KR102550383B1 - Remodeled Container for residence - Google Patents

Abstract

The present invention relates to a remodeled container for residence. The remodeled container for residence comprises: a container body which is provided with an entrance door and a window, and provides a residence space; a facility accommodation case which is installed inside the container body, has an accommodation space severed from the residence space, and is opened toward the outside of the container body; and a stacking structure which is mounted on the facility accommodation case and comes out toward the outside of the facility accommodation case by a sliding movement or is accommodated in the facility accommodation case, and in which outdoor facilities are stacked. The remodeled container for residence is configured to allow the facility accommodation case to be installed and inserted into the container and to allow existing container outdoor facilities to be mounted on the facility accommodation case, thereby enhancing space availability when installing the container on the spot. The remodeled container for residence is configured to have a concealing space that protects the door and window in a concealed state, so it is possible to transport the container in a state in which the door and window are installed, thereby not causing additional inconvenience when installing or moving the container.

Description

Residential Remodeled Container {Remodeled Container for residence}

The present invention relates to a container modified for housing, and more particularly, to improve the environment around the container by having an open lead-in space accommodating auxiliary facilities on one side of the container and installing the auxiliary facilities in the lead-in space, and It relates to a residential remodeling container that minimizes damage to facilities.

Containers used as simple offices, accommodations, or warehouses at construction or civil engineering sites or factories are remodeled containers used for cargo transportation according to their purpose of use.

These remodeled containers have a basic structure in which an insulating material is attached to the inside of a hexahedron-shaped steel plate and doors and windows are installed. In addition, when the user needs to stay for a long time, air conditioning facilities such as air conditioning and heating facilities, electricity and drinking water are also provided to provide a more comfortable living environment.

However, in the case of air conditioning and heating facilities, since the outdoor unit is installed outside the container, there is a problem in that space utilization around the container is not good. In addition, when arranging containers, it is necessary to consider the convenient movement of workers and quick evacuation routes in the event of an accident. However, since the outdoor unit placed outside the container may invade the movement of workers, the space between the containers should be widened accordingly. There are downsides that should be noted. It is known that up to 1M of space per container is wasted due to equipment installed outside the container.

On the other hand, the remodeled container is manufactured as a product in the factory and then transported to the site through a truck and installed. However, facilities mounted outside the container, such as an outdoor unit, are not installed at the factory but are additionally installed at the site. The reason is that if the external mounting facility is installed in advance, it becomes bulky and cannot be loaded onto a truck.

This inconvenience is not something that has to be endured just once, but will inevitably occur repeatedly when the container has to be moved to another site and reinstalled after the construction is completed.

There is a demand for a type of container that can be transported by a truck without having to insert equipment installed outside the container, such as an outdoor unit, inside the container and separate the equipment.

As a conventional residential container related to a residential container, Korean Patent Registration No. 10-1661510 (expandable residential container) has been disclosed.

The disclosed expandable residential container includes a main container part in which a living space is formed therein, and a plurality of auxiliary container parts which are installed to be able to enter and protrude from the main container part and have auxiliary living spaces formed therein, but the auxiliary container part is a main container part. At both sides of the container unit, they are inserted and protruded along directions orthogonal to each other, rails are formed at the lower end of the sliding hole, rollers that roll along the rail are installed on the rim of the auxiliary container unit inserted into the sliding hole, and on the inner circumference of the sliding hole , A plurality of airtight members for sealing the edge of the auxiliary container unit are installed, a control unit is installed in the main container unit, and the control unit drives an input device for inputting the installation area of the installation space and a roller, It has a configuration of a driver for moving and a controller for controlling driving of the driver so that the variable area including the main container part and the plurality of auxiliary container parts corresponds to the installation area inputted through the input unit.

According to the present invention, outdoor equipment previously installed outdoors of a container can be accommodated in a facility accommodating case provided in the container, so that the process of removing and re-installing the equipment after container installation or transfer can be omitted, for residential use. The purpose is to provide a modified container.

