KR101248063B1 - A buoyancy function apparatus of facilities - Google Patents

Abstract

PURPOSE: A buoyancy elevating device for an outdoor floating building is provided to prevent the inflow of water to the outdoor building by automatically unfolding and folding the outdoor building according to the changes of the water level. CONSTITUTION: A buoyancy elevating device(30) for an outdoor floating building includes a prefabricated ascending and descending support(50) and a multistage ascending and descending pillar assembly(30-1). The multiple prefabricated ascending and descending supports are installed on both side edges of a floating body(1) on which an outdoor floating building is installed. The multistage ascending and descending pillar assembly is installed on each prefabricated ascending and descending support by being inserted into each prefabricated ascending and descending support, and is composed of an ascending and descending pillar which is assembled in the way of a one stage or a multistage on the outside of a fixed post(40) installed on a foundation concrete construction.

Description

Buoyancy lifting device of buoyant outdoor building {A Buoyancy Function Apparatus of Facilities}

The present invention relates to a buoyancy lifting device of a buoyant outdoor building that is capable of automatically raising and lowering the building (installed) in the open air where the water level is higher than the zone according to the rainfall.

In more detail, it is possible to automatically rise and descend according to the height of the water level of the buoyant building that is built (installed) in the open air, but in the basic concrete structure, the lifting column is assembled in one or multiple stages outside the fixed column. The multi-stage lifting and lifting assembly is installed, and on the outside (side) of the floating main body where the floating outdoor building is installed, the prefabricated lifting support is mounted, and the lifting main body with the floating outdoor building installed according to the height of the floating level is raised. The prefabricated elevating support mounted on the ascend and descend along the multistage elevating support assembly, but the multistage elevating support assembly is related to the buoyancy elevating device of the floating outdoor structure which is to be automatically unfolded and raised or folded.

Most buildings (parking stations, convenience stores, restrooms, etc.) installed in areas where the water level rises far higher than the height of the blunt (coriander site) due to floods or typhoons, such as riverside blisters (coriander sites), are caused by flooding. As you rise, the phenomenon of submerging not only the pillars but also the roof of the building occurs.

When the water is submerged into the roof of a building installed on the bank of a river, various foreign matters enter the building. Therefore, it is difficult to clean the interior of the building after the water is drained. If the installed building is a toilet, manure leaks and greatly pollutes the environment.

Proposed to solve the above problems is to allow the building is fixed to the ground to rise by the water according to the change in water level (height).

As described above, the building to rise according to the water level is domestic patent registration No. 10-783119 (facilities with buoyancy function) and Patent Publication No. 10-2009-85355 (facilities with buoyancy function) and patent Registration No. 10-1139707 (Sculpture Intrusion Prevention Device) is known.

Patent registration No. 10-783119 (facilities with buoyancy function) and Publication No. 10-2009-85355 (facilities with buoyancy function), a number of guide posts on the outside of the support main body where the facility is installed on the upper side It is fixedly installed, and coupled to the guide post the transfer device mounted on the outer surface of the support body, when the support body is moved up or down by buoyancy, the transfer device is to move up and down while sliding along the guide post.

However, the guide posts installed on the outside of the support main body are formed in an integral (date) type whose length cannot be adjusted, and if the guide posts are kept short in length, the support main body containing the facilities cannot be raised high. Therefore, it is impossible to achieve the desired purpose of preventing or blocking the inflow of water into the facilities, while the length of each guide post must be kept long in order to raise the support body containing the facilities high. Maintaining the length of the guide post will damage the beauty of the facilities and the surrounding landscape.

In addition, in Patent Registration No. 10-1139707 (immersion prevention device for molding objects), a plurality of ground pipes having pumping pipes are buried in the ground, and a support rod guided and supported by guide rollers is inserted into each of the main pipe And the upper ends of the support rods are fixed to the lower surface of the buoyancy member provided at the lower end of the molding.

