KR20180012234A - Prefabricated tent - Google Patents

Abstract

Disclosed is an assembly tent. According to the present invention, not only a wall body and a roof body but also a floor body can be assembled and installed by a first support, a second support, a third support and a fourth support, and thus it is possible to dramatically reduce a time required to assemble a tent. Also, an assembled and installed tent can be easily disassembled to greatly improve usability and convenience, and the height of the tent can be adjusted according to the level of the ground on which the tent is desired to be installed by a height adjuster such that the tent is always assembled and installed in a horizontal state, thereby preventing a tilt of the tent. The tent can be easily installed and disassembled by a simple configuration, and thus anybody can easily install the tent on a desired location and use the same. Accordingly, not only usability but also convenience can be significantly improved, and since each component is separated, it is easy and simple to store and carry the tent. Therefore, a large space for storage and carriage is not required to greatly improve space utilization. Since the tent can be installed by being assembled, the tent can be easily installed not only in a camping site but also in a desired location, and thus it is easy to use the tent. In addition, each component is firmly supported, and it is possible to form shade during summer and to prevent rain from being introduced into the tent when raining by an awning screen.

Description

[0001] PREFABRICATED TENT [0002]

More particularly, the present invention relates to a prefabricated tent, which is simple and easy to carry and carry, and can greatly improve installation work and convenience for installation, and can be easily installed by anyone, The present invention relates to a built-in tent for preventing a tent from being collapsed.

In general, as interest in leisure has increased, camping culture that enjoys outdoor camping on weekends and holidays has become popular, so demand and development of tent are steadily being done.

Accordingly, there has been developed a tent that is easy to carry and easy to install and dismantle. Such a tent is characteristic of not including a heavy and bulky flooer because it is usually used by a person while carrying it.

However, in the case of a conventional tent without a floor, there is a problem that the floor is uneven and moisture is raised. In order to solve such a problem, a styrofoam or air mat which is light and portable is used instead of a floor. However, And horizontal adjustment is difficult.

In addition, with the proliferation of camping culture, as the camping business is gradually activated, the floor is prepared so that the tent can be installed, or the tent is installed on the floor and rented to the consumer.

However, such tents and floors are not provided as a single unit, but are arbitrarily combined. Therefore, they are not only inconvenient to purchase and install, but also have a problem of poor stability in use.

In addition, in the case of an auto camp using a car that travels while enjoying natural scenery close by using a tent assembly or a simple accommodation without resort, it is easy to connect with one side of the vehicle in order to block the sunlight In the case of such a tent, the end portion of the body portion contacting the one side of the vehicle is light in weight and connected to the vehicle only by the coupling means. Therefore, Or the flow of the tent assembly is difficult, it is difficult to avoid the flow of wind or angular movement, and the connected part is broken due to the flow, or the tent membrane is scattered by the wind, so that the end of the tent assembly is torn .

Conventionally, a prefabricated tent, which is the registration room 20-0109504, has been found, which includes a ridge for supporting the top of the roof, a tubular rafter which is tilted downwardly downward relative to the ridge to connect the ridge and pillar skeleton The column skeleton portion has a column portion and an intermediate column portion which are respectively connected to the rafters so as to support the roof skeleton, and an upper and a lower portion of the column portion and the intermediate column portion, A tent skeleton is formed by a column skeleton constituted by a connecting portion for connecting and assembling the tent, and a tent river is laid over the skeleton.

Although the conventional art has a provision of a tent to store and carry the tent, there is a problem that it is inconvenient to connect the respective skeletons to each other and it is difficult to install the tent.

As another example, a residential moving assembly tent is disclosed in Japanese Patent No. 10-1462789, wherein a main bar having a main groove formed with two rows of fitting grooves for fitting the panel into each other and having engaging protrusions on the other side thereof, A panel having a plurality of panels coupled thereto and having a double-assembled panel in which a heat-insulating and sound-absorbing space is formed therebetween, a bent portion bent at a predetermined angle at a central portion thereof, A first connecting bar provided at each corner of the wall for connecting the wall to the roof, a lower frame fixedly connected to the first seat, A plurality of inclined frames inclining upwards a predetermined angle from the corner of the lower frame to the center, Ssuiwojyeo to each frame constituting the frame and the roof element consists of a body having a tent roof coupled.

Such a conventional technique provides a large space for resting, facilitates the separation and assembly, and improves the mobility. However, it is difficult to connect the plurality of panels and the main connecting bar, Therefore, not only the ease of installation and workability are difficult, but also the disassembling process after installation is complicated, resulting in a problem that usability and convenience are greatly deteriorated.

