KR20230122925A - The container for the temporary classroom in which the stairs is unified inside - Google Patents

Abstract

The present invention discloses a stair-integrated container for a temporary temporary classroom. Specifically, a lower container, an upper container coupled to the upper portion of the lower container to form a multi-layer, a scaffolding horizontally coupled to one inner side of the lower container, and an upward slope from the bottom of the lower container to the scaffolding In the simple classroom assembled with a multi-story container comprising a first staircase and a second staircase inclined upward from the scaffold to the bottom of the upper container, one side of the first staircase is on the inner wall of one side of the lower container characterized in that the first handrail is coupled to the other side, one side of the second stair is coupled to the inner wall of the other side of the lower container, and the second handrail is rotatably coupled to the other side so that it can be folded and unfolded.

Description

The container for the temporary classroom in which the stairs is unified inside}

The present invention relates to a container for a temporary temporary classroom, and more particularly, to a stair-integrated container for a temporary temporary classroom in which a container having a staircase integrally assembled therein can be used as a temporary temporary classroom.

A simple building, structure, or structure manufactured using a container box is usually referred to as a container house.

Since the container house is formed in the shape of a rectangular parallelepiped, it can be appropriately transformed and used as temporary or kiosk buildings such as warehouses, residences, schools, and offices.

A container house generally has a structure in which beams are used as pillars at four corners, and panels of a certain area are blocked between the pillars to form a rectangular parallelepiped shape, and a space is formed therein. In addition, it can be used for appropriate purposes through painting work and internal work such as floor, electricity, telephone, and molding to prevent corrosion and enhance aesthetics.

Recently, various rebuilding works such as redevelopment, reconstruction, remodeling, new construction, extension, and extension are increasing. In the case of schools, a learning space where students can study temporarily is required during these works.

In many cases, these temporary or simple classrooms are quickly made into container houses or moved from other places for use.

In addition, there is a very convenient advantage because containers can be arranged horizontally, as well as stacked on top and assembled in a multi-layered structure.

1 is a schematic diagram showing the structure of a container for a temporary temporary classroom in the related art.

A container positioned relatively lower is referred to as a lower container 1, and a multi-layer structure may be formed by assembling an upper container 2 on top of the lower container.

At this time, in order to go up from the lower container to the upper container, stairs are required outside or inside the lower container.

In order to install the internal stairs of the container, a part of the ceiling on one side of the lower container is cut and drilled, and a part of the bottom of one side of the upper container is cut and drilled to form passages communicating with each other.

In addition, a first step 3 is provided to slope upward from the bottom of the lower container, and a second step 4 is provided to slope upward from the top of the first step. An upper end of the second step is coupled to and connected to the bottom of the upper container.

The first step is coupled to one inner wall of the lower container, and the second step is coupled to the other inner wall of the lower container.

In addition, a scaffold 7 is provided horizontally at the point where the first stair and the second stair meet, so that a person who has climbed the first stair can climb to the upper container by stepping on the scaffold and going up to the second stair.

In addition, a first handrail 5 and a second handrail 6 are installed on the first and second stairs, respectively.

However, in the case of conventional multi-story container classrooms, assembly and disassembly were very cumbersome because they had a structure in which stairs and handrails were installed outside when most containers were assembled. This is because, after installing the stairs and handrails by welding or fastening during assembly, the stairs and handrails must be separated from the container again during disassembly, which has the disadvantage of repeating these operations each time.

In addition, even in a structure in which stairs and handrails are installed inside the container, the upper container and the lower container are separated during assembly and disassembly. Because it protrudes and is exposed, there is a cumbersome problem during transportation.

That is, there is a problem in that the second handrail may collide with another object and be damaged, and it is difficult to stack the containers during transport or storage.

