KR100341049B1 - Rotary bungalow - Google Patents

Abstract

The present invention relates to a rotary bungalow, the cabin forming an indoor space; A support member of a hollow body rotatably supporting the cabin; A drain pipe extending downward from the cabin; It is installed on the support member, characterized in that it comprises a sump receiving the discharge water from the lower end of the discharge pipe is rotated about the axis of rotation of the cabin. As a result, a rotary bungalow is provided which can be used more conveniently by providing a drainage system capable of discharging discharge water such as sewage and sewage generated inside the cabin to the outside.

Description

Rotary bungalow {ROTARY BUNGALOW}

The present invention relates to a rotary bungalow.

The rotating bungalow is a simple building that is installed in resorts such as rivers, mountains, and the sea to provide recreational and camping travelers with conveniences such as resting and camping spaces. It is to be able to rotate the direction of.

As an example of such a rotary bungalow, Korean Utility Model Publication No. 97-02414 discloses a rotary bungalow as shown in FIG. 5. As can be seen in this figure, the rotary bungalow 101, the cabin 110 to form an interior space, the support 120 for supporting the cabin 110 to be spaced a predetermined height from the ground, and the cabin 110 It consists of a rotating means 150 for rotating.

The cabin 110 includes a rectangular bottom plate member 111 forming an indoor floor, a plurality of wall member 112 standing up on each side of the bottom plate member 111 to form an indoor space, and these wall member ( It has a roof member 113 covering the upper opening of the interior space formed in the upper end of the 112, each wall member 112 of the cabin 110 is provided with a doorway 118 and a ventilation window 117, respectively, 118 is provided with a folding ladder 119 for the user's entrance and exit.

The support unit 120 is composed of a columnar support 121 which is installed to stand on the ground, and a support 123 embedded in the ground to support the lower end of the support 121, the rotating means 150 is a support ( The fixed table 151 coupled to the upper end of the 121, and the rotary table 153 is provided in the central region of the lower surface of the cabin 110 to rotate relative to the fixed table 151.

The fixed table 151 is fixed to the upper end of the support 121, the lower plate 161 of the disc is formed in the center and the center hole 164 is formed in the center, and the peripheral edge of the lower plate 161 is installed at equal intervals and rotated It has a plurality of rollers 163 to rotatably support the table 153, a fixing pin 165 for fixing and allowing the rotation of the rotary table 153 is provided in one region of the lower plate 161.

The rotary table 153 extends downward along the periphery of the upper plate 171 to accommodate the upper plate 171 of the disc coupled to the central region of the lower surface of the cabin 110 and the fixed table 151. It consists of a flange 173 and a central axis 174 projecting downward from the lower surface center area of the upper plate 171 is rotatably coupled to the center hole 164 of the fixed table 151.

By this configuration, the rotary table 153 installed on the lower surface of the cabin 110 is rotatably supported by the roller 163 of the fixed table 151, whereby the direction of the cabin 110 can be rotated It is.

By the way, in such a conventional rotary bungalow, since there is no drainage system for discharging the discharge water of sewage and sewage, etc. generated by cooking inside the cabin and washing the face or toilet, etc., the cooking and washing face is actually inside the cabin. There is a problem that the user has to bear the inconvenience of using a separate joint kitchen, a shared toilet and a shared toilet.

Accordingly, it is an object of the present invention to provide a rotary bungalow that can be used more conveniently by providing a drainage facility for discharging discharged water such as sewage and sewage generated inside the cabin to the outside.

1 is a perspective view of a rotary bungalow according to the present invention,

2 is a cross-sectional view taken along the line II-II of FIG. 1;

3 is an exploded perspective view of the supporting member and the rotating member of Figure 1,

4 is an enlarged perspective view of a portion 'A' of FIG. 3;

5 is a cross-sectional view of a conventional rotary bungalow.

