KR200254959Y1 - Portable assembly bungalow - Google Patents

Abstract

The present invention relates to a portable prefabricated bungalow that is portable, easy to assemble and dismantle, can be installed regardless of ground conditions, and can have a rigid structure.

The configuration of the present invention is adjustable in height and the leg portion 10 is fixed to the ground and coupled to the spiral rod 12 provided on the upper surface of the leg portion 10 to the upper side of the leg portion 10 The lower frame 30 is provided with a coupling hole 32 on one side so as to be in contact with each other in a square, and the center frame 50 provided to cross the center of the lower frame 30 provided in the square, both sides The blade of the leg portion 10 to be provided with a wing groove 72 and to be defective and to be coupled to the lower frame 30 and the center frame 50 to match the coupling hole 32 of the lower frame 30. Floor board 70 having a coupling hole 74 coupled to the bar 12 in the corner, and the spiral bar 12 of the leg portion 10 penetrating the lower frame 30 and the floor board 70 is The spiral groove 82 to be inserted and fastened to the lower side, the pillar 80 is provided for each corner of the square, and the machine The upper frame 100 is provided with a coupling hole 101 on one side to be in contact with each other in a square so as to be coupled to the spiral bar 84 provided on the upper surface of the 80, and the spiral bar 84 of the pillar 80 The pole pole 112 is provided on one side and the loop pole 110 is arranged to cross each other, the spiral rod of the pillar 80 through the upper frame 100 and the roof pole 110 ( 84) and the cap 130 is fastened.

The present invention having such a configuration is easy to assemble and dismantle anyone, regardless of the environment of the installation place, it is very useful because it is easy to carry because each component can be carried on the trunk of a passenger car before installation.

Description

Portable prefab bungalow {Portable assembly bungalow}

The present invention relates to a portable prefabricated bungalow, and more particularly, to a portable prefabricated bungalow that is light in weight, easy to carry, and easy to assemble, regardless of location or terrain.

In general, for the purpose of lodging or rest at the beach, riverside or other resorts, tents are installed as simple resting places or structures called bungalows are used.

However, in the case of the tent as described above, there is a risk of flooding or dismantling due to strong wind or rain due to its constituent itself, and it is impossible to separate it from the ground due to its structure.

Therefore, it is more robust and is separated from the ground by a certain height to prevent inundation, aesthetically beautiful, and bungalows are widely used to view the surrounding view at a glance. It is limited by the installation, and is usually manufactured by using wood or brick, so it costs a lot of materials and takes a long time to install. In addition, once installed, there is a problem in that efficiency is reduced because it is difficult to reuse after separation.

The present invention has been made in view of the above-mentioned problems in the related art, and is portable and easy to assemble and dismantle, can be installed regardless of the ground state, and provides a portable prefabricated bungalow that can have a rigid structure. There is a purpose.

1 is an overall perspective view showing the bungalow skeleton of the present invention

Figure 2 is an enlarged perspective view of the cross section of the leg of the present invention

Figure 3 is an exploded perspective view showing a lower frame of the present invention

4 is a perspective view showing a floorboard of the present invention

Figure 5 is an exploded perspective view showing the assembly process of the legs and the lower frame, floorboards, columns of the present invention

6 is a perspective view showing a state in which FIG.

Figure 7 is a perspective view showing a cross section of the center frame and the leg portion of the subject innovation

8 is a perspective view showing a state in which the center frame and the lower frame of the present invention is coupled

9 is a perspective view showing a cross section of the pillar of the present invention

10 is an exploded perspective view showing the assembly process of the pillar and the upper frame, the roof pole, the cap of the present invention

11 is a rear view showing the roof of the present invention

12 is a perspective view of the bungalow of the present invention

13 is a perspective view showing another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

