KR101927623B1 - Assembly house for Children's play - Google Patents

Abstract

The present invention relates to a prefabricated house for children′s play, which comprises: a front part forming the front surface of the prefabricated house; a left part forming the left surface of the prefabricated house and having a left folding line vertically formed on the center of the left surface; a rear part forming the rear surface of the prefabricated house; and a right part forming the right surface of the prefabricated house and having a right folding line vertically formed on the center of the right surface. According to the present invention, when the right and left part are folded along the left and right folding lines after a roof part is separated from the front, rear, left, and right parts, the front, rear, left, and right parts are able to be flatly folded. Accordingly, when the prefabricated house is stored after being used by a child, the prefabricated house is flatly folded and stored after the roof part is separated, and thus a spatial use rate is able to be minimized.

Description

Assembly house for children's play

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to an assembly house for children's play, more specifically, children can freely move in and out on a wide area, and when the user is playing with the assembly house, , It is possible for children to collapse the assembly house by himself or herself without the help of the teacher or the parent, to assemble the components, and to prevent the problem of collapsing the left side surface and the right side part in the assembled house, And to a child play assembly house in which a child in the outside of the assembly house and a child in the inside of the assembly house can play a lathe between the shelves.

Children like to go into space and play. Recently, a prefab house has been developed so that children can play in and out. Such an assembly house is formed by connecting a plurality of unit blocks to each other to create side walls, roofs, and assembling each other.

However, such a conventional assembling house for children's play has some problems.

First, these conventional assembly houses for children's play are difficult to assemble, so children can not easily assemble without the help of a teacher or parents. That is, it is not easy to assemble a plurality of unit blocks in a proper place, such as a sidewall, a door, and a roof. Accordingly, a school teacher or a parent is needed to assemble the assembly house.

Second, such conventional assembling houses for children's play are difficult to assemble and disassemble, so once assembled, they are stored without being disassembled. Therefore, the conventional assembling house for children's play occupies a lot of space, and thus has a problem of lowering the indoor space utilization rate.

Thirdly, such conventional assembling houses for children's play are used in a house form, so that children can enter and leave the assembly house.

Utility model registration No. 20-0203596

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems and to provide an assembly house for children's play that allows children to freely enter and exit from a wide area.

Another object of the present invention is to provide an assembly house for children's play wherein the assembly house can be folded and stored after separating the roof part when playing and storing using the assembly house.

Another object of the present invention is to provide an assembly house for children's play in which children can fold, assemble, and fold the assembly house without the help of a teacher or parents.

It is still another object of the present invention to provide an assembly house for children's play in which the problem of collapsing the left side surface portion and the right side portion inwardly while the assembly house is assembled is prevented.

It is still another object of the present invention to provide an assembly house for children's play that enables learning while confirming the transition process of the moon.

It is a further object of the present invention to provide a child who can easily assemble and disassemble a shelf using the back side and can perform a shelf play with a child inside the assembly house and a child inside the assembly house, And to provide an assembly house for play.

In order to accomplish the above object, the present invention provides an assembly house for children's play comprising: a front portion having a door formed at the front of the assembly house; The left side surface of the assembly house is integrally connected to the front surface portion, the connection portion is folded, the left side surface facing line is formed perpendicularly to the center of the left side surface, and the left surface side ; A back surface part forming the back surface of the assembled house and having one end coupled to a corresponding end of the left surface part; The right side of the right side of the assembly house is connected to the right side of the right side of the assembly house, the right side of the right side of the assembly house is connected to the rear side of the assembly house, A right side surface portion provided to be folded; A roof folding line is formed along the longitudinal direction at the center of the roof, a right side surface of the left side surface portion and a right side surface portion of the left side surface portion are connected to the left side surface cone line and the right side surface side, And a roof portion provided so that a roof is folded about a roof folding line when the folding line is folded around the folding line; A left side surface anti-collapse preventing portion and a right side surface fold preventing portion are provided on both sides of the roof so as to restrict a left side surface portion and a right side surface portion of the left side surface portion and the right side surface portion from being folded around the left side surface facing line and the right side surface folding line.

