KR102179008B1 - Frame module for amusement facilities - Google Patents

Abstract

The present invention relates to a technology related to a frame module for amusement facilities capable of constructing a continuous polyhedron by continuously connecting standardized frames of a predetermined shape, wherein one three-dimensional frame and two flat frames of different shapes are connected to form a continuous polyhedral shape. In each end of the three-dimensional frame and the flat frames, a connection unit for coupling is formed so that the continuous polyhedron can be formed.

Description

Frame module for amusement facilities

The present invention relates to a frame module for a playground equipment capable of constructing a continuous polyhedron by continuously connecting frames having a predetermined shape.

There are various amusement facilities installed in playgrounds, parks, and theme parks, but there are not so many amusement facilities that can be used by toddlers and lower elementary school students.

Safety considerations should be prioritized in play facilities for toddlers and lower grades of elementary school, so they were limited to uniform facilities such as swings, seesaws, and slides.

Recently, there are a lot of complex play facilities in which various play equipments are provided as a single play facility in a combination of playgrounds, and there are complex play facilities such as a combination of slides, bridges, stairs, and climbing slopes.

However, since most of the existing complex play facilities are composed of wood as the main frame, there is a problem that it takes a lot of time to construct, and there is also a problem that durability is insufficient because the wood gradually decays over time.

In addition, the existing complex play facilities have a disadvantage that they do not induce interest in children because they are mostly similar in structure and shape.

Republic of Korea Utility Model Registration No. 20-0308713

Therefore, in the present invention, it is intended to provide a frame module for play equipment that has a structure and shape that is differentiated from existing complex play facilities, and is very easy to construct through a simple assembly structure.

The frame module for amusement rides of the present invention for achieving the object as presented is characterized in constructing a continuous polyhedral shape by connecting one three-dimensional frame and two flat frames having different shapes.

Preferably, connection portions for fastening are formed at each end of the three-dimensional frame and the flat frame.

" 과 같은 하단측 양단부가 절곡되어 있는 것이며, 상기 평면 프레임 중 제1 평면 프레임은 "

"과 같은 형상을 이루고, 제2 평면 프레임은 "

"과 같은 형상을 이루는 것임을 특징으로 한다.Preferably the three-dimensional frame is "

Both ends of the lower side such as "are bent, and the first flat frame among the flat frames is"

Forms the same shape as ", and the second flat frame is "

It is characterized in that it forms the same shape as ".

Preferably, the second flat frame is characterized in that the connection portions are coupled to inner connection portions of the first and second three-dimensional frames arranged adjacent to each other.

Preferably, a third three-dimensional frame is arranged to form a triangular shape with the first and second three-dimensional frames, and five first plane frames are sequentially upward from each of the outer connecting portions of the first three-dimensional frame and the second three-dimensional frame. And alternately connected in a downward direction, and one connecting portion of the fifth first flat frame is connected with one connecting portion of the third three-dimensional frame to form three continuous polyhedrons.

Preferably, a plate-shaped diaphragm may be coupled to some surfaces of each polyhedron, and a deck spaced apart from the ground is installed inside each polyhedron.

The frame module for a playground equipment according to the present invention has an effect that a complex playground facility can be simply constructed by connecting a plurality of polyhedrons in succession through continuous connection using three types of standardized frames.

In addition, since the frame module for a playground equipment of the present invention is easy to assemble on site, distribution costs can be minimized, and even if a damaged part occurs, defects can be repaired through partial replacement, thereby reducing maintenance costs have.

1 is an exemplary view of a playground equipment configured using a frame module for a playground equipment according to the present invention.
2 is a plan view of FIG. 1;
Figure 3 is an enlarged front perspective view of the frame module for a playground equipment according to the present invention.
Figure 4 is an enlarged perspective view of the rear side of the frame module for amusement equipment according to the present invention.
5 is a perspective view of a three-dimensional frame having a connecting portion according to the first and second embodiments.
6 is a perspective view of a first flat frame having a connecting portion according to the first and second embodiments.
7 is a perspective view of a second flat frame having a connection according to the first and second embodiments.
Fig. 8 is an enlarged view showing a coupling state of a connection unit according to the first and second embodiments.

