JPS5819230Y2 - Kumita Teshako - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to the structure of a prefabricated garage.

Concrete garages that are made by pouring concrete on-site have existed for a long time, but they have drawbacks such as the fact that construction takes a long time and it is not possible to obtain a product of good quality.

The present invention was made to improve these points, and its purpose is to provide a garage that is easy and quick to construct and whose quality, shape, etc. are well controlled.

Next, an example will be described.

1 is the front block.

This is a rectangular cylindrical body made of reinforced concrete, with both front and rear sides open and consisting of both side walls 2, a floor 3, and a ceiling plate 4.

The side wall 2 is thin in the center and thick only on the four sides.Structurally, the center part is a wall and the surrounding area is made up of pillars.The pillars alone can support external forces, and the wall parts can be opened as windows or entrances. The structure is designed to have sufficient strength.

Therefore, in the case where a garage is built underground, for example, it is sufficient that the wall portion has a thickness that can withstand the earth pressure of earth and sand backfilled on both sides.

Receiving boxes 21 are recessed in the inner upper part of the side wall 2, and each receiving box 21 has a structure in which both ends of a shutter device can be engaged with each other.

In order to hide the shutter device from being seen from the front, a decorative plate 5 is attached to the front side of the shutter device with both ends engaged with the receiving box 21.

A vertical groove 22 is further vertically recessed inside the side wall 2, so that the vertical movement of the shutter is maintained from both sides.

In order to attach the shutter, the front side of the ceiling board 4 is curved upward, but nuts are buried in the bottom and top surfaces of the ceiling board 4, and the nuts on the bottom can be used to hang shelves inside the garage. The nut on the top is used to attach a hook for drying clothes, and the nut on the top is used to attach a handrail over a garage or to secure the foundation when a house is placed on top.

Further, an illumination light may be attached to the lower surface of the ceiling plate 4.

On the other hand, the floor plate 3 is slightly sloped toward the center, and both sides are elevated to facilitate drainage of water within the garage.

Note that a receiving hole 31 is provided directly below the shutter.

The above is the structure of the front block installed at the front end, but the structure of the connection block 6 connected thereto is almost the same except that the shutter part does not exist.

Additionally, pipes for electricity, water, and drainage will be installed somewhere on the floorboards or side walls, and any unnecessary pipes will be filled with mortar, etc.

Next, regarding the connection between the front block and the connecting block, a haunch part 7 is formed at the inner joint of the side wall 2, floor board 3, and ceiling board 4, and a copper box 8 is embedded in the end of this haunch part 7. Install in condition.

The copper box 8 is provided with sufficient strength by welding and fixing it to reinforcement within the block or bolts buried in concrete.

In order to connect the two blocks, the copper boxes 8 of both blocks are communicated with a connecting bolt and fixed by tightening the connecting bolt.

After tightening, the inside of the copper box 8 is filled with mortar to prevent rust from forming.

In addition, if one end face of the block has a convex part and the other end face has a concave part, and a sealant is interposed between them, the connection between the blocks and waterproofness will be stronger and more reliable. .

By sequentially connecting the above-mentioned connection blocks as necessary, a garage having a free depth can be obtained.

Then, a rear wall 9 is attached to the rear surface of the connection block 6 at the rearmost end to complete the process.

Since the present invention is as described above, it can be completed by simply producing each block in a factory, transporting it to the site and connecting it, so construction is extremely quick and a good product with high strength, water resistance, etc. can be obtained. I can do it.

In particular, by protruding the first half of the ceiling plate of the front block into the shutter storage room and aligning the second half to match the ceiling plate of the connecting block, the speed of construction of the assembled garage is increased, and the shutter storage Water resistance is increased without creating cuts at the boundaries of the chambers, and strength is also increased.

Furthermore, it has the advantage that it can be used for many purposes by utilizing embedded nuts and piping.

[Brief explanation of drawings]

The figure is a perspective view of an embodiment of the assembly garage according to the present invention, and in the figure, 1 indicates the front block and 6 indicates the connection block.

Claims (1)

[Scope of utility model registration request] A plurality of connecting blocks each consisting of a rectangular cylinder made of concrete formed from both side walls, a floor, and a ceiling plate; In order to form a shutter storage room, both side walls are extended upward, and a rising part is provided integrally from the front end of the second half ceiling plate, and the first half ceiling is integrally formed on the top edge of the extended part of both side walls and the similar edge of the rising part. The frontmost block is made of a rectangular concrete cylinder with a plate and vertical grooves formed inside both walls of the front half to guide the vertical movement of the shutter, and the rearmost block is to be attached to the rear face of the connecting block located at the rearmost end. An assembled garage characterized by being assembled with walls.