Another feature of the child play building house of the present invention is that the left side anti-coagulation preventing portion and the right side fold preventing portion are composed of a pair of left side surface acute site fittings and a pair of right side acute site fittings provided on both sides of the roof folding line of the roof portion ; When the roof portion is covered with the left side surface portion and the right side surface portion, the central upper end portion of the left side surface portion is sandwiched between the pair of left side surface sharp earth foundation pieces and the center upper end portion of the right side surface portion is fitted so as to be sandwiched between the pair of right side surface sharp earth foundation, The right side surface is prevented from being folded about the left facet contour and the right facet contour line; The left side acute pedicle foot is composed of a pair of left support incision lines formed so as to be orthogonal to the roof folding line and a pair of left support incision lines formed orthogonally to the left support incision line and formed at both ends of the left support rail improvement and in the central part of the left support rail improvement, Made of a conductor; The right side sharp point ground line includes a pair of right side support line segments formed to be orthogonal to the roof side line segment and a right side support line segment line formed at right and left sides of the right side support segment improvement, Lt; / RTI >

Another aspect of the present invention is that the roof part is provided with a lunar deformation part so as to learn a change in shape of the lunar surface; The moon-deforming portion includes a slide plate provided with a part of the roof portion being cut, a moon-deforming hole formed in the roof portion as the slide plate is cut, and a roof portion formed on one side of the moon- And a guide hole for guiding movement of the guide member; By moving the slide plate, the shape of the moon is changed by changing the shape of the moon hole exposed to the outside.

Another feature of the child play assembly house of the present invention is that the roof part is provided with an auxiliary moon deformation part so as to learn the shape change of the moon; The auxiliary moon-deforming portion includes a rotating plate provided with a part of the roof portion being incised, an auxiliary moon-deforming hole formed in the roof portion when the rotating plate is cut, and a roof portion formed on one side of the auxiliary moon- And a hinge hole for guiding the rotation thereof; By rotating the rotating plate, the shape of the moon is changed by changing the shape of the auxiliary moon hole that is exposed to the outside.

Another feature of the child play assembly house of the present invention is that a shelf part is provided on the back part so that a part of the back surface is folded or folded so that the shelf can be installed or folded; The shelf includes a shelf having a part of the back cut so that a part of the back can be folded horizontally and a support having a part of the back cut so as to support a lower part of the shelf.

In the present invention as described above, an entrance is formed in a front face of a large area. Therefore, the children can conveniently enter and leave the inside of the assembly house in front of the wide space.

The present invention relates to an assembly house comprising a front part constituting a front side of an assembly house, a left side surface constituting a left side surface of the assembly house, a left side surface of the assembly house being perpendicular to the center of the left side surface, And a right side portion in which a right side fold line is formed vertically at the center of the right side face. Therefore, if the roof portion is separated from the front portion, the back portion, the left side portion, and the right side portion, and then the left side surface portion and the right side portion are folded along the left side surface conceal line and the right side fold line, the front surface portion, the back surface portion, the left surface portion, and the right side surface portion can be flatly folded . Therefore, when using the assembly house to store and play, it is possible to maximize the space utilization rate since the roof can be separated and the assembly house can be folded and stored.

The front part, the rear part, the left side part, and the right side part can be flatly folded by separating the roof part from the front part, the rear part, the left side part and the right side part, and then pushing the left side part and the right side part inward. , If the right side portion is opened and the roof portion is put on the roof portion, the assembly house is assembled easily. Therefore, children can collapse and assemble the assembly house by themselves without the help of the teacher or parent.

The present invention is provided with a left side surface anti-collapse preventing portion and a right side surface fold preventing portion to limit the left side surface portion and the right side surface portion from being folded about the left side surface facing line and the right side surface folding line by inserting portions of the left side surface portion and the right side surface portion on both sides of the roof. Therefore, when the roof portion is put on the upper portion of the left side surface portion and the right side surface portion, the right side surface sharp portion of the left side surface pointed portion and the right side surface portion of the left side surface portion are inserted between the pair of left side surface pointed ground substrate and the pair of right side surface pointed ground substrate, It is prevented from folding along the convex and right side fold lines. Therefore, the problem that the left side surface portion and the right side surface portion are folded inward when the assembly house is assembled is prevented.

