KR102660526B1 - Flood Recovery System for Swimming Pool in Flooded Areas of Rivers - Google Patents

Abstract

The present invention is a flood damage recovery system for a swimming pool that allows a swimming pool built in a flooded area of a river to be restored and used in a short time when it is submerged by a flood, etc. and sand and contaminants from the river flow into the pool and become unusable. It is an invention about.
The present invention relates to a pool constructed at a predetermined depth on the banks of a stream or river; A balancing tank connected to the pool and an overflow pipe to store water discharged from the pool; A filtration device connected to the balancing tank and the supply pipe to filter the water in the balancing tank, and connected to the pool and the water supply pipe to supply the filtered water to the pool; And a pipe control manhole built between the pool and the balancing tank to control the overflow pipe, supply pipe, and water supply pipe to prevent contaminants in the pool from flowing into the balancing tank. It may be characterized as including a. .
The present invention has the advantage of increasing the satisfaction of users as well as operators because it is possible to quickly restore and reopen a flood-damaged outdoor swimming pool using water from existing pipes and balancing tanks.

Description

Flood Recovery System for Swimming Pool in Flooded Areas of Rivers}

The present invention relates to a flood damage recovery system for a swimming pool. More specifically, the present invention relates to a water damage recovery system for a swimming pool. More specifically, a swimming pool built in a flooded area of a river is submerged by a flood, etc., and sand and contaminants from the river flow into the pool, making it unusable. This invention is about a water damage recovery system for swimming pools that can be restored and used within a timely manner.

A typical swimming pool is constructed by constructing a large concrete water tank inside a large building and then filling it with tap water used as a source of drinking water. Therefore, since a large area of land to build a swimming pool and construction water including a roof must be built, not only are large construction costs required, but there are also many difficulties in site selection.

Accordingly, in recent years, outdoor swimming pools, water parks, lazy rivers, etc. that allow swimming by creating a pool on a large site outside or on the banks of a river or river without building water for construction have become increasingly popular.

According to known research, people feel at ease when exposed to landscapes with water, and the reason why water use is considered first when creating a new park or resort is because water has a great effect on leisure, recreation, and emotional purification. .

However, according to statistics from the past 10 years, the Hangang Citizens Park and other areas suffer flooding damage almost every year due to flooding due to heavy rain, and in this case, the outdoor swimming pool built on the banks also becomes flooded.

Therefore, when an outdoor swimming pool is flooded, even if the water drains, pollutants such as mud and sand from the river flow into the pool area as well as around the outdoor swimming pool. This not only causes the outdoor swimming pool to be unusable, but also causes the pollution flowing into the pool. Substances may fill the inside of the pipe, block the pipe, and flow into the filtering device at the end of the pipe, causing the filtering device to malfunction.

When the water level drops, flood damage restoration work such as water cleaning must be carried out so that the outdoor swimming pool can be used again, but the balancing tank installed on the berm also fills with contaminants such as mud and sand, making it unusable. There is no choice but to bring cleaning water from a location far away from the outdoor swimming pool or use a water truck to transport the water and then clean it, which takes a lot of time and is inconvenient.

In addition, since contaminants are clogged inside the pipes, work is needed to remove them, and broken filter devices also need to be repaired, which takes a lot of time, delaying the reuse of the outdoor swimming pool.

In addition, if cleaning is delayed after the water level has dropped, the mud inside the pipes as well as inside the filtration device may harden, causing piping work to be redone. The filtration device must be disassembled and reinstalled after cleaning, making it difficult to reopen the outdoor swimming pool. There are difficulties.

Republic of Korea Patent No. 10-1081507

The present invention aims to solve the problem of quickly recovering and reopening an outdoor swimming pool that has suffered water damage.

In addition, the present invention has another problem in preventing in advance the risk of contaminants flowing into the pipe and solidifying inside the pipe when there is a risk of the outdoor swimming pool being flooded, or the filter device breaking down.

In addition, the present invention has another problem in that it supplies cleaning water to the pool at high pressure by utilizing the existing pipes built in the outdoor swimming pool, the water inside the balancing tank, and the water supply.