However, this is because the holding pipe is excreted in the ground, so that the earth and sand contained in the water together with the water accumulate inside the holding pipe and close, and when the soil is accumulated inside the holding pipe, the water level decreases ( Even if the water escapes), the supporting rod mounted on the lower part of the buoyancy body cannot be lowered due to accumulated earth and sand and is maintained by the buoyancy. Therefore, by supplying separate water to the inside of the holding pipe, the soil is supported. There is an end and hassle that must be discharged (removed) through the pumping pipe connected to the outside.

The present invention is to provide a buoyancy lifting device of the flotation-type outdoor building improved to solve the above problems and closed ends.

The present invention allows the buoyant building to be built (installed) outdoors to automatically rise and descend according to the height of the water level, the multi-stage lifting and holding of the lifting column is assembled in one or multiple stages on the outside of the fixed column in the basic concrete structure The assembly is installed, and the prefabricated lifting support is mounted on the outer side (side) of the supporting body in which the supporting outdoor building is installed, and when the supporting body installed with the supporting outdoor building is elevated according to the height of the water level, the prefabricated body is mounted on the supporting body. The purpose of the object is to provide a buoyant lifting device of a floating outdoor support structure, wherein the lifting support is lowered along the multistage lifting support assembly, but the multistage lifting support assembly is automatically deployed and raised or folded.

Another object of the present invention is to raise or lower the lifting column which is one end or multi-stage from the outside of the fixed column as it is expanded and folded, and when the lifting column is deployed (raised), the water flowing into the lifting column is naturally It is quickly discharged to the lower side, so that the fixed and elevating supports are always kept dry, and the water or foreign matters are not accumulated (accumulated) inside the elevating column, and the elevating column can be raised and raised smoothly. It is to provide a buoyancy lifting device of outdoor type building.

Still another object of the present invention is to use a small equipment such as a forklift truck instead of a large equipment such as a crane by mounting a prefabricated lifting support on the outside (side) of the support body in which the floating outdoor building is installed. It can be easily assembled and installed.In front of the buoyant outdoor building, separate and install the staircase corridor consisting of stairs and corridors. The purpose of the present invention is to provide a buoyancy lifting device for floating outdoor buildings.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

A floating type building (installed in the open air) can be automatically raised and lowered according to the level of the water level;

A base concrete structure having a multistage elevating column assembly, in which an elevating column is assembled once or in multiple stages outside the fixed column;

A prefabricated elevating support is mounted on the outside of the support body on which the buoyant outdoor building is installed;

According to the height of the water level, when the floating main body with the floating outdoor building is installed, the prefabricated lifting support mounted on the floating main body is moved up and down along the multi-stage lifting support assembly, but the multi-stage lifting support assembly is automatically deployed to raise or fold down. It is achieved by the buoyancy lifting device 30 of the flotation-type outdoor building characterized in that.

The buoyancy lifting device of the buoyancy-type outdoor building according to the present invention allows the buoyancy-type building to be built (installed) outdoors to automatically rise and fall according to the height of the water level, but on the base concrete structure outside the fixed column. The multi-stage lifting and holding assembly is constructed in which the lifting support is assembled in one or multiple stages, and the prefabricated lifting support is mounted on the outer side (side) of the supporting body where the floating outdoor building is installed, and the floating outdoor building is mounted according to the height of the water level. When the installed lifting body is lifted, the prefabricated lifting support mounted on the lifting body is lifted up and down along the multistage lifting support assembly, but the multistage lifting support assembly is automatically unfolded and raised or folded.

According to the present invention, the lifting column which becomes one end or multi-stage in the outside of the fixed column is raised or lowered as it is developed and folded, and when the lifting column is developed (raised), the water flowing into the lifting column is naturally and quickly lowered. The fixed and elevating column is kept dry at all times, preventing water or foreign substances from remaining (stacking) inside the elevating column, and the elevating column can smoothly elevate.