The roof part of the present invention is provided with a lunar deformation part so as to learn the shape change of the lunar surface. Therefore, when the slide plate of the diagonal section is moved along the guide hole, the shape of the lunar deformation hole exposed to the outside can be expressed differently, so that the moon can be changed into various shapes, can do.

The roof part of the present invention is provided with an auxiliary moon deformation part so as to learn the shape change of the moon. Therefore, if the rotary plate of the auxiliary diagonal section is rotated around the hinge hole, the shape of the auxiliary diagonal hole to be exposed to the outside can be expressed differently, and thus the moon can be changed into various shapes, .

The shelf part is provided on the back side of the assembly house of the present invention so that a part of the back side is expanded or collapsed to install or fold the shelf. Therefore, when the shelf is folded horizontally and the support is extended outwardly, the shelf supporting protrusion of the support is inserted into the shelf slot of the shelf so that the shelf stretched is stably supported. Therefore, a child on the outside of the assembly house and a child on the inside of the assembly house can play using a shelf extending between the shelves.

1 is a perspective view showing an embodiment of a child's play house according to the present invention;
Fig. 2 is an exploded perspective view of a child's play house according to the present invention.
FIG. 3 is a developed view showing a front part and a left side part of a developed view of three parts constituting an assembly house for children's play of the present invention;
Fig. 4 is a developed view showing the back side and the right side of the developed view of the three parts constituting the child's play house of the present invention. Fig.
5 is a developed view showing a roof part of a developed view of three parts of an assembling house for children's play of the present invention.
6 is a partial front sectional view and a partial side view
FIG. 7 is a partial plan view
FIG. 8 is a partial plan view showing the operation state of the auxiliary assistant variable section in sequence; FIG.
9 is a partial perspective view showing the shelf portion.

Specific features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings.

FIG. 1 is a perspective view showing an embodiment of a child's play assembly house according to the present invention, FIG. 2 is an exploded perspective view of the child's play assembly house of the present invention, and FIG. A front view and a left side view of the developed view of the part. FIG. 4 is an exploded view showing a rear part and a right side part of an exploded view of three parts of an assembling house for children's play according to the present invention, FIG. 5 is an exploded view showing a roof part of an exploded view of three parts constituting a child- Fig. 6 is a partial front sectional view and a partial side view showing a left side interlacing preventing portion. Fig. FIG. 7 is a partial plan view sequentially showing the operating state of the squiggly shaped part, FIG. 8 is a partial plan view sequentially showing the operating state of the auxiliary squiggle, and FIG. 9 is a partial perspective view showing the shelf part.

The child's play assembly house of the present invention comprises a front portion 10, a left side portion 30, a back portion 40, a right side portion 60, and a roof portion 70.

As shown in Figs. 1 to 3, the front portion 10 forms the front surface of the assembly house and has an entrance 11 formed therein.

A doorway rim surface 12 is formed around the doorway 11. A rim 14 is formed between each door frame 12 and each door frame 12 is folded along the rim 15 to the inside of the assembly house. The door frame 12 is folded inward along the frame fold line 15 and then fixed to the frame fixing hole 13 by the rivet 1 so that the door frame 11 is closed around the door 11.

The front portion 10 is provided with a window 16. The window 16 is folded about the window fold line 17 and a window cut 18 is formed around the window 16 excluding the window fold line 17. [ A right side surface coupling portion 20 is formed at one side of the front surface portion 10 so as to be coupled to a right side surface portion 60 to be described later. The right side surface engaging portion 20 is formed with right side surface fixing holes 22 and the right side surface engaging portion 20 is folded along the right side surface engaging convexity line 21. [

A roof front engaging piece 19 is formed on an upper portion of the front portion 10 to be coupled to a front engaging piece slot 73 of a roof portion 70 to be described later. The front portion 10 is integrally formed on the left side surface portion 30 and is folded along the front left side surface attenuation line 23.

1 to 3, the left side surface portion 30 forms the left side surface of the assembled house, is integrally connected to the front side portion 10, and the connecting portion is folded, And a left side surface is folded about the left side convexity line.

The left side surface portion 30 is formed with a left side surface pointed portion 31 pointed upward at the center of the upper end. The left side surface pointed portion 31 is sandwiched between a pair of left side surface pointed ground layings 91 described later.

