JP3121997U - Unfoldable folding tent with tent - Google Patents

Abstract

An unfolded and foldable tent with a awning that has a frame but eliminates the need to assemble and detach the awning during unfolding and folding, and allows the unfolding and folding with the awning member attached. provide.
Two frame members 1, 2 crossed at an acute angle in the middle are arranged so as to form a quadrangular outline, and opposite ends of the frame members 1, 2 are connected to hub-like binding tools H _A , H _B. The X-shaped frame is a double frame in the state of crossing at an acute angle in the middle, and is connected to the midpoint on the diagonal line of the rectangular frame SF as an intermediate hub-shaped binding tool H _A , H _B as a joint. The base frame BF is formed by connecting the outer ends of the sub-frame members 3 and 4 to the hub-like binding tools H _A and H _B by the frame to form the front wall frame 5, the roof frame 6 and the rear wall of the tent. Arranged and connected as a frame 7, a left side wall frame 9, and a right side wall frame 8, a tent structure frame was attached, and awning members Ro and Ri were attached so that they could be unfolded and folded.
[Selection] Figure 1

Description

  The present invention is applied to a tent with a tent that can be freely expanded and folded while the tent tent is attached to the inner and outer surfaces of a framework (hereinafter referred to as a frame), and more specifically to a large tent. It is related to a tent with a tent that is useful.

  Conventionally, the frame and the awning are separated and stored in a folded state, and the frame is assembled or deployed during use, and the awning is attached to the inner surface or the outer surface of the frame. Assembling and folding tents are publicly known and publicly known as examples, but in large tents that can accommodate a large number of people especially in disaster areas, the frame and tent can be folded almost without exception, and It is customary to assemble and fold each separately during assembly. This point is also apparent from Patent Document 1 and the like.

  On the other hand, as a tent that can accommodate a large number of people, the roof part and the side wall part are formed into a hollow sealed double wall shape by a awning member, and the inside is filled with air or discharged to assemble it. A so-called frame resten- tation that can be folded is also proposed by Patent Document 2 and the like.

  However, when assembling and folding tents that handle the frame and awning separately, it takes time to assemble and fix the awning on the assembled frame when it is large, and the operation at the time of folding is in reverse order of assembly. However, because of the manual work, there is a problem that it takes time to work as in the case of assembly.

On the other hand, frameless tents are also known. For example, in a tent that uses air filling, exhaust assembly, and folding, it is troublesome to assemble and disassemble the frame and attach or remove the awning to the frame. Although it is not, there is a problem that it takes a considerable amount of time to expand it as a tent even if it uses a power pump to supply and discharge air to and from a large-capacity hollow double roof space or double wall space. , In addition to making a dedicated pump indispensable for folding, there is also a problem that a tent collapses due to air leakage if a hole or the like is made in the roof or wall due to an external factor.
JP-A-10-196986 Japanese Patent Laid-Open No. 5-187700

  In the present invention, in view of the problems of the conventional foldable and assembling type tent as described above, the frame is developed, but the assembly of the frame and the detaching operation of the awning are not required at the time of folding, and the awning member is attached and deployed. The challenge is to provide a tent with a awning that can be folded freely, and a tent that can be folded.

  The structure of the tent of the present invention designed to solve the above-mentioned problems is as follows. (A) Two frame members crossed at an acute angle in the middle are arranged so as to form a square outline, and the opposite ends of each frame material are arranged. By connecting the parts with hub-like ties as joints, the frame material is formed in such a manner that each frame material is doubled in an acute angle crossing state, and (b) doubled in a state where it is crossed at an acute angle in the middle. And an X-shaped frame in which four sets of two subframe materials shorter than the frame material are connected in an X shape with an intermediate hub-like tying member interposed as a joint at a midpoint on the diagonal line of the rectangular frame. (C) connecting each outer end of each sub-frame member in the X-shaped frame to the hub-shaped binding tool facing each other at the four corners of the rectangular frame to form a basic frame, and (d) connecting the basic frame to the tent. in front It is arranged as a wall frame, roof frame, rear wall frame, left side wall frame, right side wall frame to form a tent structure frame, and a tent member is attached to the surface formed by the connected wall frame and roof frame. It is characterized in that it can be unfolded and folded while attached to the structural frame.