In order to solve the above problems, the present invention includes a pool built at a predetermined depth on the banks of a stream or river; A balancing tank connected to the pool by an overflow pipe and a drainage pipe to store water discharged from the pool; A filtration device connected to the balancing tank and the drainage pipe to filter the water in the balancing tank, and connected to the pool and the water supply pipe to supply the filtered water to the pool; And a pipe control manhole built between the pool and the balancing tank to control the overflow pipe, the drain pipe, and the water supply pipe to prevent contaminants from the pool from flowing into the balancing tank. .

According to one embodiment of the present invention, a watertight cover is further coupled to the upper side of the balancing tank to prevent water from the upper part of the balancing tank from flowing into the interior.

According to one embodiment of the present invention, an open/close inspection port is further provided on one side of the overflow pipe, the drain pipe, and the water supply pipe of the pipe control manhole, and the inspection port is opened and a high-pressure water sprinkler device is inserted to supply water to the pool side, It is characterized in that water damage is restored by combining a cleaning nozzle at the end of the overflow pipe, drain pipe, and water supply pipe of the pool.

According to one embodiment of the present invention, the balancing tank includes a filtration submersible pump for supplying the water inside the balancing tank to the filtration device, and a discharge pump for discharging the water inside the balancing tank toward the storm water pipe. It is characterized by comprising a submersible pump and a cleaning submersible pump for supplying water at high pressure to clean the pool using the water inside the balancing tank.

According to one embodiment of the present invention, the pipe control manhole includes a first contaminant infiltration blocking valve installed in the midway portion of the overflow pipe, and a second contaminant infiltration blocking valve installed in the midway portion of the drainage pipe. And, it is characterized in that it includes a third contaminant penetration blocking valve installed in the middle part of the water supply pipe.

According to one embodiment of the present invention, the pipe control manhole includes a first pollutant discharge pipe and a first pollutant discharge pipe control valve installed in the middle of the overflow pipe in front of the first pollutant penetration blocking valve, and A second pollutant discharge pipe and a second pollutant discharge pipe control valve installed in the middle of the water supply pipe in front of the second pollutant penetration blocking valve, and a middle part of the water supply pipe in front of the third pollutant penetration blocking valve. It is characterized in that it includes a third pollutant discharge pipe and a third pollutant discharge pipe control valve.

According to one embodiment of the present invention, the pipe control manhole includes a first high-pressure water spray pipe and a first spray pipe control valve installed in the middle part of the overflow pipe, and a second water sprinkler pipe installed in the middle part of the drain pipe. It is characterized in that it includes a high-pressure water spray pipe and a second water spray pipe control valve, and a third high-pressure water water pipe and a third water spray pipe control valve installed in the middle of the water supply pipe.

The present invention has the advantage of increasing the satisfaction of users as well as operators, as it is possible to quickly restore and reopen a flood-damaged outdoor swimming pool using water from existing pipes and balancing tanks.

Additionally, if there is a risk of the outdoor swimming pool being flooded, the piping can be controlled from the piping control manhole to block contaminants from flowing into the piping, so there is no need to worry about contaminants hardening inside the piping or the filtration device breaking down. Since there is no equipment, it has the advantage of being able to be restored and put into operation within a short period of time.

1 is a schematic side conceptual diagram of a swimming pool to which a swimming pool water damage recovery system according to an embodiment of the present invention is applied.
Figure 2 is a schematic side conceptual diagram showing an enlarged view of the piping control manhole in the swimming pool flood damage recovery system according to an embodiment of the present invention.
Figure 3 is a schematic side conceptual diagram showing the operational relationship of the piping control manhole in a normal filtration state in a swimming pool to which a swimming pool water damage recovery system according to an embodiment of the present invention is applied.
Figure 4 is a schematic side conceptual diagram showing the operational relationship of the piping control manhole when discharging water from the pool into a stream or river when flooded in a swimming pool to which a swimming pool water damage recovery system according to an embodiment of the present invention is applied.
Figure 5 is a schematic side conceptual diagram showing the operational relationship of the piping control manhole when performing flood damage recovery using water from a balancing tank in a swimming pool to which a swimming pool water damage recovery system according to an embodiment of the present invention is applied.
Figure 6 is a schematic side conceptual diagram showing the operational relationship of the piping control manhole when performing flood damage recovery using tap water in a swimming pool to which a swimming pool flood damage recovery system according to an embodiment of the present invention is applied.

