CN103669985A - Integrated auxiliary space arrangement structure of large tent - Google Patents

Abstract

The present invention relates to an integral auxiliary space installation structure for a large tent. By forming an integral auxiliary roof at the entrance and exit of the large tent, the large tent and the auxiliary roof can always be stored and transported together. In order to facilitate handling In use, when the entrance (11) of a large tent is connected to the auxiliary roof for expanding the indoor space, the connecting end (21) of the auxiliary roof (20) is sewn on the outer surface of the entrance (11) in a tunnel-type manner , forming a tent and an auxiliary roof in an integral manner, the left and right sides of the auxiliary roof (20) form a side access door (22) with a zipper and a rope at a position adjacent to the connecting end (21) , 23), the auxiliary canopy (20) is rolled into the smallest volume and kept above the entrance and exit when not in use, and if necessary, it is long unfolded to form an auxiliary space (S).

Description

Integral auxiliary space installation structure for large tents

technical field

The present invention relates to an integral auxiliary space installation structure formed on the outside of the entrance and exit of the tent in order to expand the indoor space of a large tent for multiple people to camp. More specifically, it relates to the ease of installation at the entrance and exit of a large tent. The integrated auxiliary canopy can be folded or unfolded so that only the tent can be used, and the auxiliary canopy can be unfolded as an auxiliary space connected with the tent space to expand the use of a large tent with an integral auxiliary space installation structure.

Background technique

In recent years, with the popularization of family self-service camping, camping equipment has also become larger and more diversified. The actual situation is that tents that can be called self-service camping are at least not limited to sleeping, but should be large enough to be used in tents. There is not only a living room and a bedroom in the interior, but also a sufficient spare space. The reason why a large-scale tent can be equipped is because every family has mobility (car).

A general tent is composed of a small-scale inner tent (INNER TENT) made so that it can be used as a resting space for a dormitory and a canvas top (FLYSHEET) covering it, and it can only be used for sleeping.

Large-scale tents such as round arches or huts are shown in Figure 1, and entrances and exits are formed around the body, and the entrances and exits in the desired direction are opened for use.

In order to secure an auxiliary roof in such a large tent, if a living room-type canvas roof is installed outside the entrance and exit door, the space outside the tent can be utilized like an indoor space, but the scale of the tent will increase, making it difficult to manufacture , There are also many difficulties in handling and using.

As prior art proposed to solve the aforementioned conventional problems, there are Korean Utility Model Registration Application No. 2007-0016721, Korean Patent Application Nos. 2008-0004170 and 2008-0070397, and No. 2012- 0069960 number.

In the prior art, a tunnel-type roof is connected between a large tent and a small tent, or as shown in FIG. The expansion tent 3 is connected to the narrow entrance and exit 2 of the large tent 1, and a male and female connecting ring 4 is formed on the entrance and exit 2 and the expansion tent 3, and the expansion tent is connected at the entrance and exit 2 by using the connecting ring. Top 3, so that the auxiliary roof is set outside the entrance and exit of the tent.

However, the connection work of the structure of the prior art is very inconvenient and laborious, and it is a structure for connection and installation using a narrow entrance and exit. Therefore, as shown in FIG. 2, there is a problem that only a narrow width It is very complicated and laborious to install a plurality of male-female connection units one by one, or to disassemble them, and even in the connected state, it is very inconvenient to use a narrow entrance and exit.

In addition, in the prior art, when the doorway 2 is connected to the outside, the doorway is located outside the roof, so there is a problem that the doorway cannot be closed and can only be used in an open state.

In addition, the above-mentioned prior art is a structure in which a large tent and an expansion roof are independently formed and disassembled as needed. Therefore, after use, they need to be disassembled and stored and transported separately. Therefore, there are still items lost during carrying. Danger.

Contents of the invention

The purpose of the present invention is to improve the problems of the prior art by forming an integral auxiliary roof at the entrance and exit of a large tent, and it can be used as an auxiliary space as long as the auxiliary roof is unfolded when necessary. The auxiliary canopy can be rolled up and pasted at the entrance and exit with the smallest volume for storage, so that the large tent and the auxiliary canopy can be stored and transported together at all times, making handling and use easy.

