KR200402728Y1 - Air injection type tent - Google Patents

Abstract

The present invention relates to an air-injected tent that provides a resting and sleeping space during outdoor activities such as mountain climbing or camping, the ceiling member 10 constituting the upper portion, the bottom member 20 constituting the lower portion, the ceiling member Vertical structure 30 and the present invention are coupled between the 10 and the bottom member 20 to form a space of a predetermined size by separating the ceiling member 10 from the bottom member 20 to a certain height. It consists of the wall surface 40 and the flooring 50 constituting the side and the bottom surface.

The present invention, such as the ceiling member 10 and the bottom member 20 and the vertical structure 30 to expand in a circumferential shape in accordance with the injection of the air by forming a frame according to the combination of 30 and the installation and disassembly and movement is quick and easy At the same time, while minimizing the storage space, while maintaining excellent durability improves the habitability.

Description

AIR INJECTION TYPE TENT}

The present invention relates to a tent, and in detail, the structure of the tent is composed by combining a ceiling member and a floor member and a vertical structure which expand in a circumferential shape according to the injection of air, and the ceiling member and the floor member and the vertical structure are The present invention relates to an air-injected tent configured to improve durability while allowing the installation and dismantling of a tent to be made quickly and easily by combining a wall and a flooring material.

In general, tents are camping means for providing a rest and sleeping space during outdoor activities such as hiking and camping. Inner tents and plies having a thermal insulation effect and a waterproof pole, and a plurality of poles for supporting the inner tents and plies. It consists of.

As described above, the tent is combined with a pole pole made of draleumine or a metal material made of steel or a composite material such as FRP, inside or outside the inner tent, so that the inner tent is bonded in a predetermined shape. By installing the ply outside the inner tent installed in accordance with the above process to maximize the waterproof and warming effect.

At the same time, the tent is fixed to the outside of the inner tent or the fly or pole by fixing a string by a pack, and the flow or dismantling of the tent is prevented during rain or strong winds.

As described above, the tent of the conventional structure in which the function and shape of the tent is maintained as the pole pole forms a basic skeleton has a high weight and requires a high cost as it consists of a plurality of parts.

In addition, the conventional tent requires a lot of time for installation and dismantling, and in particular, many problems, such as installation is limited in winter because it is affected by the outside temperature due to the poor thermal insulation effect.

On the other hand, in recent years, as an alternative means of the tent to maintain the function and shape by the pole as described above, by developing an air-injected tent in which the skeleton of the tent is maintained in accordance with the injection of air as a camping means during leisure activities around the summer Take advantage.

The air-injected tent constitutes a tent by combining a plurality of tubes into which air is injected. Typically, as illustrated in FIG. 1, a tube 110 having a columnar shape is continuously arranged in a tunnel shape, and a roof with a wall surface. It is to be formed, and the front and rear surfaces to form the entrance (200A), and has a structure in which the window (200B) formed on the side for ventilation and light.

Meanwhile, as described above, the conventional air-injected tent 200 in which the roof is formed together with the wall surface by the tube 110 has a large size because the tube 110 performs the function of the wall and the roof together with the function of the frame. While having a size, as the interior space is encroached by the tube 110, the interior space is narrower than the appearance.

Therefore, the conventional air-injected tent 200 which performs the function of a tent by arranging a plurality of tubes 110 in a tunnel shape has a narrow effective area compared to an installation area, and in particular, as it consists of a plurality of tubes 110. It takes a lot of manufacturing cost and at the same time a lot of time to inject and discharge air.

The present invention is to solve the conventional problems as described above, the technical problem of the present invention, by combining the ceiling member and the bottom member and the vertical structure that expands in a circumferential shape in accordance with the injection of air to constitute the frame of the tent By using the ceiling member and the floor member and the vertical structure, the wall surface and the flooring material are combined so that the installation and dismantling of the tent can be made quickly and easily, while providing an air-injected tent with excellent durability.

The technical problem of the present invention as described above,

Arranging the central member having the same structure as the first horizontal member and the second horizontal member upwardly between the first horizontal member and the second horizontal member that expand in a cylindrical shape according to the pressure of the air injected through the air valve, Front and rear surfaces of the first horizontal member, the second horizontal member, and the central member may include a front reinforcement member and a rear reinforcement member that expand according to the pressure of air supplied through the first horizontal member, the second horizontal member, and the central member. A ceiling member each arranged vertically and having a top end coupled with a waterproof film in contact with a front reinforcing member and a rear reinforcing member at an upper end of the first horizontal member, the second horizontal member and the central member;

A bottom member which is arranged in a rectangle to have the same projected area as the ceiling member and expands by the pressure of the air injected through the air valve;

A vertical structure arranged vertically between each corner of the ceiling member and the bottom member to space the ceiling member and the bottom member at a constant height;

A wall surface which is detachably coupled from the vertical structure to insulate the internal space from the outside, and forms an entrance and a vent opening, respectively, which are opened and closed by a zipper on one side;

It is achieved by providing an air-injected tent, characterized in that consisting of a flooring material detachably coupled from the bottom of the floor member to block the moisture of the ground.