A residential remodeling container of the present invention as a means of solving the problems for achieving the above object includes a container body having an access door and windows and providing a living space; a facility accommodating case installed inside the container body, having an accommodating space disconnected from the living space, and open to the outside of the container body; It is supported on the facility accommodating case and includes a grill covering the accommodating space.

In addition, another residential remodeling container according to the present invention as a means of solving the problems for achieving the above object includes a container body having an entrance door and a window and providing a living space; a facility accommodating case installed inside the container body, having an accommodating space disconnected from the living space, and open to the outside of the container body; It is mounted in the equipment accommodating case, is drawn out of the equipment accommodating case through a sliding motion, or is accommodated in the equipment accommodating case, and has a loading structure in which outdoor equipment is removed.

In addition, the loading structure; A fixed frame fixed inside the facility housing case and providing supporting force, and a straight member horizontally extended while mounted on the fixed frame, having a predetermined cross-sectional shape in the longitudinal direction and having a guide slit extending linearly, and having a plurality of mutually parallel guide slits. A plurality of horizontal running beams that are slidably supported on the support rail and the guide slit of each support rail, and extend in parallel to the support rail, and a plurality of horizontal running beams connected to each other to maintain a distance between the horizontal running beams. A space maintaining beam, a loading plate fixed to some horizontal running beams and loading the outdoor equipment, and a vertical plate-shaped member fixed to the extended end of the horizontal running beam, having a passage in the center and having a wire hole and a handle. And, in a state in which the loading structure is accommodated in the accommodation space, a door fixing plate in contact with the equipment accommodating case, a door connected to the door fixing plate through a hinge, and a door that rotates with the hinge as a rotation center to open and close the passage, and the door is a passage A door locking means for maintaining the closed state, and a locking ball having a larger diameter than the wire hole passing through the wire hole of the door fixing plate, one end connected to the door, and the other end limiting the maximum opening angle of the door. It has a wire cable having a, and a sagging prevention part for preventing sagging of the loading plate.

In addition, a concealed space is formed on the wall of the container body to accommodate and protect windows and doors from being damaged when the container is moved and installed.

In the residential remodeling container of the present invention made as described above, a facility accommodating case is retracted and installed inside the container, and the existing container outdoor equipment is mounted in the facility accommodating case, thereby increasing space utilization during field installation of the container, as well as windows and doors. A concealed space is provided to protect the container in a concealed state, and the transport of the container can be carried out in the state where the window is installed, so there is no additional hassle when installing or relocating the container.

1 is a perspective view of a residential remodeling container according to a first embodiment of the present invention.
2 is a cross-sectional view of the container shown in FIG. 1;
3 and 4 are perspective views of a residential remodeling container according to a second embodiment of the present invention.
5 and 6 are diagrams for explaining the configuration and operation of the loading unit shown in FIG. 3 .
FIG. 7 is a cutaway perspective view showing a part of the loading part of FIG. 5 separately.
8 is a front view of the container shown in FIG. 3;
9 is a view separately showing the window frame and the window frame of FIG. 8 .
10 is a cross-sectional view along line AA of FIG. 9 .

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

1 is a perspective view of a residential remodeling container 10 according to a first embodiment of the present invention, and FIG. 2 is a cross-sectional view of the container shown in FIG.

As shown, the residential remodeling container 10 according to the first embodiment includes a container body 11, a facility accommodating case 20, and a grill 23.

The container body 11 has an access door 12 and a window 13 and provides a living space 11a. The living space 11a is a space where a user stays, and may be filled with various furniture, facilities, or electronic devices according to the purpose of the container 10 . An air conditioner 101 is installed in the container in FIG. 2 , for example.

