CN201857672U - Earth block wall body enhanced by reinforced concrete - Google Patents

Abstract

The utility model provides a reinforced concrete reinforced earth block wall, which comprises a wall base and longitudinal and transverse earth block walls arranged on the wall base, and is characterized in that the wall base and the longitudinal and transverse earth block walls between the floor slab and the longitudinal and transverse earth block walls, and between the roof and the longitudinal and transverse earth block walls, there are respectively horizontally placed reinforced concrete girders, and between the longitudinal and transverse earth block walls Reinforced concrete columns are arranged at the junction, and steel wire mesh or steel bars are arranged at intervals at the junction of the longitudinal and transverse earth block walls. The connection between the earth block walls is strengthened, the cracks on the earth block walls are effectively avoided, the overall performance and bearing capacity of the earth block staggered joint masonry walls are significantly improved, and the existing problems are fundamentally solved. The problem of poor seismic performance of the earth block wall has a positive effect on saving building materials and protecting the environment.

Description

Reinforced concrete reinforced earth block walls

technical field

The utility model relates to a wall body, in particular to a reinforced concrete-staggered soil block wall body, which belongs to the technical field of construction engineering. the

Background technique

Building houses with adobe made of mud is a common form of house construction in rural areas of our country. It not only has the advantages of convenient materials and low investment, but also has the characteristics of being warm in winter and cool in summer. However, adobe houses also have the problems of poor structural strength and poor earthquake resistance. With the continuous advancement of technology, there have been methods in rural areas to press soil into adobe bricks with hydraulic devices, or manually press them into adobe with high compressive strength. This new type of earth block can be used locally and is ecologically friendly, which solves the shortage of rural building materials to a certain extent. However, when this new type of earth block is used to build the wall, due to the lack of reasonable structure and strengthening measures, the overall structure of the wall is insufficient and the earthquake resistance is weak, which brings safety hazards to the lives and properties of the residents. . Therefore it is necessary to improve the prior art. the

Contents of the invention

In order to solve the problems of insufficient structural strength and poor earthquake resistance in existing raw earth block walls, the utility model provides an earth block wall reinforced with reinforced concrete. the

The utility model is completed through the following technical solutions: a reinforced concrete reinforced soil block wall, including a wall base, and a vertical and horizontal soil block wall arranged on the wall base, which is characterized in that the wall base and the vertical and horizontal Between the earth block walls, between the floor slab and the longitudinal and transverse earth block walls, and between the roof and the longitudinal and transverse earth block walls, there are respectively horizontally placed reinforced concrete girders. Reinforced concrete columns are arranged at the joints of the earth block walls, and steel wire mesh or steel bars are arranged at intervals at the joints of the longitudinal and transverse earth block walls, so as to strengthen the overall structure of the earth block walls and improve the seismic strength. the

The reinforced concrete columns are arranged at the corners of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls.

The reinforced concrete columns are arranged at intervals at the T-shaped joints of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls. the

The reinforced concrete columns are arranged at intervals at the cross joints of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls. the

The steel wire mesh is T-shaped and arranged at intervals at the T-shaped joints of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls. the

The steel wire mesh is set in a cross shape, and is arranged at intervals at the cross joints of the vertical and horizontal soil block walls to strengthen the connection of the vertical and horizontal walls. the

The steel bars are L-shaped and arranged at intervals at the T-shaped joints or cross joints of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls. the

The steel bars are T-shaped and arranged at intervals at the cross joints of the longitudinal and transverse earth block walls to strengthen the connection of the longitudinal and transverse walls. the

The longitudinal and transverse soil block walls are formed by laying a plurality of soil blocks with staggered joints. the

The utility model has the following advantages and effects: adopting the above-mentioned scheme, the connection between the walls of the earth blocks is strengthened, the cracks on the walls of the earth blocks are effectively avoided, and the safety of the walls of the earth blocks with staggered joints is obviously improved. Overall performance and bearing capacity, and fundamentally solve the problem of poor seismic performance existing in existing earth block walls, and have a positive effect on saving building materials and protecting the environment. The utility model has low cost, is easy to master and implement, and is actually an ideal building material. the

Description of drawings

Fig. 1 is the sectional structural diagram of the utility model;

Fig. 2 is the A-A view of Fig. 1;

Fig. 3 is a left side view of Fig. 2 . the

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings, but the content of the utility model is not limited thereto. the

The reinforced concrete reinforced earth block wall provided by the utility model comprises a wall base 1, a longitudinal earth block wall 4 arranged on the wall base 1, a transverse earth block wall 8, and a longitudinal and transverse earth block wall. The bodies 4 and 8 are built by multiple earth blocks with staggered joints. Between the wall base 1 and the bottoms of the longitudinal and transverse earth block walls 4 and 8 are horizontally placed reinforced concrete girders 2 and floor slabs 7 A horizontally placed reinforced concrete girder 3 is provided between the longitudinal and transverse earth block walls 4 and 8 middle parts, and a horizontally placed reinforced concrete girder 3 is arranged between the roof 6 and the upper parts of the longitudinal and transverse earth block walls 4 and 8. The girder 5 is provided with reinforced concrete columns 9 at the corners and cross joints of the vertical and horizontal earth block walls 4 and 8, and T Shaped steel wire mesh 10 and L-shaped steel bar 11, cross-shaped steel wire mesh 13 and T-shaped steel bar 12 are arranged at intervals at cross joints, as shown in Figure 1, Figure 2 and Figure 3, to strengthen the overall structure of the earth block wall and improve the earthquake resistance strength. the

Claims (8)

1. A reinforced concrete reinforced soil block wall, comprising a wall base, a vertical and horizontal soil block wall located on the wall base, characterized in that between the wall base and the vertical and horizontal soil block walls , between the floor slab and the longitudinal and transverse earth block walls, and between the roof and the longitudinal and transverse earth block walls, there are respectively horizontally placed reinforced concrete girders, and at the joints of the longitudinal and transverse earth block walls Reinforced concrete columns are provided, and steel wire mesh or steel bars are arranged at intervals at the joints of longitudinal and transverse earth block walls. 2. The reinforced concrete reinforced earth block wall according to claim 1, characterized in that the reinforced concrete columns are arranged at the corners of the longitudinal and transverse earth block walls. 3. The earth block wall reinforced by reinforced concrete according to claim 1, characterized in that the reinforced concrete columns are arranged at intervals at the T-joints of the longitudinal and transverse earth block walls. 4. The earth block wall reinforced by reinforced concrete according to claim 1, characterized in that the reinforced concrete columns are arranged at intervals at the cross joints of the longitudinal and transverse earth block walls. 5. The reinforced concrete reinforced earth block wall according to claim 1, characterized in that the steel wire mesh is T-shaped and arranged at intervals at the T-shaped joints of the longitudinal and transverse earth block walls. 6. The reinforced concrete reinforced earth block wall according to claim 1, characterized in that the steel wire mesh is configured as a cross, and is arranged at intervals at the cross joints of the longitudinal and transverse earth block walls. 7. The earth block wall reinforced by reinforced concrete according to claim 1, characterized in that the steel bars are L-shaped and arranged at intervals at the T-shaped joints or cross joints of the longitudinal and transverse earth block walls. 8. The earth block wall reinforced with reinforced concrete according to claim 1, characterized in that the steel bars are T-shaped and arranged at intervals at cross joints of the longitudinal and transverse earth block walls. the

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