Registration No. 20-0109504 of the Republic of Korea (registered on September 9, 1997) Korean Registered Patent No. 10-1462789 (Registered November 11, 2014)

The present invention can be easily installed and disassembled by a simple structure, so that anyone can easily install and use the tent in a desired place. Therefore, the usability and convenience of the tent can be greatly improved and the respective components are separated from each other, It is easy to carry and easy to carry. It does not occupy much space due to storage and transportation, so space utilization can be greatly improved. Also, the tent can be installed by assembling. Conveniently, each structure is firmly supported and the shade of the summer can be formed by the sunshade, and the rain can be prevented from flowing into the tent during rain.

In order to accomplish the above object, the present invention provides a prefabricated tent comprising: a first support having a first wall connector and a second wall connector, which are provided along the lengthwise direction of the outer surface and perpendicular to each other, Second, third, and fourth struts; A first strut connection end, a second strut end connection end, a third strut end connection end, and a fourth strut end connection end, wherein the first strut, the second strut, the third strut, and the fourth strut bottom are respectively fitted to the upper portions; A first auxiliary connecting portion, a second auxiliary connecting portion, a third auxiliary connecting portion, and a fourth auxiliary connecting portion, the upper portion of which is fitted to a lower portion of the first strut connecting portion, the second strut connecting portion, the third strut connecting portion and the fourth strut connecting portion; A first height adjusting member, a second height adjusting member, a third height adjusting member, and a fourth height adjusting member, which are fitted to the lower portions of the first auxiliary connecting portion, the second auxiliary connecting portion, the third auxiliary connecting portion and the fourth auxiliary connecting portion, ; A plurality of first sidewalls each having a first wall connector at one end of the first strut and a first wall connector at one end of the second strut, A plurality of second side walls each having a first wall connector at one end of the third strut and a first wall connector at one end of the fourth strut, A plurality of front side walls sandwiching a second wall connector provided at the other end of the first strut and a second wall connector provided at the other end of the third strut; A wall having a second wall connection provided at the other end of the second strut and a plurality of rear sidewalls fitted in the second wall connection provided at the other end of the fourth strut; A bottom body positioned inside the first, second, third and fourth struts; And a roof member positioned above the first, second, third and fourth support members.

Further, the first strut connector may be provided on the upper side of the first bottom fitting part, wherein a first fastening rod, in which an orthogonal first bottom fitting part in which the bottom member is fitted and a lower part of the first supporting part are fitted, A second fastening bar is provided on the lower side of the first bottom fitting part so that the first auxiliary coupling is connected to the second bottom fitting part and the second supporting fitting is connected to the second bottom fitting part, A fourth fastening bar is provided on the upper side of the second bottom fitting part and a fourth fastening bar is provided on the lower side of the second bottom fitting part so that the second auxiliary connecting part connected to the second height adjusting part is connected, , And the third strut connector has a third bottom joint portion in which the bottom member is inserted and a fifth connecting bar in which the bottom portion of the third strut is fitted is provided on the upper side of the third bottom joint portion, Connected A sixth fastening bar is provided on the lower side of the third bottom fitting part so that the third auxiliary fitting is connected to the fourth bottom fitting part and the fourth supporting fitting is provided with an orthogonal fourth bottom fitting part in which the bottom part is fitted, A seventh fastening bar to be fitted is provided on the upper side of the fourth bottom fitting part and an eighth fastening bar is provided on the lower side of the fourth bottom fitting part so that the fourth auxiliary connecting part to which the fourth height adjusting part is connected is connected, A first bottom panel sandwiched between the orthogonal first bottom fitting portion and the orthogonal third bottom fitting portion and folded and unfolded with respect to each other by a first hinge portion; And a second bottom panel sandwiched between the orthogonal second bottom fitting portion and the orthogonal fourth bottom fitting portion and being folded and unfolded with respect to each other by a second hinge portion.

Further, the first auxiliary connecting portion may include a first auxiliary connecting rod to which the second connecting rod is inserted, a first supporting flange at an upper end thereof, and a first height adjusting screw groove at an inner side thereof, And a first height adjusting screw having a first height adjusting screw groove and a first height adjusting screw having a first height adjusting screw groove and a second height adjusting screw groove, Wherein the second height adjusting screw is provided with a second auxiliary fastening rod to which the fourth fastening rod is fitted and provided with a second supporting flange at an upper end thereof and a second height adjusting screw groove at an inner side thereof, And a second height adjustment screw having a second ground fixing flange at a lower end thereof, and the third auxiliary coupling includes a third auxiliary coupling, which is engaged with the sixth fixing bar, The rod is provided inside and the top And the third height adjusting screw is screwed into the third height adjusting screw groove and is raised and lowered along the third height adjusting screw groove and the third height adjusting screw groove is screwed into the third height adjusting screw groove, Wherein the fourth auxiliary connecting rod is provided on the inner side of the fourth auxiliary connecting rod in which the eighth connecting rod is fitted and has a fourth supporting flange at an upper end and a fourth supporting flange at an inner side of a fourth height Wherein the fourth height adjusting member includes a fourth height adjusting screw having a fourth height adjusting screw groove that is screwed into the fourth height adjusting screw groove and is raised and lowered along the fourth height adjusting screw groove and has a fourth ground fixing flange at a lower end thereof, As shown in FIG.

