TWI683941B - Stone cage fixing method - Google Patents

Abstract

A gabion fixing method is suitable for road slopes, which can make the gabion more stable, and can stabilize the surrounding soil in natural disasters to ensure safety; its construction steps include: Step 1: under the skeleton of an empty gabion Drill holes on the sloped ground at the location and there is a metal mesh around the empty gabion; Step 2: Place the empty gabion on the sloped ground so that the skeleton of the empty gabion corresponds approximately to the top of the borehole; Step 3: Take one The steel rope crosses over the skeleton; Step 4: Hang the steel rope into the borehole; Step 5: Use a concrete grouting from the borehole, after solidification, fix the steel rope in the borehole to join the concrete Step 6: Finally, fill the empty gabion with a stone encapsulation and combine it with the slope to form an integrated gabion construction method; according to the construction method, apply the steel rope to the concrete in the slope, with the stone cage and slope combination Strengthening effect to avoid slope collapse.

Description

Stone cage fixing method

The invention refers to a method for fixing a gabion, especially a method for strengthening the stability of the gabion.

According to the general stone cages, they are only placed side by side and stacked on the hillside or possible landslide to form a flat or stepped slope embankment, which is fixed on the slope wall of the hillside to prevent the landslide from collapsing.

The aforementioned side-by-side gabions do not have any grip, and often cannot withstand the strong thrust of the landslide, so that the gabion slips along with the landslide mounds, and each time it is damaged, it needs to be repaired. The labor and cost are large, and the construction is time-consuming , More dangerous to personal safety.

In view of this, the present invention is to improve the shortcomings of the conventional technology. After years of experience in civil engineering, the present invention was created.

The purpose of the present invention is to propose a method of strengthening the stable position of the gabion to solve the problem that the general gabion is easy to fall with the earth and stone due to insufficient grip.

The gabion fixation method of the present invention includes the following steps: Step 1: Drill holes on the slope below the skeleton of an empty gabion and a metal mesh around the empty gabion; Step 2: Place the empty gabion on the slope Up, so that the skeleton of the empty gabion roughly corresponds to the top of the borehole; step three: A steel rope spans the skeleton; Step 4: Hang the steel rope into the borehole; Step 5: Use a concrete grouting from the borehole, and fix the steel rope in the borehole after solidification Concrete is integrated; Step 6: Finally, fill the empty gabion with a stone encapsulation and integrate it with the slope; the gabion construction method is integrated with the slope; according to the aforementioned construction method, the steel cage is combined with the concrete to fix the gabion to the slope , Has the effect of strengthening slopes, reducing the risk of hillside collapse.

In some embodiments, the number of boreholes on the slope may correspond to any position of the steel rope spanning on the skeleton of the gabion, so that the gabion is drilled according to the volume and corresponds to the increase or decrease of the steel rope , And fixed in accordance with the aforementioned construction method.

In some embodiments, the steel rope may be a steel cable.

In some embodiments, the steel rope can be fixed not only on the skeleton at the bottom of the gabion, but also on the upper skeleton away from the bottom, so that the steel rope is suspended from the drill hole to improve the fixing effect .

1‧‧‧Drilling

2‧‧‧Empty gabion

21‧‧‧Metal mesh

22‧‧‧Stone

23‧‧‧skeleton

23, 23a, 23b ‧‧‧ skeleton

3‧‧‧Steel rope

4‧‧‧Concrete

Figure 1 is a flow chart of the steps of the present invention.

Figure 2 is a schematic diagram of the present invention before the steel rope is straddled.

Fig. 3 is a schematic diagram of the state of fixing the gabion skeleton and the steel rope of the present invention.

FIG. 4 is a schematic diagram of the present invention before the application.

Figure 5 is a schematic diagram of the invention after grouting.

In order for your reviewing committee to go further to the content of the present invention Solution, here are the following preferred embodiments and explanations in conjunction with the drawings as follows: Please refer to Figures 1~5, the components used include: application of drilling tools (generally known as civil engineering machinery and equipment not shown) Drilling holes on the slope 1, an empty gabion 2, stone 22, a steel rope 3, a concrete 4, wherein a metal net 21 is fixed around the gabion 2 to restrict the accommodation of the stone 22 in the gabion 2 Will come out.

According to the effect to be achieved by the present invention, the construction method is as follows: Step 1: Drill holes 1 on the slope below the skeleton 23 of an empty gabion 2; Step 2: Place the empty gabion 2 on the slope to make the empty stone The skeleton 23 of the cage 2 roughly corresponds to the upper part of the drill hole 1; Step 3: Cross the skeleton 23 with a steel rope 3; Step 4: Hang the steel rope 3 into the drill hole 1; Step 5: Take one The concrete 4 is grouted in the hole 1, and after solidification, the steel rope 3 is fixed in the hole 1 and integrated with the concrete 4; Step 6: Finally, a stone 22 is filled in the empty gabion 2 to encapsulate and According to the aforementioned construction method, the steel rope 3 and the concrete 4 are used to fix the stone cage 2 filled with stone 22 to the slope, which has the effect of strengthening the slope and reducing the risk of hillside collapse.

In some embodiments, the number of the boreholes 1 on the slope may correspond to any position on the skeleton 23 of the gabion 2 where the steel rope 3 is straddled, so that the gabion 2 is drilled 1 according to the volume. The increase or decrease of the steel rope 3 corresponds to and is fixed according to the aforementioned construction method.

In some embodiments, the steel rope 3 may be a steel cable.

In some embodiments, please refer to FIG. 3, the steel rope 3 can be fixed not only on the skeleton 23a at the bottom of the gabion 2, but also on the upper skeleton 23b away from the bottom, so that the steel rope 3 is at a distance The drill hole 1 is in a suspended state to improve the fixing effect.

In summary, the disclosure is only the preferred embodiments provided by the present invention, and is not intended to limit the scope of the implementation of the present invention. Any equivalent changes by those skilled in the art according to the present invention should belong to the present invention. The scope of protection covered.

Step 1~Step 6

Claims (3)

A gabion fixation method, the steps include: step one: drilling holes on the slope ground under the skeleton of an empty gabion; step two: placing the empty gabion on the slope, so that the skeleton of the empty gabion roughly corresponds to Above the borehole; Step 3: Cross the skeleton with a steel rope and fix it to the skeleton at the bottom of the gabion, and to the upper skeleton away from the bottom; Step 4: Hang the steel rope into the During the drilling; Step 5: Grouting with a concrete from the borehole, after solidification, the steel rope is fixed in the borehole and the concrete is integrated; Step 6: Finally, a stone package is filled in the empty gabion, And the gabion construction method integrated with the slope; according to the aforesaid construction method, using the steel rope combined with concrete to fix the stone-filled stone cage on the slope, which has the effect of strengthening the slope and reducing the risk of hillside collapse. The method for fixing the gabion as described in item 1 of the patent application scope, wherein the number of boreholes on the slope can correspond to any position of the steel rope spanning on the skeleton of the gabion, so that the gabion depends on the volume Drilling corresponds to the increase or decrease of the steel rope. The method for fixing the gabion as described in item 1 of the patent application scope, wherein the steel rope may be a steel cable.

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