Reinforcing stone structure utilizing through-wall reinforcement cages with externally-arranged wire meshes and construction method of reinforcing stone structure

A technology of steel skeleton and steel mesh, applied in building components, building structure, building maintenance, etc., can solve problems such as poor integrity and seismic performance, and achieve the effects of simple construction method, enhanced integrity, and cost saving.

Inactive Publication Date: 2014-01-08
安平县洙林丝网制品有限公司
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  • Abstract
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Problems solved by technology

[0003] Due to the irregular shape of the stones, most of the walls are relatively thick, and the aseismic construction method of ring beams and structural columns is not very suitable. The present invention proposes a reinforced stone structure and its construction method using the wall-penetrating steel skeleton and steel wire mesh. It is used to solve the problems of poor integrity and seismic performance of stone structure houses

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  • Reinforcing stone structure utilizing through-wall reinforcement cages with externally-arranged wire meshes and construction method of reinforcing stone structure
  • Reinforcing stone structure utilizing through-wall reinforcement cages with externally-arranged wire meshes and construction method of reinforcing stone structure
  • Reinforcing stone structure utilizing through-wall reinforcement cages with externally-arranged wire meshes and construction method of reinforcing stone structure

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Embodiment Construction

[0029] A kind of reinforced stone structure adopting wall-through steel skeleton plus steel wire mesh of the present invention, see Figure 1 to Figure 5 As shown, the original stone structure wall 1 is included, and the steel wire mesh 2 arranged on both sides of the original stone structure wall 1 and the tie bars 4 passing through the wall 1 are included. Concrete 5 forms a solid whole, see Figure 2 to Figure 3 . Wherein the bottom end of the steel wire mesh 2 is bound firmly with the anchor rings 7 pre-buried in the foundation 6 on both sides of the wall 1, and the rivets are arranged in the wall 1 to fix the steel wire mesh 2 according to the quincunx-shaped anchor holes, see Figure 4 . The anchor ring 7 is fixed in the foundation 6 by rivets, and the foundation 6 is reinforced according to the properties of the soil, and the soil can be compacted in the form of driving a steel plate 8 into the soil, see Figure 4 . The tie bars 4 pass through the wall 1 by drilling...

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Abstract

The invention relates to a reinforcing stone structure utilizing through-wall reinforcement cages with externally-arranged wire meshes and a construction method of the reinforcing stone structure and belongs to the field of the seismic reinforcement technology. The reinforcing stone structure comprises a raw stone structural wall, the wire meshes and steel ties, wherein the wire meshes are arranged on the two sides of the raw stone structural wall, and the steel ties penetrate through the wall. The steel times are arranged on the stone structural wall, so that the reinforcement cages are formed on the two sides of the stone structural wall. The wire meshes are bound on the reinforcement cages and then concrete is sprayed on the reinforcement cages and the wire meshes. On the basis that a stone-structural house is changed little, the external reinforcement cages and the internal reinforcement cages are added, so the deformation performance of shearing resistance and bending resistance of the stone structural wall are improved, the integrity of the stone structural wall is enhanced, and seismic reinforcement to the stone structural wall is achieved. Therefore, the reinforcing stone structure can be widely applied to reinforcement of the stone-structural house.

Description

technical field [0001] The invention relates to a reinforced stone structure using a wall-through steel frame plus a steel wire mesh and a construction method thereof, which is an anti-seismic reinforcement method for old stone structure walls and belongs to the technical field of anti-seismic reinforcement. Background technique [0002] With the development of society and the improvement of productivity, people pay more and more attention to the safety of houses. However, due to the good compressive strength of the stone structure and the thick walls, it is warm in winter and cool in summer, so it has good practicability. It is welcomed by many farmers and is widely used as building materials. However, the stone structure is a bulk material structure, which has poor shear resistance, bending resistance and tensile resistance, and suffers great damage, especially for large-scale buildings with high storeys. And at present, the mortar grade of the walls of stone structure ho...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E04G23/02E04B1/98
Inventor 董有鞠树森潘沂华杨黎明
Owner 安平县洙林丝网制品有限公司
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