Further, the roof member includes a plurality of tension connecting rods connecting the first and second struts, the third strut and the fourth strut, the first strut and the third strut, and the second strut and the fourth strut respectively, ; A roof positioned on the upper side of the plurality of tension connecting rods and fixed to the plurality of tension connecting rods; And a shingling film connected to the periphery of the roof, wherein the tension connecting rod comprises: a first connecting rod having a left-hand thread on one side and a first folding on the other side; A second connecting rod having a right screw on one side and a second folding portion on the other side so as to face the first folding portion; A first screw tension unit which is fitted to the upper end of the strut of the first strut, the second strut, the third strut, and the fourth strut and to which the left screw of the first connecting rod is screwed; A second screw tension unit which is fitted to the upper end of the column of any one of the first column, the second column, the third column and the fourth column and the right screw of the second link is screwed; And a hinge pin for connecting the first folding unit and the second folding unit.

Further, the first and second strut connection ports, the third strut connection port and the fourth strut connection port are provided under the first strut connection port, the second strut connection port, the third strut connection port and the fourth strut connection port, And a locking coupling for coupling the first strut connection port, the second strut connection port, the third strut connection port, the fourth strut connection port, and the support to each other.

Further, to firmly support the first sidewall connected to the first strut and the second strut and the second sidewall connected to the third strut and the fourth strut, the first strut and the second strut, and between the first strut and the second strut, And an auxiliary wall support between which one end and the other end of the first sidewall and the second sidewall are respectively fitted between the strut and the fourth strut.

The present invention can be implemented by assembling the bottom body as well as the wall body and the roof body by the first strut, the second strut, the third strut and the fourth strut, thereby greatly shortening the assembling time due to the assembly of the tent, The tent can be easily disassembled so that the usability and convenience can be greatly improved and the height of the tent can be adjusted so that the height of the tent can be adjusted to the height of the ground on which the tent is to be installed. Since the tent can be prevented from being inclined according to the installation, and the tent can be easily installed and disassembled by a simple structure, the tent can be installed and used in a desired place easily by anyone, Are separated from each other, which makes it easy to store and carry, and it takes up a large space for storage and carrying As well as being able to greatly improve the space utilization, the tent can be installed by assembling, so that it is possible to install the tent easily at the desired place as well as the camping site. Therefore, it is convenient to use and each structure is firmly supported. It is possible to prevent the formation of shade in the summer and the inflow of rain into the tent during rain.

1 is a perspective view showing a prefabricated tent of the present invention.
2 is an exploded perspective view showing a configuration of a prefabricated tent of the present invention.
FIGS. 3 and 4 are partial oblique views showing a connection state between a wall body and a ground body of the prefabricated tent of the present invention.
Fig. 5 and Fig. 6 are exploded perspective views showing the construction of the ground body and the bottom body of the prefabricated tent of the present invention.
7 is a perspective view showing a tension connecting rod of the prefabricated tent according to the present invention.
Fig. 8 is a plan view showing the roof of the prefabricated tent according to the present invention. Fig.
9 is a configuration diagram showing another embodiment of the prefabricated tent of the present invention.
10 is an exploded perspective view showing still another embodiment of the prefabricated tent of the present invention.
11 is a configuration diagram showing still another embodiment of the prefabricated tent of the present invention.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

Hereinafter, a prefabricated tent according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown in the drawing, the present invention comprises a paper main body 100, a wall body 200, a bottom body 300, and a roof body 400. The paper main body 100, the wall body 200, The body (300) and the roof body (400) are assembled with each other or separated from each other after installation.

Accordingly, it is easy to carry and store, and space utilization due to carrying and storing can be greatly increased. Also, since the installation is simple and easy, anyone can easily and easily mount the device in a desired place.

The support body 100 of the present invention includes a first support member 115 and a second support member 116 which are provided along the longitudinal direction of the outer surface and are perpendicular to each other at one end and the other end, A second strut 112, a third strut 113, and a fourth strut 114. The first strut 111, the second strut 112, the third strut 113,

The first strut 111, the second strut 112, the third strut 113 and the fourth strut 114 may be formed of a cylindrical body or may be formed of a first strut 111, a second strut 112, The third strut 113 and the fourth strut 114 are each formed of a plurality of members and are connected to each other to form the first strut 111, the second strut 112, the third strut 113, And fourth pillars 114, respectively.