* Explanation of symbols for the main parts of the drawings

10: cabin 14: simple sink

20: support member 21: support

22: fixed table 23: prop

34: through hole 36: through hole

40: rotating member 41: rotating shaft

42: rotating table 44: pipe passing hole

50: rotation means 51: rail

53: rolling roller 55: driving motor

60: drainage 61: sump

63: drain pipe 65: sewage collection unit

67: sewage collection unit 75: imaginary drainage pipe

77: sewage drainage pipe 85: sewage drainage pipe

87: sewage discharge pipe

The above object, according to the present invention, in the rotatable room, the cabin forming an indoor space; A support member of a hollow body rotatably supporting the cabin; A drain pipe extending downward from the cabin; It is achieved by the rotary bungalow is installed on the support member, including a sump receiving the discharge water from the lower end of the drain pipe is rotated about the rotation axis of the cabin.

Here, the sump is preferably formed in a cylindrical shape and has a discharge pipe for guiding the collected discharged water to the outside.

In addition, it is more effective for the sump to have first and second sump portions arranged concentrically with each other to receive different discharge water.

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

1 is a perspective view of a rotary bale according to the present invention, Figure 2 is a cross-sectional view taken along the line II-II of Figure 1, Figure 3 is an exploded perspective view of the support member and the rotating member of Figure 1, Figure 4 'A' is a partial perspective view. As shown in these drawings, the rotary bale 1 according to the present invention, the cabin 10 to form an interior space, the support member 20 for supporting the cabin 10 spaced apart from the ground by a predetermined height, The rotating member 40 coupled to the lower portion of the cabin 10 and rotatably supported by the support member 20, the rotating means 50 for rotating the rotating member 40, and the inside of the cabin 10. It has a drainage facility 60 for discharging the discharged water, such as sewage and sewage generated to the outside.

The cabin 10 includes a polygonal bottom plate member 11 that forms an indoor floor, a plurality of wall member members 12 that are standing on each side of the bottom plate member 11 to form an interior space, and these wall member members ( 12) is composed of a roof member 13 disposed to cover the upper opening of the interior space formed in the upper end portion.

The bottom plate member 11, the wall member 12, and the roof member 13 forming the cabin 10 are manufactured by using a synthetic resin panel or a wooden panel in which polyurethane foam or other heat insulating material is embedded. The inside of the 10 is provided with a kitchen sink 14 and a toilet 24 for the convenience of the user, a simple wash basin and a rest bed, not shown, and the outside of the cabin 10 with a simple warehouse ( Not shown) and a separate outdoor space such as a balcony 15 is formed. A simple sink and a simple toilet 24 provided in the cabin and a simple sink not shown are provided with a water supply facility 81 so that water can be supplied from an external water supply facility not shown.

In addition, each wall member 12 of the cabin 10 has an entrance 18 for the user's entrance and exit, a ventilation window 17 and a balcony window 16 for ventilation inside the cabin 10, and the like. On the outside of the doorway 18, a ladder 19 is provided which can be lifted up and down for the user's entrance and exit.

The support member 20 includes a support 21 of a hollow body standing up on the ground, a fixed table 22 on a disc provided at an upper end of the support 21 to support the lower part of the cabin 10, and a support 21. Is coupled to the lower end of the strut 23 is embedded in the ground.

The support 21 is made of a tubular pipe member, and at the upper end of the support 21, a plurality of supports 33 supporting the lower portion of the fixed table 22 are formed at equal intervals along the circumferential direction. 21, a support flange 32 is formed at the lower end of the support 23 to be anchored with an anchor bolt. In addition, a plurality of bearing seats 31 are spaced apart from each other in the longitudinal direction of the support 21, and each bearing seat 31 has a rotating shaft 41 of the rotating member 40 to be described later. The rolling bearing 37 which supports the rotation is provided.

In the central region of the fixed table 22 is formed a shaft through-hole 34 in communication with the inner diameter of the support 21, the outer periphery of the fixed table 22 extends a predetermined height upward along the circumferential direction ( 35) is formed.