  In the present invention, adjacent ones of the arranged basic frames are connected in a shared form with hub-like binding tools positioned at the four corners of the rectangular frame in the basic frame. Further, in the present invention, the awning member is fastened from the inner and outer surfaces of the frame to each hub-shaped binding tool of the structural frame in the deployed standing state, and all the frame members are concealed by the double awning members on the inner and outer surfaces. As a result, the tent structure frame with the awning member attached thereto can be formed into a tent with a foldable awning which can be bundled in a folding drum shape in each hub-like tying member.

  The tent of the present invention can increase the size (volume) of the tent of the present invention in units of basic frames by additionally connecting a basic frame to be a roof frame and a side wall frame to the tent structure frame.

  In the present invention, each of the double-cross frame material having the acute angle crossing and each of the double sub-frame material having the acute angle crossing is the obtuse angle side of the acute angle crossing in the hub-like binding device in which both ends of each frame material are connected. When opened, the hub-like tying members are formed so that all the frame members are folded in a standing posture in substantially the same direction in a state where they are located on the upper and lower ends of each frame member. Further, in the present invention, a ventilation hole having an appropriate inner diameter is provided on the side surface of the double awning member, and the start end side of the flexible wind pipe that fits in the ventilation hole is connected to the outside of the tent. There is also a tent with a tent having a structure in which the terminal portion is connected to an air conditioner installed outside the tent to perform air conditioning in the tent.

  In the present invention, as an example, at least five basic frames are arranged side by side in the vertical direction, and the five hub frames are shared by using the hub-like binding tools located at the opposing portions of the frame members in the adjacent basic frames. Form the frame, roof frame, and rear wall frame to which the basic frame is connected. On the left and right sides of the basic frame forming the roof frame, two basic frames similar to the basic frame are respectively leftward and rightward. The left side frame and the right side wall frame are connected to each other by sharing the hub-like binding tools located at the opposing portions of the frame members in the adjacent basic frames. Formed on the structural frame in the deployed state, and the hub-like ties of the structural frame in the deployed standing state By fixing the awning member and concealing all the frame materials with the awning members on the inner and outer surfaces, the structural frame in the deployed standing state with the awning member attached can be folded in the form of a drum in each of the hub-like binding tools. This is an effect that cannot be obtained by conventional assembly and folding type tents.

  Next, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a front view schematically showing a developed state of an example of a tent of the present invention in order to explain a tent structure frame of the tent of the present invention, and FIG. 2 is a front view schematically showing a quadrilateral frame. 3 is a perspective view of an example of a hub-like binding tool, FIG. 4 is a perspective view of a developed state of the inventive tent of FIG. 1, and FIG. 5 is a schematic plan view for explaining an additional specification of the inventive tent.

First, a quadrangular basic frame BF which is the main trunk of the structural frame of the inventive tent will be described with reference to FIG.
In the basic frame BF in FIG. 2, 1 and 2 are frame materials made of two pipes made of a light alloy, a synthetic fiber, or a composite material thereof, which are crossed acutely at an intermediate portion. The basic frame BF is formed of four sets of frame materials 1 and 2 each having two sets. The four sets of frame members 1 and 2 are arranged in a substantially rectangular shape when viewed from the front, and the facing ends of the frame members 1 and 2 are connected by the hub-like binding tools H _A and H _B illustrated in FIG. Thus, the rectangular frame SF is formed.