In order to achieve the above object, the present invention is characterized in that, when forming a tunnel-type auxiliary roof connected to the entrance and exit of a large tent, a connection end is formed at the inner end of the tunnel-type auxiliary roof, and the connection end is seamed. It is fixed on the inside of the outer surface of the entrance and exit of the large tent, and an exit door that can be opened and closed by a zipper is formed on the left side roof and the right side roof of the auxiliary roof, so that when the door is opened, the side canopy The top gets rid of the constraints of the tunnel-type fixing frame and the tent body, so that the side canopy can be folded upwards above the upper canopy, and the folded auxiliary canopy is rolled flat in the shape of a scroll as a whole, and tied above the entrance and exit with the smallest volume for fixing , so that it can be stored without hindering the opening and closing of the door.

In the present invention, the auxiliary roof is sewn at the entrance and exit of the large tent and connected in an integral manner, so that the large tent and the auxiliary roof can be stored and transported as a whole, and the auxiliary roof can be deployed as an auxiliary space when necessary. Usability in handling can be improved.

In addition, in the present invention, access doors are formed on the side roofs on both sides, so that the auxiliary roof fixed in a tunnel-like manner can be folded horizontally. Therefore, when opening the access doors on these sides, it is only necessary to fold the side roofs like folding blankets. After the top is folded flat, it is rolled into a roll shape and fixed on the entrance and exit with the smallest volume, so that the use of the entrance and exit will not be hindered at all.

In addition, in the present invention, the integral auxiliary canopy is folded together with the large tent for easy transportation and storage, and can be used without loss.

Description of drawings

Fig. 1 is a perspective view of an existing large tent.

Fig. 2 is the structural view of the auxiliary roof which is detachably arranged at the entrance and exit of the existing large tent.

Fig. 3 is an exploded oblique view of the large tent and auxiliary roof of the present invention.

Fig. 4 is a state view of an auxiliary roof connected to the entrance and exit of the large tent of the present invention.

Fig. 5 is a side sectional view of the large tent of the present invention in a state where an auxiliary roof is connected.

6 is an enlarged front sectional view showing an attached (sewn) state of the auxiliary roof of the present invention.

Fig. 7 is a state diagram of bundling the left and right access doors of the auxiliary roof rolled up in the longitudinal direction.

FIG. 8 is a state diagram of folding up both ends of the auxiliary roof after FIG. 7 .

Fig. 9 is a process diagram of rolling up the auxiliary roof and fixing it with ropes (when not in use).

Fig. 10a is a state diagram of closing the access door of a large tent. At this time, it is a state diagram of rolling up the unused auxiliary roof for binding. The auxiliary roof is hidden behind the door and cannot be seen.

Figure 10b is a state diagram of opening the access door of the tent, rolling it up above the auxiliary roof and binding it with ropes (when using the access door).

Fig. 10c is a state view of unfolding the bundled auxiliary roof to form an auxiliary space.

Detailed ways

The prior art has disclosed the following content, that is, use the zipper 14 to open and close the door 12 provided at the door 11 of the large tent 10, and roll up the opened door 12 of the tent body and bind it with a rope 13 to fix it at the door. 11, and an auxiliary roof is set at the entrance and exit 11 as a technology to ensure indoor space.

The integral auxiliary space structure of the tent of the present invention is characterized in that the auxiliary roof 20 used to form the auxiliary space is sewn on the outer frame of the entrance and exit 11 of the tent to form an integral structure. When the auxiliary roof 20 is not used , the auxiliary roof 20 is rolled up above the entrance and exit with the smallest volume for storage, and if necessary, it is unfolded long to form an auxiliary space S.

The auxiliary space S can be equipped with a small tent to be used as a bedroom or as a space for multiple purposes such as a dressing room, a kitchen, and a toilet. It is very high, and correspondingly, the interior space can be used wider and larger.

As shown in FIG. 3 , the present invention has a connecting end 21 at the edge of the inner end of the auxiliary roof 20 , and the connecting end 21 is used to sew the auxiliary roof 20 to the entrance and exit 11 in a tunnel-like manner. The connecting end 21 is formed between the lower roof 10a and the upper roof 10b of the tent body and is overlapped with the access door 12 and connected by sewing, thereby integrally connecting the large tent 10 and the auxiliary roof 20 .

The connecting end 21 of the auxiliary roof 20 is located inside the door 12 of the tent, so the auxiliary roof 20 is always covered by the door 12 in the folded state (not in use), as shown in Figure 10a, when the door 12 When closed, the auxiliary roof 20 is not exposed to the outside and is in a hidden state.

The auxiliary roof 20 of the present invention is used as a tunnel shape through the upper surface and the left side and the right side. External comings and goings become easy.

The side doors 22 , 23 are formed adjacent to the connecting portion (sewn portion) of the tent body and the auxiliary roof 20 , and the lower ends of the corresponding doors are open when the side doors 22 , 23 are opened.