10: leg 12, 55, 84: spiral rod

14: Spiral bar fastening 16: Home

18: fastening portion 20, 32, 74, 101, 132b: coupling hole

22: height adjustment hole 24: height adjustment pin

25: first connecting leg 26: second connecting leg

27: third connecting leg 28: fixed leg

28a: washer 29: pin

30: lower frame 34: rail

36: locking groove 38: outer frame

38a, 87: locking projection 40: connecting frame

44, 102: cutting plane 50: center frame

53: through pin 54, 82, 132a: spiral groove

60: Clamp 61: Hanger

62: ring 63: gripping portion

66: opening 70: floorboard

70a: Hole 72: wing groove

76: turning 77: groove

80: column 85: inner column

85a: Through hole 86: Outer column

86a: combined hole 87: button

88: bullet 90: auxiliary pillar

100: upper frame 101: connecting frame

110: loop pole 111: connection pole

112: pole joint 114: fitting

120: roof cloth 122: fitting bag

124: Paul binding 126: auxiliary cloth

130: cap 134: cap connection

136: cap connecting strap

The present invention for achieving the above object is adjustable in height and the leg portion is fixed to the ground, and the coupling hole on one side to be coupled to the spiral bar provided on the upper surface of the leg portion to the upper side of the leg portion to each other in a square A lower frame provided in contact with the lower frame, a center frame provided to cross the center of the lower frame provided in the square, and wing grooves on both sides thereof, and being defective while being spread over the lower frame and the center frame. A floor board having a coupling hole coupled to the spiral bar of the leg to coincide with the coupling hole, and a spiral bar of the leg penetrating the lower frame and the floor board are inserted therein. A pillar provided and one side to be coupled to the spiral rod provided on the upper surface of the pillar The upper frame is provided with a coupling hole and abutted with each other in a square, and a pole pole through which the spiral rod of the pillar is penetrated on one side and arranged to cross each other, and the pillar through the upper frame and the roof pole Fastening with the helix of the rod is made of a technical feature, including the cap is fixed.

The leg part is coupled to the lower frame and the upper surface is formed in the groove, by inserting the height adjustment pin into the plurality of height adjustment holes drilled on the outer surface by overlapping by the difference in diameter one or more legs are connected to each other, so the legs The height of the part can be adjusted, and a washer is provided between the connecting leg and the fixed leg to prevent settlement by load.

The pillar is in the form of the inner column is interpolated in the outer column is inside the inner column of the carbon fragments in the button to ooze the through hole of the inner column and the outer column to adjust the length of the column by the combination of the button It consists of a number of joining holes.

The inner surface of the outer frame of the lower frame is provided with a locking projection, the connecting frame having a locking groove on the outer surface to be coupled to the corresponding position is characterized in that the sliding strength is coupled to the inside of the outer frame to increase the support strength.

Both end surfaces of the central frame are bolted to the rear surface of the clamp, and the lower frame is inserted into the clamp to couple the central frame to the lower frame by forcing the clamp.

Both ends of the floorboard are provided with a plurality of projections and grooves, each of which is assembled and in close contact with the grooves and projections of other adjacent floorboards, characterized in that a plurality of holes are formed on the surface of the floorboard.

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

The present invention is a plurality of height adjustable leg portion 10 is installed fixed to the ground, the upper side of the leg portion 10 is coupled to the spiral rod 12 provided on the upper portion of the leg portion 10 on one side The lower frame 30 having a coupling hole 32 is provided to abut each other in a square, the center frame 50 is provided to cross the center of the lower frame 30 of the square, the wing groove 72 on both sides Spiral rods of the leg portion 10 so that the floorboard 70 having a lower surface 30 and the center frame 50 are coupled to each other and coincide with the coupling holes 32 of the lower frame 30. Spiral groove having a coupling hole 74 coupled to the 12, the spiral rod 12 of the leg portion 10 penetrating the lower frame 30 and the floor board 70 is inserted. A pillar 80 having the lower portion 82 inserted therein is provided at each corner of the square, and a spiral rod 84 is provided on the upper surface of the pillar 80. It is provided with a coupling hole 101 of the upper frame 100 and the pole joint 112 of the roof pole 110 intersected with each other provided in contact with each other in a square on the upper side to the cap 130 provided on the upper side It is supposed to be fastened.