The support body 100 according to the present invention includes a first support 111, a second support 112, a third support 113, and a fourth support 114 below the first support 111, the second support 112, A second strut connection end 122, a third strut end connection 123 and a fourth strut end connection 124, and a second strut connection end 121, a second strut end connection 122, A first auxiliary connection 131, a second auxiliary connection 132, a third auxiliary connection 133, and a fourth auxiliary connection 134, which are respectively fitted to the lower portions of the connection port 123 and the fourth support connection port 124, A first height adjuster 141 having an upper portion fitted to a lower portion of the first auxiliary connecting portion 131, the second auxiliary connecting portion 132, the third auxiliary connecting portion 133 and the fourth auxiliary connecting portion 134, A second height adjusting member 142, a third height adjusting member 143, and a fourth height adjusting member 144. [

The support member 100 of the present invention having the above structure has the first strut 111, the second strut 112, the third strut 113, and the fourth strut 114, 121, the second strut connection port 122, the third strut connection port 123 and the fourth strut connection port 124. The first strut connection port 121, the second strut connection port 122, The first auxiliary connecting portion 131, the second auxiliary connecting portion 132, the third auxiliary connecting portion 133 and the fourth auxiliary connecting portion 134 are formed on the lower sides of the supporting hole 123 and the fourth supporting hole 124, The first height adjuster 141 is provided on the lower side of the first auxiliary connection 131, the second auxiliary connection 132, the third auxiliary connection 133 and the fourth auxiliary connection 134, The second height adjuster 142, the third height adjuster 143 and the fourth height adjuster 144 are connected to each other so that the first support 111, the second support 112, The three struts 113 and the fourth struts 114 may be installed by standing up.

The wall 200 may be installed using the first pillars 111, the second pillars 112, the third pillars 113, and the fourth pillars 114 installed upright.

The wall 200 of the present invention is characterized in that the first wall connection 115 provided at one end of the first strut 111 and the first wall connection 115 provided at one end of the second strut 112 are connected to both ends A first wall connector 115 provided at one end of the third strut 113 and a first wall connector 115 provided at one end of the fourth strut 114, A second wall connection 116 provided at the other end of the first support 111 and a second wall connection 116 provided at the other end of the third support 113. [ A second wall connection 116 provided at the other end of the second strut 112 and a second wall connection 116 provided at the other end of the fourth strut 114, And a plurality of rear sidewalls 240 that fit respectively into the second wall connector 116.

The first sidewall 210 is connected to a first wall connector 115 provided at one end of the outer surface of the first strut 111 and at one end of the outer surface of the second strut 112, Needless to say, it can be firmly fixed by a means such as a fastening piece, if necessary.

The second sidewall 220 is connected to the first wall connector 115 provided at one end of the outer surface of the third strut 113 and at one end of the outer surface of the fourth strut 114 at both ends of the second sidewall 220 It is of course possible to securely fix them by a means such as a fastening piece as necessary.

The front wall 230 is formed by sandwiching both ends of the front wall 230 with the second wall connector 116 provided at the other outer end of the first strut 111 and the other end of the outer surface of the third strut 113 By assembling, it can be firmly fixed by means such as fastening pieces as necessary.

The rear wall 240 is formed by fitting both ends of the rear wall 240 to the second wall connector 116 provided at the other outer end of the second strut 112 and the other end of the outer surface of the fourth strut 114 By assembling, it can be firmly fixed by means such as fastening pieces as necessary.

The bottom body 300 of the present invention is positioned inside the first strut 111, the second strut 112, the third strut 113 and the fourth strut 114, The second strut 112, the third strut 113, and the fourth strut 114. The first strut 111, the second strut 112, the third strut 113,

The first side wall of any one of the plurality of first side walls 210 or the second side wall of any one of the plurality of second side walls 220 or the front wall of any one of the plurality of front side walls 230, Any one of the rear side walls of the plurality of rear side walls 240 may be provided with an insectproof wall for allowing outside air to flow into the room and preventing insects such as insects from entering the room.

The bottom wall of the bottom wall 300 may be opened while the front wall 220 located at the lowermost side of the front wall 220 is opened to form an access opening for the user to access.

The first strut connector 121 of the present invention includes an orthogonal first bottom fit portion 1211 in which the bottom body 300 is inserted and a first connecting rod 1211 in which the bottom of the first strut 111 is fitted, 1212 are provided on the upper portion of the first bottom fitting portion 1211 and the first auxiliary connecting portion 131 is connected to the first height adjusting portion 141, And is provided on the lower side of the bottom fitting portion 1211.

The second strut connector 122 includes an orthogonal second bottom fit portion 1221 in which the bottom body 300 is inserted and a third connecting rod 1222 in which the bottom of the second strut 112 is fitted. Is provided on the upper portion of the second bottom fitting portion 1221 and the second auxiliary connecting portion 132 to which the second height adjusting portion 142 is connected is connected, And is provided on the lower side of the bottom fitting portion.

The third strut connection port 123 includes an orthogonal third bottom fit portion 1231 in which the bottom body 300 is inserted and a fifth connecting rod 1232 in which the lower portion of the third strut 113 is fitted. Is provided on the third bottom fitting portion 1231 and the third auxiliary connecting portion 133 to which the third height adjusting portion 143 is connected is connected to the third bottom portion 1231, And is provided below the bottom fitting portion 1231.