The hub-like tying tools H _A and H _B illustrated in FIG. 3 (hereinafter simply referred to as the hub H _A or the moving H _B ) have substantially the same shape, and are formed on the circumference of the annular base H1 by a metal ring. These are formed by mounting eight short connecting arms H2 radially equidistantly so as to freely swing up and down (rotate at least 180 degrees in the vertical direction). The ends of the pipe frame materials 1 and 2 are detachably coupled and fixed to the hub H _A or H _B so that the hubs H _A and H _B serve as connecting portions of the frame materials 1 and 2 Function. The hub-like couplers H _A and H _B used in the present invention are not limited to those in the form of the illustrated example, and the above-described frame members 1 and 2 and frame members 3 and 4 described later are coupled as described above. Any function may be used.

In the present invention, in one set of frame materials 1 and 2, one frame H 1 _A is connected to one end of one frame material 1 and the other hub H _B is connected to the other end. The other hub H _B is coupled to one end of the material 2, and one hub H _A is coupled to the other end. That is, the hubs H _A and H _B are not located at both ends of the pair of frame members 1 and 2 crossed at an acute angle so that the same hub H _A or H _B is not located on the same side.
In the basic frame BF shown in FIG. 2, the hubs H _A and H _B are attached to both ends of the frame material 1 and 2 having a pair of acute angles located above and below, respectively. In the basic frame BF, a set of two vertically oriented frame members 1, 2 arranged on the left and right are provided at the upper and lower ends of the frame members 1, 2 arranged in the horizontal direction above and below, respectively. By connecting the hubs H _A and H _B in a shared manner to the hubs H _A and H _B , a square frame SF schematically shown in FIG. 2 is formed.

  Next, the X-shaped frame Xf will be described because the X-shaped frame Xf is connected to the inside of the rectangular frame SF. The sub-frame members 3 and 4 forming the frame Xf are formed with an acute angle similar to that of the frame members 1 and 2, with the frame members 3 and 4 having a length approximately half of the diagonal length of the rectangular frame SF. It is formed by using four sets of two subframe materials 3 and 4 crossed at.

The four sets of sub-frames 3 and 4 are arranged in an X shape inside the quadrangular frame SF, and the two sub-frames 3 and 4 are connected to the two hubs H _A and H _B arranged substantially at the midpoint position of the quadrilateral frame SF. While connecting the end portions located inside the frame materials 3 and 4, the end portions located outside the sub-frame materials 3 and 4 of each set are connected to the hubs H _A and H _{B at} the four corners of the rectangular frame SF. Are connected to these hubs H _A and H _B to form the basic frame BF (see FIG. 2).
When connecting the X-shaped frame Xf to the quadrangular frame SF, the hubs H _A and H _B to which both ends of each pair of sub-frame materials 3 and 4 are connected select two types of hubs H _A or H _B. Connect.

As described above, the basic frame BF formed by connecting the sub-frame members 3 and 4 as well as the respective frame members 1 and 4 together by selecting and combining the hubs H _A and H _B is shown in FIG. As illustrated in FIG. 2, when the two hubs H _A and H _B located in the middle of the X-shaped frame Xf are separated in the solid arrow direction and the dotted arrow direction, two types of hubs H at the four corners of the rectangular frame SF are obtained. _A and H _B move in substantially the same direction as the hubs H _A and H _{B in} the separated intermediate positions or in the movement direction.

In the basic frame BF, each set of the frame materials 1 and 2 and the subframe materials 3 and 4 are shifted from the acute crossover state to the obtuse angle side as described above in the hubs H _A and H _B in which both ends are respectively coupled. In order to ensure the movement to open and move, the acute angle crossing point in each set of frame materials 1 and 2 and each set of subframe materials 3 and 4 is stopped with a pin or the like, and each frame 1 and 2 or The open / close point of the sandwiching angle between 3 and 4 is set at a fixed position. By doing so, the quadrangular basic frame BF is composed of the frame material 1, 2 and the sub frame materials 3, 4 in one set of two pieces, and the end side provided with the hub _HA. assembled at the end side to each other with hub H _B, all the frame members 1 and 2, like 3 and 4 are set in all vertical posture. The above opening operation of the frame materials 1 and 2 and the subframe materials 3 and 4 in the basic frame BF is the basis of the folding operation of the tent of the present invention.

