JPS6080637A - Prefabricated building using log - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] [Technical field] Starting from zero, children can demonstrate their free UU creative ability and create various things.
The present invention relates to an assembled structure that can be assembled into m#L without any trouble and can be easily disassembled.

[Background technology]

They are assembled using methods such as bolts, bolts, and nails, and the assembly methods are complicated and are difficult for children to handle, and the protruding bolt tips and heads are dangerous for children to play in. There was a problem.

Furthermore, in conventional buildings, there was no function of connecting other shrines to the members constituting the peripheral wall to expand or combine the buildings.

[Purpose of the invention]

Rei-en-o was created in light of Narukami's technical background, and its purpose is to allow children to freely assemble and disassemble it, and to provide various facilities for children at Yudochi and other locations. It is possible to assemble a simple structure in the style of a storehouse,
Furthermore, it is an object of the present invention to provide an assembled building using log materials, which allows the building to be easily expanded and combined.

[Unauthorized disclosure of the invention] is to drill a first hole (2) that can be penetrated vertically in both ends of a log (ill), and stack the logs (1) in multiple stages so that they face each other vertically. A parallel wall-shaped peripheral wall (4) connected to the first slot (2) is formed, a roof (5) is placed on the peripheral wall (4), and each log material (1 ) A prefabricated construction using log materials, characterized in that second boreholes (6) are installed on both sides of a first borehole (2) extending in the length direction, and second boreholes (6) penetrate vertically. This is a product that achieves the above purpose.

Hereinafter, an example of "non-explosion" will be described in detail with reference to the attached drawings.
As shown in the figure. The log material (1) has its upper and lower surfaces cut flat to form an oval cross section, making it a log shrine + 1
The + has a first perforation (2) perforated vertically from one end to the other at regular pitches (P); vJl t'
An M2 slot (6) is bored through the hole vertically at a constant distance hJ1 (q) from the T slot (2). It is best to use thinned wood from Kei or Japanese cedar as the log material, for example, diameter 6
~15 QII+ &! K is used. As shown in Figure 1, the logs f are arranged so that the adjacent logs (1) intersect at the #1 groove hole (2) at the end.
A 141 ft peripheral wall section was formed by arranging the tl in a cross-shaped cross-section in multiple stages, and a thin connecting rod +31 was inserted into the first slot (2) at the end to maintain the shape of the peripheral wall section (4). As a result, the end of the log fil protrudes outward, creating a warehouse-style structure. Furthermore, a roof (6) is placed on top of this peripheral wall (4) to construct a shed-like structure (Al).Here,
The roof part (5) is made by connecting roofing materials (7) made of logs cut into cows with connecting rods (3), and gable parts (3) made of logs of various sizes are assembled on both sides. Incidentally, the length of the connecting rod (3) is, for example, used in about 40 countries.

In the structure (4) constructed as described above, a gap (A) with the same spacing as the thickness of the log fl) is created between the upper and lower logs (1), but when this gap (A) is closed There is a second
The logs assembled as shown in the figure and Fig. 5 (with the length equal to the inner dimension between 11 and 1 and 2nd hole f2 of log (1)) Using an auxiliary log (9) with a slot (2a) and a second slot (6a), insert the auxiliary log (9) between the upper and lower logs (1) as shown in Figure 5.
9) and the second hole (6) inside the log 1'fl).
and the connecting rod (
3) can be assembled by fitting and pressing.

In addition, if you want to provide a window (01) in the building (A), the first and second holes (21
(2 types of long and short window auxiliary shrines (K
l) (Using a river, the left and right window sleeves (11) are opened so that the window (0) can be positioned.

In the structure (4) constructed in this way, the ends of the log material (1) and the window auxiliary material (θ1) have a circumference of +41
This protrusion &'H121 has a first pore +21 (211) drilled in it, so
As shown in Fig. 5, if you want to attach a fence body (IS etc. 4, connect the log 14'ill and horizontal log (+4) with the connecting rod ('A), and the structure (4) can be tensioned with UN, as shown in Figure 6. It is also possible to combine the logs (1) constituting the peripheral wall (4).0 [Effects of the Invention] Since the present invention is constructed as described above, the logs (1) - 1, -
-,,-t,-1,,w+--Wl-J+↓l-1-
14! By using ttv-2, even children can easily assemble the structure, and by using the second hole, the structure can be expanded freely!9! Alternatively, the form of the building can be freely developed by combining them, and children can express their creativity and freely assemble or disassemble the structure. It has the advantage of being able to assemble a variety of simple structures made in the warehouse.

Moreover, since no bolts or the like are used for connection, there is no risk of injury to children even if they play inside.

[Brief explanation of drawings]

Fig. 1 is an exploded perspective view showing an embodiment of the present invention, Fig. 2 is a front view of the same building with the above window installed, and Fig. 5 is a perspective view of the same building with a fence attached. , FIG. 4 is a plan view of the log material, FIG. 5 is an X-part decompression surface view of FIG. 2, and FIG. 6 is a positive mi diagram showing a combination of log materials on the other side of the present invention. (1)...Log material, (2)...First hole, (3)
... connection rod, (4) ... peripheral wall 5, (n) ... roof section, (6) ... second slot.・1・、1 rec・p2shi] 3rd grade Fti 4th shi] 61.1

Claims (1)

[Claims] First holes are drilled through both ends of the ill logs (it), and the logs are stacked in multiple layers and twisted, and the connecting rods are fully fitted and pushed into the vertically opposing first holes. The ends of the logs form a cross-shaped peripheral wall that extends outward, the roof is placed on top of the peripheral wall, and the first #' masonry hole along the length of the log is formed. A prefabricated building made of log material, characterized by having second holes penetrating vertically on both sides.