Hereinafter, with reference to the accompanying drawings an air-injected tent according to the present invention will be described in detail.

Figure 2 is a perspective view showing an embodiment of the present invention, Figure 3 is a cross-sectional view taken along line AA of Figure 2, the air-injected tent 100 according to the present invention, resting and going to bed during outdoor activities such as hiking or camping It is used as a camping means for providing space, and is coupled between the ceiling member 10 constituting the upper portion, the bottom member 20 constituting the lower portion, the ceiling member 10 and the bottom member 20 described above. As the ceiling member 10 is spaced apart from the floor member 20 by a certain height, the vertical structure 30 is formed to form a space of a predetermined size, and the wall surface 40 and the floor material constituting the side and the bottom surface of the present invention ( 50).

As described above, the ceiling member 10 constituting the upper portion of the air-injected tent 100 according to the present invention has a first horizontal member 1 that expands in a cylindrical shape according to the pressure of air injected through the air valve V. ), The second horizontal member 2, the central member 3, the front reinforcing member 4 and the rear reinforcing member 5 are arranged in an arrangement, and the first horizontal member and the second horizontal member 2 arranged in parallel By arranging the center member (3) upward between the () so that rainwater in the rain is smoothly made.

At this time, the front and rear surfaces of the first horizontal member 1, the second horizontal member 2, and the central member 3 are the first horizontal member 1, the second horizontal member 2, and the central member 3. The front reinforcing member 4 and the rear reinforcing member 5 which are expanded in accordance with the pressure of the air supplied through) are arranged vertically, respectively, so that the first horizontal member 1 and the second horizontal member 2 are centered. The durability against external force of the member 3 is improved.

In addition, the upper reinforcing member 4 is provided with a waterproof membrane 6 which has a waterproof function and blocks the transmission of sunlight at the top of the first horizontal member 1, the second horizontal member 2, and the central member 3. ) And the back reinforcing member 5 to be in contact with the rain to prevent leakage in the rain, while blocking the direct sunlight to the interior of the air-injected tent 100 according to the present invention.

In addition, the bottom member 20 of the present invention is arranged in a rectangular shape of the bottom member 20 that expands in a cylindrical shape by the air injected through the air valve (V), the bottom member has the same projection area as the ceiling member (10) On top of each corner, the vertical structure 30 is connected.

As described above, the vertical structure 30 having the bottom member 20 connected to the lower portion and the ceiling member 10 connected to the upper portion has an air valve (like the ceiling member 10 and the bottom member 20). By expanding in a cylindrical shape according to the pressure of the air injected through V) to support the lower portion of the ceiling member 10, a space of a predetermined size is formed between the ceiling member 10 and the bottom member 20.

On the other hand, the wall surface 40 is attached to the outside of the vertical structure 30, the wall surface 40 is detachably coupled from the vertical structure 30 to isolate the internal space from the outside, to the front and rear surfaces The entrances 31 and 32 are opened and closed by a zipper, respectively, and both sides of the ventilation openings 33 and 34 having a window function are formed.

At this time, the wall surface 40, by attaching the screen (31A, 32A) of the structure such as mosquito net to the back of the entrance (31, 32) to prevent the intrusion of pests through the entrance (31, 32).

FIG. 3 is a view showing another embodiment of the present invention, and in this embodiment, the wall surface 40A sealing the side of the present invention is composed of a partition, while the ceiling member 10 and the bottom member 20 and By joining the coupling surface of the vertical structure 30 via a coupling means such as a velcro tape to separate the front and rear or both sides according to the user's convenience, to thereby diversify the present invention.

Subsequently, the flooring material 50 which is detachably coupled from the bottom of the bottom member 20 to block the moisture of the ground is interposed with the Velcro tape as a joint surface with the bottom member 20 as the wall surface 40 described above. As such, the flooring 50 is separated from the present invention.

On the other hand, the air valve (V) provided in the ceiling member 10, the bottom member 20 and the vertical structure 30 has a function of a book valve inside the inlet like a conventional air valve, thereby smoothly injecting air At the same time it is possible to prevent the external discharge by the air pressure, and by the addition and subtraction of the installation amount in accordance with the specifications of the present invention to enable a smooth injecting of air.

In the figure, reference numeral T is a velcro tape to fix the wall surface 40, and code R is a connection ring for connecting the pack and the fixing line for fixing the present invention.

The operation and effects of the present invention made of the above-described configuration will be described below with reference to FIG. 4.

Air-injected tent 100 according to the present invention, such as a tent of a conventional structure including a conventional air-injected tent provides a rest and sleeping space during outdoor activities such as hiking or camping.