In addition, the present invention, by mounting the prefabricated lifting support on the outside (side) of the support body on which the buoyant outdoor building is installed, using a small equipment such as a forklift instead of a large equipment, such as a conventional crane easily Can be assembled and installed at the front of the buoyant outdoor building, and separate and install the staircase corridor consisting of the stairs and the corridor in front of the buoyant outdoor building. Can be.

1a and 1b and 1c is a front view and a plan view and a left side view showing a state in which the buoyancy lifting device of the buoyant outdoor building according to the present invention installed in the buoyant outdoor building.
2 and 3 and 4 is an explanatory view of the operation relationship of the buoyancy lifting device of the floating outdoor building according to the invention.
5a to 5c is a front view, a plan view, a side view showing a state of mounting the prefabricated lifting support in the buoyancy lifting device in the buoyancy lifting device of the buoyant outdoor building according to the invention.
Figure 6 is an enlarged view showing the structure of the elevating lift in the buoyancy lifting device of the buoyant outdoor building according to the present invention.
Figure 7 is an enlarged plan view of the buoyancy lifting device of the buoyant outdoor building according to the present invention to extract the pre-mounted lifting support mounted on the support body.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1a to 7 show a specific embodiment of the buoyancy lifting device 30 of the buoyant outdoor building according to the present invention.

1A, 1B and 1C are front and plan views and a left side view showing a state in which a buoyancy lifting device 30 of a buoyant outdoor building according to the present invention is installed on a buoyant outdoor building 1; 2 and 3 and 4 is an explanatory view of the operation relationship of the buoyancy lifting device 30 installed in the flotation-type outdoor building 1 according to the present invention, Figure 5a to 5c is a flotation type outdoor according to the present invention. In the buoyancy lifting device 30 installed in the building (1) is a front view, a plan view and a side view showing a state of mounting the prefabricated elevating support (50) to the buoy body (11), Figure 6 is a floating type according to the present invention It is an enlarged view showing the structure of the elevating lifting device from the buoyancy lifting device 30 installed in the outdoor building (1), Figure 7 is a buoyancy lifting device (30) installed in the floating outdoor building (1) according to the present invention From the prefabricated lifting support 50 is mounted on the support main body 11, Is a planar expanded.

The buoyancy lifting device 30 installed in the flotation-type outdoor building 1 according to the present invention was formed (configured) as follows.

The buoyancy lifting device 30 installed in the flotation-type outdoor building 1 according to the present invention is a flotation-type outdoor building 1, such as the outdoor toilet 10, is installed as illustrated in FIGS. 1A to 4. A plurality of prefabricated elevating supporters 50 are preferably mounted on the side surfaces of the main body 11, preferably on both sides, and a total of four prefabricated elevating supporters 50, two on each side, respectively. The multi-stage elevating column assembly (30-1), which is installed on the foundation concrete structure and the elevating column is assembled in one or multiple stages, is assembled outside the fixed column.

On the upper surface of the support body 11 is fixed to the installation frame 15 formed of the horizontal bar 16 and the longitudinal bar 17 so as to secure a space inside the installation frame 15, of the installation frame 15 Floating-type outdoor building (1), that is, the outdoor toilet (10) was installed on the upper side, and the bottom of the support main body 11 is equipped with a plurality of support pieces (12) at predetermined intervals to support by the support piece (12). A space is formed between the bottom surface of the main body 11 and the ground 100, and the space secured as described above (the space inside the installation frame 15 and the bottom surface of the support body 11 and the ground 100). The buoyancy body 11 and the toilet 10 can be easily injured by the buoyancy of the water flowing into the space between).

The multi-stage elevating column assembly 30-1 inserted and installed in each of the assembled elevating support units 50 was formed (constructed) as follows.

At the bottom of the holding column 40, the supporting stand 31 is integrally formed, and the supporting stand 31 is fixed to the concrete base structure 35 by using the fixing anchor 32 to fix the holding column 40. Can be installed vertically.