The rear fixing holes 35 are formed on one side of the left side surface portion 30. The rear fixing holes 35 are aligned with the left side fixing holes 44 of the rear portion 40 to be described later, .

On both sides of the upper portion of the left side surface portion 30, a roof left coupling groove 33 is formed. The roof left engaging groove 33 is fitted in the left side surface engaging groove 77 of the roof portion 70 to be described later.

The left side face portion 30 is formed with a left side face window 32 so that a child inside the assembly house can see the outside or face the face. A right side window 62 is also formed in a right side portion 60 to be described later. The left side window 32 is formed at a higher position than the right side window 62. [ Accordingly, the left side window 32 is a window for a child with a large height and the window 62 is a window for a child with a small height. The left side window 32 and the right side window 62 may be completely cut from the left side surface 30 and the right side surface 60 and may be formed into a shape that can be opened or closed by being attached to the left side surface 30 and the right side surface 60 It can also be in the form of.

As shown in Figs. 2, 4 and 9, the rear portion 40 constitutes the back surface of the assembled house, and one end thereof is coupled to the corresponding end of the left side surface portion 30.

A left side surface engaging portion 42 is formed on one side of the back side portion 40 and a left side surface fixing hole 44 is formed on the left side surface engaging portion 42. [ The left side face fixing hole 44 is fixed to the rivet 1 together with the back side fixing hole 35. [ The left side surface engaging portion 42 is folded along the left side surface engaging convexity line 43.

A roof rear coupling piece 41 is formed at an upper end of the rear portion 40. The roof rear coupling piece 41 is coupled to a rear coupling piece slot 76 of a roof portion 70 to be described later. The back surface portion 40 is integrally formed with the right side surface portion 60 to be described later, and these are folded along the back surface right fold line 54.

4 and 9, the back portion 40 is provided with a shelf portion 45 so that a part of the back surface is folded or folded so that the shelf 46 can be installed or folded.

The shelf part 45 includes a shelf 46 provided with a part of the back surface cut so that a part of the back surface can be horizontally folded and a part of the back surface so as to support a lower part of the shelf 46, And a support base 50 provided in an incised position.

The shelf 46 has a shape in which the remaining portions except for the shelf folding lines 48 on both sides are cut away from the back surface portion 40. In other words, arc-shaped shelf reduction 47 is formed around the shelf. Therefore, the shelf 46 is provided to be folded in the horizontal direction along the shelf folding line 48.

The support pedestal (50) is provided so as to be folded along the support caress line (52) by the support pedestal improvement (51). A shelf support protrusion 53 protrudes from the upper end of the support table 50. The shelf support protrusion 53 is engaged with the shelf slot 49 of the shelf.

2 and 4, the right side portion 60 constitutes the right side surface of the assembled house, is integrally connected to the back side portion 40, has a connecting portion folded, one end joined to the corresponding end portion of the front portion A right side fold line 64 is formed perpendicularly to the center of the right side face, and a right side face is folded about the right side fold line 64.

The right side surface portion 60 has front fixing holes 65 formed on one side thereof. The front fixing holes 65 correspond to the right side fixing holes 22 of the front portion 10 and the front fixing holes 65 and the right side fixing holes 22 are fixed to the rivets 1. [

The right side surface portion 60 is formed with a right side surface pointed portion 61 that is pointed upward at an upper center thereof and the right side surface pointed portion 61 is sandwiched between a pair of right side pointed surface grounding pieces 101 to be described later.

The roof right side engagement groove 63 is formed on both sides of the upper side of the right side surface portion 60. The roof right side engagement groove 63 is fitted in the right side surface coupling groove 78 of the roof portion 70 to be described later.

The right side 60 is formed with a right side window 62 so that a child inside the assembly house can see the outside or face the inside. A left side window 32 is also formed in the left side face portion 30. The right side window 62 is formed at a lower position than the left side face window 32. [ Accordingly, the right side window 62 is a window for children with a small height and the left side window 32 is a window for children with a large height. The right side window 62 and the left side window 32 may be completely cut from the right side portion 60 and the left side portion 30 and may be formed into a shape that can be opened and closed by being attached to the right side portion 60 and the left side portion 30. [ It can also be in the form of.