Republic of Korea registered utility model 20-0425116 (2006.8.23.) "Prefabricated container classroom" Korea Utility Model Registration 20-0200410 (2000.8.8.) "Container Building" Korean Registered Patent No. 10-1506445 (2015.3.23.) "Corridor open container classroom with improved environment by raising the ceiling" Korean Registered Patent No. 10-1672305 (2016.10.28.) "Interlocking container for classrooms with load distribution support"

Accordingly, the present invention was developed to solve the above-mentioned conventional problems, and an object of the present invention is to provide a stair-integrated container for temporary temporary classrooms that does not require installation and separation work during assembly or disassembly by installing stairs and handrails inside the container. is to do

Another object of the present invention is to provide a stair-integrated container for a temporary temporary classroom having a structure in which a handrail installed on a stairway connected to an upper container can be folded and unfolded.

In order to achieve the above object, a stair-integrated container for temporary classrooms according to the present invention includes a lower container, an upper container coupled to the upper portion of the lower container to form a duplex, and horizontally on one side of the inner side of the lower container In a temporary temporary classroom container comprising a combined scaffold, a first staircase inclined upward from the bottom of the lower container to the scaffold, and a second staircase inclined upward from the scaffold to the bottom of the upper container , One side of the first staircase is coupled to one inner wall of the lower container, a first handrail is coupled to the other side, and one side of the second staircase is coupled to the other inner wall of the lower container, and the other side is folded and unfolded The second handrail may be coupled to be pivotable.

According to the present invention described above, there are the following effects.

First, since it has a structure in which stairs and handrails are integrally installed inside the container, installation or separation of stairs and handrails is not required during assembly or disassembly.

Second, since the second handrail installed on the second stair connected to the upper container has a folding structure, the second handrail can be folded and stacked on the second stair when removing or dismantling the container, so it is safe without the risk of collision or damage during transport or transportation. .

Third, if there is no gap between the first handrail and the second handrail, the two handrails can be directly fastened and fixed using a fourth fixing means.

Fourth, if there is a gap between the first handrail and the second handrail, it can be mutually fixed using the second fixing means and the third fixing means.

Fifth, the first handrail may also implement a folding structure.

1 is a schematic diagram showing a container for a conventional temporary temporary classroom
Figure 2 is a perspective view showing the structure of a stair-integrated container for temporary temporary classrooms according to an embodiment of the present invention
Figure 3 is a side view showing the second handrail and the third handrail of the present invention shown in Figure 2
Figure 4 is a perspective view showing the structure of a stair-integrated container for temporary temporary classrooms according to another embodiment of the present invention
Figure 5 is a side view showing a second staircase and a second handrail of the present invention shown in Figure 4;
Figure 6 is a front view showing the second fixing means shown in Figure 4

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

For reference, the description with reference to the drawings is for easier understanding of the present invention, and the scope of the present invention is not limited thereto. And, in describing the present invention, if it is determined that a detailed description of related known technologies may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted.

2 is a perspective view showing the structure of a stair-integrated container for a temporary temporary classroom according to an embodiment of the present invention.

Referring to the drawing, the present invention is largely an upper container 200, a lower container 100, a scaffold 300, a first stair 400 and a second stair 600, a first handrail 500 and a second It may be configured to include a handrail 700.

First, the lower container 100 and the upper container 200 will be described.

The lower container 100 and the upper container 200 may have the shape and structure of a general container box.

Briefly, the four corners are made up of vertical support posts, side panels, ceiling panels, and floor panels connecting each post to form a substantially rectangular parallelepiped shape.

An entrance door may be formed on one side and a window may also be formed.

In addition, the side panels, the ceiling panel, and the floor panel may be finished by attaching plywood or an insulator, respectively.

The upper container 200 is placed on top of the lower container 100 and assembled to form a multi-layered container.

For reference, in the present invention, a 'lower container' means a container forming the first floor, but also means a container assembled under an upper container.

Similarly, it should be noted that the term 'upper container' means not only a container forming the second floor, but also a container assembled on top of the lower container.

Next, the scaffold 300 will be described.

The scaffold 300 is formed in a flat plate shape and is horizontally coupled to the middle of one inner wall of the lower container 100 .

The scaffold 300 may form a rectangle, and each of the three corners may be coupled to and fixed to the three inner walls of the lower container 100 .

At this time, between the lower edge surface of the scaffold 300 and the inner wall of the lower container 100, it can be coupled using a 'b'-shaped angle or bracket.

