KR101922134B1 - Roof structure for container type house - Google Patents

Abstract

The present invention relates to a roof structure of a container-type house, and more particularly, to a roof structure of a roof similar to that of a traditional hanok to provide a traditional image and to collect rainwater and use it as toilet water or domestic water To a roof structure of a container-type house.
The construction of the present invention includes a finishing plate 200 having a wall connecting portion 210 connected to an upper portion of a wall 100 of a container type house and forming a ceiling by covering an upper side of the house; An excellent water collecting hole 310 is formed at a selected position of the finishing plate 200 and connected to the excellent water collecting hole 310 by a collecting pipe 320 to supply the water to a purified water tank 330 installed inside or outside the house, An excellent collecting part 300 arranged to store the collected water; The upper end of the finishing plate 200 is inclined downwardly from both sides facing each other in the horizontal or vertical direction to the formation position of the superior collecting hole 310, A roof panel 400 provided with a first roof panel 400a and a second roof panel 400b; The first roof panel 400a and the second roof panel 400b are formed in a spaced-apart space between the first roof panel 400a and the second roof panel 400b and receive the rainwater flowing from the first roof panel 400a and the second roof panel 400b, 310 formed on the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface; A side finishing plate 600 coupled to both sides of the roof panel 400 and vertically installed so that a lower portion thereof is connected to the finishing plate 200; An air flow space part 700 formed at a lower portion of the first roof panel 400a and the second roof panel 400b as the first roof panel 400a and the second roof panel 400b are inclined; And at least one heat insulating panel 230 connected to the finishing plate 200 by a spacing member 240 to form an air space 250 between the finishing plate 200 and the finishing plate 200, The first roof panel 400a and the second roof panel 400b are formed by connecting a plurality of frames 410 arranged at regular intervals and an intermediate portion of the frame between the frames 410, And a bottom surface of the frame 410 is exposed downward.

Description

ROOF STRUCTURE FOR CONTAINER TYPE HOUSE

The present invention relates to a roof structure of a container-type house, and more particularly, to a roof structure of a roof similar to that of a traditional hanok to provide a traditional image and to collect rainwater and use it as toilet water or domestic water To a roof structure of a container-type house.

A container house is a prefabricated residential space that allows people to live by installing electrical wiring inside the container and installing furniture for residence.

Such a container house is generally formed of a structure in which a space for a room is formed inside a window by a panel between the pillars of a four-barrel, and a window and a door are installed.

However, since such a container house is made of thin steel or wood, there is no effect of heat insulation and insulation, and there is a weakness in cold or heat. Many techniques have been developed to solve these problems.

As an example, Patent Registration No. 1633504 (container type conforming house) is disclosed. The above-described technology has a fire extinguishing member for spraying fire extinguishing powder in the event of fire, guiding rainwater or the like through the first flow path portion and the second flow path portion, storing the stored water in the roof plate So that the plate portion is cooled, and a pocket member is provided to facilitate the movement using the forklift.

However, the container house is made of a simple prefabricated iron or wood and is not very good in appearance. Particularly, the roof member of the container house is a frame-like structure made of a flat panel or a bent panel. In case of rainy weather, The first flow path portion and the second flow path portion are exposed to the outside.

Although the wall was decorated or painted with paint to make the container house look beautiful, the structure was not able to escape from the basic container frame, and there was a limit to the appearance of the container.

Meanwhile, due to the well-being craze in recent years, the container house is not keeping up with the trend, while in the construction field, it creates a natural-friendly image through various interiors.

In addition, the conventional container house is provided with a plurality of heat insulation panels under the roof panel to provide heat insulation. However, since the external heat is easily conducted, the insulation effect is not high, In the case of feeding to the upper surface of the plate portion, the plate portion can be cooled, but the installation cost of the supply means and the water injection means as well as maintenance is difficult.

In addition, since the conventional container house has a predetermined height, the furniture can be arranged not only in the arrangement of the furniture but also in the inside of the house. Even if the user is relatively tall, There is a problem that it must be done.