Specific structural and functional descriptions of the embodiments of the present invention disclosed in the present specification or application are merely illustrative for the purpose of explaining the embodiments according to the present invention, and the embodiments according to the present invention may be implemented in various forms. and should not be construed as limited to the embodiments described in this specification or application.

Since the embodiments according to the present invention can make various changes and have various forms, specific embodiments will be illustrated in the drawings and described in detail in the specification or application. However, this is not intended to limit the embodiments according to the concept of the present invention to a specific disclosed form, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another component, for example, without departing from the scope of rights according to the concept of the present invention, a first component may be named a second component, and similarly The second component may also be referred to as the first component.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between. Other expressions that describe the relationship between components, such as "between" and "immediately between" or "neighboring" and "directly adjacent to" should be interpreted similarly.

The terms used in this specification are merely used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, terms such as “include” or “have” are intended to indicate the existence of a described feature, number, step, operation, component, part, or combination thereof, but are not intended to indicate the presence of one or more other features or numbers. It should be understood that this does not preclude the existence or addition of steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having meanings consistent with the meanings they have in the context of the related technology, and unless clearly defined in this specification, should not be interpreted in an idealized or overly formal sense. No.

The present invention, as well as known, is an outdoor swimming pool built on the banks of a stream or river, as shown in Figure 1. Water parks, lazy rivers, etc. include a pool 100 with a predetermined depth and width, and a balancing tank 200 for storing water overblown from the pool 100, and a balancing tank 200. A filtration device 300 is provided that filters the stored water and supplies it back to the pool 100.

In other words, the pool 100 and the balancing tank 200 are designed to be built on the banks of a river or river, but the filtration device 300 is generally set up separately in a high place such as an embankment to prevent flooding. It is installed inside.

Here, the filtration device 300 is not limited to a specific filter, and it will be natural that various filtration devices 300 can be applied.

Additionally, an overflow pipe 110 is connected between the upper trench of the pool 100 and the balancing tank 200 to send water that overflows from the pool 100 to the balancing tank 200.

In addition, a drain pipe 120 is further provided between the bottom drain manhole of the pool 100 and the balancing tank 200 to drain water from the pool 100. The middle part of the drainage pipe 120 may be branched and connected to a river or river, and the middle part of the drainage pipe 120 is further provided with a drain pipe valve 122 to control movement to the river or river.

A supply pipe 210 is connected between the balancing tank 200 and the filtration device 300 to send water from the balancing tank 200 to the filtration device 300, and a supply pipe is located in the middle of the supply pipe 210. A valve 211 is further provided.

Additionally, a water supply pipe 310 is connected between the pool 100 and the filtration device 300 to supply water filtered by the filtration device 300 to the pool 100.

In addition, in the present invention, a piping control manhole 400 is further provided between the balancing tank 200 and the filtration device 300 to control the water flow in each pipe, so that even when the outdoor swimming pool is damaged by water, pollution flowing into the pool is prevented. Prevent substances from flowing into each pipe. Additionally, if necessary, each existing pipe can be utilized for flood damage restoration of an outdoor swimming pool.

The pipe control manhole 400 for this purpose is installed in the middle of each pipe so that a portion of the middle portion of the overflow pipe 110, drainage pipe 120, and water supply pipe 310 buried underground is exposed to the outside. It is desirable.

In addition, a watertight cover 220 is further attached to the upper side of the balancing tank 200 to block water around the upper side of the balancing tank 200 from flowing into the balancing tank 200 and can be opened when necessary. You can. In addition, the interior of the balancing tank 200 may be further provided with a submersible pump 230 for filtration, a submersible pump 240 for discharge, and a submersible pump 250 for cleaning.

The submersible pump 230 for filtration is intended to supply water stored inside the balancing tank 200 to the filtration device 300 through the supply pipe 210, and is connected to the supply pipe 210 for this purpose. .

The submersible pump 240 for discharge is used to discharge the water inside the balancing tank 200 into a rainwater pipe or sewer pipe when it is necessary to discharge it.