On the upper surface of the fixed support 40 is installed in a circular shape while maintaining a plurality of guide support roller bundles 44 at regular intervals as illustrated in FIG. To be connected to the inner surface of the one-stage descending column 41.

The multistage elevating column assembly 30-1 installed by being inserted into the outer side of the fixed column 40 may be formed in a single stage folding type or a two stage folding type as illustrated in FIGS. 1A to 4. Although not shown as may be formed in three or more steps folded.

Although not shown in detail, when forming the multi-stage lifting column assembly 30-1 installed in multiple stages on the outside of the holding column 40 to form a single-stage folding type was formed as follows.

On the outer side of the fixed support 40, the guide support roller bundle 44 is mounted on the upper surface at regular intervals was fitted with a one-stage elevating column 41 mounted (combined) with the stopper cap 45 at the top, On the outer side of the lifting and lowering column 41, a prefabricated lifting support 50 which is assembled to the outer surface of the support body 11 is installed.

In particular, a stopper device 46 is installed at the upper end of the outer surface of the fixed column 40 and the lower end of the inner surface of the first stage elevating column 41 to stop the first stage elevating column 41 when the first stage elevating column 41 is withdrawn above the fixed column 40. The device 46 prevents the one-stage elevating column 41 from being separated (separated) above the fixed column 40.

In addition, as illustrated in FIGS. 1A to 4, when the multi-stage elevating column assembly 30-1, which is installed in multiple stages on the outer side of the fixed column 40, is formed in a two-stage folding type, it is formed as follows.

The guide support roller bundle 44 on the upper surface was installed by inserting a one-stage elevating column 41 on the outside of the fixed column 40 mounted at regular intervals, the upper surface of the first-stage elevating column 41 in FIG. As illustrated, while maintaining a plurality of guide support roller bundles 44 at regular intervals, the rollers are connected to the inner surface of the two-stage elevating support 42, which will be described later, and the first-stage elevating support 41. On the outside of the stopper cap 45 is coupled (mounted) on the upper end of the two-stage elevating support 42 is installed, the outer stage of the two-stage elevating support 42 is fixed (mounted on the outer surface of the support body 11) The assembled lifting support 50 is installed.

In particular, the stopper device 46 is mounted on the upper end of the outer surface of the fixed holding 40 and the lower end of the inner surface of the first step elevating support 41, and the upper end of the first step elevating support 41 and the second step of elevating lifting 42 A stopper device 46 is mounted between the lower end of the inner surface, and the first step lift column 41 is fixed by the stopper device 46 when the first step lift column 41 is pulled out above the fixed column 40. The two-stage elevating column 42 is stopped by the stopper device 46 when the two-stage elevating column 42 is drawn out to the upper side of the first-stage elevating column 41 so as not to be separated (separated) to the upper side of the support column 40. Is not separated (separated) to the upper side of the fixing column (40).

Stopper device mounted between the upper end of the outer surface of the fixed holding 40 and the lower end of the inner surface of the first stage elevating 41 and the upper end of the outer surface of the first stage elevating 41 and the lower end of the inner surface of the second elevating supporting 42. 6, as illustrated in FIG. 6, the upper end portion of the outer surface of the fixed holding 40 or one-stage elevating column 41 is fitted with a bolt 49, the upper stopper ring 47 is mounted, 41) or a lower stopper ring 48 is fitted to the lower end of the inner surface of the two-stage elevating column 42 by bolt 49, and when the first-stage elevating column 41 or the two-stage elevating column 42 is deployed, The stopper ring 48 is caught by the upper stopper ring 47 and stopped so as to prevent the separation (separation) of the one-stage elevating column 41 or the two-stage elevating column 42.

Assembled and installed on the side (edge: both sides) of the floating main body 11, the flotation-type outdoor building (1) is installed, coupled to the outside of the single-stage lifting support 41 or two-stage lifting support 42 (assembly) Prefabricated lifting support 50 is formed (configured) as illustrated in FIG.