The facility accommodating case 20 is a member installed inside the container body and provides an accommodating space 21a disconnected from the living space 11a. The accommodating space 21a is a space open to the side of the container body 11 and accommodates outdoor equipment. The term "outdoor equipment" refers to equipment previously disposed outside the container. Representative outdoor facilities include an outdoor unit 103. The outdoor unit 103 is connected to the air conditioner 101 through a refrigerant line.

In this way, by installing the equipment accommodating case 20 and installing the outdoor unit in the accommodating space 21a, the container 10 can be transported with the outdoor unit 103, that is, the outdoor equipment installed. As described above, since the outdoor unit of the conventional container is mounted outside the container, when the container is transported, the outdoor unit must first be detached and re-installed after transport, which is inconvenient.

The grill 23 covers the accommodating space 21a while being supported by the facility accommodating case 20, and passes air blown from the outdoor unit 103 to discharge it to the outside. The form of the grill 23 can be varied.

3 and 4 are perspective views of a residential remodeling container according to a second embodiment of the present invention, and FIGS. 5 and 6 are views for explaining the configuration and operation of the loading unit shown in FIG. 3 . In addition, FIG. 7 is a cutaway perspective view showing a part of the loading part of FIG. 5 separately.

3 is a state in which the loading structure 40 is accommodated in the facility accommodating case 20, and FIG. 4 is a state in which the loading structure 40 is withdrawn to the outside. 5 is a side view of the loading structure 40 in a storage state, and FIG. 6 is a side view of the loading structure in a withdrawal state.

As shown, the residential remodeling container 10 according to the second embodiment includes a container body 11, a facility accommodating case 20, and a loading structure 40.

The container body 11 has an access door (12 in FIG. 1) and a window 13 and provides a living space 11a. In particular, a concealed space 11e is provided at one side wall 11c of the container body 11 .

The concealed space 11e is a space that accommodates the windows 13 to prevent damage, and accommodates the windows 13 when the windows 13 themselves are moved in the direction of the arrow a. The window 13 may be accommodated in the concealed space 11e or may be secured to the window opening 11k after coming out of the concealed space. The window opening 11k is a space where windows and doors are installed. If there is no window 13 in the window opening 11k, the living space of the container body 11 is opened to the outside.

As described above, the reason for accommodating the window 13 in the concealed space 11e is to protect the window. In other words, when the container is transported, the window 13 is housed in the concealed space 11e to prevent the glass of the window from being broken by hitting an external object. By applying the concealed space 11e as described above, the container can be transported in the state where the windows and doors are installed, so there is no additional hassle when installing or moving the container, and damage to the windows can be prevented.

A window fixing frame 61 is installed inside the concealed space 11e to move the window 13 in the direction of the arrow a or return it to the window opening 11k. As shown in FIG. 9, the window fixing frame 61 takes the form of a rectangular frame and accommodates the window 13 in its inner region. Detailed configurations of the window fixing frame 61 and the window 13 will be described later.

The facility accommodating case 20 is located at the inner corner of the container body 11 and provides an accommodating space 21a disconnected from the living space 11a. The facility accommodating case 20 is in contact with the bottom portion 11d of the container body 11, and has a back plate 21e, a side plate 21c, and a top plate 21d. The back plate, the side plate, and the top plate are steel plates perpendicular to each other, and divide the receiving space 21a. The accommodating space 21a is a space open to the side of the container body 11 and accommodates the loading structure 40 .

On the other hand, the loading structure 40 is drawn out of the facility accommodating case through a sliding motion or accommodates and supports the outdoor unit 103 as being accommodated in the facility accommodating case. The outdoor unit 103 is an example of various outdoor equipment.

As shown, the loading structure 40 includes a fixed frame 31, a support rail 33, a horizontal running beam 43, a spacing beam 41, a loading plate 45, a door fixing plate 51, It includes a door 53, a door locking means, a wire cable 54, and a deflection prevention part.