The reason for opening the side entrance and exit is to form the side roof as a free end when rolling up the auxiliary roof. Only by separating the side roof from the tent body and forming a free end can the side roof be folded upward as shown in Figure 8. , fold and roll up the auxiliary canopy 20 relatively flat and with the smallest volume. For this reason, side doorways 22, 23 with zippers are formed on the side roofs on both sides.

Without the side doors 22, 23, the auxiliary roof 20 cannot be folded thinly into a plate shape, and if the auxiliary roof 20 cannot be folded, it is not easy to realize an integral structure.

Described side access door 22,23 is shown in Figure 4, Figure 5, under the state that is connected with tent body and auxiliary roof, side access door 22,23 is used as the entrance that can go in and out to the outside, as required, also The side access doors 22, 23 can be closed and the other side access can be used.

When the present invention does not use the tent or when the tent is folded after using the tent, as shown in Figure 10a, the auxiliary tent 20 is folded and tied above the entrance and exit, and the two sides of the exit and exit door 12 are locked with zippers in this state. At the end, use the usual method to fold the large tent for storage, and the built-in auxiliary canopy is carried, stored and handled together with the tent.

In the above process, when the tent is unfolded and the auxiliary roof is put away after use, first, the large tent is folded in a state in which the auxiliary roof is folded and bundled. When folding the auxiliary roof in the process, as shown in FIGS. 7 and 9 , first open the side access doors 22 and 23 on both sides and fold them longitudinally and bind them, then fold the auxiliary roof and roll them up.

On the contrary, when unfolding a large tent, it is set in the usual way and essentials, and the tent setting has no connection with the auxiliary canopy setting.

When an auxiliary space is required after setting up a large tent, loosen the auxiliary roof tied to the upper part of the entrance and exit, pull it up long and fix it with the respective fixing units, lower the side roofs on both sides to form a tunnel shape, and then By closing the side door with a zipper, a tunnel-shaped auxiliary roof (subsidiary space) can be installed, and the entrance and exit on the front side of the auxiliary space can be used in an open or closed state.

The auxiliary space arrangement structure of the present invention can be arranged at one or two of the entrances and exits around the tent, and can also be arranged at all the entrances and exits. In this case, open the entrance and exit in the desired direction and use it.

The auxiliary space installation structure of the present invention has the following advantages, that is, it is attached to a large tent as a whole, and can always be used together only by carrying the tent, and can be easily and conveniently unfolded or folded, etc., and the present invention can be applied to a round arch Various types of tents such as hut-shaped or hut-shaped, yurts, etc.

Explanation of reference signs

10: large tent, 11: entrance, 12: door, 13: rope, 14: zipper, 20: auxiliary canopy, 21: connecting end, 22, 23: side door, S: auxiliary space.

Claims (4)

1. An integral auxiliary space installation structure for a large tent, characterized in that the door (12) is connected to the entrance (11) of the large tent (10) in a manner of opening and closing with a zipper (14) and When the entrance (11) is connected to the auxiliary roof for expanding the indoor space, the connection end (21) of the auxiliary roof (20) is sewn on the outer surface of the entrance (11) in a tunnel-type manner, Thus, the tent and the auxiliary roof are formed in an integrated manner, and the left and right sides of the auxiliary roof (20) are formed with zippers and ropes at positions adjacent to the connecting end (21). Side access doors (22, 23), the auxiliary canopy (20) is rolled into the smallest volume in the vertical and horizontal directions near the entrance and exit when not in use for storage, and when necessary, it is long unfolded to form an auxiliary space (S). 2. The integral auxiliary space installation structure of a large tent according to claim 1, characterized in that the connecting end (21) of the auxiliary roof (20) is located at the entrance of the tent The inner side of (12) is integrally sewn so that when the access door (12) is closed, the auxiliary canopy is covered by the access door and will not be exposed to the outside. 3. The integral auxiliary space setting structure of a large tent according to claim 1, characterized in that, the side access doors (22, 23) of the auxiliary roof (20) are formed adjacent to the tent body and At the position of the connecting part (sewn part) of the auxiliary roof (20), when the side door (22, 23) is opened, the lower end of the corresponding door is opened and formed as a free end. 4. The installation structure of an integral auxiliary space for a large tent according to claim 1, characterized in that the side doorways (22, 23) on both sides with open lower ends are folded longitudinally and bound, and folded transversely The auxiliary canopy is rolled up.

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