The leg portion 10 is the upper surface is formed in the groove 16 is coupled to the lower frame 30, the difference in diameter by inserting the height adjustment pin 24 in the plurality of height adjustment holes 22 perforated on the outer surface One or more connecting legs (25, 26, 27) that are overlapped and inserted into each other are fastened to each other so that the height of the leg part (10) can be adjusted by adjusting the length of the connecting legs (25, 26, 27). .

The inner surface of the outer frame 38 of the lower frame 30 is provided with a locking projection 38a, the connection frame 40 having a locking groove 38 on the outer surface to be coupled to a corresponding position is the outer frame Sliding into the interior of (38) is to increase the support strength.

Both end surfaces of the center frame 50 are bolted to the rear surface of the clamp 60, and the lower frame 30 is inserted into the clamp 60 to forcibly fill the clamp 60, thereby causing the center frame to be clamped. Combining and fixing the 50 and the lower frame 30.

Both ends of the floorboard 70 are provided with a plurality of projections 76 and grooves 77, and are assembled and adhered to the grooves 77 and the projections 76 of the other floorboards adjacent to each other, and the surfaces of the floorboards 70 are in close contact with each other. A plurality of holes 70a are formed.

The leg portion 10 is provided with a spiral bar fastening hole 14 so that the groove 16 is provided on the upper surface and the spiral bar 12 protrudes upward, and a coupling hole (1) on one side of the groove 16 is provided. A second connection for connecting the fastening portion 18 and the first connecting leg 25 and the first connecting leg 25 and the third connecting leg 27 fastened to the fastening part 18 are formed. Leg 26, the fixed leg 28 is provided on the lower side of the third connecting leg (27). Height adjustment holes 22 are formed at predetermined intervals on the outside of the connecting legs 25, 26, 27 so that the first connecting leg 25 and the second connecting leg 26 or the second connecting leg 26 are formed. And the height adjustment hole (22) of the third connecting leg (27) is fitted to fit the height adjustment pin (24). The fixed leg 28 is located on the ground, the lower pin 29 is provided to prevent slipping and increase the support strength.

The groove 16 is one side is separated, is to be securely fastened while wrapping the lower frame 30 is coupled to the upper side.

The lower frame 30 is composed of a left and right outer frame 38 and a connecting frame 40 inside the center, the connecting frame 40 is a left and right outer frame along the rail 34 formed on the side ( 38, the locking frame 38a is inserted into and slidably fastened and the locking protrusion 38a formed on the inner surface of the outer frame 38 is caught by the locking groove 36 formed on the outer surface of the connecting frame 40. It will increase the strength of support.

The lower frame 30 is in contact with each other in a square shape, and a cutting surface 44 is formed in which both ends of the lower frame 30 which are in contact with each other are overlapped with each other.

The central frame 50 transverse to the center of the lower frame 30 made of a square is coupled to one side of the lower frame 30, wherein the hook 61 and the ring 62, the grip portion 63 The clamp 60, which is bent inwardly, includes a lower frame 30 at its opening 66, and an outer surface of the clamp 60 is bolted to both end surfaces of the central frame 50 so that the lower frame 30 is closed. It is intended to be combined with (30).

In addition, in the center of the center frame 50, the leg portion 10 may be coupled to the lower side for firm support, wherein the fastening portion 18 of the leg portion 10 to the center frame 50 The through pin 53 is coupled to penetrate the fastening part 18 and the center frame 50 through the coupling hole 20 formed at one side of the groove 16 while wrapping.

The floorboard 70 is provided with wing grooves 72 on the left and right sides to be coupled to the lower frame 30 and the center frame 50 and to be tightly coupled to the adjacent floorboard 70. One end of the plurality of protrusions 76 and the grooves 77 are provided to be assembled to the grooves 77 and the protrusions 76 formed at the corresponding positions of the other floorboard 70.

In addition, the floor plate 70 is formed with a plurality of holes (70a) on the surface to reduce the weight, and to facilitate ventilation and cleaning.

