KR200474881Y1 - Two-stage tent construction with hockey chattering structure - Google Patents

Abstract

The present invention is a steel structure for a tent (tent).

I would like to suggest another convenient way to make a tent rather than a tent. In this design, a tent structure was made using the hockey chess type bending structure.

Description

Two - stage tent construction with hockey chute bending structure {omitted}

Tent (tent) frame manufacturing field.

Existing tent frame.

In this paper, we propose another convenient tent assembly method which is different from existing tent construction.

It may be simpler or less convenient than existing tent pavement.

However, this design was intended to make a frame that can make various types of tents than existing tent.

In order to solve the above problem, a hockey chess type bending structure was made and each part of the frame was connected.

The tentative frame proposed in this design not only can be made in two stages but also can form more concave tent roofs.

Most of the framework is shown in Fig.

1 is a space filling metal for filling a space formed when four to six frames are gathered, and this is shown in details in <A> (stereoscopic view) and <B> (side view) in FIG. 2

2 is a one-stage roof structure, 3 is a two-stage roof structure, and 4 is a tent pole structure

In the first stage roof frame, four to six roofs are formed by forming a rectangle or a rectangle or a hexagon. The assembled steel frames are put on a string in the hole ⓐ, and the upper part is bound, and the string ⓑ is put in a string to bind the lower part. The string tied through the ring ⓑ should be made of a chain so that the roof frame will correspond to the force exerted on the outside.

The connection hardware such as ① and ② should be welded to the one-stage roofing frame so that the two-stage roofing frame can be joined.

① · ② is a short cut of a square or round iron tube.

Ⓒ is a bolt hole and bolts 2 and 3 by bolts here.

The two-stage roof structure (3) allows the staircase structure to be generated by bending the hockey chimney twice as shown in the figure.

The connecting steel (③) is also welded to the lower end of the two-stage roofing frame (3), so that the tent pillar (4) and the two-stage roofing frame are joined together.

Ⓓ is a bolt hole.

Ⓔ is a ring to hang the cloth on the side of the tent.

5 is a chain for stabilizing the tent pillar by connecting it to the pillar and securing the tent side of the tent. Put a spring in the middle of the chain so that the chain is not struck.

Ⓕ is a chain that hangs a chain.

<C> in FIG. 2 is a perspective view (three-dimensional view) of a one-stage roof frame, <D> is a perspective view of a two-stage roof frame, and <E> is a perspective view of a tent pole frame. <F> A perspective view of the clawed claws.

The tent claws are welded to the columns and attached to the ground through holes in the claws to secure the tent to the ground.

Fig. 3 is a part of a plan view from above the top of a tent, and is a string that binds and binds a single-stage roof frame 2.

The space filling metal material (1) enters the space of the P portion.

Fig. 4 is a view of a steel structure covered with a curtain. The tent also has a single roof, a two-tiered roof, and a side curtain.

Fig. 5 shows a tent structure in which the first-stage roof frame 2 and the second-stage roof frame 3 are convexly bent downward.

6 shows a tent structure in which the first-stage roof frame 2 is bent upwardly and the second-stage roof frame 3 is bent downward convexly.

1 is a front view of the entire frame structure (only three column frames are shown)

Fig. 2 is a perspective view (stereoscopic view)

Fig. 3 is a partial plan view of the crown of the tent structure. Fig.

Fig. 4 is a view of a tent structure framed by a tent.

Fig. 5 is a view of a tent which is curved downwardly in a one-step roof structure and a two-step roof structure.

Fig. 6 shows a case where the first-

       A tent with a two-tiered roof framed downward.

Claims (1)

The first stage roof frame (2) is made into a hockey chess type bending structure, and four to six first stage roof frames can be bound using a binding hole (ⓐ) and a binding ring (ⓑ) The two-stage roof structure (3) is formed by bending the hockey chess type bending structure twice, joining it with the one-stage roof structure by attaching it to the connecting hardware (① and ②), and the column structure (4) ③) to be joined to the roof of the 2nd stage, and the lower part of the column frame is bent in the L-shape so that the tent can stand more stable, and a chain (5) with a spring is inserted between each column and the column, To stabilize four to six column frames. Two - stage tent structure with hockey chess flexure structure.

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