The fourth strut connection terminal 124 includes an orthogonal fourth bottom fitting portion 1241 in which the bottom body 300 is inserted and a seventh connecting rod 1242 in which the bottom of the fourth strut 114 is fitted. Is provided on the upper portion of the fourth bottom fitting portion 1241 and the fourth auxiliary connecting portion 134 to which the fourth height adjusting portion 144 is connected is connected, And is provided below the bottom fitting portion 1241.

The bottom body 300 is positioned at the orthogonal first bottom fit portion 1211 and the orthogonal third bottom fit portion 1231 and is folded about each other by the first hinge portion 311, Is positioned on the first bottom panel 310 and the orthogonal second bottom fit portion 1221 and the orthogonal fourth bottom fit portion 1241 and is folded about each other by the second hinge portion 321, And a second bottom panel 320 is provided.

And a bottom support frame 330 on which the first bottom panel 310 and the second bottom panel 320 are seated.

The bottoms 300 are folded and expanded with respect to each other by the first bottom panel 310 and the second hinge part 321 folded and unfolded with respect to each other by the first hinge part 311, The reason why the panel 320 is provided is that after the installed tent is separated and separated, the first bottom panel 310 is folded using the first hinge part 311 and the second bottom panel 310 is folded using the second hinge part 312, So that the bottom panel 320 can be folded and carried and stored.

The first auxiliary coupling 131 of the present invention includes a first auxiliary coupling rod 1311 for fitting the second coupling rod 1213 therein and a first supporting flange 1312 at the upper end and a first supporting flange 1312 at the upper end, The first height adjusting screw 141 is screwed into the first height adjusting screw groove 1313 and is screwed into the first height adjusting screw groove 1313 And a first height adjusting screw 1412 having a first ground fixing flange 1411 at a lower end thereof.

The second auxiliary connector 132 includes a second auxiliary fastening rod 1321 on which the fourth fastening rod 1223 is inserted and a second support flange 1322 on the upper side and a second support flange 1322 on the inner side, And the second height adjusting screw 142 is screwed into the second height adjusting screw groove 1323 and is screwed into the second height adjusting screw groove 1323, And a second height adjustment screw 1422 having a second ground fixture flange 1421 at the lower end thereof.

The third auxiliary connector 133 is provided with a third auxiliary fastening rod 1331 on the inner side to which the sixth fastening rod 1233 is fitted and has a third supporting flange 1332 on the upper side and a third supporting flange 1332 on the inner side, And the third height adjusting screw 143 is screwed into the third height adjusting screw groove 1333 so as to be wound around the third height adjusting screw groove 1333, And a third height adjustment screw rod 1432 having a third ground stationary flange 1431 at the lower end thereof.

The fourth auxiliary connecting rod 134 includes a fourth auxiliary connecting rod 1341 for receiving the eighth connecting rod 1243 therein and a fourth supporting flange 1342 at an upper end and a fourth supporting flange 1342 at an inner side, And the fourth height adjusting member 144 is screwed into the fourth height adjusting screw groove 1343 so as to be wound around the fourth height adjusting screw groove 1343, And a fourth height adjustment screw rod 1442 having a fourth ground fixed flange 1441 at the lower end thereof.

In the present invention as described above, the first height adjusting screw 1412 of the first height adjusting member 141 and the first height adjusting screw groove 1313 of the first auxiliary connecting member 131 are screwed The height of the first height adjuster 141 can be adjusted to match the height of the floor of the place where the tent is to be installed, so that the tent can be installed in a horizontal state.

Since the second height adjusting screw 1422 of the second height adjusting member 142 and the second height adjusting screw groove 1323 of the second auxiliary connecting member 132 are screwed to each other, The height of the second height adjuster 142 can be adjusted so that the height of the tent can be adjusted in a horizontal state.

Since the third height adjusting screw 1432 of the third height adjusting member 143 and the third height adjusting screw groove 1333 of the third auxiliary connecting member 133 are screwed to each other, The height of the third height adjuster 143 can be adjusted so as to match the height of the floor of the place where the tent is to be installed, so that the tent can be installed in a horizontal state.

Since the fourth height adjusting screw 1442 of the fourth height adjusting member 144 and the fourth height adjusting screw groove 1343 of the fourth auxiliary connecting member 134 are screwed to each other, The height of the fourth height adjuster 144 can be adjusted so that the height of the fourth height adjuster 144 can be adjusted so that the tent can be installed in a horizontal state.

The roof member 400 of the present invention includes the first support 111 and the second support 112, the third support 113 and the fourth support 114, the first support 111 and the third support 111, A plurality of tension connecting rods 410 connecting the struts 113 and the second struts 112 to the fourth struts 114 and a plurality of tension connecting rods 410 located on the upper side of the plurality of tension connecting rods 410, A roof 420 fixed to the roof 420 and an ornamental shield 430 connected to the roof 420 along the circumference of the roof 420.