Preferably, the scaffolding support beam 310 can be coupled vertically to the four vertices of the scaffold 300 so as to sufficiently support a plurality of weights stepping on the scaffold 300.

The scaffold support beam 310 may be coupled to the corner and inner wall surface of the lower container 100 by welding or the like, and coupled to the scaffold 300 to be mounted on the upper end of the scaffold support beam 310. .

Next, the first step 400 and the second step 600 will be described.

The first stair 400 and the second stair 600 may have a stair-shaped structure by bending an iron plate several times at right angles, but are not limited thereto, and any stair structure is possible.

Further, stair frames 410 are coupled to both sides of the first stair 400 and the second stair 600, respectively.

The stair frame 410 may prevent deformation or bending of the first stair 400 and the second stair 600 to maintain an inclined shape.

In this case, the stair frame 410 may have a rectangular pipe shape having a rectangular cross section and a parallelogram shape in a cross section.

On the other hand, the first step 400 is to be able to go up to the scaffold 300 from the bottom of the lower container 100, the lower end of the first step 400 is at the bottom of the lower container 100 It is fixed, and the top is coupled to the edge of the scaffold 300.

In addition, the second step 600 is to be able to go up from the scaffold 300 to the bottom of the upper container 200, and the lower end of the second stair 600 is fixed to the edge of the scaffold 300 , the top is coupled to the bottom of the upper container (200).

Here, one side of the first stair 400 is inclinedly coupled to the inner wall surface of one side of the lower container 100 . In other words, the stair frame 410 coupled to one side of the first stair 400 is coupled to the inner wall surface of the lower container 100 .

Similarly, one side of the second stair 600 is obliquely coupled to the inner wall surface of the other side of the lower container 100 . That is, the stair frame 610 coupled to one side of the second stair 600 is coupled to the inner wall surface of the lower container 100 .

Next, with reference to FIGS. 3 and 4, the first handrail and the second handrail, which are key technical matters of the present invention, will be described. 3 is a side view showing the second handrail and the third handrail of the present invention shown in FIG. 2, and FIG. 4 is a perspective view showing the structure of a stair-integrated container for temporary temporary classrooms according to another embodiment of the present invention.

The first handrail 500 is coupled to the other side of the first stair 400 , and the second handrail 700 is coupled to the other side of the second stair 600 . Therefore, the first handrail 500 and the second handrail 700 are provided adjacent to each other.

The first handrail 500 has a beam or pipe shape, and includes an upper horizontal member 510 and a lower horizontal member 520, the upper horizontal member 510 and the lower horizontal member 520 that are spaced apart from each other and inclined at the upper and lower portions. ) It may be formed of a vertical member 530 vertically coupled between the ) and may have a shape such as a ladder of an approximate parallelogram.

At this time, the lower horizontal member 520 of the first handrail 500 is coupled to the upper surface of the stair frame 410 coupled to the other side of the first stair 400, so that the first handrail 500 is It can be fixed to the first step (400).

The second handrail 700 also forms a beam or pipe shape, and includes an upper horizontal member 710 and a lower horizontal member 720, the upper horizontal member 710 and the lower horizontal member 720 spaced apart from each other and provided inclinedly. ) It may be formed of a vertical member 730 vertically coupled between the ladder and may have a shape such as a ladder of an approximate parallelogram.

However, the lower horizontal member 720 of the second handrail 700 is rotatably coupled to the upper surface of the stair frame 610 coupled to the other side of the second stair 600 so as to extend the second handrail 700. It is a structure that can be folded and stacked on the second stair 600 or unfolded to stand vertically.

To this end, a hinge 740 is provided between the stair frame 610 of the second stair 600 and the lower horizontal member 720.

In addition, on the opposite side of the hinge 740, a first fixing means 750 is provided between the stair frame 610 of the second stair 600 and the lower horizontal member 720 to secure the lower horizontal member 720 as above. The stair frame 610 of the second stair 600 may be fixed or unfixed.