The outer column 86 of the pillar 80 has a lower portion such that the spiral rod 12 protruding upward of the leg portion 10 sequentially tightens the lower frame 30, the floorboard 70, and the pillar 80. The inner side of the spiral groove 82, the engaging means of the outer column 86 and the inner column 85 is formed inside the inner column 85, the carbon fragment 88 and the inner column 85 It consists of a button 87 to shed the through hole (85a), the coupling hole (86a) formed in the outer column (86) to be coupled to the button (87).

In addition, a spiral bar 84 is protruded on the upper surface of the inner column 85 so as to sequentially pass through the pole joint 112 of the roof frame 110 intersecting with the upper frame 100 which is in contact with each other. After it is combined with the cap 130 formed spiral groove 132 therein integrally with these.

In addition, the upper frame 100 is the same as the pillar 80 described above, the upper frame 100 by a button (not shown) and a bullet piece (not shown) provided in the connection frame 40 superimposed therein It is caught in and coupled to.

The cap 130 is provided with a cap connecting portion 134 in consideration of the inclination of the spiral rod 84, the upper frame 100, the roof pole 110 of the pillar 80 is integrally coupled to the lower side, the cap 130 and the cap connecting portion 134 is connected to the cap 130 by a cap connecting strap 136.

The lower side of the cap connecting portion 134 is formed to be inclined, the coupling hole 132b is formed to penetrate the spiral bar 84 of the pillar 80 therein.

The roof pole 110 is made of duralumin material and is strong in tensile strength and bending, and pole joints 112 are provided at both ends thereof, and are coupled to the spiral rods 84 protruding from the lower pillar 80, and the pole joint 112. At one end of the outside, the fitting portion 114 extends to be inserted into the fitting pocket 122 formed at each corner of the roof cloth 120, and the roof pole 110 crosses two poles in a diagonal direction. It is fixed at 124. In addition, the loop pole 110 is overlapped and coupled with the connection pole 111 like other frames, thereby increasing the supporting strength.

In addition, the roof cloth 120 is provided with a mosquito net, a side frying, a front and rear entrance frying, etc., such as the upper frame 100, the lower frame 30, the pillar 80, etc. You can use to bind.

In addition, the frying may be produced in a transparent or translucent and may be composed of only some other material.

In addition, in another embodiment, the number of legs 10 and floorboards 70 to be assembled can be increased or decreased, and the area of the floor can be widened or narrowed, and the removable fryer can be selectively installed or removed. Can be installed.

The present invention configured as described above can install a bungalow according to the purpose by assembling and detaching the frame and the fry in various configurations, the installation process and the dismantling process is simple and easy to use by the general public.

That is, after fixing the lower frame 30 and the floorboard 70 to the leg portion 10 fixed to the ground and bolting the upper frame 100 and the roof pole 110 coupled integrally with the pillar 80 Bungalows can be installed by binding and attaching the roof fabric 120 to the uppermost side and the frying on the side, the front and the rear.

Hereinafter, the installation process of the portable prefabricated bungalow of the present invention will be described.

First, the fixed leg 28 of the lowermost part of the leg 10 is placed on the ground together with the pin 29 inside, and the third connecting leg 27 is fastened to the fixed leg 28, and then Two connecting legs 26 and the first connecting leg 25 are assembled in sequence. At this time, the height adjustment hole 22 perforated on the outer surface of the connecting legs (25, 26, 27) to match each other, each connecting leg (25, 26, 27) in consideration of soil conditions, elevation, slope, etc. of the ground ) To match the height and insert the height adjustment pin 24 into the height adjustment hole (22).

In addition, after adjusting the height of the predetermined interval with the height adjusting pin 22 is inserted into the connecting legs (25, 26, 27) fine by adjusting the fixed leg 28 is rotated to the connecting leg (27) Adjust the height

As described above, the leg part 10 is firmly fixed to the ground, and then the coupling part 18 having the groove 16 is coupled to the upper side of the first connecting leg 25. At this time, the spiral bar fastening hole 14 provided in the spiral bar fastening hole 14 formed at the lower side of the groove 16 is inserted and fastened.