On the side of the support main body 11 is installed (mounted) or installed (mounted) by assembling the mounting bracket (55) or integrally installed (mounting), the assembly mounting bracket 55 has a plurality of roller bundles 60 therein The mounting table 52 of the trapezoidal support frame 51 attached was mounted using the bolt 56 and the nut 57.

The trapezoidal support frame 51 mounted on the assembling mount 55 is fixed to a pair of inclined supports 53 on both sides of the outer surface of the mount 52 mounted on the assembling mount 55 to be inclined inwardly (installation). The outer end of the inclined support 53 fixed inclined inwardly (installed) was connected to the horizontal support 53, and the lower end of the inclined support 53 was supported by the support roller bracket 61 on the outer side of the inclined support 53. The roller 62 was mounted with a roller bundle 60 provided with a mandrel, and a roller support 65 was installed (fixed) between each inclined support 53 and the assembling mount 55, and each roller support 65 was fixed. ), Roller bundles 60 were mounted, respectively.

The operation relationship of the buoyancy lifting device 30 of the flotation-type outdoor building 1 according to the present invention configured as described above will be described.

Buoyancy lifting device 30 of the flotation-type outdoor building (1) according to the present invention, as illustrated in Figures 1a to 5c, to install a building such as the flotation-type outdoor building (1), that is, outdoor toilet (10). Is utilized.

On the front of the outdoor toilet 10, the staircase corridor 20 is installed separately from the outdoor toilet 10 so that the outdoor toilet 10 is buoyancy lifting device 30 irrespective of the staircase corridor 20. It was allowed to descend.

The staircase corridor 20 installed in front of the outdoor toilet 10 is provided with a staircase 25 provided with a railing 26 in a corridor 24 installed at a predetermined height, so that the general public can go up and down, or The front and side of the corridor 24 is installed to be connected to the corridor 24 to the first inclined path 21 and the intermediate resting corridor 23 and the second inclined path 22 so that people with disabilities can easily climb up and down.

As described above, when the outdoor toilet 10 is installed at a predetermined height in the outdoor ground 100, the buoyancy lifting device 30 for outdoor construction using the anchor anchor 32 is disposed on the upper surface of the concrete foundation structure 35 embedded in the ground. Mounting base (31) of the () and the prefabricated elevating support (50) installed on the fixed support (40) or one-stage elevating support (41) or two-stage elevating support (42) outdoor toilet (10) ) Was inserted into the lifting support 50 of the supporting body 11 to be installed (mounted).

Although not shown in detail, in the outdoor building buoyancy elevating device 30 according to the present invention, the prefabricated lifting support 50 of the support body 11 is directly installed (inserted) on the outside of the fixed support 40. If so, it works as follows:

Usually, the outdoor toilet 10 together with the support body 11 maintains a state adjacent to the ground. When the water level rises due to rain or typhoon or the like, the water level rises, and the buoyant body 11 rises (rises) together with the outdoor toilet 10 due to buoyancy, and the buoyant body 11 together with the outdoor toilet 10. When raised, the prefabricated lifting support 50 fixed (mounted) on the outer surface of the support body 11 is raised.

The elevating support roller 62 of the roller bundle 60 mounted on the assembled lifting support 50 slides upward while rolling along the outer surface of the fixed support 40 so that the assembled lifting support 50 can move up and down smoothly. As it rises until it is stopped by the stopper cap 45, the buoyant body 11 together with the outdoor toilet 10 is maintained in a raised state by the height of the water level.

As described above, when the water level is gradually lowered while the buoyant body 11 rises by the height of the water level together with the outdoor toilet 10, the roller bundle 60 mounted on the prefabricated lifting support 50 rises. The lower support roller 62 slides downward while rolling along the outer surface of the fixed support 40, and when the water level is completely lowered, the outdoor toilet 10 together with the support body 11 maintains its original state (height). Done.