Patent Registration No. 0704237 (Mar. 30, 2007, prefabricated container house) Registered Patent Publication No. 1633504 (2016.06.20, Container Type Container House)

It is an object of the present invention to provide a traditional image of a roof similar to that of a traditional hanok by providing a traditional image, And to provide a roof structure of a container-type house for use as living water.

In addition, the present invention provides a roof structure of a container-type house in which a user can arbitrarily adjust a height of a room through a rising / falling of a finish plate by constituting a finishing plate by an elevating steel structure.

In addition, the present invention can provide an improved heat insulation effect compared to a conventional container-type house by forming a three-layered insulating structure due to the air flow space portion, the spacing space, and the heat insulating member, And the air flow space is closed when the temperature is low, such as during the winter season, thereby improving the heat insulation effect.

According to an aspect of the present invention, there is provided a container-type house, comprising: a wall connection part (210) connected to an upper part of a wall body (100) of a container type house; A plate 200; An excellent water collecting hole 310 is formed at a selected position of the finishing plate 200 and connected to the excellent water collecting hole 310 by a collecting pipe 320 to supply the water to a purified water tank 330 installed inside or outside the house, An excellent collecting part 300 arranged to store the collected water; The upper end of the finishing plate 200 is inclined downwardly from both sides facing each other in the horizontal or vertical direction to the formation position of the superior collecting hole 310, A roof panel 400 provided with a first roof panel 400a and a second roof panel 400b; The first roof panel 400a and the second roof panel 400b are formed in a spaced-apart space between the first roof panel 400a and the second roof panel 400b and receive the rainwater flowing from the first roof panel 400a and the second roof panel 400b, 310 formed on the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface; A side finishing plate 600 coupled to both sides of the roof panel 400 and vertically installed so that a lower portion thereof is connected to the finishing plate 200; An air flow space part 700 formed at a lower portion of the first roof panel 400a and the second roof panel 400b as the first roof panel 400a and the second roof panel 400b are inclined; And at least one heat insulating panel 230 connected to the finishing plate 200 by a spacing member 240 to form an air space 250 between the finishing plate 200 and the finishing plate 200, The first roof panel 400a and the second roof panel 400b are formed by connecting a plurality of frames 410 arranged at regular intervals and an intermediate portion of the frame between the frames 410, And a bottom surface of the frame 410 is exposed downward.

At this time, the wall connection part 210 is formed to be expandable and contractible, the lower part is coupled to the wall body 100, the upper part is connected to the finishing plate 200, Up and down means 220 are installed to adjust the inner height of the house through the up and down movement of the door 200.

One or more adiabatic panels 230 connected to the finishing plate 200 by a spacing member 240 and forming an air space 250 between the finishing plate 200 and the finishing plate 200 are installed on the lower side of the finishing plate 200, The air flow space blocking member 750 may be installed on the upper portion of the air flow space portion 700 to open or close the air flow space portion 700.

According to the roof structure of the container-type house having the above-mentioned structure, the eaves structure of the roof is formed in a shape similar to the eaves of the traditional hanok to provide a traditional image, and the roof panel is inclined, There is an effect that the heat insulation can be effectively performed by forming the air flow space portion below the panel.

In addition, since the user can arbitrarily adjust the height of the indoor space through the ascending and descending of the finishing plate, it is possible to solve the inconvenience of using, which has been a problem caused by the conventional low altitude, It is possible to greatly increase the heat insulating effect by forming a triple adiabatic structure together with the air space and the air space.

