JPH0730638B2 - Frame of assembled structure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to an outdoor gathering place, a stockyard, various sirtas,
It relates to the skeleton of assembled structures such as hypothetical structures for agriculture and horticulture.

(Prior Art) In a conventional assembly structure of this type, an inner pillar and an outer pillar are erected, a material is installed between the pillar materials, and a reinforcing material is provided between the pillar material and the like. It was constructed by erection to assemble the frame, and the outer circumference was covered with a cover.

(Problems to be solved by the invention) Therefore, it takes a lot of time and labor to assemble and dismantle the frame of the assembled structure, and it is inconvenient to carry and store, and furthermore, the inside of the assembled structure is internal. Since there are pillars, there was a problem that the space could not be used widely.

(Means for Solving Problems) The present invention relates to a skeleton of an assembled structure proposed to solve such problems, in which a mounting member radially arranged from a top ring is provided with a rod-shaped member. A base end portion is rotatably pivotally attached, and a base end of a rod-shaped column material is pivotally attached near the free end portion of the material, and the same material and the column material are attached to the free end portion of the material. A base end portion of a rod-shaped connecting member that connects with and is rotatably pivotally attached, and a pin insertion hole is formed in a free end portion of the connecting member, and the timber of the connecting member at the time of folding is formed on the wood. Since the pin insertion holes are formed at the corresponding portions of the pin insertion holes of the connecting member at the time of the expansion, the above-mentioned problems can be solved. is there.

(Operation) Since the present invention is configured as described above, at the time of assembly, the rod-shaped material is attached to the mounting portion radially arranged from the top ring, with the base end portion pivoting portion of the rod-shaped material as the outer side. Radially deployed to the base material, the pillar material pivotally attached to the base end near the free end of the same material is rotated downward to ground the free end, and the base end is attached to the free end of the material. By pivoting the connecting member pivotally attached downward, and inserting the assembly pin between the pin insertion hole at the free end of the connecting member and the pin insertion hole provided in the pillar member, A skeleton unit made of the above-mentioned materials and columns as well as a connecting material is formed on the outer circumference of the top ring.

Thus, the skeletons of the assembly structure are assembled by the skeleton unit groups arranged radially on the outer circumference of the top ring.

Next, at the time of disassembling the skeleton, pull out the assembly pin inserted into each pin insertion hole of the connecting member and the pillar member, and conversely to the previous, the pillar member and the connecting member around the pivotal portion for the member. While rotating upward, the same material is rotated downward together with the pillar material and the connecting material, and the assembly pin is inserted between the pin insertion hole of the free end of the connecting material and the pin insertion hole of the material. At each mounting portion of the top ring, the material, the pillar material, and the connecting material of each frame unit are folded into one rod shape.

(Effect of the invention) As described above, in the skeleton of the assembled structure according to the present invention,
The materials, pillars, and connecting materials that make up each frame unit radially assembled on the outer periphery of the top ring are folded into a rod shape, which is convenient for transportation, storage, and handling, and also constitutes the frame unit. Since the respective members are rotatably joined via the pins, the assembling and disassembling operations can be performed simply, quickly and accurately.

Further, since there is no pillar inside the frame of the assembled structure according to the present invention, the space inside the structure can be widely used.

(Examples) The present invention will be described below with reference to illustrated examples.

(A) is a top ring, and mounting portions (1) are radially provided from the outer peripheral edge of the circular main body.

The base end of a rod-shaped material (B) made of aluminum, reinforced plastic, steel or the like is rotatably pivoted to the mounting portion (1) through a pin (2), and the same material ( In the vicinity of the free end of (B), the base end portion of the rod-shaped columnar material (C) configured similarly to the material (B) is attached to the attachment piece (3) fixed to the material (B) via the pin (4). The base end of a rod-shaped connecting member (D) having the same structure as that of the material (B) and the pillar material (C) is rotatably pivotally attached to the free end portion of the material (B). It is pivotally attached via 5).

A pin insertion hole is formed at the free end of the connecting member (D), and pin insertion holes (6) and (7) are formed at corresponding positions of the material (B) and the pillar member (C). It is set up.