As shown in Figs. 1, 2, 5, 7, and 8, the roof portion 70 includes a front portion 10, a rear portion 40, a left side portion 30, The left and right side surfaces of the left side surface portion 30 and the right side surface portion 60 of the left side surface portion 30 are joined to the left side surface convexity line 34, And the roof fold line 79 when folded about the right side fold line 64 as a center.

The roof portion 70 is formed with a front engaging portion 71 having a front engaging piece slot 73 formed therein and a rear engaging portion 74 having a rear engaging piece slot 76 formed at the rear thereof . The roof front engaging piece 19 of the front portion 10 is fitted into the front engaging piece slot 73 of the front engaging portion 71 and the rear engaging piece 76 of the rear face engaging portion 74 is fitted with the rear face portion 40 Is fitted to the roof backward engaging piece 41 of the roof. The front engaging portion 71 and the back engaging portion 74 are folded along the front engaging and contracting engaging lines 72 and 75.

A left side surface coupling groove 77 is formed at the left end of the roof portion 70 and a right side surface coupling groove 78 is formed at both right ends thereof. The left side surface coupling groove 77 and the right side surface coupling groove 78 are coupled to the roof left coupling groove 33 and the roof right coupling groove 63 of the left side surface portion 30, respectively.

In addition, many star holes (80) are formed on the roof. These star holes 80 may be formed in the same size, but may be formed in different sizes.

A portion of the left side surface portion 30 and the right side surface portion 60 is inserted into both sides of the roof so that the left side surface portion 30 and the right side surface portion 60 are joined to the left side surface cone line 34 and the right side fold line 64. The left side fold overlap prevention portion 90 and the right side fold overlap prevention portion 100 are provided on the left side fold overlap prevention portion 90 and the right side fold overlap prevention portion 100,

The left interlacing preventing portion 90 and the right side fold preventing portion 100 are provided with a pair of left side surface acute foundation lay 91 provided on both sides of the roof fold line 79 of the roof portion 70 and a pair of right side surface acute foundation And a ground piece (101).

The central upper end of the left side surface portion 30 is sandwiched between the pair of left side surface pointed ground layings 91 and the right side surface portion 60 is covered with the right side surface portion 60. [ The left side surface portion 30 and the right side surface portion 60 are folded about the left and right side fold lines 34 and 64 so as to be sandwiched between the pair of right and left side edge fold lines & Is prevented.

The left sided sharpening foundation piece 91 includes a pair of left sided support sled improvements 92 formed to be orthogonal to the roof sled 79 and a left sided support sled improvement 92 formed to be orthogonal to the left sided support sled improvement 92 And a left support articulating line 93 formed at a center portion of the left support articulation improvement 92.

The right sided acute pedicle land 101 includes a pair of right and left support bone augmentations 102 formed to orthogonally intersect the roof fold line 79 and a right support bone augmentation 102 formed to be orthogonal to the right and left support bone aberration enhancement 102. [ And a right side support articulation line 103 formed at the center of the right and left support articulations 102. As shown in Fig.

As shown in Figs. 1, 2, 5, and 7, the roof part 70 is provided with a telescopic part 110 for learning the shape change of the moon. The diaphragm 110 includes a slide plate 112 having a portion of the roof 70 cut away and a moon-deforming hole 114 formed in the roof 70 as the slide plate 112 is cut away. And a guide hole 111 formed in the roof portion 70 at one side of the moon-deforming hole 114 and coupled to guide the slide plate 112 and guiding the slide plate 112 to move in a straight line. The rivet 1 is connected to the slide plate hole 113 formed in the slide plate 112 and the guide hole 111. When the slide plate 112 is moved, the rivet 1 moves along the guide hole 111 do.

According to the present invention, the shape of the moon is changed by moving the slide plate 112 to make the shape of the moon-deforming hole 114 exposed to the outside different.

As shown in Figs. 1, 2, 5, and 8, the roof portion 70 is provided with an auxiliary arc-shaped relief portion 120 so as to learn the shape change of the moon.

The subsidiary telescopic part 120 includes a rotating plate 121 provided with a part of the roof part 70 cut off and an auxiliary telescoping hole 124 formed in the roof part 70 as the rotating plate 121 is cut, And a hinge hole 123 formed in the roof 70 at one side of the auxiliary month deformation hole 124 and coupled to rotate the rotation plate 121 to guide the rotation of the rotation plate 121.