For example, the first fixing means 750 has one end coupled to the lower horizontal member 720 and the stair frame 610 of the second stair 600 by penetrating the fixing plate 751 and the fixing plate 751. ) It can be composed of a fixing bolt 752 that can be fastened to. (See FIG. 5)

However, it is not limited thereto, and any means capable of separating the lower horizontal member 720 and the stair frame 610 by coupling, fixing, or releasing each other will be possible.

For reference, it has been described that the first handrail 500 is fixed to the first stair 400, but the first handrail 500 is also attached to the first stair 400 like the second handrail 700. It can be folded and unfolded by being rotatably coupled using a hinge (not shown).

That is, one side of the hinge is coupled to the lower horizontal member 520 of the first handrail 500, and the other side of the hinge is coupled to the stair frame 410 of the first stairway 400 to create a structure capable of rotating. can

Meanwhile, the vertical member 730a located at the lowermost side of the second handrail 700 and the vertical member 530b located at the uppermost side of the first handrail 500 may be in close contact with each other without a gap. .

In this case, by fastening the fastening nuts 832 to the fastening bolts 831 penetrating the two separate vertical members 530b and 730a at the same time, they can be fixed so as not to move by combining them with each other.

In other words, since the first handrail 500 is fixed to the first stair 400, the second handrail 700 is combined with the first handrail 500 so that the second handrail 700 is in a vertical state. can be fixed.

In addition, the lower part of the second handrail 700 can be fixed by being combined with the first handrail 500, and the upper part can be fixed using a separate fourth fixing means 1000.

The fourth fixing means 1000 may be implemented as a fixing post 1020, a fastener 1030, and a closing cap 1040.

The fixing post 1020 can be fitted to the top of the stair frame 610 of the second stair 600 and may have a square pipe shape. At this time, the fixing post 1020 may be installed in close contact with the uppermost vertical member 730b of the second handrail 700.

And the fastener 1030 is for coupling the vertical member 730b of the second handrail 700 and the fixing post 1020 to each other, and a fastening bolt 1031 and a fastening nut 1032 can be used.

The fastening bolt 1031 penetrates one side of the vertical member 730b and protrudes into the fixing post 1020, and fastens the fastening nut 1032 to the protruding fastening bolt 1031 to combine them with each other. can

Then, the top of the fixing post 1020 is covered with the finishing cap 1040.

On the other hand, in the present invention, a third handrail 1100 is coupled to one side of a third stair (not shown) inclined upward from the bottom of the upper container 200 .

The third handrail 1100 may also be composed of an upper horizontal member 1110, a lower horizontal member 1120, and a vertical member 1130 like the first handrail 500 and the second handrail 700 described above.

The third handrail 1100 may be in a fixed state, but like the second handrail 700, it may be folded and unfolded by being rotatably coupled to the third stair using a hinge (not shown).

That is, one side of the hinge can be coupled to the lower horizontal member 1120 of the third handrail 1100 and the other side of the hinge can be coupled to the stair frame of the third stair to form a rotatable structure.

In this case, it is preferable that a fourth fixing means 1000 for fixing the third handrail 1100 is further provided on one side of the vertical member 1130 of the third handrail 1100.

The fourth fixing means 1000 may include a fixture 1010, a fixing post 1020, a fastener 1030, and a closing cap 1040.

The fixture 1010 is located right next to the lowermost vertical member 1130a of the third handrail 1100 and is fixed to the bottom of the upper container 200. Also, the fixture 1010 may have a hollow shape with an open top and a rectangular cross section corresponding to the vertical members 1130 .

The fixing post 1020 is made of a square pipe shape, and the lower end is fitted into the fixture 1010.

Preferably, a step is continuously formed on the outer circumferential surface at the lower end of the fixing post 1020, and the step is inserted while being caught on the upper end of the fixture 1010. Therefore, the fixture 1010 and the fixing post 1020 may be provided as one pillar.

The fastener 1030 is for coupling the vertical member 1130a of the third handrail 1100 and the fixing post 1020 to each other, and a fastening bolt 1031 and a fastening nut 1032 can be used.

The fastening bolt 1031 penetrates one side of the vertical member 1130a and protrudes into the fixing post 1020, and fastens the fastening nut 1032 to the protruding fastening bolt 1031 to be coupled to each other. can

Then, the upper end of the fixing post 1020 is covered with the closing cap 1040.

