KR101292853B1 - Portable small house of folding type - Google Patents

Abstract

The present invention relates to a folding-type small house that can be transported personally, the four corners of the rectangular frame is provided with a hinge axis for bending, the width direction both sides are folded nodes, formed in the front and rear intermediate parts of the longitudinal direction facing each other at an angle And form triangular folded nodes that are folded by the bent portion provided with the hinge axis, respectively, and at the same time, folded nodes which are folded by the bent parts provided with the hinge axis are formed on both sides of the triangular folded node, and the opposite direction is formed on the rectangular frame. The rectangular frame is laminated with the triangular folded node and the bottom side connected to the hinge axis to form a basic frame, and the basic frame is laminated as many times as necessary, but the two sides are joined while the hinge axis is connected, and the basic frame is stacked in several. On both sides of the frame, several roof plates are connected to each other by bending parts with hinge shafts. Each rectangular frame of the stacked basic frames is folded and folded at the center by folding the folded and triangular folded nodes in succession, and the roof plate at the top end is folded and folded by the bending of the bent part. By adhering to the upper side and both sides, it is possible to form a three-dimensional space by unfolding the stacked base frame and roof plate, and it is easy and simple to make a small house that an individual can carry and load in a car.

Description

FOLDING SMALL HOUSE WITH PERSONAL TRANSPORTATION {PORTABLE SMALL HOUSE OF FOLDING TYPE}

The present invention relates to a folding-type small house capable of personal transport, and in detail, a plurality of basic frames of two rectangular frames, which are gathered and folded at the center by a bent portion having a hinge axis, are stacked or several basic frames of the upper Stacked together with a rectangular frame, and connected to the roof plate folded by the bent portion to the upper end of the upper or upper rectangular frame of the laminated base frame, several base frame or several base frame folded and folded with the roof plate If you open the rectangular frame of the present invention relates to a folding-type small house capable of personal transport to form a three-dimensional space that becomes a minimal residential space.

In the background of the present invention is not a fixed house, but a small residential facility that can move freely by reducing the volume, for example, such as an outdoor tent, but the outdoor tent is a large space enough for an adult to stand There is a limit to the formation and there is a problem that is not solid because it is simply installed.

In addition, another type of residential small-sized installation in the background of the present invention is a folding-type house as shown in FIG. The folding house has one end connected to each other so that the hinge shaft can be driven through a hinge member 13 which is vertically erected in the center and a hinge shaft bracket 21 provided in the support member 13. A plurality of bottom members (11, 12) to expand in both directions to form a bottom surface, as the bottom members (11, 12) is unfolded between the one end of the bottom member and the top of the holding member (13) and the upper surface and A hinge shaft is coupled to the support member 13 to form a plurality of outer wall panels 14 that are foldably connected through a folding portion to form side outer walls, and front and rear sidewalls excluding upper and side surfaces formed by the outer wall panels 14. The support beam 15 is disposed at the center edge portion formed between the pivoting front and rear side wall panels 22 and the outer wall panel 14 and has free ends extending in a diagonal direction with respect to the front and rear side wall panels 22. , Been made in conjunction with the side wall panel support beam 15, 22 in the supporting the outer wall panel 14 includes a plurality of wire members (16) for imparting tension.

However, the folding house as described above is not only composed of a variety of complex configurations, but also complicated to unfold and folded process is inconvenient to use, there is a problem that it is inconvenient to transport because it occupies a considerable volume of fold.

Korea Patent Registration No. 10-0928556 Korea Utility Model Registration No. 20-0439092

The present invention has been made to improve the above-mentioned problems, the object is to apply the Origami Wall (folding) to reduce the volume by folding the two rectangular frame formed by a plurality of bending parts connected by the hinge axis Laminated and connected to form a basic frame, by stacking and connecting the basic frame again in an appropriate number, the roof plate of the upper portion formed with the bent portion by folding each of the folded by the bending of the bent portion is gathered and folded, the individual carried in the car It is to provide a folding-type small house that can be personally transported into a small house by securing a minimal residential space when it becomes large enough to be able to be folded and unfolded.

