperature heat transfer oil can heat the air, passing brine or low temperature water to cool the air. If the high temperature of the heating equipment cannot be dissipated, it will heat up. If the temperature rises to a certain extent, it will burn the equipment or reduce its life; so the heating equipment needs to dissipate heat; the function of the radiator is to take the heat away from the heating equipment in time, and the way to increase heat dissipation is to expand Heat dissipation a...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the traditional industrial radiators use circulating water for internal heat dissipation. The number of heat sinks in traditional radiators is mostly fixed. When the heat generated by the equipment is small, it is often not necessary for all heat sinks to dissipate heat at the same time; Yes, when the work intensity is high, some fixed number of heat sinks are often unable to dissipate heat sufficiently, which will damage the equipment over time; this results in a narrow application range of traditional heat sinks and poor adaptability; insufficient automatic adjustment leads to a lot of waste The heat dissipation time is insufficient or the heat dissipation is insufficient, and it is impossible to make reasonable adjustments according to the real-time situation.

In addition, the circulating water will often take away the consistent corrosion debris inside the equipment after it circulates badly in the equipment. There are often many impurities in the circulating water. If it is not cleaned in time, it will block the radiator or damage the equipment, affecting production and processing.

Images