Subsequently, the outer frame 38 and the connecting frame 40 are each slidingly coupled to overlap the cut surfaces formed at both ends of the overlapped lower frame 30 to form a lower frame 30 in a square shape, and the lower frame 30 The coupling hole 32 is matched so that the spiral rod 12 protruding from the upper surface of the leg portion 10 is interposed into the coupling hole 32 formed at one end to engage the lower leg portion 10.

In addition, the center frame 50 transverse to the center of the lower frame 30 installed in a square is also coupled to the lower leg 10, in which the lower frame 30 and the leg 10 is bolted coupled On the contrary, after inserting the center frame 50 into the groove 16 of the upper surface coupling part 18 of the leg part 10, the through pin 53 is inserted into the coupling hole 20 formed on one side of the groove 16. Inserted so as to penetrate through and coupled to the central frame 50.

In addition, the clamp frame 60 is used to couple the lower frame 30 and the center frame 50. The clamp 60 has one surface inwardly bent and a hook 61 and a ring at one end of the bending surface. (62), the grip portion (63) is formed, the outer surface is provided with a spiral bar (55) outward, the spiral groove formed on one end surface portion of the central frame (50) perpendicular to the center frame (50) 54) to be bolted together. In this way, the clamp 60 and the center frame 50 are coupled, the lower frame 30 is interpolated into the inwardly bent opening 66 of the clamp 60, and then the hook 61 of the clamp 60 is closed. ) By hooking the hook 62 and pulling the grip 63 downward, the central frame 50 coupled to the clamp 60 and the lower frame 30 interpolated to the clamp 60 clamp 60. It is firmly combined by the force of force.

After installing the leg portion 10, the lower frame 30 and the center frame 50 as described above, the floor board 70 that serves as a floor on the upper side is disposed, which is on both sides of the floor board 70 Fixing the wing grooves 72 formed over the lower frame 30 and the center frame 50, the plurality of projections 76 and the grooves 77 formed on both ends of the floor board 70 corresponding positions Each of the grooves 77 and the projections 76 formed in the other floorboard 70 of the assembly is adjacent to each other. In addition, the floorboard 70 provided at each corner of the square of the floorboard 70 is integrally coupled with the lower frame 30 through the spiral bar 12 provided in the lower leg 10, corresponding to The coupling hole 32 is provided at the position.

On the other hand, like the lower frame 30, the upper frame 100 also overlaps the cutting surface 44 of the parts in contact with each other and assembled in a square.

In addition, the roof pole 110 provided on the upper side of the upper frame 100 inserts the fitting portions 114 at both ends of the roof bag 120 into the fitting bag 122, and each roof pole 110 To cross with each other is tightly tied to the pole ties (124).

After installing the upper frame 100 and the roof pole 110 as described above, the spiral rod 84 protruding on the upper surface of the pillar 80, the coupling hole 101, the roof pole of the upper frame 100 After interpolating and fastening to the pole joint 112 of the 110, respectively, the cap coupling part 134 and the cap 130 having a spiral groove are rotatably coupled.

In addition, pressing the button (87) protruding out of the coupling hole (86a) of the outer column (86) of the pillar (80) and pulled up the inner column (85), the button (87) inside the inner column (85) When the ball piece 88 enters the inside of the through hole 85a by the elasticity of the ball piece 88 and is located in the plurality of coupling holes 86a formed on the outside of the outer column 86, the button 87 is engaged by the repulsive force. 86a is to be coupled to the inner column 85 and the outer column 86 while protruding out.

Subsequently, the spiral bar 12 formed on the upper surface of the leg portion 10 penetrating the coupling hole 74 of the lower frame 30 and the floorboard 70 to the spiral groove 82 formed at the lower portion of the outer column 86. When combined with it is to complete the framework of the portable prefabricated bungalow 200 of the present invention.

In addition, the mosquito net, the frying, the front and rear entrance frying can be attached using a rubber band, a binding string, a ring, etc., depending on the installation place and use, which will not be described in detail because it uses a known method.