1 is a perspective view showing a container-type house according to the present invention,
2 is a perspective view showing a roof member of a container type house according to the present invention,
3 is a sectional view taken along the line AA in Fig. 2,
4 is a sectional view taken along the line BB in Fig. 2,
5 is a cross-sectional view taken along line CC in Fig. 4,
6 is a sectional view of a container-type house showing a roof member coupled by lifting means according to the present invention;
FIG. 7 is an excerpt of a lifting means according to the present invention;
FIG. 8A is a view illustrating a state in which a roof member having an antenna-type wall connection unit according to the present invention is height-
FIG. 8B is a view illustrating a state in which a roof member having a folded wall connection portion according to the present invention is height-
9 is a sectional view showing a roof member provided with the heat insulating panel according to the present invention,
FIG. 10 is a state in which an air movement hole is formed in the finish plate in FIG. 9,
11 is a view showing an installation state of the air flow space blocking member according to the present invention,
12A and 12B are an opened and closed state view of the air flow space blocking member according to the present invention,
13 is a view illustrating a state in which the unit panels are joined together to form a roof panel according to the present invention.

Hereinafter, a roof structure of a container-type house according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1, the container-type house includes a wall 100 formed vertically to the edge of the bottom plate, and a roof member 150 installed on the top of the wall 100, .

Such a container-type house may be composed of a single layer or a double layer, and the wall 100 has a window frame and a door.

2 to 5, the roof member 150 includes a finishing plate 200, a well collecting unit 300, a roof panel 400, An edge guide plate 500, a side finishing plate 600, and an air flow space unit 700.

The roof member 150 is formed to have a structure similar to that of a traditional hanok, so that it can be used as toilet water or domestic water while collecting storm water while giving a traditional taste. In addition, And to improve it.

The finishing plate 200 covers the upper side of the house to form a ceiling, and a wall connecting part 210 is formed at an edge of the finishing plate so as to be connected to the upper part of the wall 100 of the container house.

The wall connection part 210 is to be installed so as to be in tight contact with the wall 100 so as to prevent external air from being drawn in. When the house connection part 210 is formed so as to be able to control the height or height of the inside of the house, It is preferable that the length is adjusted by a folding method or an antenna method.

The storm water collecting unit 300 includes an excellent storm water collecting hole 310 formed at a selected position of the finishing plate 200 and connected to the storm water collecting hall 310 And the storm water collected in the well collecting hole may be stored in the water tank 330. [

The purified water tank 330 is a tank for purifying collected rainwater, and can be installed inside or outside the house. When the water tank 330 is installed inside the house, it is installed in a toilet or the like.

In addition, a filter member may be installed in the purified water tank 330 for use as toilet water or domestic water. Of course, it is also possible to separately provide filtering means at a selected position of the collecting pipe 320 so that the collected collecting material can be filtered during the moving process.

In this case, when it is intended to be used as domestic water, it is preferable to additionally include filtration means composed of a multistage water filter separately from the case of using it as toilet water.

The roof panel 400 is installed on the upper portion of the finishing plate 200. The roof panel 400 is installed on both sides facing each other in the horizontal or vertical direction to collect the rainwater, 1 roof panel 400a and a second roof panel 400b, respectively.

At this time, the opposite end portions of the first roof panel 400a and the second roof panel 400b are provided with spacing spaces, and the superior guide portion 500 is installed in the spaced spaces.

In the present invention, the position of the superior collecting hole 310 is formed at a position deviated from one side in the lateral direction so that the first roof panel 400a is formed to have an area wider than the area of the second roof panel 400b.

2 and 5, the first roof panel 400a and the second roof panel 400b may include a plurality of frames 410 arranged at regular intervals, and a second roof panel 400b between the frames 410, And an excellent guiding plate 420 connecting the middle portion of the frame to form a rainwater guiding groove 430 on the upper side and exposing the lower surface of the frame 410 downward.

The reason why the top surface of the frame 410 is exposed to the outside is that the space formed by the adjacent frame and the thick guide plate is formed into the excellent guiding groove so that the excellent quality can be easily induced, ) Is exposed to the outside because the frame acts like a rafter, like the traditional eaves of the traditional Korean house, so as to give it a beautiful appearance and a traditional beauty. Accordingly, the conventional structure of the container-type house is made to escape from the structure embedded in the frame.

