KR100596064B1 - Rotation structure of building - Google Patents

Abstract

The present invention relates to a rotating structure of a building, and more particularly, 360 ° continuous rotation by maintaining a state in which various wires and pipes are always twisted and rotated while being rotated away from the fixed building concept. It is possible to install all the numerous wires and pipes, and to revolve structure of the building that can be seen while viewing the surrounding landscape.

Accordingly, the present invention is a sliding structure 15 provided in the inner step 3 of the space 2 in the rotating structure of the building is installed in a certain space portion 2 below the ground to rotate the building (1). Rotating disc 10 is rotatably installed via the building and the building (1) on the upper side; An outer tube 21 coupled to a lower center of the rotating disc 10 and an inner tube 25 connected to the inner side of the outer tube 21 at a predetermined interval, and the outer tube 21 and A rotating body (20) provided with a first wire (22) and a first pipe (23) connected to the building (1) between the inner pipe (25); It is fixed to the lower surface of the space 2, the upper end is inserted into the inner tube 25, the second wire 31 and the second pipe 32 that is supplied from the outside is installed inside Stagnation 30; When the first electric wire 22 and the first pipe 23 installed in the rotating body 20 rotate with the second electric wire 31 and the second pipe 32 provided in the fixed body 30, the interconnection is also maintained. Contact means 40 and communication means 50 respectively installed to be maintained; It characterized in that it comprises a; drive means (60) installed in the space (2) to rotate the rotating disk (10).

Building, rotating disc, rotating body, fixed body, contact means, communication means, driving means

Description

Rotation structure of building

1 is a cross-sectional view showing a rotating structure of a building according to the present invention;

FIG. 2 is a plan view of portion A in FIG. 1;

FIG. 3 is a partially cutaway perspective view of portion B in FIG. 1. FIG.

<Code Description of Main Parts of Drawing>

1: building 2: space

3: step 10: rotating disc

15: sliding means 16: protrusion

16a, 17a: guide groove 17: support portion

18: ball

20: rotating body 21: outer tube

22: first wire 23: first pipe

24: connecting rod 25: inner tube

27: bolt

30: fixture 30a: groove

31: 2nd wire 32: 2nd piping

40: contact means 41: first contact plate

41a and 42a: insulating member 42: second contact plate

43: support 44: pin

45: support body 46: spring

47: Bolt

50: communication means 51: first groove

52: second groove 53: passage

55: packing member 60: drive means

61: driven gear 62: drive gear

63: motor 70: oil box

80: oil tank 81,82: oil supply pipe

The present invention relates to a rotating structure of a building, and more particularly, 360 ° continuous rotation by maintaining a state in which various wires and pipes are always twisted and rotated while being rotated away from the fixed building concept. It is possible to install all the numerous wires and pipes, and to revolve structure of the building that can be seen while viewing the surrounding landscape.

In general, most buildings that are built outdoors such as rural houses or cafes are not only uniform in concrete, but also fixedly built so that they do not appear in appearance, and once they are built, until the life of the building is over. The interior is always easy to see because it only sees the fixed landscape.

In particular, in the case of the cafe, the guests always sit only the seats with the best view, and the outside scene is not good to be reluctant to have a disadvantage.

In order to solve this problem, a rotary building is gradually being constructed in recent years, and the rotating building is a construction of a building on top of a rotating disc that is rotatably installed by simply coupling a gear with a motor, and thus the building can be rotated. You can enjoy the view of the surroundings in various directions.

However, in the conventional rotary building, installation of wires and pipes (water, gas, waste water, etc.) necessary for buildings is difficult, and thus, electric and tap water are not supplied smoothly, and there is a very uncomfortable problem. There was a problem that the rotation angle of the building is limited because the wires and pipes are twisted during rotation.

An object of the present invention for solving the above-mentioned problems is to maintain a state in which various wires and pipes are always connected without twisting during the rotation of the building 360 ° continuous rotation is possible to install a number of wires and pipes It is to provide a rotating structure of.