The support 23 is manufactured in a substantially hexahedral shape using concrete to have a volume such that the support 21 is not inverted by the load of the cabin 10, and communicates with the inner diameter of the support in the central region of the support 23. The through hole 36 is formed.

The rotating member 40 supports the lower part of the cabin 10 and is rotatably installed on the fixed table 22 of the support 21 so as to be perpendicular to the central region of the rotating table 42. It consists of the rotating shaft 41 of the hollow body extended downward.

The rotary table 42 has a polygonal plane corresponding to the bottom plate member 11 of the cabin 10, and has a lower circumference of the cabin 10 so as to have a predetermined distance from the bottom plate member 11 of the cabin 10. The end is supported. In addition, a pipe through hole 44 communicating with the inner diameter of the rotating shaft 41 is formed in the central region of the rotary table 42, and the outer periphery of the fixed table 22 is described in the peripheral region of the lower surface of the rotary table 42. Receiving ribs 45 protruding downwardly so as to surround the ribs 35 are formed.

The rotating shaft 41 is made of a tubular pipe having an outer diameter smaller than the inner diameter of the support member 20 of the support member 20, and is concentric inside the support 21 through the shaft through hole 34 of the support member 20. Is accommodated as an enemy. And the outer diameter surface of the rotating shaft 41 is formed with a plurality of journal portions 47 which are rotatably supported by the rolling bearing 37 provided inside the support 21.

Rotating means 50 is provided on the rail 51 is installed on the upper surface of the fixed table 22 of the support member 20, and the lower surface of the rotary table 42 of the rotating member 40 along the rail 51 Not shown to supply power to the plurality of moving rollers 53 and the low-speed rotation drive motor 55 and the drive motor 55 which is installed on the lower surface of the rotary table 42 to rotate the rolling rollers 53. It is composed of power supply unit.

The rail 51 is installed in a circular closed circuit along the circumferential direction on the plate area between the axial through hole 34 formed in the center region of the fixed table 22 and the outer rib 35 formed around the fixed table 22. The rolling rollers 53 are provided at equal intervals on the lower circumferential surface of the rotary table 42 corresponding to the rails 51. And, the drive motor 55 is installed on one side of the plurality of rolling rollers 53, the drive shaft of the drive motor 55 is connected to the shaft of the adjacent rolling roller 53.

With this configuration, when power is applied to the drive motor 55, the rolling roller 53 connected to the drive shaft of the driving motor 55 is slowly rotated while rolling along the rail 51. At this time, the remaining rolling rollers 53 installed on the lower circumferential surface of the rotary table 42 are freely rotated to move in the radial direction along the rail 51 provided on the upper surface of the fixed table 22, thereby rotating the rotary table 42. ) Gradually rotates relative to the fixed table 22. As a result, the cabin 10 coupled to the rotary table 42 of the rotary member 40 is gradually rotated together with the rotary member 40.

On the other hand, the drainage system 60, the sump (61) is installed in the upper region inside the support 21 of the support member 20, and the discharge water such as sewage and sewage discharged from the cabin 10 inside the sump ( It consists of a drain pipe 63 which guides to 61).

The sump 61 has a cylindrical shape that is upwardly open, and has a rotation shaft passage hole 71 through which the rotation shaft 41 of the rotation member 40 passes in the center region and rotates with the support 21 of the support member 20. It is arranged concentrically between the rotational shafts 41 of the member 40. The water collecting container 61 is provided with a first collecting portion and a second collecting portion so that different discharged water such as sewage and sewage discharged from the cabin 10 can be received separately. For convenience of explanation, the first collecting part is called the sewage collecting part 65 and the second collecting part is called the sewage collecting part 67.

The sewage collecting part 65 and the sewage collecting part 67 are arranged concentrically in the sump 61, and each of the collecting parts 65 and 67 collects the sewage and the sewage collected from an external sewerage and septic tank 89. Sewage discharge pipe (85) and sewage discharge pipe (87) are provided to guide the discharge to. These sewage discharge pipes 85 and sewage discharge pipes 87 extend downward from the respective collection portions 65 and 67 along the inner wall surface of the support 21, and then pass through the through holes 36 of the struts 23, respectively. It extends toward the external sewerage and septic tank 89.