In addition, although not shown in detail, when the multi-stage lifting column assembly 30-1 is provided with a single-stage lifting column 41 on the outer side of the fixed column 40, it operates as follows.

Usually, the outdoor toilet 10 together with the support body 11 maintains a state adjacent to the ground. When the water level rises due to rain or typhoon or the like, the water level rises, and the buoyant body 11 rises (rises) together with the outdoor toilet 10 due to buoyancy, and the buoyant body 11 together with the outdoor toilet 10. When raised, the prefabricated lifting support 50 fixed (mounted) on the outer surface of the support body 11 is raised along the first step lifting support 41.

When the elevating support roller 62 mounted on the assembled elevating support 50 is rolled up along the outer surface of the first elevating support 41, the assembled elevating support fixed to the outer surface of the support body 11 is mounted (mounted). The lowering support 50 is gradually raised to the stopper cap 45 fixed (mounted) at the upper end of the first step lowering support 41, and the prefabricated lowering support 50 is at the top of the first step lowering support 41. Even though the water level continues to rise even though it has risen to the fixed (mounted) stopper cap 45, the prefabricated lifting support 50 has a stopper cap 45 fixed (mounted) on the upper end of the first step lifting support 41. It is continuously raised, and thus the one-stage descending column 41, which is coupled (folded) to the outside of the stationary column 40, is developed while being drawn out to the upper side of the stationary column 40.

The guide support roller bundles 44 mounted on the upper surface of the fixed holding column 40 are drawn out of the first raising and lowering column 41 when the first-level lifting column 41 is unfolded to the upper side of the fixing column 40 as described above. Since supporting the inner surface, the first-stage elevating column 41 is vertically raised, and thus, the floating body 11 together with the outdoor toilet 10 is the first-stage elevating column 41 which is deployed above the fixed column 40. That is, the height of the water level is maintained to be maintained, the lower stopper ring 48 of the stopper device 46 mounted on the lower end of the inner surface of the first step lifting end 41 is the outer surface of the first step lifting end 41. It is raised until stopped by the upper stopper ring 47 mounted on the upper end.

When the water level is gradually lowered while the buoyant body 11 is raised by the height of the water level together with the outdoor toilet 10 as described above, the lifting support roller 62 mounted on the prefabricated lifting support 50 is provided. When rolling along the outer surface of the one-stage elevating support (41), and sliding down, when the water level becomes lower and lower, the prefabricated elevating support (50) fixed (mounted) on the outer surface of the support main body (11) Along the support 41, the locking jaw (not specifically shown) is lowered.

When the water level is further lowered, the buoyant body 11 along with the outdoor toilet 10 is lowered along the water level, so the prefabricated lifting support 50 caught on the locking jaw is the load of the outdoor toilet 10 and the buoyant body 11. By further lowering the first step down support 41 while lowering the first step down support (41) is gradually overlapped with the fixed support (40) to maintain the folded state, when the water level is completely lowered floatation body ( 11) with the outdoor toilet 10 will maintain the original state (height).

In addition, as illustrated in FIGS. 1A to 4, the multi-stage lifting support assembly 30-1 installed in multiple stages on the outside of the fixed support 40 is a single-stage lifting support 41 and a two-stage lifting support 42. If it is formed as a two-stage folding type, it works as follows.

Normally, as shown in FIGS. 1A to 1C, the outdoor toilet 10 along with the support body 11 maintains a state adjacent to the ground. When the water level rises due to rain or typhoon or the like, the water level rises, and the buoyant body 11 rises (rises) together with the outdoor toilet 10 due to buoyancy, and the buoyant body 11 together with the outdoor toilet 10. When raised, the prefabricated lifting support 50 fixed (mounted) on the outer surface of the support body 11 is raised along the two-stage lifting support 42.