The present invention for achieving the above object is in a rotating structure of the building is installed in a predetermined space portion below the ground to rotate the building, rotatably installed through the sliding means provided on the inner step of the space portion and the upper side A rotating disc on which the building is constructed; A first wire and a first wire connected to the building between the outer pipe and the inner pipe, the outer pipe being coupled to the lower center of the rotating disc and the inner pipe being connected at a predetermined interval to the inner side of the outer pipe. Rotating body is installed pipe; A fixing body fixed to the bottom surface of the space part and having an upper end inserted into the inner tube, and having a second wire and a second pipe supplied from the outside inside; Contact means and communication means respectively installed such that the first wires and the first pipes installed on the rotating body are connected to each other even when rotating with the second wires and the second pipes installed on the fixed body; And driving means installed in the space part to rotate the rotating disc.

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

Repeated descriptions of the same parts as in the prior art are omitted.

1 is a cross-sectional view showing a rotating structure of a building according to the present invention, FIG. 2 is a plan view of a part A in FIG. 1, and FIG.

As shown, the rotating structure of the building according to the present invention is installed in the space portion 2 formed in a predetermined size under the ground, the rotating disk 10, the building 1 is constructed and the rotating disk 10 Rotating body 20 to rotate together with, the fixed body 30 is fixed to the lower surface of the space portion 2 in the state inserted into the inside of the rotating body 20, and the rotating body 20 And the contact means 40 and the communication means 50 for maintaining the connection of the plurality of wires 22, 31 and the pipes 23, 32 provided in the fixed body 30 and the rotating disc 10. It consists of a drive means 60 is installed to rotate.

First, the rotating disc 10 has a constant diameter so that the building (1) can be constructed on the upper side and the edge is bent downward.

In addition, the rotation disc 10 is rotatably installed through the sliding means 15 provided in the step 3 formed at a predetermined depth of the space (2).

The sulliding means 15 is formed on the plane of the step 3 and has an approximately "U" shaped support 17 with an open top and protruding integrally with the lower side of the rotating disc 10. And a protrusion 16 slidably inserted / coupled to the inside of the support 17, and provided on opposite surfaces of the support 17 and the protrusion 16 to reduce friction during rotation of the rotation disc 10. It consists of a number of balls 18 that minimize.

Here, guide grooves 16a and 17a for receiving a portion of the ball 18 are formed in each surface of the support part 17 and the protrusion 16 which are in contact with the ball 18 so that the ball 18 is formed. Position them and avoid leaving them.

On the other hand, the sliding means 15 may use a conventional bearing in addition to the structure described above.

The rotating body 20 coupled to the lower side of the rotating disc 10 includes an outer tube 21 concentrically coupled with the rotating disc 10 to a lower side of the rotating disc 10, and the outer tube. It consists of an inner tube 25 which is connected to the inside of the 21 at regular intervals.

The outer tube 21 and the inner tube 25 are connected / coupled by a plurality of connecting rods 24.

Here, the inner tube 25 is made of a substantially "凸" shape of the lower diameter than the diameter of the upper portion, the upper and lower portions of the inner tube 25 different from each other in the manufacturing diameter is manufactured separately, then combined Will be.

In addition, a plurality of first wires 22 and first pipes 23 are installed between the outer tube 21 and the inner tube 25 to supply electricity, telephones, and tap water to be used in the building 1. do.

One side of the first wire 22 and the first pipe 23 is installed connected to the inner tube 25 and the other side is connected to the inside of the building (1).

Next, the fixing body 30 is made of hollow and fixed to the lower end surface of the space 2, the upper end is formed in a shape corresponding to the shape of the inner tube 25 to the inner side of the inner tube 25 Is inserted.

In addition, a plurality of second wires 31 and second pipes 32 supplied from the outside are installed in the fixed body 30.

That is, the second electric wire 31 and the second pipe 32 in the inside of the fixing body 30 have the first wire 22 and the first pipe 23 having one side fixed / installed in the inner tube 25. It is preferable to be fixed / installed at the position corresponding to each.

In addition, the first electric wire 22 and the first pipe 23 and the second electric wire 31 provided to the fixed body 30 are installed in the rotating body 20 even when the building 1 is continuously rotated 360 °. Communication means for electrically connecting the contact means 40 and the respective pipes 23 and 32 to electrically connect the wires 22 and 31 so that the second pipe 32 and the second pipe 32 are connected to each other. Means 50 are provided.

The contact means 40 is installed around the outer surface of the fixing body 30 and the second contact plate 42 connected to the second wire 31 and the bolt on the inner surface of the inner tube 25 A support body 45 fixedly installed at 47, a support 43 rotatably installed at both ends of the support body 45 by pin 44 coupling, and an end side of the support 43; And a first contact plate 41 connected to the first wire 22 and slidingly contacting the second contact plate 42, and the first contact plate 41 is connected to the second contact plate 42. It is composed of a spring 46 is installed between the support 43 and the support body 45 to be always in close contact with a constant elastic force.