Hereinafter, another embodiment of the present invention will be described with reference to FIGS. 4 and 5 together. 4 is a perspective view showing the structure of a stair-integrated container for temporary temporary classrooms according to another embodiment of the present invention, and FIG. 5 is a side view showing a second staircase and a second handrail of the present invention shown in FIG. 4 .

In another embodiment of the present invention, the upper container 200, the lower container 100, the scaffold 300, the first stairs 400 and the second stairs 600, the first handrail 500 and the second handrail 700 It can be configured including.

The embodiment described above shows a case where there is no gap between the first handrail 500 and the second handrail 700, whereas the other embodiment shows a case where there is a gap. A structure in which the fixing means 800 and the third fixing means 900 are further described will be described.

Therefore, the upper container 200, the lower container 100, the scaffold 300, the first stairs 400 and the second stairs 600, the first handrail 500 and the second handrail 700 are the above-mentioned Since it is almost the same as the bar, a detailed description will be omitted, and only the second fixing means 800 and the third fixing means 900 that are added will be described.

Referring to the drawing, when there is a gap between the uppermost vertical member 530b of the first handrail 500 and the lowermost vertical member 730a of the second handrail 700, the second fixing means 800 It can be mutually fixed by further providing.

The second fixing means 800 may be implemented by including a fixture 810, a fixing post 820, a fastener 830, and a closing cap 840.

The fixture 810 is located between the uppermost vertical member 530b of the first handrail 500 and the lowermost vertical member 730a of the second handrail 700, but one edge of the scaffold 300 fixed to the upper surface.

The fixture 810 has a hollow shape with an open top. It may have a square cross section corresponding to the vertical members 730 .

And, the fixing post 820 is made of a square pipe shape, and the lower end is fitted into the fixture 810.

Preferably, a step is continuously formed on the outer circumferential surface of the lower end of the fixing post 820, and the step is inserted while being caught on the upper end of the fixture 810. Therefore, the fixture 810 and the fixing post 820 may be provided as one pillar.

At this time, it is preferable that the two vertical members 530b and 730a are in close contact with the fixing post 820 and the fixture 810 without a gap.

The fastener 830 is a means for fastening the vertical members 530b and 730a and the fixing post 820, and referring to FIG. 6 (a), the fastening bolt 831 and the fastening nut 832 may consist of

The fastening bolt 831 passes through the fixing post 820 from the outer surface of the vertical member 730a and is inserted into the inside, and is coupled by fastening to the inside of the fixing post 820 with the fastening nut 832 can make it

That is, by penetrating from the uppermost vertical member 530b side of the first handrail 500 and combining with the fixing post 820, penetrating from the lowermost vertical member 730a side of the second handrail 700, It can be combined with the fixing post 820.

Since the top of the fixing post 820 is open, during construction, a tool may be inserted into the top of the fixing post 820 to fasten the fastening nut 832, and then the closing cap 840 may be closed to finish.

In another embodiment of the fastener 830, as shown in FIG. 6(b), it can be implemented with a binding band 833 and a fastener 834.

The binding band 833 may be made of a band shape capable of being bent or bent, and may be made of a metal material having a certain strength or higher.

Further, the fasteners 834 are provided at both ends of the binding band 833 to tighten while coupling both ends to each other. Since the fastener 834 is a well-known means, a detailed description thereof will be omitted.

Therefore, the fixing post 820 and the two vertical members 530b and 730a on both sides are surrounded by the binding band 833 and the fastener 834 is tightened to secure the fixing post 820 and the vertical members 530b and 730a. can be combined with each other.

Meanwhile, when there is a gap between the lower part of the third handrail 1100 and the upper part of the second handrail 700, the second handrail 700 and the third handrail 1100 are used as the third fixing means 900. ) can be fixed to each other.

That is, the third fixing means 900 is provided between the lowermost vertical member 1130a of the third handrail 1100 and the uppermost vertical member 730b of the second handrail 700 so that the two vertical members ( 730b, 1130a) can be fixed to each other

Specifically, the third fixing means 900 may also be implemented as a fixture 910, a fixing post 920, a fastener 930, and a closing cap 940 in the same way as the second fixing means 800.