The present invention as described above is to minimize the size of each component in the initial state of the air is not injected to enable easy storage and at the same time to facilitate the movement or transport.

If you want to use the subject innovation in such a process, the air to the air valve (V) of the ceiling member 10 and the bottom member 20 and the vertical structure (30) by using a pump, such as a conventional air-injected tent While injecting, thereby expanding the ceiling member 10 and the bottom member 20 and the vertical structure 30.

When the ceiling member 10, the bottom member 20, and the vertical structure 30 are expanded according to the above process, an interior space of a predetermined size is formed as shown in FIG. 4A, thereby providing a sleeping space or a resting space.

After the completion of such a process, by opening the entrances 31 and 32 or the ventilation openings 33 and 34 of the wall 40 according to the user's convenience, the air permeability can be improved while allowing comfortable camping. In order to prevent strong winds by using a connecting ring (Ra) attached to the side by connecting the pack and the fixing line, respectively, to prevent the flow of the present invention.

On the other hand, if you want to use the present invention as a shade film, such as the beach, as shown in Figure 4b to separate the wall surface 40 in the inflated ceiling member 10 and bottom member 20 and the vertical structure 30, By connecting or removing the flooring 50 according to the user's preference, the present invention utilizes the present invention as a shade film by maximizing ventilation while blocking sunlight through the waterproof membrane 6 of the ceiling member 10.

When the use of the air-injected tent 100 according to the present invention is ended, the air charged in the ceiling member 10 and the bottom member 20 and the vertical structure 30 to the outside as described above to the outside By discharging, the size of each component is minimized to allow smooth movement and at the same time minimize the storage space.

As described above, the air-injected tent 100 according to the present invention combines the ceiling member 10 and the bottom member 20 and the vertical structure 30 that expand in a circumferential shape according to the injection of air. By using the ceiling member 10, the bottom member 20, and the vertical structure 30, the wall surface 40 and the bottom member 50 are coupled to each other so that installation and dismantling can be performed quickly and easily.

In addition, the air-injected tent 100 according to the present invention can form a frame by the organic coupling of the ceiling member 10 and the bottom member 20 and the vertical structure 30 to reduce the manufacturing cost, a large effective space In particular, the air-injected tent 100 according to the present invention has a number of effects, such as to improve the habitability by blocking deformation due to external forces such as rain or strong winds as it improves durability.

The present invention has been shown and described with respect to a specific preferred embodiment, but the present invention is not limited to the above embodiment, in the field to which the subject innovation belongs without departing from the gist of the subject innovation claimed in the utility model registration claims Any person with ordinary knowledge will be able to make various modifications.

1 is a perspective view showing an example of an air-injected tent having a conventional structure,

Figure 2 is a perspective view showing an embodiment of the present invention,

3 is a perspective view showing another embodiment of the present invention,

4a and 4b is a state diagram used in the present invention.

<Explanation of symbols for main parts of drawing>

1: first horizontal member 2: second horizontal member

3: center member 4: front reinforcement member

5: back reinforcement member 6: waterproof film

10 ceiling member 20 floor member

30; Vertical structure 31,32: doorway

33,34 ventilator 31A, 32A: screen

40: wall surface 50: flooring

Claims (3)

The first horizontal member 1 and the second horizontal member (1) between the first horizontal member 1 and the second horizontal member 2 that expand in a cylindrical shape according to the pressure of the air injected through the air valve (V) ( The center member 3 which has the same structure as 2) is arranged upward, and the first horizontal member 1 is formed on the front and rear surfaces of the first horizontal member 1, the second horizontal member 2, and the central member 3, respectively. (1) and the front reinforcing member 4 and the rear reinforcing member 5, which expand in accordance with the pressure of the air supplied through the second horizontal member 2 and the central member 3, are arranged vertically, respectively, (1) A ceiling member having a front end coupled to a water resistant film (6) in contact with a front reinforcing member (4) and a rear reinforcing member (5) at an upper end of the horizontal member (1), the second horizontal member (2), and the center member (3). 10; A bottom member 20 arranged in a rectangle to have the same projected area as the ceiling member 10 and expanded by the pressure of the air injected through the air valve V; A vertical structure 30 arranged vertically between each corner of the ceiling member 10 and the bottom member 20 to space the ceiling member 10 and the bottom member 20 to a predetermined height; A wall surface 40 which is detachably coupled from the vertical structure 30 to isolate an internal space from the outside, and forms an entrance and exit 31 and 32 and a vent 33 and 34 respectively opened and closed by a zipper on one side; Air-injected tent, characterized in that consisting of a flooring material 50 is detachably coupled from the bottom of the bottom member 20 to block the moisture of the ground. The air tent according to claim 1, wherein the wall (40) is detachably coupled to the screen (31A, 32A) to the rear of the entrance (31, 32). The air-injected tent according to claim 1, wherein the wall surface (40) is made of a split body.