Another object is to provide a folding-type small house capable of personal transportation in which rectangular frames are stacked in an odd number, and after stacking a plurality of basic frames, stacked on top of each other.

Another purpose is that each folding node divided by each bending part connected to the hinge axis of the rectangular frame can be separated by bolts and nuts, so that each folding node can be used as a door or a window after removing each folding node. To provide a folding small house that can be transported.

Another purpose is to install a small motor in each folding node of the rectangular frame divided by the bent portion connected by the hinge shaft and the motor shaft of the small motor is connected to the hinge shaft, thereby automatically folding the rectangular frame by driving the small motor. And it is to provide a folding-type small house capable of personal transport, so that the entire small house is automatically folded or unfolded as it is unfolded.

Folding type small house capable of personal transport of the present invention to achieve the object as described above, the four corners of the rectangular frame is provided with a hinge axis for bending, the width direction both sides are folded nodes, the longitudinal front and rear middle The triangular folded nodes are formed to face each other and are formed at an angle to each other and are folded by the bent portion provided with the hinge axis, and at the same time, the folded nodes formed with the hinge axis are formed on both sides of the triangular folded node. The other rectangular frame of opposite direction on the frame is laminated while being connected to the triangular folded node and the bottom side by a hinge axis to form a basic frame, and the basic frame is laminated as many times as necessary, but the opposite sides are joined by a hinge axis. And folded at the bends with hinge shafts on both sides of the uppermost part of the basic frame By connecting the plates, each rectangular frame of several basic frames stacked in succession is folded and folded at the center by folding the folded and triangular folded nodes, and the roof plate at the top end is folded by bending the bent part. By close contact with the upper side and both sides of the folded base frame, it is characterized in that the three-dimensional space is formed by unfolding the folded base frame and roof plate.

In addition, when the rectangular frame is stacked in an odd number, it is preferable to laminate and connect a plurality of basic frames, and to stack the rectangular frames at the top, and to connect the folding nodes on both sides of the basic frame and the rectangular frame with hinge axes.

In addition, each folding node of the basic frame and the rectangular frame is connected by a connecting bracket, so that the folding node can be separated by at least one or more bolts and nuts installed on the connecting bracket to be used as a window or door. It is desirable to.

In addition, the bottom portion further comprises a bottom material used in combination with the bottom edge of the rectangular frame, it is preferable that the coupling protrusion formed on the end edge of the bottom material is coupled to the coupling groove formed inside the bottom edge of the rectangular frame. Do.

In addition, between the joint nodes of both sides of the basic frame without the hinge shaft is provided between the connection groove portion formed in the middle portion of one joint node, the connection projection portion formed on both sides and the connection projection portion formed on the middle portion of the other joint node It is preferable to be connected to the coupling groove portion formed in the coupling, and the connecting member is connected between the folding nodes of the cross-sectional shape of the variable length.

In addition, a small motor is installed at each of the folding nodes of each rectangular frame, and the motor shafts of the small motors are connected to the hinge shafts, respectively, so that the rectangular frame is automatically unfolded by the operation of the respective small motors. And it is desirable to allow folding.

According to the folding-type small house of the present invention, it is possible to install a small house that can be expanded to secure a minimum residential space if at least two people, and folded and transported to a size enough to be loaded in a car. It can be effective.

In addition, the door or window can be configured and opened freely, which can be used for various purposes such as living spaces and small shops.

In addition, by automatically folding and unfolding by the small motor there is an effect that can be used simply and simply a small house.