On the other hand, the drain pipe 63 is a sewage drain pipe 75 for guiding the sewage from the simple sink 14 provided in the cabin 10 and the simplified sink not shown to the sewage collecting part 65 of the sump 61. And a sewage drainage pipe 77 for guiding the sewage from the simple toilet 24 provided in the cabin 10 to the sewage collecting part 67 of the sump 61.

Each of the drain pipes 75 and 77 may be rotated together with the cabin 10 and the rotating member 40 when the cabin 10 rotates, respectively, with a simple sink 14, a simple sink (not shown), and a simple toilet 24. After extending downward from), each lower outlet is installed so as to face the corresponding water collecting portion 65, 67 of the sump 61, the installation configuration is as follows.

First, the sewage drainage pipe 77 extends downward from the simple toilet 24 provided in the cabin 10 to bend through the bottom plate 11 of the cabin 10, and then rotate with the bottom surface of the bottom plate 11. It extends to the center area of the rotary table 42 through a gap formed between the upper surface of the table 42. Then, the sheet is bent and extended to penetrate through the plate surface of the rotary table 42 in the area corresponding to the upward opening of the sewage collecting part 67, and the extended end thereof, that is, the lower end of the sewage collecting pipe 77, is sewage collecting part ( 67) to be partially accommodated. As a result, when the cabin 10 is rotated, the lower end outlet of the sewage drainage pipe 77 rotates along the upward opening of the sewage collecting part 67, and the sewage from the simple toilet 24 is a shaft of rotation of the cabin 10. It is received by the sewage collection unit 67 through the sewage drainage pipe 77 rotating about the line, and then discharged to the external septic tank 89 through the sewage drainage pipe 87.

Then, the sewage drainage pipe 75 is extended downward from the simple sink 14 and the simple sink (not shown) provided in the cabin 10 and bent through the bottom plate 11 of the cabin 10, and then the bottom plate material (11) It extends to the center area of the rotary table 42 through the clearance gap formed between the lower surface and the upper surface of the rotary table 42. Then, it is bent and extended to penetrate through the plate surface of the rotary table 42 in the region corresponding to the upward opening of the sewage collecting part 65, and the extended end thereof, that is, the lower end outlet of the sewage drainage pipe 75 is sewage collecting part ( It is installed to be partially accommodated in (65). As a result, when the cabin 10 is rotated, the lower outlet of the sewage drainage pipe 75 rotates along the upward opening of the sewage collecting unit 65, and the sewage from the simple sink 14 and the simple sink (not shown). Is received in the sewage collection unit 65 through the sewage drainage pipe 75 that rotates about the rotation axis of the cabin 10 is discharged to the external sewer (not shown) through the sewage discharge pipe (85).

With this configuration, it is possible to discharge the discharged water such as sewage and sewage generated inside the cabin 10 to the outside, whereby the user does not have to use a separate shared kitchen, shared toilet, and shared toilet. ) It is possible to solve cooking, washing face, and toilet in the inside, so you can use the rotary bungalow conveniently.

As described above, according to the present invention, there is provided a rotary bungalow that can be used more conveniently by providing a drainage facility for discharging the discharge water such as sewage and sewage generated in the cabin to the outside.

Claims (3)

In the rotary bungalow, A cabin forming an indoor space; A support member of a hollow body rotatably supporting the cabin; A drain pipe extending downward from the cabin; Rotating bungalow, characterized in that it comprises a sump receiving the discharge water from the lower end of the discharge pipe is installed in the support member, the rotation axis of the cabin about the rotation axis. The method of claim 1, The sump is formed in a cylindrical shape and a rotary bungalow characterized in that it has a discharge pipe for guiding the discharged discharged water to the outside. The method of claim 2, Wherein said sump has a first and a second sump arranged concentrically with each other to receive different discharges.