The storm surveillance unit 500 is provided at an interval between the first roof panel 400a and the second roof panel 400b so as to be inclined in a direction in which the storm collector hole 310 is formed. The reason for this is to guide the first roof panel 400a and the second roof panel 400b to be easily collected into the excellent collector hole 310 by receiving the rainwater flowing down from the first roof panel 400a and the second roof panel 400b.

A filter net (not shown) may be provided on the superior collecting hole 310 to prevent the collector pipe 320 from being blocked by preventing entry of a relatively large foreign object such as a leaf.

The side finishing plate 600 is vertically installed so as to be connected to the finishing plate 200 in a state where the side finishing plate 600 is coupled to both sides of the roof panel 400. When the roof panel 400 is viewed from the front, So that the appearance of the traditional hanok can be expressed and the traditional beauty can be given.

The first roof panel 400a and the second roof panel 400b are inclined and the air flow space 700 is formed at a lower portion of the first roof panel 400a and the second roof panel 400b By forming the air flow space 700, the heat of the roof panel can be prevented from being transmitted to the inside of the house through the finishing plate, thereby minimizing the heat insulation effect.

Particularly, when the outside temperature is high as in the summer, the heat of the roof panel is largely blocked or minimized due to the air flow space. On the other hand, when the temperature is low as in winter, the air flow space member 750 may be closed by using an air flow space blocking member 750 described later to form a hollow air space to enhance the heat insulating effect.

The roof member of the present invention having the above-described structure is constructed such that the roof panel has a structure similar to that of a traditional hanok, so that the roof panel is inclined so as to effectively collect rainwater. So that the heat transfer to the finishing plate can be shut off or minimized and, at the same time, the roof panel can be naturally cooled.

Here, the frame 410 may protrude outside the first roof panel 400a and the second roof panel 400b by a predetermined length to form the frame extension 440. The frame extension 440 is for making the appearance more beautiful and does not protrude too long. For example, less than 30 cm.

At this time, a plurality of finishing frames 445 may be provided at predetermined intervals below the side finishing boards 600, not on both sides of the frame in the longitudinal direction. This finishing frame 445 is also intended to impart a rafter function, which allows the overall appearance of the container-type house to be enhanced while still providing a traditional beauty.

6 to 8B, the wall connecting portion 210 is formed so that upper and lower portions thereof are coupled to the finishing plate 200 and the wall body 100, respectively, and extend and contract to adjust the length thereof.

At this time, an elevating / lowering means 220 is installed at the edge or selected portion of the finishing plate 200 to move the finishing plate 200 up and down. The lifting plate 220 can be raised by the lifting and lowering means 220 and the inner height of the house can be controlled. Accordingly, it is possible to increase the internal height, which has been a disadvantage of the conventional container type house. Accordingly, it is possible to arrange the furniture which can not be arranged in the conventional container type house, And it is advantageous that convenience can be improved.

The raising and lowering means 220 includes a guide rail 221 installed on an inner wall surface of the wall 100 and a guide rail 221 provided in the guide rail 221 along the longitudinal direction of the guide rail, A drive means 223 which is gear-engaged with one end of the rotation shaft 222 to rotate the rotation shaft 222 and which is engaged with the guide rail 221 and passes through the rotation shaft 222 A moving block 224 which is spirally coupled and moves up or down by the driving of the driving means 223 and a support 225 which is connected to one side of the moving block 224 and is coupled with the finishing plate 200 .

It is preferable that the driving means 223 is a forward and reverse motor and that the finishing plate can be raised or lowered by the forward and backward movement of the driving means 223 to adjust the inner height of the house.

In order to control the operation of the driving unit 223, it is needless to say that a separate control unit is provided at the inner wall surface selection part of the wall 100, and a remote controller may be provided for wireless connection with the control unit.

The movable block 224 can be moved smoothly as it is moved up and down in the state of being coupled to the inside of the guide rail 221. In order to prevent the movable block 224 from being distorted during the moving process, And an insertion protrusion or protrusion insertion groove may be formed at one side of the moving block 224 so as to be coupled to the locking groove or the locking protrusion.