1 is a perspective view of a rectangular frame forming the basic structure of the folding-type small house of the present invention
Figure 2a is a development view showing the folding process of the rectangular frame forming the basic structure of the folding-type small house of the present invention
Figure 2b is a development view showing the folding process of the basic frame formed by stacking two rectangular frame forming the basic structure of the folding-type small house of the present invention
Figure 3a to 3g is an exploded perspective view showing the folding process of the folding-type small house capable of personal transport according to the present invention in sequence
Figure 4 is a perspective view showing the connection between the folding nodes of both sides of the folding-type small house capable of personal transport according to the present invention
Figure 5 is a perspective view and a main section longitudinal section showing a connecting member connecting between the folding nodes of both sides of Figure 3
Figure 6 is a perspective view showing the use of the door or window by opening a portion of the folding small house capable of personal transport according to the present invention
FIG. 7 is a longitudinal sectional view showing that the folding nodes of the rectangular frame are separated by bolts and nuts for use as the door or window of FIG.
Figure 8 is a longitudinal cross-sectional view showing a state combined with the flooring after installing a folding-type small house capable of personal transport according to the present invention
9 is a longitudinal cross-sectional view of a folding node showing a state in which a small motor is installed in the folding small house capable of personal transport according to the present invention, the motor shaft and the hinge shaft are connected to each other;
10 is a perspective view of a conventional folding type house

Hereinafter, with reference to the accompanying drawings a preferred embodiment of a folding-type small house capable of personal transport according to the present invention will be described in detail. It is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to inform.

In the folding-type small house according to the present invention, referring to FIGS. 1, 1B, and 3A, two rectangular frames (1a) and (1b), which can be folded or unfolded, are stacked to form a basic frame (1). It is comprised by laminating several (1), or several base frames (1) and the upper rectangular frame (1a), and providing the roof plate (6) in the upper end.

1 is a perspective view of a rectangular frame forming the basic structure of the folding-type small house of the present invention.

As shown in FIG. 1, the rectangular frame 1a, in which the bent portion 3c of the four corners is bent and folded or unfolded by the hinge shaft 2, is connected to the intermediate portion of the front and rear by a hinge shaft 2 45. The slanted bent portions 3a of the fins face each other to form triangular folded hip joints 4, and the bent portions 3b connected by hinge shafts 2 are formed on both sides of the triangular folded hip joints 4, respectively. Formed.

In addition, although the folding nodes 5b divided by the bent portions 3b of both triangular folded nodes 4 are connected to each other by the hinge shaft 2, the four corners of the rectangular frame 1a and The hinge shafts 2 of the same shape are also connected between the folding nodes 5a divided by the bent bending portions 3a, and the hinge shafts 2 are folded nodes 5a and 5b together with the connecting brackets 11a. ), And the connecting bracket 11a is provided with a bolt B and a nut N so that the folding nodes 5a and 5b can be separated from each other.

Figure 2a shows a development view showing the folding process of the rectangular frame forming the basic structure of the folding-type small house of the present invention.

As shown in Figure 2a, the rectangular frame (1a) is folded in the middle while the front and rear portions of the middle portion in the longitudinal direction is folded by the bent portion (3b) (3c) is in close contact, specifically, the bent portion (3b) By bending of (3c), each folded node 5b in both longitudinal directions is brought into close contact with the folded node 5c in the width direction, and each folded node 5a in the middle of the longitudinal direction is centered together with the triangular folded node 4 in the middle. Gathered and sticking together.

Next, the front and rear triangular folded nodes 4 formed of the bent portions 3a are folded by the bent portions 3a and laid inward, respectively, and the folded nodes 5a on both sides of the triangular folded nodes 4 are also folded. Folded together and lying on the outside, the triangular folded nodes 4 and the folded nodes 5a on both sides are completely folded and flattened.

Next, each of the folded nodes 5c in the width direction and each of the folded nodes 5b in both the longitudinal directions, which are in close contact with each other, lie flat on the outside while being folded outwards, respectively, and the folded nodes of both sides ( Fold over and under 5a).