However, by using the auxiliary pillar 90 to increase the width of the bungalow or the structure of the auxiliary fabric 126 connected to the roof fabric 120 as a sunshade, or increase the number of floorboards 70 and the legs (10) Therefore, the configuration of other modifications is equivalent to the present invention, so it is obvious that it belongs to the technical contents of the present invention.

In addition, the assembly order of the portable prefabricated bungalow of the present invention as described above can be changed according to the user's convenience, the disassembly process is made in the reverse order of the assembly order.

As described above, the present invention can be easily assembled and dismantled by anyone, regardless of the environment of the installation place, and can be carried on the trunk of a passenger car before installation.

In addition, by increasing or decreasing the position or the number of the floorboards and bridges, it can be used in the ground, the ridge floor, roadside temporary information centers, event venues, fishing grounds, newsstands, etc. in addition to bungalows used on the beach, riverside or other resorts. It can be very big.

Claims (6)

Adjustable height and leg portion 10 is fixed to the ground, The lower frame 30 is provided with a coupling hole 32 on one side to be in contact with each other in a square to be coupled to the spiral rod 12 provided on the upper surface of the leg portion 10 to the upper side of the leg portion 10 and , A central frame 50 provided to cross the center of the lower frame 30 provided in the square; Wings 72 on both sides of the lower frame 30 and the center frame 50, while being defective and matched with the coupling hole 32 of the lower frame 30 of the leg portion 10 Floorboard 70 having a coupling hole 74 coupled to the spiral rod 12 at the corner, Spiral rods 12 of the leg portion 10 penetrating the lower frame 30 and the floorboard 70 is inserted. A spiral groove 82 to be fastened is provided at the lower side, and a pillar is provided at each corner of the square. 80, The upper frame 100 is provided with a coupling hole 101 on one side to be in contact with each other in a square so as to be coupled to the spiral rod 84 provided on the upper surface of the pillar 80, A loop pole 110 having a pole joint 112 through which the spiral rod 84 of the pillar 80 penetrates and arranged to cross each other; Portable prefabricated bungalow, characterized in that it comprises a cap 130 is fastened and fixed with the spiral rod 84 of the pillar 80 passing through the upper frame 100 and the roof pole 110. The method of claim 1, The leg portion 10 is the upper surface is formed in the groove 16 is coupled to the lower frame 30, the difference in diameter by inserting the height adjustment pin 24 in the plurality of height adjustment holes 22 perforated on the outer surface One or more connecting legs (25, 26, 27) are overlapped by being inserted into each other, so that the height of the leg (10) can be adjusted by adjusting the length of the connecting legs (25, 26, 27). Portable prefabricated bungalow, characterized in that the washer (28a) is provided between the connecting leg (27) and the fixed leg (28) to prevent settlement by load. The method of claim 1, The pillar 80 has a bullet piece 88 held inside the inner column 85 in a form in which the inner column 85 is inserted into the outer column 86, and the through hole 85a of the inner column 85. Portable prefabricated bungalow characterized in that it is made of a button (87), and the coupling hole (86a) coupled to the button 87 to adjust the length of the pillar (80). The method of claim 1, The inner surface of the outer frame 38 of the lower frame 30 is provided with a locking projection 38a, the connection frame 40 having a locking groove 38 on the outer surface to be coupled to a corresponding position is the outer frame Portable prefabricated bungalow, characterized in that the sliding to the inside of the 38 to increase the support strength. The method of claim 1, Both end surfaces of the center frame 50 are bolted to the rear surface of the clamp 60, and the lower frame 30 is inserted into the clamp 60 to forcibly fill the clamp 60, thereby causing the center frame to be clamped. Portable prefabricated bungalow, characterized in that the coupling 50 and the lower frame 30. The method of claim 1, Both ends of the floorboard 70 are provided with a plurality of projections 76 and grooves 77, and are assembled and adhered to the grooves 77 and the projections 76 of the other floorboards adjacent to each other, and the surfaces of the floorboards 70 are in close contact with each other. Portable prefabricated bungalow, characterized in that a plurality of holes (70a) are formed.