In the figure, (8) is a base fixed to the free end of the pillar (C).

Since the illustrated embodiment is configured as described above, in the folded state shown by the solid line in FIG. 1, the assembly pin (P) inserted into each pin insertion hole of the material (B) and the connecting material (D) is shown. ) Is removed and the tree (B) is rotated outward with respect to the mounting portion (1) of the top ring (A) about the pin (2) as indicated by the arrow X, to the same material (B). Pillar material (C)
And the connecting member (D) is rotated in the directions of the arrows Y and Z, respectively, and further along with the rotation of the member (B) in the directions of the arrows Y'and Z ', so that the pillar member (C) is inclined outward. 1 and the assembly pin (P) is inserted between the pin insertion hole (7) of the column member (C) and the pin insertion hole of the free end of the connecting member (D), as shown by the chain line in FIG. As described above, the frame unit (E) composed of the material (B), the pillar material (C) and the connecting material (D) is assembled.

Thus, a plurality of skeleton units (E) are radially deployed on the outer circumference of the top ring (A) via the mounting portion (1) to assemble the skeleton of the assembled structure, and cover the same skeleton. (F) is stretched, the stay wire (G) is connected to each of the frame units (E), and the anchor members (H) are anchored to form an assembled structure. (See FIG. 5) Next, when disassembling the assembled structure, the cover (F), the stay wire (G) and the anchor member (H) are removed, and the pillar material (C) is removed.
The pin (P) inserted into each pin insertion hole of the connecting member (D) and the connecting member (D) is removed, the member (B) is rotated inward, and the pillar member (C) and the connecting member (D) are respectively moved upward. Turn to
The material (B) is folded perpendicularly to the attachment portion (1) of the top ring (A), the pillar material (C) is folded so as to be attached to the inside of the material (B), and the connecting material (D) is also used. Are folded so as to overlap with the side surface of the material (B), and thus the material (B), the pillar material (C) and the connecting material (D) that constitute the frame unit (E) are as shown by the solid line in FIG. , The attachment portion (1) of the top ring (A) is folded into a rod shape.

As described above, according to the above-described embodiment, the material (B), the pillar material (C), and the connecting material (D) constituting the frame unit (E) of the assembled structure are radially arranged on the outer circumference of the top ring (A). It is convenient to carry, store, and handle because it is folded in a rod shape on the mounting portion (1) provided, and the material (B), the pillar material (C) and the connecting material (D) each have a pin. Since it is rotatably joined via, assembly and disassembly operations are easy and quick,
And it is done accurately.

Further, since the frame structure of the assembled structure shown in the drawing does not have a column member inside, the space inside the structure can be used white.

[Brief description of drawings]

FIG. 1 is a front view of an essential part showing an embodiment of a skeleton of an assembled structure according to the present invention, and FIGS. 2 and 3 are partial front views of a husband and skeleton unit at the time of assembling and folding. FIG. 5 is a perspective view of the assembled structure at the time of assembly, FIG. 5 is a perspective view of the assembled structure, FIG. 6 is a plan view of the top ring, and FIG. 7 is a partial vertical sectional front view thereof. (A) …… Top ring, (B) …… Material, (C) …… Column material (D) …… Connecting material, (P) …… Pin, (1) …… Mounting part (2) …… Pin , (3) …… Mounting piece, (4) …… Pin (5) …… Pin, (6) …… Pin insertion hole, (7) …… Pin insertion hole

Claims (1)

[Claims] 1. A base end of a rod-shaped member is rotatably pivotally attached to a mounting portion radially arranged from a top ring, and a base end of a rod-shaped column member is rotated near a free end of the member. A base end of a rod-shaped connecting member that connects the material and the pillar is rotatably pivotally attached to the free end of the connecting member, and a pin is attached to the free end of the connecting member. While inserting an insertion hole, the timber is provided at a corresponding position of the pin insertion hole of the connecting member at the time of folding, and the pillar is provided at a corresponding position of the pin insertion hole of the connecting member at the time of expansion. A skeleton of an assembled structure, characterized by being formed with a pin insertion hole.