Accordingly, the rectangular frame 1a is stacked while the above-described processes occur continuously while the folding nodes 5a, 5b and 5c are gathered together with the triangular folded nodes 4 to the center. That is, the folded node 5a including the triangular folded node 4 formed from the bent portion 3a from above, the folded node 5b formed by the bent portions 3b on both sides, and the folded node 5c on both sides. ) Is folded in turn to form an overlapping plate to reduce the volume.

Of course, the rectangular frame (1a) folded in the folded plate shape is the original rectangular frame (1a) when the process is reversed and unfolded.

 Figure 2b shows a development view showing the folding process of the basic frame formed by stacking two rectangular frame forming the basic structure of the folding-type small house of the present invention.

As shown in FIG. 2B, the basic frame 1 is formed by stacking two rectangular frames 1a and 1b, and the other that inverts the rectangular frame 1a on the square frame 1a. The square frame 1b is brought into close contact with each other to form the basic frame 1. That is, when the other rectangular frame (1b) in close contact with the rectangular frame (1a) so that the bottom sides of the front and rear facing triangular folded node (4) is connected to each other by the hinge axis (2), but will be described later folded nodes ( 5c) is not connected by the hinge shaft 2 but is connected by a separate connecting groove and a connecting protrusion structure, but may be separated.

Looking at the folding process (3b) (3c) by the bent portion (3a) of the basic frame (1), the lower rectangular frame (1a) is as described above, the upper rectangular frame (1b) is above It is similar to the folding method of the square frame 1a, but the direction is reversed, that is, the triangular folded nodes 4 in the longitudinal direction are laid outwards, and both folded nodes 5a are laid inward and are flat. Each of the longitudinally folded folds 5b and the widthwise folds 5c are superposed on the triangular folds 4 and folds 5a flattened inwardly.

Therefore, the basic frame 1 which laminated | stacked the lower rectangular frame 1a and the upper rectangular frame 1b becomes the plate shape which reduced in volume by being folded by the folding of each rectangular frame 1a. Of course, the basic frame (1) folded in the form of a folded plate is the original basic frame (1) when the process is reversed and unfolded.

When the basic frame 1 is completed as described above, the folding type small house of the present invention as shown in FIG. 3A is configured. That is, two basic frameworks (1) are basically stacked, and the hinge shafts (2) are connected between the two side folding nodes (5c) of the upper and lower basic frameworks (1), and the rectangular framework on the upper basic framework (1). Stacking (1b), but connecting the both sides of the folding section (5c) of the base frame (1) and the folding section (5d) of the rectangular frame (1b) with a hinge axis (2), the hinge axis on the rectangular frame (1b) The roof plate 6 bent by the bent portion 6a provided with (2) is covered and installed, and the roof plate 6 is connected to the upper ends of both ends of the top rectangular frame 1b.

In other words, in the folding-type small house of the present invention, between the square frames 1a and 1b constituting the basic frame 1, the front and rear triangular folded nodes 4 of the middle part are connected by hinge shafts 2, respectively, and stacked. Both side folding nodes (5c) between the base frame (1) is connected by the hinge axis (2), respectively, and the two sides folded nodes (5c) and the rectangular frame (1b) stacked on the upper base frame (1) ( 5d) is connected by a hinge shaft (2), the roof plate consisting of a plurality of folding nodes (6b) connected to the bent portion (6a) is installed on the top of the rectangular frame (1b) hinge shaft (2) 6) is covered and connected.

Of course, when the rectangular frame (1b) is installed on the top is composed of a plurality of basic frame (1) and a rectangular frame (1b) when the rectangular frame to be stacked is an odd number, the rectangular frame to be stacked is installed even In this case, a plurality of basic frames (1) are laminated, and the roof plate (6) is installed on the upper basic frame (1).

Figures 3a to 3g is an exploded perspective view showing a folding process of the folding-type small house capable of personal transport according to the present invention in sequence.