The wing 430 is connected to a zipper along the periphery of the roof 420 so that the wing 430 can be folded or unfolded from the roof 420 using a zipper.

The tension connecting rod 410 according to the present invention includes a first connecting rod 413 having a left hand thread 411 on one side and a first folding thread 412 on the other side and a first connecting rod 413 having a right hand thread 414, A second connecting block 416 having a second folding section 415 on the other side so as to face the first folding section 412 and a second connecting block 416 having a second folding section 416 formed on the first supporting section 111 and the second supporting section 112, A first screw tension part 417 which is fitted to the upper end of the column of the first column 113 and the fourth column 114 and to which the left screw 411 of the first link 413 is screwed, And the right screw 414 of the second connecting rod 416 is screwed to the upper end of the column of one of the first column 111, the second column 112, the third column 113 and the fourth column 114, 2 thread tension unit 418 and a hinge pin 419 for connecting the first folding unit 412 and the second folding unit 415 to each other.

The tension connecting rod 410 is provided as a first connecting rod 413 and a second connecting rod 416 and is hinged by the first folding portion 412 and the second folding portion 415 and the hinge pin 419 When the tent is dismantled, the first folding unit 412 and the second folding unit 415 fold the first connecting unit 413 and the second connecting unit 413 with the hinge pin 419 as an axis, (416) are folded with respect to each other so as to minimize storage and carrying space.

The reason why the left connection 411 is provided on one side of the first connection 413 of the tension connection rod 410 and the right side screw 414 is provided on the other side of the second connection connection 416 is that the tension connection rod 410, As the first thread tension portion 417 and the second thread tension portion 418 are moved away from or closer to each other from the first linkage 413 and the second linkage 416 by the operation of rotating the first screw The tension of the first strut 111 and the second strut 112, the third strut 113 and the fourth strut 114 to which the tension part 417 and the second thread tension part 418 are connected So that the first strut 111 and the second strut 112, the third strut 113, and the fourth strut 114 are firmly supported.

The first strut connector 121 and the second strut connector 121 are formed under the first strut connection 121 and the second strut 122, the third strut 123 and the fourth strut 124, And a second support protruding from the first support protrusion 121 and the second support protrusion 122. The first support protrusion 121 and the second support protrusion 122 are formed on the first support protrusion 121 and the second support protrusion 122, And a locking fastener 520 for fastening the third support fitting 123, the fourth support fitting 124 and the support 510 to each other.

Since the support member 510 is provided below the first support member 121, the second support member 122, the third support member 123 and the fourth support member 124, As the lower portions of the first strut connection 121 and the second strut 122, the third strut 123 and the fourth strut 124 are supported, the first strut 121 and the second strut 95, The first strut 111, the second strut 112, the third strut 113 and the fourth strut 114 which are connected to the first strut 122, the third strut connection 123 and the fourth strut 124, The first and second strut connection ports 121 and 122, the third strut connection port 123 and the fourth strut connection port 124 by the locking fastener 520, And a bottom body (510) that is firmly locked to be fitted in the first strut connection hole (121) and the second strut connection hole (122), the third strut connection hole (123), and the fourth strut connection hole 300 can be more firmly supported.

The first sidewall 210 and the second sidewall 220 may be formed between the first strut 111 and the second strut 112 and between the third strut 113 and the fourth strut 114, And the auxiliary wall support 600 is provided with one end and the other end of which are respectively fitted.

A first sidewall 210 connected to the first strut 111 and the second strut 112 and a second sidewall 220 connected to the third strut 113 and the fourth strut 114, Can be firmly supported.

The first sidewall 210 and the second sidewall 220 that are sandwiched between the auxiliary wall support 600 and the auxiliary wall support 600 are firmly fixed by the locking fastener 520, can do.

In addition, the bottom body 300 of the present invention is provided with a table 700 to which a dining table connector 710 is fitted and which is mounted on the dining table connector 710.

The dining table connector 710 that houses the dining table 700 is fitted or separated with respect to the bottom body 300 and is used when the dining table is required to eat or read a book, The dining table 700 may be mounted on the dining table connector 710 which is fixed to the bottom plate 300 after the dining table connector 710 is fitted in the dining table 300.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

