JPH0227066Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a portable earthen wall block that can efficiently construct walls on buildings, and one embodiment of the construction thereof is shown in the accompanying drawings and will be described in detail as follows.

Between vertical installation beams 2 made of angle materials placed on the left and right at intervals that fit between the pillars 1 of the building structure, horizontally suspend timbers 3 in multiple stages at appropriate vertical intervals. A wall core material 5 having a mesh 4 of the same size is attached, and a wall base layer 7 excluding the finishing wall layer 6 is formed on the core material 3 and the wall core material 5, and the columns of the left and right vertical mounting beams 2 are attached. It is characterized in that a mounting hole 8 is provided in the side piece that abuts the inner surface.

In the drawing, the vertical mounting beam 2 is formed of an angle material with an L-shaped cross section, mounting holes 8 are bored at appropriate intervals in one side piece, and each end of the punched material 3 is fixed to the other side piece. A case is shown in which a member 9 is used to securely fasten the punched material 3 between the angle members in multiple stages.

In addition, the drawing shows that the wall core material 5 is formed by combining bamboo and reeds into a lattice shape having meshes 4 of appropriate size, and binding each intersecting part with a string. 3, and then this wall core material 5
The figure shows the case where rough wall soil is applied to an appropriate thickness as the wall base layer 7.

Although not shown in the drawings, the same effect can be achieved by attaching lifting fittings at appropriate locations to facilitate transportation of the main wall block.

The code 10 in the figure is a brace that provides earthquake resistance to the wall, 1
1 is a base, and 12 is a fastening tool for fastening the vertical mounting beam 2 to the pillar 1.

Traditionally, in order to construct true walls such as Komai earthen walls on a building, workers at the construction site apply wall coating work such as base coating, intermediate coating, and finishing coating to the bare wood and Komai wood installed between the pillars. A true wall is formed by applying it several times, but it takes several months to complete the entire wall because it is not possible to apply another layer of wall paint on top of it until the previous wall layer has dried to a certain extent. However, it had drawbacks such as being time-consuming and time-consuming.

The present invention solves such drawbacks and is constructed as described above. Therefore, in order to construct a wall using mainland wall blocks between the pillars 1 of a building structure, first, the mainland wall blocks manufactured in advance are brought to the construction site. After carrying it in, it is fitted vertically between the required pillars 1, and then the left and right vertical mounting bars 2 are fixed to the appropriate positions on the sides of the left and right pillars 1 with fasteners 12, and thirdly, the space between the pillars 1 is fixed. A finishing wall layer 6 is placed on top of the wall base layer 7 installed on the wall base layer 7.
Just paint it on the wall and let it dry.

Therefore, compared to conventional wall construction methods, the construction period is shortened and the work content is simplified.

Furthermore, the structure of the main wall block is such that, as described above, the cutout material 3 is horizontally hung in multiple stages between the left and right mounting vertical bars 2, and the wall core material 5 having meshes 4 of an appropriate size is used.
Since the wall base layer 7 is attached, it is easy to form the wall base layer 7, and since the wall structure of the mainland wall block itself is the same as that of the conventional wall block, the same wall effect can be obtained.

In addition, since angle material is used for the vertical mounting beam 2, and the spacing between the two is set so that it will fit between the pillars 1, the fitting work and the installation work to the pillar 1 can be done by inserting one side piece of the angle material inside the pillar 1. Abuts on the side, mounting hole 8
It can be easily and firmly attached by screwing in screws or nailing, and if the other side is used to fasten the cutout material 3, it is highly practical both in manufacturing and installation. This provides a portable earth wall block that achieves the above effects.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; FIG. 1 is a perspective view, FIG. 2 is a plan sectional view showing the construction state, and FIG. 3 is an enlarged plan sectional view showing the installed state. 1...Column, 2...Vertical mounting beam, 3...Null material, 4
...Mesh, 5...Wall core material, 6...Finish wall layer, 7...
...Wall base layer, 8...Mounting hole.

Claims (1)

[Scope of utility model registration request] Installation using angle materials placed on the left and right at intervals that fit between the pillars of the building structure, horizontally suspending timbers in multiple tiers at appropriate vertical intervals, as well as using angle materials of appropriate size. A wall core material with a mesh is attached, a wall base layer excluding the finishing wall layer is formed on this core material and the wall core material, and mounting holes are formed in the side pieces that contact the inner surfaces of the columns of the left and right mounting vertical bars. A portable earth wall block characterized by having a.