When the elevating support roller 62 mounted on the prefabricated elevating support 50 is rolled up along the outer surface of the two-stage elevating support 42, the outer surface of the support body 11 as illustrated in FIG. Fixed (mounted) prefabricated lifting support 50 is gradually raised to the stopper cap 45 fixed (mounted) at the upper end of the two-stage lifting support 42, and prefabricated lifting support 50 is two-stage lifting Although the water level continues to rise despite the rise to the stopper cap 45 fixed to the top of the support 42, the prefabricated lifting support 50 is fixed to the top of the two-stage lifting support 42. The stopper cap 45 is continuously raised, and thus the two-stage elevating column 42, which is coupled (folded) to the outside of the fixed column 40, is illustrated in FIG. It is developed as it is drawn upward.

As illustrated in FIG. 3, the guide support roller bundles 44 mounted on the upper surface of the first-stage elevating support 41 are drawn out when the second-stage elevating support 42 is unfolded to the upper side of the first-stage elevating support 41. Since the two-stage descending column 42 supports the inner surface, the two-stage descending column 42 rises vertically.

At this time, the lower stopper ring 48 of the stopper device 46 mounted at the lower end of the inner surface of the first stepped down support 41 is stopped by the upper stopper ring 47 mounted at the upper end of the outer surface of the first stepped down support 41. Ascend until

Although the prefabricated lifting support 50 rises up to the stopper cap 45 fixed (mounted) at the upper end of the two-stage lifting support 42, the prefabricated lifting support 50 is moved up and down two stages. The stopper cap 45 fixed (mounted) on the upper end of the support 42 is continuously raised, so that the first step lowering support 41 that is engaged (folded) inside the two step lowering support 42 is shown in FIG. As illustrated in Fig. 4, it is extended while being drawn upward.

At this time, the lower stopper ring 48 of the stopper device 46 mounted on the lower end of the inner surface of the two-stage elevating column 42 is stopped by the upper stopper ring 47 mounted on the upper end of the outer surface of the one-stage elevating column 41. Ascend until

Therefore, the buoyant body 11 together with the outdoor toilet 10 is raised in height, that is, the height of the two-stage descending support 42 and the first-stage descending support 41, which are deployed upward of the fixed support 40. Will be maintained.

When the water level is gradually lowered while the buoyant body 11 is raised by the height of the water level together with the outdoor toilet 10 as described above, the lifting support roller 62 mounted on the prefabricated lifting support 50 is provided. When rolling along the outer surface of the two-stage elevating support 42, and sliding down, when the water level becomes lower and lower, the prefabricated elevating support unit 50 fixed (mounted) on the outer surface of the support body 11 is two-stage elevating It descends along the support 42 and descends to the locking jaw (not specifically shown) at the lower end.

When the water level is lowered further, the supporting body 11 along with the outdoor toilet 10 is lowered along the water level, so the prefabricated lifting support 50 caught on the locking jaw (not specifically shown) is the outdoor toilet 10. Since the two-stage elevating column 42 is lowered while lowering further by the load of the support body 11, the two-stage elevating column 42 is folded (folded) outside the first-stage elevating column 41, and the two-stage elevating platform Shore 42 and one-stage elevating support 41 is to maintain the folded state while slowly overlapping with the fixed support 40, the outdoor toilet 10 with the support body 11 is completely lowered when the water level is completely lowered The state (height) of is maintained.

As described above, the outdoor building buoyancy elevating device 30 according to the present invention is an outdoor building, that is, the outdoor toilet 10 is automatically deployed or folded according to the height of the water level so as to prevent water from entering the outdoor toilet 10. Will be.

The present invention described above is not limited to the above description, and various substitutions, modifications, and alterations within the scope not departing from the technical spirit of the present invention are possible to those skilled in the art. It will be obvious.