In the tent of the present invention, as shown in FIG. 1, first, a plurality of basic frames BF having the above structure and operation mode are arranged in the vertical direction, and the frame material 1 in each arranged basic frame BF. , 2 and the hubs H _A and H _B to which the subframe members 3 and 4 are coupled are connected in a shared manner, so that the front wall frame 5 located on the front side of the tent frame 5 is connected to the frame 5. A rear wall frame 7 connected to the opposite side of the roof frame 6 and the roof frame 6 is formed.

On the other hand, for each of the frames 5 to 7 connected and arranged in the vertical direction, the basic frame BF that becomes the left side wall frame 8 and the right side wall frame 9 is arranged on the left side and the right side of the frame materials 1 and 2 in the roof frame 6, The basic frames BF are connected to each other in such a manner that the hubs H _A and H _B that overlap each other in the frames 6, 8, and 9 are shared.

  By connecting and arranging the frames 5 to 9 as described above, the tent structure frame TF in a standing and unfolded state is formed (see FIG. 1). In the present invention, the outer awning member Ro and the inner awning member Ri are attached to the outer surface side and the inner surface side of the frame TF with respect to the unfolded structural frame TF.

  In the tent structure frame TF for mounting the awning members Ro and Ri, there is a frameless gap at the boundary part (opposing part) between the front and rear wall frames 5 and 7 and the left and right wall frames 8 and 9. Since it is formed, the awning members Ro and Ri in which the cuts are defined as the entrances I and O are attached to the structural frame TF (see FIG. 4).

The fixing points (attachment points) of the awning members Ro and Ri to the tent structure frame TF are the hubs H _A and H _B. When the inner and outer awning members Ro and Ri are attached to the hubs H _A and H _B , the structural frame TF is folded at the hubs H _A and H _B in the basic frames BF constituting the awning members. The structural frame TF can be folded even with the members Ro and Ri attached.

  The tent of the present invention formed as described above is not shown, but flaps are provided on the awning members Ro and Ri located on the left, right and front and rear walls of the tent that has been erected for the purpose of ventilation and external observation. Additional windows can be provided. In addition, in the tent of the present invention, a ventilation hole is formed at any position on the left or right side wall, and an air conditioner package (air conditioner main body, which is not shown) but is arranged outside the tent of the present invention is not shown in the hole. By connecting the wind pipe connected to), the inside of the tent can be air-conditioned.

  Further, in the tent of the present invention, as schematically shown in FIG. 5, the basic frame BF that becomes the roof frame 6 and the basic frame BF that becomes the left and right side wall frames 8 and 9 are connected and increased without attaching the awning members Ro and Ri. By doing so, the size (volume) of the tent can be increased or decreased in units of the size of the basic frame BF. In addition, when the size of the structural frame TF is changed by increasing or decreasing the basic frame BF and the size of the tent is changed, the awning members Ro and Ri to be applied are the sizes suitable for the changed structural frame TF. Use the same thing.

  The present invention is as described above. (A) Two frame members crossed at an acute angle in the middle are arranged so as to form a quadrilateral outline, and the opposite ends of each frame member are connected to a hub-like binding tool. A rectangular frame formed such that each frame material is doubled in an acute angle crossing state, and (b) doubled in a state where the frame material is crossed at an acute angle in the middle, and from the frame material (C) an X-shaped frame comprising four sets of short sub-frame members and an X-shaped frame connected in an X shape with an intermediate hub-shaped tie as a joint at a midpoint on the diagonal of the rectangular frame. A base frame is formed by connecting each outer end of each sub-frame material to the hub-like binding tool facing at the four corners of the rectangular frame, and (d) the basic frame is a front wall frame, a roof frame, and a rear frame of the tent. Wall frame A tent structure frame by arranging and connecting as a frame, a left wall frame, and a right wall frame, and (e) concealing each frame material by attaching a awning member to the inner and outer surfaces formed by the connected wall frame and the roof frame, A tent that can be folded and folded so that the tent in a standing state with the awning member attached to the structural frame can be folded in the form of a folding drum at each hub-like tie, so that a large number of people can be used during a disaster. It is extremely useful as a large tent to accommodate many people.

