Shock-absorbing and wind-absorbing steel structure prefabricated resettlement houses

Abstract

A shock and wind reducing type steel structure fabricated temporary dwelling comprises a house, and the house is composed of a roof, multiple external wall mounting plates, a first neodymium-iron-boron magnet patch and multiple cross beams. Each external wall mounting plate comprises a vertical rod, a cross rod, a sun shield and a damping mechanism, and round holes are formed in the vertical rodsin the axial direction. Limiting blocks are fixed to the two sides of each vertical rod, and the cross rods are hinged to the two sides of the upper ends and the lower ends of the vertical rods. Mounting blocks and fixed plates are fixedly mounted on the cross rods. The first neodymium-iron-boron magnet patch can drive the external wall mounting plates to be mounted to be conveyed upwards, and a transmission system can be controlled by a controller. According to the shock and wind reducing type steel structure fabricated temporary dwelling, round design is overall adopted, and the shock and wind reducing type steel structure fabricated temporary dwelling is fashionable and attractive and has certain wind resisting performance. The house has certain earthquake resisting capacity, the housecan be prevented from collapsing as far as possible, and people in the house are prevented from being injured or dying as far as possible; and house external walls are mounted in a special manner, thehouse building period is short, and meanwhile the labor intensity of building worker is reduced.

Description

technical field [0001] The invention belongs to the field of shock-absorbing and wind-reducing houses, in particular to a shock-absorbing and wind-reducing steel-structure assembly-type resettlement house. Background technique [0002] When doing scientific research or archaeological excavation in mountainous areas with frequent earthquakes, it is often necessary to build temporary tents. If the time period is long, it is often necessary to build resettlement houses for scientific researchers or archaeological excavators to better live and handle work. Because it is located in a mountainous area, it is not convenient for large-scale equipment such as construction machinery to enter. The mountainous area is located at a high altitude and the wind is strong. Construction machinery is also prone to shaking during the process of transporting building materials, and the shaking building materials are easy to collide. Housing or construction personnel, causing damage to the house ...

AI Technical Summary

Problems solved by technology

[0002] When doing scientific research or archaeological excavation in mountainous areas with frequent earthquakes, it is often necessary to build temporary tents. If the time period is long, it is often necessary to build resettlement houses for scientific researchers or archaeological excavators to better live and handle work. Because it is located in a mountainous area, it is not convenient for large-scale equipment such as construction machinery to enter. The mountainous area is located at a high altitude and the wind is strong. Construction machinery is also prone to shaking during the process of transporting building materials, and the shaking building materials are easy to collide. Housing or construction personnel, causing damage to the house or the death of the construction personnel, because the mountainous area in the earthquake-prone area has strong winds, and ordinary houses are prone to collapse, causing injuries or even death to scientific researchers or archaeological excavators. At the same time, the construction period of ordinary houses long, construction workers are labor-intensive

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