The fixture 910 is fixed to the bottom of the upper container 200 while being located between two vertical members, the fixing post 920 is inserted into the fixture 910, and the fastener 930 is used to The fixing post 920 and the vertical members 730b and 1130a may be coupled to each other.

In addition, the top of the fixing post 920 can be covered with the finishing cap 940 to finish.

As described above, the first handrail 500 may be fixed to the first stair 400 or may be folded and unfolded like the second handrail 700 . That is, the first handrail 500 can be rotatably coupled to the first stair 400 using the hinge 740 .

Hereinafter, the assembly and disassembly process of the present invention will be briefly described.

First, the case of assembling will be described.

The upper container 200 is placed on top of the lower container 100 and assembled to each other. If it is multi-layered, it is natural that another upper container can be assembled by placing another upper container on top of the upper container 200 .

At this time, the second handrail 700 is in a folded state to the second stair 600 by folding. Of course, the first handrail 500 may be in a vertically fixed state or may be in a folded state on the first stair 400 .

The first handrail 500 and the second handrail 700 are rotated and erected vertically. In addition, the first handrail 500 and the second handrail 700 may be fixed to the stair frame using the first fixing means 750 .

If there is no gap between the first handrail 500 and the second handrail 700, the uppermost vertical member 530b of the first handrail 500 and the lowermost vertical member of the second handrail 700 In a state in which the member 730a is in close contact, the fastening bolt 831 may pass through the two vertical members 530b and 730a to be coupled to each other.

Then, the uppermost vertical member 730b of the second handrail is fixed with the fourth fixing means 1000.

Also, the lowermost vertical member 1130a of the third handrail 1100 may be fixed using the fourth fixing means 1000.

If there is a gap between the first handrail 500 and the second handrail 700, the uppermost vertical member 530b of the first handrail 500 and the lowermost vertical member of the second handrail 700 The second fixing means 800 may be installed between the members 730a and fastened to each other.

In addition, the third fixing means 900 is installed between the lowermost vertical member 1130a of the third handrail 1100 and the uppermost vertical member 730b of the second handrail 700 and fastened to each other.

Next, a case of disassembly will be described.

If there is no gap, the fastening bolt 831 is removed from the uppermost vertical member 530b of the first handrail 500 and the lowermost vertical member 730b of the second handrail, and the first fixing means 750 After removing the , the second handrail 700 is folded and stacked on the second stair 600 .

The first handrail 500 is also folded and overlapped on the first stair 400 .

In addition, by dismantling the fourth fixing means 1000, the third handrail 1100 is also folded and stacked on the third stair.

In addition, the upper container 200 and the lower container 100 may be separated and transported or stored separately.

Since the second handrail 700 is in a folded state, it is not exposed above the ceiling of the lower container 100, so conventional problems are solved.

If there is a gap, the second fixing means 800 and the third fixing means 900 are dismantled, and the first fixing means 750 is also removed, and then the second handrail 700 is folded to the second stairway ( 600).

Similarly, the third handrail 1100 and the first handrail 500 can also be folded and stacked on the third stair and the first stair 400, respectively. In addition, the upper container 200 and the lower container 100 may be separated and transported or stored separately.

Representative embodiments of the present invention have been described above with reference to the drawings, but those skilled in the art will be able to make various applications and modifications within the scope of the present invention based on the above information. Therefore, the scope of the present invention should not be limited to the described embodiments and should not be defined, and should be defined by not only the claims to be described later, but also those equivalent to these claims.