Here, the first contact plate 41 is provided with an insulating member 41a therebetween for insulation when fixed to the support 43, the second contact plate 42 is also the fixing body 30 It is preferable that an insulating member 42a is further provided therebetween for the purpose of insulation.

In addition, the insulating member 42a installed on the side of the second contact plate 42 is formed in a substantially “c” shape, and the first contact plate 41 is partially inserted into the insulating member 42a. Is in contact with the second contact plate 42.

Therefore, even if some amount of flow occurs when the inner tube 25 rotates together with the rotor 20, the first contact plate 41 is not caught while being caught by the sidewall of the insulating member 42a. The state of contact with the two contact plates 42 is maintained and the short circuit is prevented.

In addition, the communication means 50 forms a first groove 51 communicating with the first pipe 23 around the inner surface of the inner tube 25, and around the outer circumferential surface of the fixing body 30. A second groove 52 is formed to communicate with the second pipe 32 and to form one passage 53 together with the first groove 51.

Accordingly, the first pipe 23 and the second pipe 32 are always maintained in communication with each other through the passage 53 even when the first pipe 23 rotates together with the rotating disc 10. will be.

In addition, the passage 53 is provided between the inner tube 25 and the fixture 30 to seal the upper and lower sides of the opposing first and second grooves 51 and 52 to maintain airtightness and watertightness. The packing member 55 is provided on the corresponding surface.

Here, the outer peripheral surface of the fixing body 30 in contact with the packing member 55 is preferably formed with a groove (30a) to prevent the departure of the packing member 55.

That is, the packing member 55 is coupled to and fixed to the groove 30a of the fixing body 30, and the inner tube 25 is rotated while sliding while being in close contact with the packing member 55. will be.

On the other hand, the space 2 is provided with an oil tank 80, the oil tank 80 is to supply the oil by connecting the oil supply pipe 81 to the space between the passages (53).

That is, as the inner tube 25 rotates together when the rotating disc 10 rotates, friction with the packing member 55 fixed to the groove 30a of the fixing body 30 is generated. At this time, by supplying the oil to minimize the friction between the inner tube 25 and the packing member 55 to extend the life of the packing member 55 and to cool the heat generated during the friction.

In addition, the oil supply pipe 82 is also connected to the support part 17 of the sliding means 15 to supply oil to smoothly operate the sliding means 15.

In addition, although not shown in the drawings, the oil supply portion may be further provided with a discharge pipe to discharge the supplied oil.

In addition, a driving means 60 is installed in the space 2 so as to rotate the rotating disc 10 so as to rotate the building 1, and the driving means 60 of the rotating body 20 It is composed of a driven gear 61 coupled to the lower end, a drive gear 62 to rotate in engagement with the driven gear 61 and a motor 63 axially coupled to the drive gear 62.

Here, the motor 63 is fixedly installed on one side of the space (2).

In addition, the driven gear 61 is coupled to the lower end of the outer tube 21 and the bolt 27 of the rotating body 20 and the like.

On the other hand, the oil is supplied for the smooth operation of the driven gear 61 and the drive gear 62, this time is installed in the oil box 70 to prevent the oil from falling to the lower side.

The oil box 70 is formed in a substantially “U” shape and is installed such that one side is coupled to the driven gear 61 so that a gear tooth portion of the driven gear 61 and the drive gear 62 are accommodated therein. .

Hereinafter, the operation of the building rotation structure according to the present invention.

After constructing the building 1 in various forms on the upper side of the rotating disc 10, the electricity, telephone lines, etc. required by the building 1 are connected to the plurality of first and second wires 22 and 31. Is supplied through, tap water, gas and the like are supplied through the first and second pipes (23, 32).

On the other hand, wastewater such as domestic sewage is also discharged through the first and second pipes 23 and 32.

When the building 1 is to be rotated, the motor 63 is driven. When the motor 63 is driven, the drive gear 62 rotates and the driven gear meshed with the drive gear 62. 61 is also rotated together. When the driven gear 61 rotates as described above, the rotating body 20 and the rotating disc 10 coupled thereto rotate the building 1 constructed on the rotating disc 10.