The rotary plate 121 has a rotary plate hole 122 connected to the hinge hole 123 by a rivet 1 so that the rotary plate 121 is rotated about the rivet 1. [ In this way, the shape of the moon is changed by rotating the rotary plate 121 to make the shape of the auxiliary moon-deforming hole 124 exposed to the outside different.

The child play assembly house of the present invention has the following features.

First, according to the present invention, an entrance 11 is formed in a front portion 10 having a large area.

Therefore, since the entrance 11 is disposed in the front portion 10, the children can conveniently enter and exit the building from the front of the assembly house.

A left side surface portion 30 forming a left side surface of the assembly house and having a left side surface convexity line 34 vertically formed at a center of a left side surface thereof, And a right side portion 60 forming a right side surface of the assembly house and having a right side surface fold line 64 perpendicular to the center of the right side surface.

Therefore, after separating the roof portion 70 from the front portion 10, the back portion 40, the left side portion 30 and the right side portion 60, the left side surface portion 30 and the right side surface portion 60 are separated from the left side surface portion 60, The rear face portion 40, the left side face portion 30 and the right side face portion 60 can be flatly folded by folding along the right side face fold line 64 and the right side face fold line 64. [

Therefore, when using the assembly house for playing and storing, the assembled house can be folded and stored after the roof part 70 is separated, thereby maximizing the space utilization rate.

Third, after separating the roof part 70 from the front part 10, the back part 40, the left side part 30 and the right side part 60, the left side part 30 and the right side part 60 are pressed inward The front face portion 10, the back face portion 40, the left face portion 30 and the right face portion 60 can be flatly folded and the front face portion 10, the back face portion 40, the left face portion 30, And the roof part 70 is placed on the roof part 70, the assembly house is easily assembled.

Therefore, children can collapse and assemble the assembly house by themselves without the help of the teacher or parent.

Fourthly, the present invention is characterized in that the left side surface portion 30 and the right side surface portion 60 are partially inserted on both sides of the roof so that the left side surface portion 30 and the right side surface portion 60 are connected to the left side surface cone line 34 and the right side surface fold line 64 The left side non-overlapping preventing portion 90 and the right side fold preventing portion 100 are provided.

Therefore, when the roof portion 70 is put on the upper portion of the left side surface portion 30 and the right side surface portion 60, the left side surface portion 30 is provided between the pair of left side surface pointed foundation piece 91 and the pair of right side surface pointed foundation piece 101, The left facet portion 31 and the right facet portion 61 of the right facet portion 60 are inserted so that the left facet portion 30 and the right facet portion 60 are aligned with the left facet joint line 34 and the right facet joint line 64, Is prevented.

Therefore, the problem that the left side surface portion 30 and the right side surface portion 60 are folded inward when the assembly house is assembled is prevented.

Fifth, the roof part (70) of the present invention is provided with a truncated cone part (110) for learning the shape change of the moon.

Therefore, when the slide plate 112 of the diaphragm 110 is moved along the guide hole 111, the shape of the lunar deformation hole 114 exposed to the outside can be expressed differently, And can learn while confirming the transition process of the moon.

Sixth, the roof portion 70 of the present invention is provided with an auxiliary calabria 120 so as to learn the shape change of the moon.

Accordingly, when the rotary plate 121 of the auxiliary relief rib 120 is rotated around the hinge hole 123, the shape of the auxiliary relief hole 124 exposed to the outside can be expressed differently, It can be changed, and learning can be done while confirming the transition process of the moon.

Seventhly, in the assembly house back part 40 of the present invention, the shelf part 45 is provided so that a part of the back surface can be expanded or folded so that the shelf 46 can be installed or folded.

Therefore, when the shelf 46 is horizontally folded and the support base 50 is spread outwardly, the shelf support protrusions 53 of the support base 50 are inserted into the shelf slots 49 of the shelf 46, And is stably supported.

Therefore, the child outside the assembly house and the child inside the assembly house can play using the shelf 46 spread across the shelf 46.