100: lower container 200: upper container
300: scaffolding 310: scaffolding support beam
400: first stair 410: stair frame
500: first handrail 510: upper horizontal member
520: lower horizontal member 530: vertical member
600: second stair 610: stair frame
700: second handrail 710: upper horizontal member
720: lower horizontal member 730: vertical member
740: hinge 750: first fixing means
751: fixing plate 752: fixing bolt
800: second fixing means
810: fixture 820: fixing post
830: fastener 831: fastening bolt
832: fastening nut 833: binding band
834: fastener 840: closing cap
900: third fixing means
910: fixture 920: fixing post
930: fastener 940: closing cap
1000: 4th fixing means
1010: fixture 1020: fixing post
1030: fastener 1040: closing cap
1100: 3rd handrail 1110: upper horizontal member
1120: lower horizontal member 1130: vertical member

Claims (13)

A lower container, an upper container coupled to an upper portion of the lower container to form a double layer, a scaffolding horizontally coupled to one inner side of the lower container, and a first provided inclined upward from the bottom of the lower container to the scaffolding In the temporary temporary classroom container comprising a staircase and a second staircase inclined upward from the scaffolding to the bottom of the upper container,
One side of the first stair is coupled to one inner wall of the lower container, and a first handrail is coupled to the other side,
One side of the second staircase is coupled to the inner wall of the other side of the lower container, and the second handrail is rotatably coupled to the other side so that it can be folded and unfolded. According to claim 1,
The second railing,
An upper horizontal member and a lower horizontal member provided inclinedly spaced apart from each other upwards and downwards, a plurality of vertical members vertically coupled between the upper horizontal member and the lower horizontal member, and the lower horizontal member being rotatable on the second stair. A stair-integrated container for a temporary temporary classroom, characterized in that it comprises a hinge that is coupled to the second stair and a first fixing means capable of fixing the lower horizontal member to the second stair. According to claim 2,
When there is no gap between the upper part of the first handrail and the lower part of the second handrail, a multi-story container prefabricated simple classroom, characterized in that fixed by combining with each other. According to claim 2,
A stair-integrated container for temporary temporary classrooms, characterized in that a fourth fixing means for fixing the second handrail is further provided at the upper part of the second staircase. According to claim 2,
For a temporary temporary classroom, characterized in that a fourth fixing means for fixing the third handrail is further provided on the lower side of the third handrail coupled to one side of the third staircase inclined upward from the bottom of the upper container. Stair-integrated container. According to claim 4,
The fourth fixing means,
It is characterized by comprising a fixing post having a pipe shape and a lower end vertically inserted into the upper part of the second staircase, a fastener for fastening the second handrail to the fixing post, and a closing cap covering the upper end of the fixing post. A stair-integrated container for temporary temporary classrooms. According to claim 2,
When there is a gap between the upper part of the first handrail and the lower part of the second handrail, a second fixing means is further provided to fix the second handrail between them. container. According to claim 7,
The second fixing means,
A hollow fixture fixed to one edge of the scaffold, a pipe-shaped fixing post having a lower end inserted into the fixture, a fastener for fastening the second handrail and the first handrail to the fixing post, and the fixing post A stair-integrated container for a temporary temporary classroom, characterized in that it comprises a closing cap covering the top of the. According to claim 8,
The fastener may be composed of a fastening bolt penetrating the second handrail and the fixing post, penetrating the first handrail and the fixing post, and a fastening nut respectively fastened with the fastening bolt inside the fixing post. A stair-integrated container for temporary temporary classrooms. According to claim 8,
The fastener is a stair integral type for temporary temporary classroom, characterized in that it can be composed of a binding band that surrounds and binds the second handrail, the fixing post, and the first handrail, and a fastener that connects and tightens the ends of the binding band to each other. container. According to claim 2,
A third fixing means for fixing the third handrail and the second handrail to each other is further provided between the lower part of the third handrail coupled to one side of the third stairway inclined upward from the bottom of the upper container and the upper part of the second handrail. Stair-integrated container for temporary temporary classrooms, characterized in that provided. According to claim 11,
The third fixing means,
A hollow fixture fixed to the bottom of the upper container, a pipe-shaped fixing post having a lower end inserted into the fixture, a fastener fastening the second handrail and the third handrail to the fixing post, and the fixing post A stair-integrated container for a temporary temporary classroom, characterized in that it comprises a closing cap covering the top of the. According to any one of claims 1 or 12,
The first handrail is a stair-integrated container for temporary temporary classrooms, characterized in that rotatably coupled to the first stair so that it can be folded and unfolded.