As shown in Fig. 3a, the folding-type small house of the present invention, which is unfolded by the basic frame 1, the square frame 1b, and the roof plate 6, is installed.

Next, when the folding type small house of the present invention is folded, it is folded while being folded step by step. First, as shown in FIGS. 3B and 3C, the longitudinal front and rear of the base frame 1 and the square frame 1b are folded. The two folded nodes 5b are bent inwardly by the bent portions 3b and 3c, and the length thereof is narrowed. The folded portions 5d of the roof plate 6 at the upper end are also bent by both bent portions 6a. As the length is narrowed, the front and rear triangular folded nodes (4) and the folded nodes (5a) on both sides are gathered in the center to be in close contact with each other.

Next, as shown in FIGS. 3D and 3E, the bent portion 3a of the longitudinal middle portion of the basic mold 1 and the rectangular mold 1b is bent, and the front and rear triangular folded nodes 4 are respectively outward. Flanked inwards and inwards, and both sides of the basic frame (1) and the square frame (1b) are bent and separated at the same time, with each folding node (5a) (5b) (5c) (5d) with a triangular folding node (4) Is gathered to the center, and the roof plate 6 of the upper end becomes narrower as a whole as the folded nodes 6b begin to be stacked and stacked by the continuous bending of the bent portion 6a.

Next, as shown in FIGS. 3F and 3G, the bending is continued by the bent portions 3a, 3b and 3c of the basic mold 1 and the rectangular mold 1b, and the basic mold ( Along with the triangular folding bar 4 of 1) and the square frame 1b, each folding bar 5a, 5b, 5c, and 5d are gathered in the center to be sequentially stacked, and the roof plate 6 is also bent 6a. By continuous bending of), the folding nodes 6b are laminated except for both end plates 6c, and are stacked on the basic frame 1 and the rectangular frame 1b that are already stacked.

Accordingly, as shown in FIG. 3G, the basic frame 1 and the rectangular frame 1b in which each of the folding nodes 5a, 5b, 5c, and 5d are sequentially stacked together with the triangular folding node 4 are finally made. The roof plates 6 stacked by the folding nodes 6b are stacked again, and both end plates 6c of the roof plates 6 are bent and adhered to both sides thereof, so that the overall volume of the roof plates 6 is rectangular and flat. It will be significantly reduced.

Figure 4 is a perspective view showing the connection between the folding nodes of both sides of the folding-type small house capable of personal transport according to the present invention.

As shown in Figure 4, between the folding grooves (5c) of the base frame (1) that is not connected to the hinge shaft on both sides of the folding-type small house of the present invention between the connecting grooves (7a1) (7a2) and the connecting projections (7b1) 7b2 are connected to each other. That is, when the connecting groove portion 7a1 is formed at the middle portion of the upper end portion of one folding node 5c and the connecting protrusion portion 7b2 is formed at each side thereof, the connecting protrusion portion is formed at the middle portion of the lower portion of the other folding node 5c. 7b1) is formed and connecting grooves 7a2 are formed at both sides thereof, so that when the folding nodes 5c are connected, the connecting protrusions 7b1 and 7b2 are inserted into the connecting grooves 7a1 and 7a2. Therefore, after the folding nodes 5c are connected by the connecting grooves 7a1 and 7a2 and the connecting protrusions 7b1 and 7b2, both sides of the folding nodes 5c show the connecting lines of the upper and lower portions of the intermediate parts that are bent in opposite directions.

Figure 5 shows a perspective view and a main longitudinal section showing a connecting member connecting between the folding nodes of both sides of FIG.