1: rivet 10: front part
11: Entranceway 12: Entrance frame
13: Border fixing hole 14: Border section improvement
15: Bottom line 16: Window
17: Window folding line 18: Window section improvement
19: joint front part of the joint 20: right side joint part
21: right side coupling articulation line 22: right side face fixing hole
23: front left facet joint 30: left side face
31: left side pointing portion 32: left side window
33: roof left coupling groove 34: left-handed concave line
35: rear surface fixing hole 40:
41: roof joint part 42: left side joint part
43: left side engaging infolding line 44: left side fixing hole
45: shelf 46: shelf
47: Improvement of shelf section 48: Shelf folding line
49: shelf slot 50: support
51: Improvement of Supporting Chairs 52: Supporting Chairs
53: rack supporting projection 60: right side
61: right side pointing point 62: right side window
63: roof right coupling groove 64: right side fold line
65: front fixing hole 70: roof part
71: front coupling portion 72: front coupling engagement plate
73: front coupling piece slot 74: rear coupling portion
75: rear surface engaging contour line 76: rear engaging piece slot
77: Left side coupling groove 78: Right side coupling groove
79: roof folding line 80: star hole
90: left side interlacing preventive portion 91: left side surface sharp land surface
92: Improvement of the left support flap 93: Left support flap contour
100: Right side fold preventing part 101: Right side surface sharp land side
102: Improvement of the right side support flap 103: Right side support flap
110: diaphragm 111: guide hole
112: slide plate 113: slide plate hole
114: Moon-deformed hole 120: Auxiliary diaphragm
121: Rotating plate 122: Rotating plate hole
123: Hinge hole 124: Auxiliary lunar deformation hole

Claims (5)

