KR100383117B1 - method polli narge discharge mudbroast revetment - Google Patents

Abstract

The present invention relates to a method for removing moisture in a mold during construction of a building retaining wall. As it is made of small particles, the moisture inside the retaining wall is not easily dried, which leads to a long construction period and difficult molding. Therefore, in order to discharge the air and water contained in the soil wall to the outside, a straw straw with a diameter of 10 cm is installed inside the mold at a 45 ° angle, and then the bottom (end) of the straw is cut out to the outside of the mold after the circular plate is formed in the middle of the mold. It exposes and maintains the wall space of a certain width, and makes a skeleton and a frame in the order of wire mesh, wood, EM network, and puts a frame composed of water and soil into the frame, and then removes moisture from the frame. When the vibration motor is installed at 5 ~ 6m intervals and vibrates, moisture and air bubbles contained in the soil retaining wall are compressed and adsorbed into the packed wood on the wall, so that moisture escapes through the through hole of the EM network and rice straw installed. There is this.

Therefore, when utilizing the vibration motor and rice straw according to the present invention, moisture can dry more than 90% within 10 hours on the wall surface by minute vibration waves, which shortens the construction period and compresses during vibration. It is characterized by being more than two times stronger than the structure.

Description

Method for removing soil retaining wall moisture {method polli narge discharge mudbroast revetment}

The present invention provides an external mold for removing soil retaining wall moisture and extracting moisture in the soil retaining wall to the outside to shorten the drying time of the structure and easily attach the retaining wall's rigidity and exterior material. Its purpose is to enhance external beauty without external plastering.

The present invention relates to a method for removing soil retaining wall moisture, and more specifically, to form a mold (building concrete formwork), and to put iron framework and mix the by-products such as cement, sand, gravel to produce a pillar or retaining wall, wall surface, etc. of the building. Will be done. However, since the present invention manufactures a wall surface using soil rather than cement, it requires more drying time than conventional cement, resulting in higher construction costs.

Therefore, there are two types of building method, which is to build and build soil brick separately, and the method of using mold, but the soil composed of fine molecules is difficult to evaporate and dry when it is constructed in general mold, so it is impossible to shorten the construction period. We are investing time and labor.

Accordingly, the present invention is to solve the above problems, the outer body consisting of E · M wire mesh having a certain size: the inside of the outer body for the moisture adsorption, and the wood frame forming a skeleton, the wire inside A mesh (steel frame) is erected. After the installation is made, rice straw is installed to discharge moisture in the soil retaining wall to the outside of the absorption mold, and a vibrator is installed at the top of the mold to provide moisture in the soil retaining wall due to the vibration of the vibrator. It is to provide a method of discharging to outside the mold.

1 is a mold cast material for building a retaining wall for building according to the present invention.

2 is a perspective view showing the assembly sequence using the mold according to FIG.

Figure 3 is a perspective view showing a state in which the vibrator and rice straw is installed in the retaining wall to remove moisture in the building retaining wall according to the present invention.

4 and 4a are partial perspective views showing the installation of the vibrator and the installation state of the straw

5 is a perspective view showing a completed state by attaching the exterior after removing the moisture of the building retaining wall according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: vibrator 2: rice straw

3: E · M wire mesh 4: Wire mesh

5: wood box 6: mineral wood

7: loess 8: masonry

9: steel frame 10: mold

11: exterior material

In order to achieve the above object, a mold making process of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the mold main material in the construction of the building retaining wall according to the present invention, as shown in the figure is provided with a lumber (5) consisting of a regular lattice-shaped skeleton and steel wire mesh (4) ore (6) and plywood Instead, the ventilation is easy EM wire mesh (3) and ocher and aggregate is provided.

Figure 2 is a perspective view showing the assembly procedure using the mold according to Figure 1, the wire mesh (4) is installed on both sides of the inside of the wood box (5) to assemble the wood box (5) installed on both sides of the outside of the wood box (5) After covering and integrating the orewood (6), it is completed by binding the EM wire mesh (3) at both ends.