In addition, the cleaning underwater pump 250 uses the water inside the balancing tank 200 to supply it to the pool 100 through the water supply pipe 310 when the outdoor swimming pool suffers water damage and needs to be cleaned. This is to enable cleaning of the pool 100 and its surroundings. For this purpose, the cleaning submersible pump 250 is branched and connected to the middle part of the water supply pipe 310. In addition, a cleaning underwater pump valve 251 is provided between the water supply pipe 310 connected to the cleaning underwater pump 250, and the water supply pipe 310 connected to the filtration device 300 has a water supply pipe valve 312. ) is provided to control the movement of water.

An open/close inspection port 410 may be provided on one side of the overflow pipe 110, the drain pipe 120, and the water supply pipe 310 located in the pipe control manhole 400, respectively. The open/close inspection port 410 is normally connected in a watertight state by a gasket, etc., and can be opened to inspect the inside of each pipe when necessary. In addition, a high-pressure water supply device can be inserted into the open/close inspection port 410 to clean the inside of the pipe, or water can be supplied at high pressure to the pool 100. Therefore, the entire outdoor swimming pool, including the pool 100, can be cleaned by attaching a cleaning nozzle to the end of the overflow pipe 110 or the water supply pipe 310 on the pool 100 side and using the supplied water.

The piping control manhole 400 may be further equipped with separate piping and valves for each piping. Specifically, the first pollutant infiltration blocking valve 111 is installed in the middle of the overflow piping 110, A second contaminant penetration blocking valve 121 is installed in the middle part of the drain pipe 120, and a third contaminant penetration blocking valve 311 is installed in the middle part of the water supply pipe 310.

Additionally, the pipe control manhole 400 may be further equipped with pipes and valves for discharging contaminants from each pipe. Specifically, the first pollutant discharge pipe 420 is branched and installed in the middle part of the overflow pipe 110, and the second pollutant discharge pipe 430 is branched and installed in the middle part of the drain pipe 120, A third pollutant discharge pipe 440 is branched and installed in the middle part of the water supply pipe 310. In addition, first, second, and third pollutant discharge valves 421, 431, and 441 are installed in the first, second, and third pollutant discharge pipes 420, 430, and 440, respectively.

In addition, the pipe control manhole 400 may be further provided with pipes for supplying high-pressure water supply from the middle portion of each pipe. Specifically, the first high pressure water spray pipe 450 is branched and installed in the middle part of the overflow pipe 110, and the second high pressure water sprinkler pipe 460 is branched and installed in the middle part of the drain pipe 120, A third high-pressure water supply pipe 470 is branched and installed in the middle part of the water supply pipe 310. In addition, first, second, and third water spray pipe control valves (451, 461, and 471) are installed in the first, second, and third high-pressure water spray pipes (450, 460, and 470), respectively.

Additionally, each valve as well as the submersible pump can be controlled by an automatic control system 500 connected wirelessly or by wire.

The swimming pool water damage recovery system of the present invention, configured as described above, performs a process of filtering the water of the outdoor swimming pool (100) and circulating it back to the pool (100) in normal times.

That is, as shown in FIG. 3, when a large number of people enter the pool 100 filled with water, some of the water in the pool 100 overflows into the upper trench installed at the edge of the pool 100, which causes overflow. It flows into the balancing tank 200 through the pipe 110. At this time, the first contaminant infiltration blocking valve 111 of the overflow pipe 110 and the third contaminant infiltration blocking valve 311 of the water supply pipe 310 are open, and the second contaminant infiltration blocking valve 311 of the drain pipe 120 is in an open state. The contaminant infiltration blocking valve 121 and the drain pipe valve 122 are blocked.

In addition, the first pollutant discharge valve 421 of the first pollutant discharge pipe 420 connected to the overflow pipe 110 provided in the pipe control manhole 400, and the first pollutant discharge valve 421 of the first high pressure spray pipe 450 The water piping control valve 451 is also blocked, and the cleaning water pump valve 251 and the water supply piping valve 312 are also blocked.

Therefore, the water filled inside the balancing tank 200 through the overflow pipe 110 is filtered again through the supply pipe 210 by the high-pressure pump or filtration submersible pump 230 installed in the filtration device 300. It is sucked into the device 300 and filtered.