100: Jijae 111: 1st strand
112: 2nd landlord 113: Third landlord
114: fourth post 115: first wall connector
116: second wall connector 121: first strut connector
122: second strut end connection 123: third strut end connection
124: fourth strut end connection 131: first secondary end connection
132: second auxiliary connection 133: third auxiliary connection
134: fourth auxiliary connector 141: first height adjuster
142: second height adjuster 143: third height adjuster
144: fourth height adjuster 200: wall
210: first side wall 220: second side wall
230: front wall 240: rear wall
300: bottom body 310: first floor panel
311: first hinge part 320: second bottom panel
321: second hinge part 330: bottom frame
400: roof
410: Tension linkage 411: Left hand thread
412: Bond 1 413: First connecting rod
414: right-hand screw 415:
416: second connecting rod 417: first thread tension part
418: second thread tensioning portion 419: hinge pin
420: roof 430: shade
510: support 520: locking fastener
600: Auxiliary wall support area 700: Dining table
710: Dining Table Connector
1211: first bottom fitting part 1212: first fitting rod
1213: second fastening rod 1221: second bottom fitting part
1222: third fastening rod 1223: fourth fastening rod
1231: third bottom fitting portion 1232: fifth fitting bar
1233: sixth fastening rod 1241: fourth bottom fitting part
1242: seventh fastening rod 1243: eighth fastening rod
1311: first auxiliary connecting rod 1312: first supporting flange
1313: first height adjusting screw groove 1321: second auxiliary connecting rod
1322: second supporting flange 1323: second height adjusting screw groove
1331: third auxiliary connecting rod 1332: third supporting flange
1333: third height adjusting screw groove 1341: fourth auxiliary connecting rod
1342: fourth supporting flange 1343: fourth height adjusting screw groove
1411: first ground fixing flange 1412: first height adjusting screw
1421: second ground fixing flange 1422: second height adjusting rod
1431: Third floor fixing flange 1432: Third height adjusting bar
1441: fourth floor fixing flange 1442: fourth height adjusting bar

Claims (5)