Hereinafter, a more detailed description will be given of the frame module for a playground equipment according to the present invention, and reference will be made to the accompanying drawings. However, the presented drawings and detailed descriptions thereof describe one possible example according to the technical idea of the present invention, and the technical protection scope of the present invention is not limited thereto.

1 is an exemplary view of a playground equipment configured using a frame module for a playground equipment according to the present invention, FIG. 2 is an exemplary plan view of FIG. 1, and FIG. 3 is a front side of a frame module for a playground equipment according to the present invention. It is an enlarged perspective view, Figure 4 is an enlarged perspective view of the rear side of the frame module for a ride according to the present invention, Figure 5 is a perspective view of a three-dimensional frame having a connection according to the first embodiment and the second embodiment, Figure 6 is A perspective view of a first flat frame having a connecting portion according to the first and second embodiments, FIG. 7 is a perspective view of a second flat frame having a connecting portion according to the first and second embodiments, and FIG. It is an enlarged view showing a connection state of a connection portion having a connection portion according to the first and second embodiments.

As shown, the frame module for amusement rides according to the present invention allows the construction of a continuous polyhedron by assembling through appropriate combinations using three standardized frames, thereby providing various amusement facilities or play spaces in the inner space of the polyhedron. To provide modularized playground equipment.

The frame for the present invention is composed of one three-dimensional frame 100 and two flat frames 200 having different shapes. Here, the three-dimensional frame 100 means that the overall shape is not formed on one plane, but the shape is formed over two surfaces formed by two planes at a predetermined angle, and the flat frame 200 is the shape on one plane. It means done.

In addition, the three-dimensional frame 100 and the flat frame 200 have a connection portion C formed at each end of the left and right ends, and the three-dimensional frame 100 and the flat frame 200 can be connected to each other through the connection portion C. Alternatively, a connection between the flat frame 200 and the flat frame 200 is also possible.

과 같은 형상을 이루게 되며, 2개의 면에 걸쳐 그 형상이 이루어지고, 설명의 편의상 제1면상으로 형성되는 부위를 상부파트(101)라 하고, 제2면상으로 형성되는 부위를 하부파트(102)라 부르도록 한다.The three-dimensional frame 100 in the present invention

The shape is formed over two surfaces, and for convenience of explanation, the portion formed on the first surface is referred to as the upper part 101, and the portion formed on the second surface is the lower part 102 Let's call it.

A lower part 102 of a predetermined length is formed by bending the lower left and right ends of the upper part 101 on the second surface, and the upper part 101 has a shape of a hexagonal shape as a whole, but the lower part is opened. .

과 같은 형상을 이루게 된다. 즉, 하부가 개방된 육각 형상을 이루며, 좌우 대칭적인 형상을 이루고, 하단 양단부에는 소정의 연결부(C)가 형성된다.Two flat frames 200 are used, and the first flat frame 210 is

It will form the same shape as That is, the lower part has an open hexagonal shape, has a left-right symmetrical shape, and a predetermined connection part C is formed at both ends of the lower end.

과 같은 형상으로서 사다리꼴 형상이고 상부가 개방된 형태로서 좌우 상단 양단부에는 소정의 연결부(C)가 형성된다.Meanwhile, the second flat frame 220

It has a trapezoidal shape and has an open upper portion, and a predetermined connection portion C is formed at both ends of the left and right upper ends.

The three-dimensional frame 100, the first flat frame 210, and the second flat frame 220 may be connected to each other through a connection part C. Hereinafter, a detailed connection structure between each frame using the connection part C will be described. do.

As shown in FIGS. 1 to 3, three three-dimensional frames 100 are arranged in a triangular shape, but the lower part 102 on which the connection part C is formed faces downward. The three three-dimensional frames 100 are classified to be referred to as a first three-dimensional frame 110, a second three-dimensional frame 120, and a third three-dimensional frame 130.