As shown in Fig. 5, when the folding-type small house of the present invention is separated to fold and stacked, the cross-sectional view of the fold shape to prevent the gap between the two side folding nodes 5c of the base frame 1 from opening too much. The connecting member 8 is connected between the folding nodes 5c. That is, when the folding-type small house of the present invention is unfolded to form a three-dimensional shape, when the folding nodes 5c are connected to each other by the connecting grooves 7a1 and 7a2 and the connecting protrusions 7b1 and 7b2, they have a U-shaped connecting member. (8) is in close contact with each other. However, when the small houses are folded and stacked, they are connected to each other by a concave-shaped connecting member (8) which is opened only by a certain dimension even when the folding nodes (5c) are separated and opened. do.

As described above, the bending sections 5a, 5b, 5c, 5d and the roof of the basic frame 1 and the square frame 1b are formed by bending the bent portions 3a, 3b, 3c, and 6a. In a state in which the folded nodes 6b of the plate 6 are folded and stacked, when the folded nodes stacked on the contrary to the above process are unfolded, the folding type small house of the present invention of FIG. 3A becomes.

At this time, after installing the folding-type small house of the present invention to secure a minimum residential space in a three-dimensional shape, as shown in Figure 6, the entrance door 9 or the window for ventilation to enter the interior of the small house 10 is required.

To this end, as shown in FIGS. 1 and 7, between the folded and unfolded base frame 1 and the folding nodes 5a, 5b, 5c of the rectangular frame 1b, the bolt B and the nut N It can be separated by), the separation for the door (9) and the separation for the window 10 or the stand 17 is made.

That is, the separation path for the door (9) of one side between the folding section 5c of one side of the folding-type small house of the present invention and the folding section 5b of the front or rear side as shown in FIG. Hinge shafts 2 are installed at the folding nodes 5c, and connecting brackets 11b are installed at the folding nodes 5b at both the front and rear sides, and each folding node 5a and 5b is installed at the connecting brackets 11b. Bolts (B) and nuts (N) for connecting with the coupling brackets (11b) and the folds (5b) connecting between the folding node (5b) on both the front or rear side of the bolt (B) and nut (N) When loosened and separated, several folded nodes 5b become doors.

In addition, the separation for the window 10, as mentioned in the above description of Figures 1 and 2a, the folding section 5a of the intermediate portion connected to the hinge shaft 2 and the folding of both the front and rear sides Loosen the bolt (B) and nut (N) installed in the connecting bracket (11a) connecting the nodes (5c) in the same manner as described above, separated one or several folding nodes (5a) (5b) ) Becomes a window 10, which is further divided into several folding nodes 5a, 5b, for example, to be opened by several of the folding nodes 5a, 5b, and become a stand 17 of a small shop. Can be.

Figure 8 is a longitudinal sectional view showing a state combined with the flooring after installing a folding-type small house capable of personal transport according to the present invention.

As shown in FIG. 8, since the basic frame 1, the square frame 1b, and the roof plate 6 are opened to expand the interior floor after installing the folding-type small house of the present invention, the flooring is not necessary. Can be installed. That is, when the folding-type small house of the present invention is installed, the coupling groove 13 is formed along the circumference at the lower end of the inner base frame 1 at the bottom, and the coupling protrusion (circumference of the end of the separate flooring material 14) 15 is formed, the bottom member 14 is inserted into the folding-type small house, and then the coupling protrusion 15 is inserted into the coupling groove 13 of the base frame 1 to be coupled to the bottom member 14. The installation is complete.

9 is a longitudinal cross-sectional view of a folding node showing a state in which a small motor is installed in the folding small house capable of personal transport according to the present invention is connected to each other the motor shaft and the hinge shaft.

As shown in Fig. 9, the basic frame 1, the square frame 1b, and the roof plate 6 forming the folding-type small house of the present invention are each bent portion 3a, 3b, 3c, 6a. The hinge shaft 2 when the bent portions 3a, 3b and 3c are bent by the hinge shaft 2 installed in the folded portion and the folding nodes 5a, 5b, 5c, 5d and 6b are folded. After installing the small motor (16) in the folding node is installed, connecting the motor shaft of the small motor (16) with the hinge shaft (2), the hinge shaft (2) as the small motor (16) rotates Since the folding and unfolding of the folding node is made automatically while rotating, the folding-type small house of the present invention is automatically expanded and installed by the rotation operation of the small motor 16 to form a three-dimensional space that becomes a minimal living space or They are automatically folded and reduced in volume, resulting in a small form that can be stored and transported.

