Intelligent large scattered material storage system for coping with strong wind and operating method

Abstract

The invention relates to an intelligent large scattered material storage system for coping with strong wind and an operating method. The intelligent large scattered material storage system comprises amajor steel structure frame, a large grid protective layer, a ventilating dust suppression layer, an anemorumbometer and an active and passive protective system. The operating method comprises the steps that under the severe strong wind condition, automatic detecting and early warning can be conducted, and stored materials are subjected to spraying and mist jetting; meanwhile, when the wind speedreaches a certain value, the ventilating dust suppression layer located on the inner side face of the major steel structure frame is actively separated from an emergency separating device at the top;under the situation that a detecting and early warning system loses efficacy or an emergency separating device automatic control device on a certain inner side face of the major steel structure frameloses efficacy, when the wind speed reaches a certain value, the emergency separating device can be mechanically disconnected, so that the ventilating dust suppression layer located on the inner sideface of the main body steel structure frame downwards moves along a slideway on a vertical bearing beam; and meanwhile, spraying and mist jetting are conducted on the stored materials, and finally, the purposes of material protection and prevention of damage to the major steel structure frame can be achieved.

Description

technical field [0001] The invention relates to the technical field of warehousing and intelligent systems, in particular to an intelligent large-scale bulk material storage system and an operating method for strong winds. Background technique [0002] With the development of industrialization and modernization, the problem of air pollution faced by our country has become more and more serious, especially the problem of smog, which has seriously affected people's daily life. A major direct source of air pollution is the dust caused by the open-air stacking of bulk materials, such as the open-air stacking of sand, gravel, cement, construction waste, and mineral resources, especially in the dry climate and sparse green vegetation in Northwest my country after winter And continuous blowing strong wind and other phenomena further aggravated the large-scale generation of dust from scattered materials. [0003] In recent years, with the increasing intensity of environmental govern...

AI Technical Summary

Problems solved by technology

But there are two defects in this patent document: 1. poor ventilation and air permeability, there are many inconveniences for the storage of some goods that need to be ventilated in time such as loose coal, etc. The danger of uprooting; 2. The later stage costs are high, and the patent needs to be continuously inflated for normal use. For large-scale storage systems, it not only needs to consume a lot of energy to inflate, but also causes the dust inside the storage system to form turbulence. , is not conducive to the operation of loading and unloading

[0007] To sum up, although the starting point of the above methods is to effectively control the dust pollution of bulk materials, the implementation of each method has its own shortcomings, such as high construction cost, complicated disassembly process, poor ventilation, and high post-production costs. There is a risk of being punctured or collapsed by blowing debris due to severe winds

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