A first strut 111, a second strut 112, and a third strut 111, which are provided along the longitudinal direction of the outer surface in the longitudinal direction and have the first wall connector 115 and the second wall connector 116 orthogonal to each other, A third strut 113, and a fourth strut 114;
A first strut coupling 121, a second strut coupling 122, and a second strut coupling 121, which are respectively fitted on the lower portions of the first strut 111, the second strut 112, the third strut 113 and the fourth strut 114, A third strut connector 123 and a fourth strut connector 124;
A first auxiliary connecting portion 131 and a second auxiliary connecting portion 131 which are respectively fitted to the lower portions of the first and second support members 121, 122, 123 and 124, A connection port 132, a third auxiliary connection port 133, and a fourth auxiliary connection port 134;
A first height adjuster 141 having an upper portion fitted to a lower portion of the first auxiliary connecting portion 131, the second auxiliary connecting portion 132, the third auxiliary connecting portion 133 and the fourth auxiliary connecting portion 134, A main body 100 having a height adjuster 142, a third height adjuster 143 and a fourth height adjuster 144;
A plurality of first sidewalls 115 and a plurality of second sidewalls 115 are provided at one end of the first strut 111 and a first wall connector 115 at one end of the second strut 112, 210);
A plurality of second sidewalls (115) having a first wall connector (115) at one end of the third strut (113) and a first wall connector (115) at one end of the fourth strut 220);
A plurality of front side walls 230 that are respectively fitted in the second wall connection 116 provided at the other end of the first support 111 and the second wall connection 116 provided at the other end of the third support 113, ;
A plurality of rear side walls 240 which are respectively fitted to the second wall connection 116 provided at the other end of the second strut 112 and the second wall connection 116 provided at the other end of the fourth strut 114, A wall body 200 having an opening;
A bottom member 300 positioned inside the first support 111, the second support 112, the third support 113, and the fourth support 114;
A roof member 400 positioned above the first support 111, the second support 112, the third support 113, and the fourth support 114;
The first sidewall 210 connected to the first strut 111 and the second strut 112 and the second sidewall 220 connected to the third strut 113 and the fourth strut 114 To support,
Between the first strut 111 and the second strut 112 and between the third strut 113 and the fourth strut 114 are provided one end of the first side wall 210 and the other end of the second side wall 220, And an auxiliary wall support (600) to which the other ends are fitted, respectively. The method according to claim 1,
The first side wall of any one of the plurality of first side walls 210 or the second side wall of any one of the plurality of second side walls 220 or one of the plurality of front side walls 230, The rear side wall of any one of the first and second side walls 240,
And an insectproof wall for preventing external air from flowing into the room and preventing insects such as insects from flowing into the room. The method according to claim 1,
The first strut connection (121)
An orthogonal first bottom fitting portion 1211 in which the bottom body 300 is inserted and a first connecting rod 1212 in which the bottom of the first supporting pillars 111 are fitted are inserted into the first bottom fitting portion 1211 A second fastening rod 1213 is provided on the lower side of the first bottom fitting part 1211 so as to connect a first auxiliary connecting part 131 to which the first height adjusting part 141 is connected,
The second strut connector (122)
An orthogonal second bottom fit portion 1221 in which the bottom body 300 is inserted and a third tightening bar 1222 in which the bottom of the second support 112 is fitted are inserted into the second bottom fitting portion 1221 And a fourth connecting rod 1223 is provided on the lower side of the second bottom fitting part so that the second auxiliary connecting part 132 to which the second height adjusting part 142 is connected is connected,
The third strut connector (123)
The third concave third bottom portion 1231 in which the bottom body 300 is inserted and the fifth concave portion 1232 in which the bottom portion of the third support 113 is inserted are inserted into the third bottom portion 1231 A sixth connecting rod 1233 is provided on the lower side of the third bottom fitting part 1231 so as to connect the third auxiliary connecting part 133 to which the third height adjusting part 143 is connected,
The fourth strut connection end 124 is connected to the second strut 124,
A fourth concave fourth bottom joint 1241 in which the bottom body 300 is inserted and a seventh concave bar 1242 in which the bottom of the fourth support 114 is inserted are inserted into the fourth bottom joint 1241 And an eighth connecting rod 1243 is provided on the lower side of the fourth bottom fitting part 1241 so as to connect the fourth auxiliary connecting part 134 to which the fourth height adjusting part 144 is connected,
The bottom body (300)
A first bottom panel 310 positioned at the orthogonal first bottom fitting portion 1211 and the orthogonal third bottom fitting portion 1231 and folded and unfolded with respect to each other by a first hinge portion 311;
A second bottom panel 320 positioned at the orthogonal second bottom fit portion 1221 and the fourth orthogonal bottom fit portion 1241 and folded and unfolded by the second hinge portion 321;
And a bottom support frame 330 on which the first bottom panel 310 and the second bottom panel 320 are seated,
The first strut connection port 121 and the second strut connection port 122 are formed at the lower portions of the first strut connection port 121 and the second strut connection port 122, the third strut connection port 123 and the fourth strut connection port 124, , A third strut connection port 123 and a fourth strut connection port 124,
A locking coupling 500 for connecting and locking the first strut coupling 121 with the second strut coupling 122, the third strut coupling 123 and the fourth strut coupling 124, Wherein the tent is provided with a torsion spring. The method of claim 3,
The first auxiliary connector (131)
A first auxiliary fastening rod 1311 to which the second fastening rod 1213 is inserted is provided on the inner side and a first supporting flange 1312 is provided on the upper side and a first height adjusting screw groove 1313 is provided on the inner side,
The first height adjuster (141)
A first height adjusting screw 1412 having a first height adjusting screw groove 1313 and a first height adjusting screw 1413 which is raised and lowered along a first height adjusting screw groove 1313, Respectively,
The second auxiliary connector (132)
A second auxiliary fastening rod 1321 into which the fourth fastening rod 1223 is inserted is provided on the inner side and a second supporting flange 1322 is provided on the upper side and a second height adjusting screw groove 1323 is provided on the inner side,
The second height adjuster (142)
And a second height adjusting screw 1422 which is screwed into the second height adjusting screw groove 1323 and raised and lowered along the second height adjusting screw groove 1323 and has a second ground fixing flange 1421 at the lower end thereof Respectively,
The third auxiliary connector (133)
A third auxiliary fastening rod 1331 to which the sixth fastening rod 1233 is inserted is provided on the inner side and a third supporting flange 1332 is provided on the upper side and a third height adjusting screw groove 1333 is provided on the inner side,
The third height adjuster 143 may adjust the height,
A third height adjusting screw 1432 having a third height adjusting screw groove 1333 screwed upward and downward along a third height adjusting screw groove 1333 and a third ground fixing flange 1431 at a lower end thereof, Respectively,
The fourth auxiliary connector (134)
A fourth auxiliary fastening rod 1341 for fitting the eighth fastening rod 1243 is provided on the inner side and a fourth supporting flange 1342 is provided on the upper side and a fourth height adjusting screw groove 1343 is provided on the inner side,
The fourth height adjuster 144 may adjust the height,
A fourth height adjusting screw 1442 having a fourth height adjusting screw groove 1343 screwed into the fourth height adjusting screw groove 1343 and having a fourth ground fixing flange 1441 at the lower end thereof, Wherein the tent is provided with a tentacle. The method according to claim 1,
The roof member 400 is formed,
The first strut 111 and the second strut 112, the third strut 113 and the fourth strut 114, the first strut 111 and the third strut 113, 112) and the fourth strut (114), respectively;
A roof 420 positioned on the upper side of the plurality of tension connecting rods 410 and fixed to the plurality of tension connecting rods 410;
And an ornamental shield 430 connected to the periphery of the roof 420,
The tension connecting rod 410,
A first connecting rod 413 having a left hand thread 411 on one side and a first folding 412 on the other side;
A second connecting rod 416 having a right screw 414 at one side and a second folding section 415 at the other side so as to face the first folding section 412;
The first strut 111 and the second strut 112 and the third strut 113 and the fourth strut 114 and the left thread 411 of the first connecting rod 413 A first thread tensioning part 417 to be screwed;
The right and left screws 414 of the second connecting rod 416 are fitted to the upper ends of the first and second struts 111 and 112, the third strut 113 and the fourth strut 114, A second thread tensioning portion 418 for screwing the second thread tensioning portion 418;
And a hinge pin (419) connecting the first folding section (412) and the second folding section (415).

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