The fixing frame 31 takes a substantially square shape and provides support while being fixed to the inner surface of the equipment accommodation case. The fixing frame 31 is fixed to the rear plate 21e, the side plate 21c, the top plate 21d, and the bottom part 11d by welding.

The support rail 33 is connected to the four corners of the fixing frame 31 and is a straight member extending horizontally. The four support rails 33 are parallel to each other and have the same size. Among the four support rails 33, the upper two support rails 33 are fixed to the top plate 21d and the side plate 21c, and the lower two support rails 33 are the side plate 21c and the bottom. (11d) is fixed.

Each support rail 33 has a predetermined cross-sectional shape in the longitudinal direction and includes a guide slit 33a. The guide slit 33a is a groove extending in a straight line and accommodates the hooking bent portion 43a of the horizontal running beam 43 in a sliding manner. As shown enlarged in FIG. 7 , the guide slit 33a has a cross-sectional shape bent in an approximate L shape. The upper two support rails and the lower two support rails are symmetrical. In other words, the inverted upper support rail is the lower support rail.

The horizontal running beam 43 is supported to be slidably movable in the guide slit 33a of each support rail, and is a straight member extending horizontally in parallel with the support rail. The horizontal running beam 43 is obtained by bending a band-shaped member having a certain width in the width direction, and has a hooking bent portion 43a and a beam combining portion 43b. The hooking bent part 43a is a part fitted into the guide slit 33a, and the beam coupling part 43b is a part to which the spacing maintaining beams 41 are connected. The length of the horizontal running beam 43 is the same. That is, a virtual plane connecting the extended ends of the horizontal traveling beam 43 is perpendicular to the ground.

The spacing maintaining beam 41 maintains the spacing of the horizontal traveling beams in a state of being coupled with the beam coupling portion 43b of the horizontal traveling beam 43. Even when an external force is applied, the horizontal running beams 43 maintain a mutually parallel state by the beam coupling part 43b.

The mounting plate 45 is a horizontal square plate with both ends fixed to the two lower horizontal running beams 43, and supports outdoor equipment on its upper surface. The outdoor unit 103 is fixed on the mounting plate 45.

The horizontal running beam 43, the spacing beam 41, and the loading plate 45 form a single body in a mutually coupled state, and can slide and reciprocate while accommodating the outdoor unit 103.

The door fixing plate 51 is a vertical plate-like member fixed to the extended end of the horizontal running beam 43 . The door fixing plate 51 is perpendicular to the ground. A square passage 41f is formed in the center of the door fixing plate 51. The passage 41f is a passage through which air discharged from the outdoor unit 103 passes. After the discharge air passes through the passage 41f, it hits the inclined door 53 and scatters upward.

In addition, two wire holes 51g are formed on both sides of the upper portion of the passage 41f. The wire hole 51g is a through hole having a constant diameter and passes the wire cable 54 as shown in FIG. 6 .

Also, a handle 51a is positioned on the upper side of the door fixing plate 51. The handle 51a allows the user to pull out the loading structure 40 by holding the handle 51a. The door fixing plate 51 comes into contact with the end of the facility accommodating case 20 in a state where the stacking structure 40 is completely pushed into the accommodating space 21a.

The door 53 is a plate-like member whose lower end is linked to the door fixing plate 51 through a hinge 51k, as shown in FIG. 5, blocking the passage 51f or opening the passage 51f as shown in FIG. do. As described above, the door 53 collides with the air passing through the passage to convert the flow of air into an upward flow. The air diverted upstream is discharged to the atmosphere.

The door lock means maintains the state in which the door 53 blocks the passage 51f, and has a clasp 51c supported by a fixing pin 51d. The clasp 51c is an iron piece having a certain thickness, and one end is installed on the door fixing plate 51 through a fixing pin 51d. The clasp 51c is in a state of drooping downward under the action of gravity. Naturally, the user can rotate the clasp left and right.