The second flat frame 220 is connected to the inner connection portion C1 of the first three-dimensional frame 110 and the second three-dimensional frame 120, and the first three-dimensional frame 110 and the second three-dimensional frame 120 One connection part C of the first flat frame 210 is connected to each of the outer connection parts C2.

Preferably, one or more support rods 221 for supporting the load by contacting the ground under the second flat frame 220 are connected and installed.

The first three-dimensional frame 110 and the second three-dimensional frame 120 are connected to the third three-dimensional frame 130 as a whole. For this purpose, the first three-dimensional frame 110 and five first flat frames 210 are sequentially Is connected, and the five first flat frames 210 are sequentially connected to the second three-dimensional frame 120.

The first three-dimensional frame 110 and the second three-dimensional frame 120 are connected to the first three-dimensional frame 120 in the same manner as the first three-dimensional frame (110). A connection structure with the third three-dimensional frame 130 using the first flat frame 210 will be described.

For convenience of explanation, the five first flat frames 210 are separated and sequentially separated from the first to the first flat frame (210a), the 1-2 flat frame (210b), the 1-3 flat frame (210c), the 1- It is referred to as 4 flat frame 210d and 1-5th flat frame 210e.

The 1-1 flat frame 210a is arranged so that the connection part C is facing upward, the 1-2 flat frame 210b has the connection part C facing downward, and the 1-3th flat frame ( 210c) has the connection part (C) facing upward, the 1-4 flat frame 210d has the connection part (C) facing downward, and the 1-5 flat frame 210e has the connection part (C) facing upward The assembly is sequentially performed in such a manner as to be sequentially assembled, and one connection part of the first-5 flat frame 210e is connected to one connection part of the third three-dimensional frame 130.

In this way, three polyhedral modules connected to each other may be completed.

A polyhedron including the first three-dimensional frame 110, the second three-dimensional frame 120, and the third three-dimensional frame 130 is called a first polyhedron 10, and the right side of the first polyhedron 10 is The second polyhedron 20 is called, and the left side is called the third polyhedron 30.

One side of the second polyhedron 20 and the third polyhedron 30 communicates with the first polyhedron 10 so that users can move from one polyhedron to another.

To this end, a deck D spaced from the ground is installed inside each of the polyhedrons 10, 20, and 30 so that users can play or move on the deck D. Here, the material of the deck can be various such as wood, synthetic resin, and net.

In addition, a diaphragm P may be coupled to some surfaces of each of the polyhedrons 10, 20, and 30, and an opening and closing door may be installed on some of the diaphragms P.

On the other hand, the side of the polyhedron (10, 20, 30) on which the diaphragm (P) is not installed may be connected to a means capable of up and down such as stairs, slides, and ladders.

Next, a connection portion C provided in the three-dimensional frame 100 and the flat frame 200 constituting the present invention will be described. The connection part (C) is engaged in a male and female form so that it can be fixed with a bolt nut, and two embodiments are presented as a specific connection part structure.

The structure of the connection portion is not particularly limited as long as it is coupled in a male and female form, and the following is an example that can be implemented.

<The first embodiment of the connection part>

As shown in Figs. 5, 6, and 7, each connecting part (C) has an incision surface (Ca) partially cut by about half from the end, and a protruding engagement projection (Cb) is placed at the end of the incision surface (Ca). , To form an engaging groove (Cc) recessed near the inner edge of the cut surface (Ca).

By configuring all the connecting portions (C) formed on each of the three-dimensional frame 100 and the flat frame 200 in the same shape, each connecting portion (C) is closely connected by the engaging projection (Cb) and the engaging groove (Cc). , By forming a bolt hole (Cd) from the outer surface of each connection portion (C) to be fixedly coupled using a bolt nut.