At this time, the second contaminant penetration blocking valve 121 and the drain pipe valve 122 of the drain pipe 120 are blocked. In addition, the second pollutant discharge valve 431 of the second pollutant discharge pipe 430 and the second water spray pipe control valve 461 of the second high pressure water spray pipe 460 are also blocked.

The water filtered by the filtration device 300 is circulated and supplied back to the pool 100 through the water supply pipe 310. At this time, the third contaminant penetration blocking valve 131 of the water supply pipe 310 is open, and the third contaminant discharge valve 441 of the third contaminant discharge pipe 440 and the third high pressure spray pipe 470 are in an open state. The third water piping control valve 471 is blocked.

If flooding occurs due to heavy rain, a stream or river may be flooded. In this case, polluted water and contaminants such as mud, sand, and tree branches also flow into the pool 100 and settle.

Therefore, when a flood is expected, the operation of the filtration device 300 is stopped in advance by the automatic control system 500, and the water supply pipe valve 312 of the water supply pipe 310 connected to the filtration device 300 is blocked. Let's do it. Additionally, all valves installed in each pipe are blocked.

That is, the first contaminant infiltration blocking valve 111 of the overflow pipe 110, the second contaminant infiltration blocking valve 121 of the drain pipe 120, and the third contaminant infiltration blocking valve of the water supply pipe 310. (311), etc. are all blocked.

Therefore, it is possible to prevent contaminated water and contaminants flowing into the pool 100 from flowing into the balancing tank 200 through the overflow pipe 110, drain pipe 120, and water supply pipe 310. The water inside the balancing tank 200 is maintained in an uncontaminated state because contaminants such as mud do not enter the water, and naturally, contaminants do not enter the filtration device 300, so there is no risk of malfunction.

After a flood has passed, a large amount of cleaning water is needed to clean the area around the outdoor swimming pool and the pool area to recover from water damage. In the present invention, flood damage recovery can be performed by utilizing the water inside the balancing tank 200.

First, the water inside the pool 100 can be temporarily used for flood damage recovery around the outdoor swimming pool, and when the use is completed, as shown in FIG. 4, the drain pipe valve 122 of the drain pipe 120 is opened to drain the pool 100. ) The contaminated water inside can be completely discharged into a stream or river.

Then, after checking the condition of each pipe through each open/close inspection hole (410) inside the pipe control manhole (400), the water inside the uncontaminated balancing tank (200) is used to inspect the area around the outdoor swimming pool and the pool (100). You can clean the inside. To this end, the cleaning submersible pump valve 251 and the third contaminant penetration blocking valve 131 are opened and the cleaning submersible pump 250 is operated. At this time, it is desirable to block the supply pipe valve 211 of the supply pipe 210 and the water supply pipe valve 312 of the water supply pipe 310.

Therefore, as shown in Figure 5, by the operation of the cleaning submersible pump 250, the water inside the balancing tank 200 is ejected at high pressure toward the pool 100 through the water supply pipe 310, and the water remaining in the water supply pipe 310 is ejected at high pressure. Pollutants are also discharged to the pool 100. In addition, by connecting a high-pressure watering device to the end of the water supply pipe 310 on the pool 100 side, it is possible to clean the pool 100 as well as the entire outdoor swimming pool by spraying water at high pressure.

In addition, when higher quality water is needed, the water inside the balancing tank 200 may not be used as is for flood damage recovery, but may be filtered and then used for flood damage recovery. To this end, the supply pipe valve 211 of the supply pipe 210 and the water supply pipe valve 312 of the water supply pipe 310 are opened by operating the automatic control system 500, and the third pollutant penetration blocking valve ( After opening 311), the filtration device 300 is operated.

Accordingly, the water inside the balancing tank 200 is filtered by the operation of the filtration device 300 and then is ejected at high pressure toward the pool 100 through the water supply pipe 310. Likewise, by connecting a high-pressure watering device to the end of the water supply pipe 310 on the pool 100 side, it is possible to clean the pool 100 as well as the entire outdoor swimming pool by spraying water at high pressure.