As described above with reference to the drawings illustrated for the folding-type small house capable of personal transport according to the present invention, the present invention is not limited by the embodiments and drawings disclosed herein, the technical spirit of the present invention Various modifications can be made by those skilled in the art within the scope of the course.

1: basic frame 1a, 1b: rectangular frame
2: hinge axis 3a, 3b, 3c: bend
4: triangular folded hip node 5a, 5b, 5c, 5d: folded node
6: roof plate 6a: bent portion of the roof plate
6b: Folding plate of roof plate 6c: Both ends of roof plate
7a1,7a2: Groove 7b1,7b2: Uneven
8: connecting member 9: door
10: window 11a, 11b: connecting bracket
13: coupling groove 14: flooring
15: engaging projection 16: small motor
17: stand B: bolt
N: Nut

Claims (7)

Hinge shafts for bending are installed at the corners of the square frame, and both sides in the width direction become folding nodes, and the front and rear middle portions in the longitudinal direction face each other and are formed at an angle to form a triangular folded node that is folded by the bending portion where the hinge axes are installed. Simultaneously with each other, the triangular folded node is formed on both sides of the folded node folded into the bent portion provided with a hinge axis, the other square frame in the opposite direction on the square frame is connected to the triangular folded node and the bottom side to the hinge axis Stacked to form a basic framework,
The basic frame is laminated as many times as necessary, but the two sides facing each other are connected by the hinge axis, and the uppermost side of the several laminated basic frame by connecting the roof plate folded by the bent portion, the hinge shaft is installed,
Each rectangular frame of several stacked basic frames is folded and folded at the center by folding each folded and triangular folded node by bending the bent part in succession. By folding in close contact with the upper side and both sides of the frame, the folding compact small house that can carry a person, characterized in that the three-dimensional space is formed when the base frame and the roof plate unfolded. The method of claim 1,
In the case of stacking the rectangular frame in an odd number, after stacking and connecting a plurality of basic frames, the rectangular frame is stacked on the top, and the personal transport characterized in that the folding nodes of both sides of the basic frame and the rectangular frame are connected by hinge axes. Folding small house available. The method of claim 1,
Each folding node of the basic frame and the rectangular frame is connected by a connecting bracket, and the folding node can be separated by at least one or more bolts and nuts installed on the connecting bracket to be used as a window or a door. Folding type small house that can carry personal features. The method of claim 1,
Further comprising a bottom material used in combination with the bottom edge of the rectangular frame of the bottommost portion, characterized in that the coupling protrusion formed on the end edge of the floor material is coupled to the coupling groove formed inside the bottom edge of the rectangular frame is coupled to the coupling; Folding small house with private transport. 5. The method according to any one of claims 1 to 4,
Between the joint nodes on both sides of the basic frame without hinge shafts, the connection grooves are formed at the middle of one joint node, the connection protrusions are formed at both sides, and the connection protrusions are formed at both sides of the joint node at the other side. Folding type small house capable of personal transport, characterized in that to be connected by a combination of the coupling groove. The method of claim 5,
Folding-type small house capable of personal transport, characterized in that the connecting member is connected between the folding section of the cross-sectional ∧-shaped variable length. 5. The method according to any one of claims 1 to 4,
Small motors are installed on one folding node for each bent portion of each rectangular frame, and motor shafts of the respective small motors are connected to hinge shafts, respectively, and the rectangular frame is automatically unfolded and folded by the operation of the respective small motors. Folding type small house capable of personal transport characterized in that it is made.

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