Here, the wall connecting portion 210 must be formed so as to be able to expand and contract in order to move up and down the finishing plate by the lifting means. As shown in FIG. 8A, the elastic member may be formed by a plurality of connecting pipes and may be formed by an antenna method or by a folding method of a bellows shape as shown in FIG. 8B.

A finishing material (not shown) such as a film or vinyl may be further provided on the inner side surface of the wall connection portion 210 facing the inside of the house to effectively control the height of the wall connection portion and to increase the heat insulation.

As shown in FIG. 9, one or more heat insulating panels 230 are connected to the lower surface of the finishing plate 200 by spacing members 240 to form an air space 250 between the finishing plate 200 and the finishing plate 200. Can be installed.

The heat insulating panel 230 may be formed of a conventional sandwich panel or a heat insulating panel filled with a heat insulating material such as urethane foam.

At this time, the heat insulating panel 230 is spaced apart from the finishing plate 200 by a predetermined distance so as to form an air space 250. The reason why the air space is formed is that it serves as a heat insulating layer, So that heat is prevented from being conducted to the heat insulating panel 230.

Although not shown in the drawing, the wall 100 of the present invention is also provided with a heat insulating panel spaced apart from a space (not shown) as in the air space 250 to form an outer panel between the outer panel and the inner panel And a heat insulating layer may be provided by forming an air space between the heat insulating panel and the external panel.

10, an air transfer hole 255 may be formed in the finishing plate 200 to communicate with the air space 250 to allow the outside air to flow into the air space 250 . The reason why the air moving hole 255 is formed is that when the temperature is high as in summer, the internal temperature of the air space 250 becomes high. At this time, the air is circulated by the inflow of the outside air through the air moving hole, So that the heat conducted to the heat insulating panel can be cut off.

11 and 12B, an air flow space blocking member 750 may be installed on the upper portion of the finishing plate 200 to open or close the air flow space 700.

The reason why the air flow space blocking member 750 is provided is that when the air temperature is low as in winter, unlike in summer, the air flow space may be deteriorated due to the low temperature of the air flow space. So as to form an air space in which the inside is empty while not being exposed to the outside air, thereby lowering heat conduction and thereby improving the heat insulation effect.

The air flow space blocking member 750 may include an opening and closing plate 751 for opening and closing the air flow space 700, (751) connected to one side of the fixed shaft (752) by a gear or a chain and connected to the fixed shaft via a driving unit, the closing plate (752) And a motor 753.

The blocking plate driving motor 753 may be provided in the air flow space portion or may be provided on the lower surface of the finishing plate 200 so as to be supported by the supporting member.

13, the first roof panel 400a and the second roof panel 400b, which form the roof panel 400 of the present invention, are each provided with a plurality of unit panels, Thereby forming a first roof panel and a second roof panel.

One end of the unit panel is formed with a stopping protrusion 451 higher than the stopping plate 420 to form the first and second roof panels 400a and 400b, And the other end of the unit panel is provided with an engagement protrusion 452 which is engaged with the engagement protrusion 451 and is seated in the engagement protrusion 452. [ And a ring portion 455 is provided.

Accordingly, one of the first roof panel and the second roof panel is formed by seatedly engaging the latching part formed on the other side of the other unit panel adjacent to the latching part formed at one side of the unit panel, So that it can be assembled without any warping, warping or sagging phenomenon.

According to the present invention configured as above, a roof structure similar to that of a traditional hanok can be constructed, so that it is possible to obtain a beautiful appearance by giving a traditional beauty away from a roof structure of a conventional container-type house, It is an extremely useful invention that enables efficient heat insulation by lowering the thermal conductivity while allowing collection of water, and improves the user's convenience by arbitrarily increasing the height of the inside of the house.