1: floating outdoor building 10: outdoor toilet
11: support body 12: base
15: installation frame 20: stairs
21: The first slope 22: The second slope
25: stairs 26: railings
30: buoyancy lifting device 30-1: multi-stage lifting support assembly
31: fixed base 32: fixed anchor
35: concrete structure 40: fixed column
41: 1st ascent descent 42: 2nd ascent descent
44: guide support roller bundle 45: stopper cap
46: stopper device 50: prefabricated lifting support
51: trapezoidal support frame 55: mounting bracket
60: roller bundle 66: lifting support roller

Claims (7)

In the buoyant building to be built in the open to the lifting body to be able to automatically rise and fall according to the height of the water level;
An installation frame is installed on an upper surface of the support body, a support type building is installed on an upper side of the installation frame, and a plurality of support pieces are installed on the bottom of the support body;
A base concrete structure having a multistage elevating column assembly, in which an elevating column is assembled once or in multiple stages outside the fixed column;
A prefabricated elevating support is mounted on the outside of the support body on which the buoyant outdoor building is installed;
According to the height of the water level, when the floating main body with the floating outdoor building is installed, the prefabricated lifting support mounted on the floating main body is moved up and down along the multi-stage lifting support assembly, but the multi-stage lifting support assembly is automatically deployed to raise or fold down. Buoyancy lifting device of the flotation-type outdoor building, characterized in that. The method according to claim 1, The multi-stage lifting and holding assembly is assembled with the lifting column on the outside of the fixed column;
A one-stage elevating column equipped with a stopper cap mounted on an upper end of the stationary column on which the guide support rollers are mounted at regular intervals on an upper surface thereof;
An outdoor building buoyancy elevating device installed on the outside of the one-stage elevating column mounted to be elevated along the outer surface of the first-stage elevating column prefabricated lifting support to be assembled to the outer surface of the support body. The method according to claim 1, The multi-stage lifting and holding assembly is assembled with the lifting column on the outside of the fixed column;
On the outer side of the fixed column mounted with the guide support rollers at regular intervals, the first step is mounted on the upper surface of the guide support rollers mounted at regular intervals;
A two-stage elevating column equipped with a stopper cap mounted on an upper end of the one-stage elevating column;
An outdoor building buoyancy lifting device, characterized in that the installation is mounted on the outer surface of the lifting body to be raised and lowered along the outer surface of the two-stage lifting support. The method according to claim 2 or 3, wherein the first stage elevating column coupled to the outer side of the fixed column and the second stage elevating column coupled to the outside of the first stage elevating column;
An outdoor building buoyancy elevating device, characterized in that the stopper device for preventing the departure is installed on the upper end of the outer surface of the fixed holding or one-stage elevating column and the inner surface of the first-stage elevating column or two-stage elevating column. The stopper device of claim 4, wherein the stopper device is installed on the lower end of the outer surface of the fixed column or the first-stage lifting column and the lower end of the inner surface of the first-stage lifting column or the two-stage lifting column;
An upper stopper ring is attached to the upper end of the fixed column or the first stage elevating column by bolts;
An outdoor building buoyancy elevating device, characterized in that the lower stopper ring is fitted with a bolt at the lower end of the inner surface of the first step elevating column or the second step elevating column. According to claim 1, Prefabricated elevating support is mounted on the outside of the support body is installed buoyant outdoor building;
The side of the support body is installed with an assembly mounting unit;
Outdoor assembly buoyancy elevating device, characterized in that for mounting the mounting bracket of the trapezoidal support frame with a plurality of roller bundles mounted therein to the assembly mounting unit. The method according to claim 1, Trapezoidal support frame is mounted to the mounting bracket;
A pair of inclined supports are inclined inwardly on both sides of the outer surface of the mount to be mounted to the assembly mount, and the outer ends of the inclined supports are connected to the transverse supports;
On the inner surface of each inclined support is mounted on the outer side of the support roller bracket, the roller support in which the elevating support rollers are mandrel;
An outdoor building buoyancy elevating device characterized in that the roller supports are installed at the corners where each inclined support and the assembly mounting unit fit each other, and each roller support is equipped with a roller bundle having a mandatory support roller mounted on a support roller bracket. .

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