  In particular, the tent of the present invention can be expanded and folded with the awning member attached, so that the time and effort required for installation and removal can be greatly reduced compared to conventional large tents. It is also preferable to use a tent.

  Furthermore, even if a large tent accommodates a large number of people, it can be air-conditioned inside the tent by pulling the wind pipe from the external air-conditioner package, so it is a comfortable tent regardless of the tent's use season or climate. Internal space can be maintained.

The front view which represented typically the developed state of an example of the tent of this invention in order to demonstrate an example of the tent structure frame in this invention tent. The front view which showed the square frame typically. The perspective view of an example of a hub-shaped binding tool. The perspective view of the unfolding state of the present invention tent of FIG. The schematic plan view for demonstrating the expansion specification of this invention tent.

Explanation of symbols

1, 2 Frame material 3, 4 Subframe material
SF rectangle frame
BF basic frame
TF structure frame
H _A , H _B Hub-like ties 5, 7 Front and rear wall frames 6 Roof frame 8, 9 Left and right side wall frames
Ro, Ri awning

Claims (5)

(a) Two frame members crossed at an acute angle in the middle are arranged so as to form a quadrilateral outline, and the opposite ends of each frame member are joined using a hub-like binding tool as a joint, thereby A rectangular frame formed so that the material is doubled in an acute angle crossing state,
(b) An intermediate hub-like binding tool is formed at a midpoint on the diagonal line of the quadrilateral frame, with four sets of two subframe members that are double in a state of crossing at an acute angle in the middle and shorter than the frame material. With an X-shaped frame intervening as a joint and connected in an X-shape,
(c) connecting each outer end of each sub-frame material in the X-shaped frame to the hub-shaped binding tool facing at the four corners of the rectangular frame to form a basic frame;
(d) A tent structure frame by arranging and connecting the basic frame as a front wall frame, roof frame, rear wall frame, left wall frame, and right wall frame of the tent;
(e) A tent member is attached to a hub-like tying member formed on the inner and outer surfaces of the connected wall frame and the roof frame to conceal each frame material, and the tent in a standing and unfolded state with the awning member attached to the structural frame. A tent with a foldable tent that can be folded in the form of a folding drum at each hub-like binding tool.   The tent with a foldable awning according to claim 1, wherein adjacent ones of the arranged basic frames are connected in a shared form using hub-like binding tools positioned at the four corners of the rectangular frame in the basic frame.   3. The development according to claim 1, wherein the tent size (volume) can be increased in units of basic frames by additionally connecting a basic frame to be a roof frame and left and right side wall frames to the tent structure frame. A tent with a folding awning.   Each of the double-cross frame material that is acutely crossed and each of the double-subframe material that is acutely crossed is to open the acute angle crossing to the obtuse angle side in the hub-like binding tool in which both ends of each frame material are connected, 4. The unfoldable foldable awning according to claim 1, wherein all the frame members are folded in a standing posture in substantially the same direction in a state where each hub-like binding tool is positioned at the upper and lower ends of each frame member. With tent. A ventilation hole with an appropriate inner diameter is provided on the side surface of the double awning member, and the start end side of the flexible wind pipe fitted in the ventilation hole is connected to the outside of the tent, and the end portion of the wind pipe is connected to the outside of the tent. The tent with a foldable awning according to any one of claims 1 to 4, wherein the tent is air-conditioned by connecting to an air conditioner installed in the tent.

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