The latch 51c, when the door 53 is in close contact with the door fixing plate 51, is lowered by the action of gravity and supports the upper end of the door 53, so that the door 53 opens in the direction of the arrow b. prevent. To open the door 53 again, the latch 51c is pulled back up to one side.

The wire cable 54 serves to limit the maximum opening angle θ of the door 53, and one end is connected to the door 53 while being stretched over the wire hole 51g. In addition, a locking ball 54a is provided at the other end of the wire cable 54. The locking ball 54a is a steel ball having a larger diameter than the wire hole 51g.

The wire cable 54 passes through the wire hole 51g as the door 53 is rotated in the direction of arrow b in FIG. Stop. The door 53 cannot rotate any further. In addition, the wire cable 54 and the locking ball 54a are pushed downward by their own weight in the state in which the door 53 is closed.

On the other hand, the sagging prevention part 47 serves to keep the mounting plate 45 level. The sagging prevention unit 47 is composed of two tension rods 47a positioned in a straight line and a tension regulator 47c connecting the tension rods 47a, and a vertical spacing beam among a plurality of spacing maintaining beams ( 41) is fixed diagonally between them. And, in order to install the sagging prevention part 47, the upper and lower ends of the spacing beam 41 are fixed to the connecting ring 41a.

Male threaded portions 47b are formed at (adjacent) ends of the two tension rods 47a located on a straight line, and hooks 47e are fixed at opposite ends. The hook 47e is fixed to the connecting ring 41a, and the male screw portion 47b is screwed to the tension regulator 47c. In particular, the male thread of the tension rod on one side is a left-hand thread, and the male thread of the tension rod on the other side is a right-hand thread. Therefore, when the tension controller 47c is rotated in one direction, the tensile force increases, and when rotated in the opposite direction, the tensile force decreases. In fact, the tensioning means of this structure is the same as a general turnbuckle.

FIG. 8 is a front view of the container shown in FIG. 3, and FIG. 9 is a view separately showing the window frames and doors of FIG. 10 is a cross-sectional view along line A-A of FIG. 9 .

As shown, a concealed space 11e is provided in the wall portion 11c of the container body 11, and a window fixing frame 61 is installed in the concealed space 11e. The description of the hidden space 11e is as described above.

The window fixing frame 61 takes the shape of a square frame and accommodates the window 13 in its inner region. The window 13 may move in the direction of the arrow m in a state supported by the window fixing frame 61 and be concealed in the concealed space 11e. In addition, the concealed window 13 may be moved in the opposite direction and placed in the window opening 11k.

For fixing the window 13 to the window fixing frame 61, two pin holes 61a are formed in the window fixing frame 61. The pin hole 61a accommodates the elevating pin 15b to prevent the window 13 from moving. Among the two pin holes 61a, the pin hole on the left side in the drawing serves to fix the window 13 in the concealed space 11e, and the pin hole on the right side moves the window positioned in the window opening 11k. prevent that

A spring accommodating space 13c and a long hole 13a are formed at the corner of the window 13. The spring accommodating space 13c is a space accommodating the spring 14. In addition, the long hole 13a is a through hole opened on both sides from the spring accommodating space 13c and extends vertically.

In addition, an elevation guide hole 13f is formed in the lower portion of the spring accommodating space 13c. The elevation guide hole 13f is a hole for guiding the elevation movement of the elevation pin 15b. The elevation guide hole 13f is located vertically above the pin hole 61a on the left side of the drawing when the window 13 is concealed in the concealed space 11e, and is positioned in the window opening 11k. It is located vertically above the upper right pin hole.

Meanwhile, a stopper 15 is installed below the spring 14. The stopper 15 is a member having an approximate T shape, and has a handle 15a extending horizontally and a lifting pin 15b extending vertically. The handle 15a is exposed to the outside of the window through the long hole 13a. In addition, the lifting pin 15b is a part that is elastically supported downward by the spring 14, and when the lifting guide hole 13f is aligned with the pin hole 61a, it is inserted into the pin hole 61a by the action of the spring. .

