Light reinforced bar concrete binary structure system and method thereof

Abstract

A light steel skeleton-concrete construction system is disclosed, which is aimed at damping earthquake energy and isolating vibration by eliminating vibration energy. It is composed of cage-shaped light steel skeleton system and light concrete filled in said light steel skeleton systems. It has also beams, columns, slabs and shear walls. Its advnatages are low story height, less steps of stairs, low cost, and high effect on resisting earthquake, typhoon, fire accident and insulating heat and sound.

Description

technical field [0001] The invention relates to a building construction system and method, in particular to a lightweight steel-reinforced concrete binary construction system and its method, which is based on an earthquake energy-reduction foundation, with an energy-dissipating and shock-isolation device, and a lightweight steel cage on top The structure formed by the shaped skeleton system and filled with lightweight concrete and its construction method. Background technique [0002] In order to provide space for living or activities, building structures have the characteristics of covering and supporting. Without the influence of external forces, they can be composed in a fairly economical way to support the live load or the static load of the building materials themselves. However, when considering the impact of earthquake force, in order to resist the earthquake horizontal force, the requirements for structural strength and the use of materials are greatly increased, esp...

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Problems solved by technology

Traditional brick, reinforced concrete, and steel-reinforced concrete are all heavy, uneconomical, and unfavorable for earthquakes

These traditional structures currently in use deal with the composition of the building frame and the requirements for the strength of building materials in a head-to-head manner, while ignoring the use of too many building materials because of the increase in self-weight and the excessive rigidity of the foundation structure. It forms the medium of seismic energy transmission, and even because of the continuous impact of seismic force, the energy is converted into the transmission of internal stress in the structure, such as torsion, bending moment and resonance amplification effect, thus causing damage to buildings, just like when a person is overweight Like the health problems that arise, the excess of structures is a problem that most people ignore!

[0007] The diversification of consumption in industrial housing, the large number of competing manufacturers, and the huge initial investment in production lines lead to the high cost of exterior materials. The force directly acts on the superstructure, and the combination of its steel frame and all exterior materials, as well as the treatment between exterior materials, requires a large number of flexible joints or expensive hardware accessories, and its precise construction requirements are even more challenging. Taiwan's traditional construction culture, the appearance of the building is more restricted by the assembly method, and the height of the floor is also limited. It is difficult to deal with the multi-storied street houses and scattered land. In Taiwan's humid climate, the use of organic logs is still too much. The sound insulation of the non-solid wall still has a gap with the acceptance of Taiwan's residential buildings. The most serious problem is that with Japan's economic level, the cost per square meter needs to be 80,000 to 200,000 in Taiwan, and it is still unable to become a popular civilian residence. At that time, for Taiwan, mainland China and its earthquake zone, it is believed that it is difficult to benefit the general public

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