Figure 3 is a perspective view showing a state in which the vibrator and rice straw installed in the soil retaining wall for removing moisture in the building soil retaining wall according to the present invention, 45 ° angle of the straw (2) applied to the present invention inside the prepared frame as described above Tilt to install in mold, but straw (2) to protrude both ends of the mold to the outside of the mold, in the same way in the bottom of the mold and one side of the mold at the regular intervals after the internal clay (7) soil and various Aggregate is introduced into the mold, and then the vibrator (1) is bound to the steel frame (9) structure on one side of the top or bottom of the mold and vibrates for a predetermined time, thereby extracting moisture in the soil retaining wall filled in the mold to the outside. In more detail, E · M wire mesh (3) is installed on both sides of the inside of the soil retaining wall to be installed on both sides, and loess (7) is filled with soil (5) and is arranged at intervals of about 30 cm. 7) It is located at the edge of the soil retaining wall and the wire mesh (4) comes into contact with the inner surface of the lumber (5) to act as a skeleton to prevent the soil retaining wall from being firm or cracked.

The lumber (5) and the wire mesh (4) is hidden inside the soil retaining wall (7), so when the E · M wire mesh (3) is removed after drying, the lumber (5) is partially exposed and the wire mesh (4) is embedded. It is molded so that it cannot be seen from the outside.

Meanwhile, the straw 10 was used to effectively remove moisture contained in the loess (7) filled in the inner surface of the mold (10), and was coupled at a predetermined angle by relying on the inner box (5) of the mold. When the soil is filled from the top of the mold (10), it is preferable to bind it with wire to prevent the installation angle and deformation of the straw (2).

4 and 4a is a partial perspective view showing the installation state of the vibrator and the straw straw (10) is made of E · M wire mesh (3) in place of the previously used plywood, so ventilation and drying is smooth After several days, remove the E · M wire mesh (3). At this time, the ocher (7) prevents cracking during drying of the retaining wall and leaves the ore (6) for the intake of moisture and the preservation of the retaining wall. Yellow straw (7) The straw in the soil retaining wall (2) is a single stage with a radius of about 10cm, and is installed at an angle of 40 ° to 45 ° at an angle to absorb the moisture contained in the soil retaining wall and extract it to the outside of the mold. It plays a very decisive role, and in order to further shorten the drying time of the soil, it is possible to dry more quickly by vibrating the vibration motor installed on the upper part of the mold to discharge the moisture and bubbles in the mold to the outside. The method of using a motor can shorten the construction air by the design of Utility Model Registration No. 0172574, which is already filed. After drying, the straw is removed from the retaining wall, and the groove is closed with soil.

Thus, the molded ocher (7) soil retaining wall is ¼ of the lumber (5) erected at intervals of about 30cm so as to protrude to the outside after the moisture removal of the building soil retaining wall according to the present invention as shown in Figure 5 completed by attaching the exterior material As a perspective view, the assembly and assembly of the exterior material 11 and interior material is very easy.

Thus, the present invention is easy to install and use the water remaining in the mold within a short time when the vibration remaining by installing a vibrator on one side of the soil retaining wall to vibrate and insist the rice straw at a 45˚ angle on the wall at a certain interval. Due to the discharge to the outside, it shows a very fast drying condition, which can significantly reduce the construction period and can be installed at a time when removing the EM network. When installed by the method according to the present invention can be difficult to lay off the difficulties in the installation of the wire piping work in the retaining wall and significantly reduce the construction period and the outer wall is sufficiently protected from the weather because it can easily attach the interior material or exterior material to the wall And the inner wall also has the effect of facilitating the internal and external beauty, since the consumer can easily install the desired interior.

Claims (2)

In the mold provided with the soil retaining wall assembled so that ocher, masato, finely crushed straw and water can be mixed with water, the assembling method of the mold 10 is made of E · M wire mesh 3 and ore 6 Integrate the loess (7) in the soil retaining wall formed by placing the wood (5) and wire mesh (wire mesh) (4) inside the soil retaining wall at a 45 ° angle with one stage of a straw 10 of a radius of 10 cm Soil retaining wall moisture removal method, characterized in that the installation by discharging the moisture in the soil retaining wall outside the installed mold 10 by installing a plurality at regular intervals The rice straw (2) and the mineral wood (2) provided with moisture in the retaining wall of the clay (7) due to the trembling of the vibrator (1) by installing the vibrator (1) at one upper end of the mold (10). 6) soil retaining wall moisture removal method characterized in that the discharge to the outside through the mold