100: wall 200: finishing plate
210: wall connection part 220:
221: Guide rail 222:
223: driving means 224: moving block
225: support member 230: insulating panel
240: spacing member 250: air space
255: air moving hole
300: Excellent collecting part 310: Excellent collecting hall
320: House water pipe 330: Water tank
400: roof panel 400a: first roof panel
400b: second roof panel 410: frame
420: Outstanding guide plate 430: Excellent guide groove
440: frame extension part 445: closed frame
450: engaging portion 451: engaging jaw
452: mounting jaw 455:
500: Outstanding guide section 600: Side finishing plate
700: air flow space part 750: air flow space blocking member
751: blocking plate 752: fixed shaft
753: blocking plate rotating means

Claims (8)

A finishing plate 200 having a wall connecting portion 210 connected to an upper portion of the wall 100 of the container type house and forming a ceiling by covering the upper side of the house;
An excellent water collecting hole 310 is formed at a selected position of the finishing plate 200 and connected to the excellent water collecting hole 310 by a collecting pipe 320 to supply the water to a purified water tank 330 installed inside or outside the house, An excellent collecting part 300 arranged to store the collected water;
The upper end of the finishing plate 200 is inclined downwardly from both sides facing each other in the horizontal or vertical direction to the formation position of the superior collecting hole 310, A roof panel 400 provided with a first roof panel 400a and a second roof panel 400b;
The first roof panel 400a and the second roof panel 400b are formed in a spaced-apart space between the first roof panel 400a and the second roof panel 400b and receive the rainwater flowing from the first roof panel 400a and the second roof panel 400b, 310 formed on the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface of the outer circumferential surface;
A side finishing plate 600 coupled to both sides of the roof panel 400 and vertically installed so that a lower portion thereof is connected to the finishing plate 200;
An air flow space part 700 formed at a lower portion of the first roof panel 400a and the second roof panel 400b as the first roof panel 400a and the second roof panel 400b are inclined; Lt; / RTI >
One or more heat insulating panels 230 connected to the finishing plate 200 by spacing members 240 to form an air space 250 between the finishing plate 200 and the finishing plate 200,
The first roof panel 400a and the second roof panel 400b are formed by connecting a plurality of frames 410 arranged at regular intervals and an intermediate portion of the frame between the frames 410 to form an excellent guidance groove 430), and a bottom surface of the frame (410) is exposed downward.
The method according to claim 1,
Wherein the frame (410) is protruded by a predetermined length outside the first roof panel (400a) and the second roof panel (400b) to form a frame extension part (440).
The method according to claim 1,
The wall connection part 210 is formed to be expandable and contractible, the lower part is coupled to the wall body 100, the upper part is connected to the finishing plate 200,
And a lifting and lowering means (220) is installed at an edge or a selected portion of the finishing plate (200) so as to adjust the inner height of the house through the upward and downward movement of the finishing plate (200) .
The method of claim 3,
The elevating and lowering means 220 includes a guide rail 221 provided on the inner wall surface of the wall 100 and a guide rail 221 provided in the guide rail 221 along the longitudinal direction of the guide rail, A driving means 223 which is gear-coupled to one end of the rotating shaft 222 to rotate the rotating shaft 222 and a driving means 223 which penetrates the rotating shaft 222 in a state of being engaged with the guide rail 221, A moving block 224 coupled to the moving block 224 and moving up or down by the driving of the driving means 223 and a support 225 connected to one end of the moving block 224 and coupled with the finishing plate 200 And the roof structure of the container-type house.
The method of claim 3,
Wherein the wall connection part (210) is formed by a plurality of connection pipes, and is formed by an antenna method or a folding method of a bellows type that is expanded and contracted.
delete The method according to claim 1,
Wherein an air flow space blocking member (750) is installed on an upper portion of the finishing plate (200) to open and close the air flow space part (700).
The method according to claim 1,
The first roof panel 400a and the second roof panel 400b are each formed by assembling a plurality of unit panels and one end of the unit panel is formed with a hanging protrusion 451 higher than the abdomen guide plate 420 And an engaging portion 450 is formed on the outer side of the engaging jaw 451 to form a seating surface 452. The other end of the first roof panel 400a and the second roof panel 400b is provided with a hook And a latching ring portion (455) which is seated on the seating surface (452) while being hooked on the jaw (451).

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