The window 13 is fixed by inserting the lifting pin 15b into the pin hole 61a. To move the window 13 while the window is fixed, lift the lifting pin 15b from the pin hole 61a using the handle 15a, and then push the window in the lateral direction to move it.

In this way, since the stopper 15 and the spring 14 are attached to the window 13, and the pin hole 61a is formed in the window fixing frame 61, the window 13 is concealed in a concealed space or , It can be placed in the warehouse opening (11k).

In the above, the present invention has been described in detail through specific embodiments, but the present invention is not limited to the above embodiments, and various modifications are possible by those skilled in the art within the scope of the technical idea of the present invention.

10: container 11: container body 11a: living space
11c: Wall 11d: Bottom 11e: Concealed space
11k: window opening 12: entrance door 13: window
13a: long hole 13c: spring receiving space 13f: lifting guide hole
14: spring 15: stopper 15a: handle
15b: lifting pin 20: equipment accommodating case 21a: accommodating space
21c: side plate 21d: top plate 21e: rear plate
23: grill 31: fixed frame 33: support rail
33a: guide slit 40: loading structure 41: spacing beam
41a: connecting ring 43: horizontal running beam 43a: hooking bending part
43b: beam coupling part 45: loading plate 47: sagging prevention part
47a: tension rod 47b: male threaded portion 47c: tension regulator
47e: hook 51: door fixing plate 51a: handle
51c: clasp 51d: fixing pin 51f: passage
51g: wire hole 51k: hinge 53: door
54: wire cable 54a: hanging ball 61: window fixing frame
61a: pin hole 101: air conditioner 103: outdoor unit

Claims (4)

delete delete A container body having an access door and windows and providing a living space; a facility accommodating case installed inside the container body, having an accommodating space disconnected from the living space, and open to the outside of the container body; It is mounted in the facility accommodating case, is drawn out of the facility accommodating case through a sliding motion, or is housed in the facility accommodating case, and has a loading structure in which outdoor equipment is removed,
The loading structure; A fixed frame fixed inside the facility housing case and providing supporting force, and a straight member horizontally extended while mounted on the fixed frame, having a predetermined cross-sectional shape in the longitudinal direction and having a guide slit extending linearly, and having a plurality of mutually parallel guide slits. A plurality of horizontal running beams that are slidably supported on the support rail and the guide slit of each support rail, and extend in parallel to the support rail, and a plurality of horizontal running beams connected to each other to maintain a distance between the horizontal running beams. A space maintaining beam, a loading plate fixed to some horizontal running beams and loading the outdoor equipment, and a vertical plate-shaped member fixed to the extended end of the horizontal running beam, having a passage in the center and having a wire hole and a handle. And, in a state in which the loading structure is accommodated in the accommodation space, a door fixing plate in contact with the equipment accommodating case, a door connected to the door fixing plate through a hinge, and a door that rotates with the hinge as a rotation center to open and close the passage, and the door is a passage A door locking means for maintaining the closed state, and a locking ball having a larger diameter than the wire hole passing through the wire hole of the door fixing plate, one end connected to the door, and the other end limiting the maximum opening angle of the door. Including a wire cable having a, and a sagging prevention unit for preventing sagging of the loading plate,
Residential Modification Containers. A container body having an access door and windows and providing a living space; a facility accommodating case installed inside the container body, having an accommodating space disconnected from the living space, and open to the outside of the container body; It is mounted in the facility accommodating case, is drawn out of the facility accommodating case through a sliding motion, or is housed in the facility accommodating case, and has a loading structure in which outdoor equipment is removed,
A concealed space is formed on the wall of the container body to accommodate and protect windows to prevent damage when the container is moved and installed, and a window fixing frame for movably supporting the windows is built in the concealed space.
Residential Modification Containers.

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