Efficient durable ultralow-noise transverse flow type intelligent power-free cooling tower

Abstract

The invention discloses an efficient durable ultralow-noise transverse flow type intelligent power-free cooling tower. The cooling tower comprises a power-free cooling tower body, a supporting base frame, a water turbine, a packing layer, an air inlet pipe and a water inlet pipe, two driving belt wheels and two driven belt wheels are transmitted together correspondingly through two anti-sliding belts, air guide fan blades are correspondingly mounted in a pipe cavity of the air inlet pipe in a manner of facing the outer side, air outlet ports are correspondingly formed in one sides of purifyingfilter boxes, outer sides of four supporting blocks are provided with a detachable dust filter net in a vertical state in a supporting manner, a pressing head correspondingly presses the dust filternet on the supporting blocks, front side wall faces of two purifying filter boxes are arranged to be in opening types, and seal rotating doors are hinged to openings in a matched manner. The problem that the requirements are difficultly met only through upward pulling force of the fan blades, too much water is prone to appearing, and air is little can be solved, the problem that exterior dust enters a tower cavity, and a machine body is easily damaged can be solved, and the effect is good.

Description

technical field [0001] The invention relates to the related technical field of cooling towers, in particular to a cross-flow intelligent electric-free cooling tower with high efficiency, durability and ultra-low noise. Background technique [0002] A cooling tower is a device that dissipates waste heat generated in industrial production or refrigeration processes into the atmosphere. It can exchange heat with the air in the cooling medium (usually water) carrying waste heat, and transfer the heat of the medium to the atmosphere. The air is supplied and diffused into the atmosphere, thereby cooling the medium; the square cross-flow FRP cooling tower uses air from both sides and a fan on the top, so that the air passes through the packing on both sides of the tower and exchanges the medium with hot water. out of the tower. [0003] see figure 1 , figure 1 Shown is a structural schematic diagram of a novel cross-flow FRP electricity-free cooling tower disclosed on the patent...

AI Technical Summary

Problems solved by technology

[0005] In the actual working process, the delivered water is introduced into the water turbine 6, and exchanges heat with the air (sent in from the air inlet pipe 3) in the main body 1 of the electricity-free cooling tower, and transfers the heat of the medium (water) to the air and disperses it into the air. atmosphere, thereby cooling the medium (water) and completing the cooling process. Although the device can be used for cooling purposes, there are two more serious defects. One is that the air inlet pipe 3 itself is a pipe body structure, and the outdoor air When entering the air, it is difficult to meet the upward draft force of the fan blade 602, and the phenomenon of more water and less air is prone to occur. It is necessary to add an auxiliary exhaust mechanism at the air inlet pipe 3. The second is the air inlet stage. Since the cooling tower is in the For outdoor use, the outdoor environment is complex and changeable. When the wind and sand are strong, a large amount of sand and dust can easily enter the tower cavity from the air inlet pipe of the cooling tower, and the air inlet pipe does not have any sand and dust purification structure. Use, severe situation will directly cause the body to be damaged, therefore, in order to solve the two problems mentioned above, it is necessary to improve the existing technology

Images