While the rotating disc 10 rotates, the first wire 22 and the first pipe 23 installed on the rotating body 20 also rotate together, and the first wire 22 is the contact means 40. The first wire 23 is always maintained in an electrically connected state with the second wire 31 fixedly installed to the fixed body 30 by the communication means 50. ) Is always in communication with the second pipe 32 fixedly installed).

Accordingly, electricity supplied from the outside is supplied to the building 1 through the first wires 22 via the first and second contact plates 41 and 42, which are the second wires 31 and the contact means 40. The tap water, gas, and the like, which are supplied from the outside, are supplied to the building 1 through the first pipe 23 through the passage 53, which is the communication means 50, with the second pipe 32. .

For example, when tap water is supplied from the outside, the tap water flows into the passage 53 along the second pipe 32 and is filled in the passage 53. Tap water filled in the passage 53 continues to flow along the first pipe 23 to be supplied to the building 1. Therefore, even if the first pipe 23 rotates 360 ° continuously with the rotating disc 10, it is possible to always receive tap water.

According to the present invention, by maintaining the state that the various wires and pipes are always connected without twisting during the rotation of the building, the 360 ° continuous rotation of the building, it is possible to install a lot of wires and pipes, convenience Is increased.

In addition, as the building rotates 360 °, the surrounding landscape can be viewed in various directions, and the amount of sunshine is higher than that of the fixed building, which not only disinfects bacteria and molds, but also increases heating efficiency.

Claims (6)

In the rotating structure of the building installed in the predetermined space portion 2 below the ground to rotate the building (1), A rotating disc 10 rotatably installed on the inner step 3 of the space part 2 and rotatably installed on the upper side of the building disc 1; An outer tube 21 coupled to a lower center of the rotating disc 10 and an inner tube 25 connected to the inner side of the outer tube 21 at a predetermined interval, and the outer tube 21 and A rotating body (20) provided with a first wire (22) and a first pipe (23) connected to the building (1) between the inner pipe (25); It is fixed to the lower surface of the space 2, the upper end is inserted into the inner tube 25, the second wire 31 and the second pipe 32 that is supplied from the outside is installed inside Stagnation 30; When the first electric wire 22 and the first pipe 23 installed in the rotating body 20 rotate with the second electric wire 31 and the second pipe 32 provided in the fixed body 30, the interconnection is also maintained. Contact means 40 and communication means 50 respectively installed to be maintained; Drive means (60) installed in the space (2) to rotate the rotating disc (10); Rotating structure of the building, characterized in that comprises a. The method of claim 1, The contact means 40 is installed around the outer surface of the fixed body 30 and the second contact plate 42 is connected to the second wire 31, Support body 45 is installed on the inner side of the inner tube 25, Support 43 and rotatably installed at both ends of the support body 45, A first contact plate 41 provided at an end side of the support 43 and connected to the first electric wire 22 and slidingly contacting the second contact plate 42; The first contact plate 41 is characterized in that it consists of a spring 46 is installed between the support 43 and the support body 45 to be in close contact with the second contact plate 42 with a constant elastic force Rotating structure of the building. The method of claim 1, The communication means 50 forms a first groove 51 communicating with the first pipe 23 around an inner surface of the inner tube 25, and the outer surface of the fixing body 30 is formed around the outer surface of the fixing body 30. A second groove 52 is formed to communicate with the second pipe 32 and form a passage 53 together with the first groove 51 so that the first and second pipes 23 and 32 mutually interact with each other. Rotating structure of a building characterized in that it is made to communicate. The method of claim 1, The drive means 60 is axially coupled to the driven gear 61 coupled to the lower end of the rotating body 20, the drive gear 62 and the drive gear 62 to rotate in engagement with the driven gear 61. Rotating structure of the building, characterized in that consisting of a motor (63). The method according to any one of claims 1 to 4, The sliding means 15 is installed on the step 3 of the space portion 2 and the upper end of the support 17 and the lower side of the rotating disc 10 protruded to form the support of the support 17 Rotating structure of the building, characterized in that consisting of a protrusion (16) slidably inserted / coupled to the inside, and a plurality of balls (18) provided on the opposite surface of the support portion (17) and the protrusion (16). The method of claim 3, wherein A packing member 55 is provided on a corresponding surface between the inner tube 25 and the fixed body 30 to seal the upper and lower sides of the opposing first and second grooves 51 and 52. Rotating structure of the building.

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