<Second Embodiment of Connection>

As shown in Figs. 5, 6, and 7, the connection part (C) is formed at the ends of each frame (100, 200), so that the cut surface (Ca) cut by about half is formed, and the engaging projections along the center of the cut surface (Ca) ( Cb) and the engaging groove (Cc) are formed in succession. Engaging projections (Cb) and engaging grooves (Cc) arranged in a straight line are formed on the end cut surfaces (Ca) of each frame (100, 200), so that when connecting other frames, the engaging projections (Cb) and the engaging grooves (Cc) are By making it possible to connect between frames.

In particular, since the engaging projection (Cb) and the engaging groove (Cc) of the second embodiment have a circular shape, when the two frames (100, 200) are coupled through the connection portion (C), the engaging projection (Cb) and the engaging groove (Cc) are male and female. They are fitted in a shape and thus the two connections are joined together in the correct position. In addition, due to the combination of the circular engaging projection (Cb) and the engaging groove (Cc), the two connecting portions do not slip between each other and can always maintain a constant position, thereby reducing the possibility of breakage of the connecting portion.

In addition, a bolt hole (Cd) penetrating through the center of the engaging projection (Cb) and the engaging groove (Cc) is formed so that the two frames can be fixedly connected using a bolt and a nut.

The frame module for a playground equipment of the present invention is composed of three polyhedrons as a basic module, and as shown in FIG. 2, a plurality of modules may be connected to each other to expand the playground equipment.

The left side is called the first module M1, and the right side is called the second module M2.

The first module (M1) and the second module (M2) have the same shape, and by connecting a polyhedron of the first module (M1) and a polyhedron of the second module (M2) by a bridge (K), users can The first module (M1) and the second module (M2) can be moved back and forth.

As described above, the frame module for rides according to the present invention has a simple structure and is very easy to install, so it can be easily installed on site, and structurally, since it is a structure in which three polyhedrons are connected, the basis for providing very stable rides. Can be prepared.

In addition, the use of the frame module for a playground equipment of the present invention has the advantage that it is easy to expand and construct as many as desired by continuously connecting a plurality of modules.

The frame module for play equipment of the present invention is a useful technology that can be used as a prefabricated frame for building play facilities installed in a playground.

100: three-dimensional frame
110: first three-dimensional frame 120: second three-dimensional frame
130: third three-dimensional frame 101: upper part
102: lower part
200: flat frame
210: first flat frame 210a: 1-1 flat frame
210b: 1-2 flat frame 210c: 1-3 flat frame
210d: 1-4th flat frame 210e: 1-5th flat frame
220: second flat frame 221: support rod
10: first polyhedron 20: second polyhedron
30: third polyhedron
M1: 1st module M2: 2nd module
C: connection part C1: inner connection part
C2: outer connection part Ca: cut surface
Cb: Engaging projection Cc: Engaging groove
Cd: bolt hole
D: Deck P: Septa
K: Bridge

Claims (6)

One three-dimensional frame and two flat frames having different shapes are connected to form a continuous polyhedral shape, and a connection portion for fastening is formed at each end of the three-dimensional frame and the flat frame,
The three-dimensional frame "

Both ends of the lower side such as "are bent, and the first flat frame among the flat frames is"

Forms the same shape as ", and the second flat frame is "

A frame module for rides, characterized in that it forms a shape such as ". delete delete The method of claim 1,
The second flat frame,
Frame module for amusement rides, characterized in that each connecting portion is coupled to the inner connecting portion of the first and second three-dimensional frames arranged adjacent to each other. The method of claim 4,
A third three-dimensional frame is arranged to form a triangular shape with the first and second three-dimensional frames, and five first plane frames are sequentially moved upward and downward from the outer connecting portions of the first three-dimensional frame and the second three-dimensional frame. A frame module for amusement rides, characterized in that it is alternately connected in directions, and forms three continuous polyhedrons while one connecting portion of the fifth first flat frame is connected with one connecting portion of the third three-dimensional frame. The method of claim 5,
A plate-shaped diaphragm may be coupled to a partial surface of each polyhedron, and a deck spaced apart from the ground is installed inside each polyhedron.

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