delete A front part 10 forming a front surface of the assembly house and having an entrance 11 formed therein;
A connecting portion is folded, a left facet joint line 34 is formed perpendicularly to the center of the left facet, and a left facet joint line 34 is formed around the left facet integrator 34 A left side surface 30 provided so that its left side surface is folded;
A back side portion 40 forming the back side of the assembly house and having one end coupled to a corresponding end of the left side surface portion 30;
A right side fold line 64 is formed perpendicularly to the center of the right side face, and a right side fold line 64 is formed perpendicularly to the center of the right side face, A right side surface portion 60 which is formed such that a right side surface thereof is folded about the conductor line 64;
A roof folding line 79 is formed along the longitudinal direction at the center of the roof, and the roof folding line 79 is formed at the center of the roof, The roof is folded about the roof fold line 79 when the left side face of the left side face portion 30 and the right side face of the right side face portion 60 are folded about the left face face congruency line 34 and the right side fold line 64 And a roof part (70) which is formed on the roof part
A portion of the left side surface portion 30 and the right side surface portion 60 is inserted on both sides of the roof so that the left side surface portion 30 and the right side surface portion 60 are folded about the left side surface attic line 34 and the right side side fold line 64 The left side non-overlapping preventing portion 90 and the right side fold preventing portion 100 are provided so as to limit the left side non-overlapping preventing portion 90 and the right side fold preventing portion 100;
The left side interlacing preventing portion 90 and the right side fold preventing portion 100,
A pair of left and right sideward pointed sidewall layings 91 and 101 provided on both sides of the roof fold line 79 of the roof section 70;
The central upper end of the left side surface portion 30 is sandwiched between the pair of left side surface pointed ground layings 91 and the right side surface portion 60 is covered with the right side surface portion 60. [ The left side surface portion 30 and the right side surface portion 60 are folded about the left and right side fold lines 34 and 64 so as to be sandwiched between the pair of right and left side edge fold lines & It is prevented;
The left sided sharpening foundation piece 91 includes a pair of left sided support sled improvements 92 formed to be orthogonal to the roof sled 79 and a left sided support sled improvement 92 formed to be orthogonal to the left sided support sled improvement 92 And a left support articulating line 93 formed at a central portion of the left and right support artillery improvement 92;
The right sided acute pedicle land 101 includes a pair of right and left support bone augmentations 102 formed to orthogonally intersect the roof fold line 79 and a right support bone augmentation 102 formed to be orthogonal to the right and left support bone aberration enhancement 102. [ And a right side support articulating line (103) formed at both ends of the right and left supportive membrane improvement (102). A front part 10 forming a front surface of the assembly house and having an entrance 11 formed therein;
A connecting portion is folded, a left facet joint line 34 is formed perpendicularly to the center of the left facet, and a left facet joint line 34 is formed around the left facet integrator 34 A left side surface 30 provided so that its left side surface is folded;
A back side portion 40 forming the back side of the assembly house and having one end coupled to a corresponding end of the left side surface portion 30;
A right side fold line 64 is formed perpendicularly to the center of the right side face, and a right side fold line 64 is formed perpendicularly to the center of the right side face, A right side surface portion 60 which is formed such that a right side surface thereof is folded about the conductor line 64;
A roof folding line 79 is formed along the longitudinal direction at the center of the roof, and the roof folding line 79 is formed at the center of the roof, The roof is folded about the roof fold line 79 when the left side face of the left side face portion 30 and the right side face of the right side face portion 60 are folded about the left face face congruency line 34 and the right side fold line 64 And a roof part (70) which is formed on the roof part
A portion of the left side surface portion 30 and the right side surface portion 60 is inserted on both sides of the roof so that the left side surface portion 30 and the right side surface portion 60 are folded about the left side surface attic line 34 and the right side side fold line 64 The left side non-overlapping preventing portion 90 and the right side fold preventing portion 100 are provided so as to limit the left side non-overlapping preventing portion 90 and the right side fold preventing portion 100;
The roof part (70) is provided with a telescopic part (110) so as to learn a change in the shape of the moon;
The diaphragm 110 includes a slide plate 112 which is formed by cutting a part of the roof part 70 and a month deformation hole 114 formed in the roof part 70 as the slide plate 112 is cut, And a guide hole 111 formed in the roof portion 70 at one side of the moon-deforming hole 114 and coupled to guide the slide plate 112 and guide the slide plate 112 to move in a straight line;
Wherein the slide plate (112) is moved so that the shape of the moon is changed by changing the shape of the moon-deforming hole (114) exposed to the outside. A front part 10 forming a front surface of the assembly house and having an entrance 11 formed therein;
A connecting portion is folded, a left facet joint line 34 is formed perpendicularly to the center of the left facet, and a left facet joint line 34 is formed around the left facet integrator 34 A left side surface 30 provided so that its left side surface is folded;
A back side portion 40 forming the back side of the assembly house and having one end coupled to a corresponding end of the left side surface portion 30;
A right side fold line 64 is formed perpendicularly to the center of the right side face, and a right side fold line 64 is formed perpendicularly to the center of the right side face, A right side surface portion 60 which is formed such that a right side surface thereof is folded about the conductor line 64;
A roof folding line 79 is formed along the longitudinal direction at the center of the roof, and the roof folding line 79 is formed at the center of the roof, The roof is folded about the roof fold line 79 when the left side face of the left side face portion 30 and the right side face of the right side face portion 60 are folded about the left face face congruency line 34 and the right side fold line 64 And a roof part (70) which is formed on the roof part
A portion of the left side surface portion 30 and the right side surface portion 60 is inserted on both sides of the roof so that the left side surface portion 30 and the right side surface portion 60 are folded about the left side surface attic line 34 and the right side side fold line 64 The left side non-overlapping preventing portion 90 and the right side fold preventing portion 100 are provided so as to limit the left side non-overlapping preventing portion 90 and the right side fold preventing portion 100;
The roof part (70) is provided with an auxiliary calender (120) for learning the shape of the moon;
The subsidiary telescopic part 120 includes a rotating plate 121 provided with a part of the roof part 70 cut off and an auxiliary telescoping hole 124 formed in the roof part 70 as the rotating plate 121 is cut, And a hinge hole 123 formed in the roof part 70 of one side of the auxiliary month deformation hole 124 and coupled to rotate the rotation plate 121 and guide the rotation of the rotation plate 121;
And the shape of the moon is changed by changing the shape of the auxiliary moon deforming hole (124) exposed to the outside by rotating the rotary plate (121). The method according to any one of claims 2 to 4,
The back part (40) is provided with a shelf part (45) so that a part of the back surface can be unfolded or folded to install or fold the shelf (46);
The shelf part 45 includes a shelf 46 provided with a part of the back surface cut so that a part of the back surface can be horizontally folded and a part of the back surface of the shelf part 45 is opened so as to support a lower part of the shelf 46, And a support base (50) provided on the side of the child support.

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