In addition, as shown in FIG. 6, flood damage recovery and cleaning may be performed using separate water supply water rather than using water from the balancing tank 200. To this end, in a state in which the water supply pipe valve 312 of the water supply pipe 310 connected to the filtration device 300 is blocked, the first, second, and third high-pressure water spray pipes 450 provided in the pipe control manhole 400 are connected. After connecting the water supply to all or any one of (460) (470), it is possible to clean the pool 100 as well as the entire outdoor swimming pool by spraying water at high pressure. At this time, all or any one of the 1st, 2nd, and 3rd sprinkler piping control valves (451) (461) (471) must be opened, and the 1st, 2nd, and 3rd pollutant infiltration blocking valves (111) (121) (311) ) Likewise, all or one of them must be open.

In addition, when using tap water, cleaning is possible through the open/close inspection port (410) instead of using the 1st, 2nd, and 3rd high-pressure water pipes (450, 460, and 470). With the 1st, 2nd, and 3rd spray pipe control valves (451, 461, and 471) of the spray pipes (450, 460, and 470) blocked, the 1st, 2nd, and 3rd contaminant penetration blocking valves (111) (121) (311) High-pressure water can be supplied to the pool 100 with all or any one of them open.

As described above, the flood recovery system of the present invention has no fear of contamination of the water in the balancing tank 200 connected to the pool 100 even if the outdoor swimming pool is flooded by a flood, and of course, there is no fear of the filtration device 300 breaking down. There is an effect that water stored in the balancing tank 200 and water supply can be used for flood damage recovery of an outdoor swimming pool.

100: Pool 110: Overflow pipe
120: Drain pipe 200: Balancing tank
210: supply pipe 220: watertight cover
230: Submersible pump for filtration 240: Submersible pump for discharge
250: Submersible pump for cleaning 300: Filtration device
310: water supply pipe 400: pipe control manhole
410: Open/close inspection port 420: First pollutant discharge pipe
430: Second pollutant discharge pipe 440: Third pollutant discharge pipe
450: 1st high pressure water spray pipe 460: 2nd high pressure water spray pipe
470: Third high pressure water spray pipe 500: Automatic control system

Claims (7)

A pool built to a predetermined depth on the banks of a stream or river;
A balancing tank connected to the pool by an overflow pipe and a drainage pipe to store water discharged from the pool;
A filtration device connected to the balancing tank and the supply pipe to filter the water in the balancing tank, and connected to the pool and the water supply pipe to supply the filtered water to the pool; and
It includes a piping control manhole built between the pool and the balancing tank to control the overflow pipe, drain pipe, and water supply pipe to prevent contaminants from the pool from flowing into the balancing tank,
The piping control manhole is,
A first contaminant penetration blocking valve installed in the middle part of the overflow pipe,
A second contaminant penetration blocking valve installed in the middle part of the drainage pipe,
A third pollutant penetration blocking valve installed in the middle part of the water supply pipe,
A first pollutant discharge pipe and a first pollutant discharge pipe control valve installed in the middle portion of the front overflow pipe of the first pollutant penetration blocking valve;
A second pollutant discharge pipe and a second pollutant discharge pipe control valve installed in the middle of the drainage pipe in front of the second pollutant penetration blocking valve;
A water damage recovery system for a swimming pool, comprising a third pollutant discharge pipe and a third pollutant discharge pipe control valve installed in the middle of the water supply pipe in front of the third pollutant penetration blocking valve.
According to clause 1,
A water damage recovery system for a swimming pool, characterized in that a watertight cover is further coupled to the upper side of the balancing tank to prevent water from the upper part of the balancing tank from flowing into the interior.
According to clause 1,
An open/close inspection port is further provided on one side of the overflow pipe, drain pipe, and water supply pipe of the pipe control manhole,
Open the inspection hole, insert the high-pressure water spray device, and supply it to the pool side.
A water damage recovery system for a swimming pool, characterized in that water damage is restored by combining a cleaning nozzle at the end of the pool's overflow pipe, drain pipe, and water supply pipe.
According to clause 1,
In the balancing tank,
a filtration submersible pump for supplying water inside the balancing tank to the filtration device;
A discharge submersible pump for discharging the water inside the balancing tank to the rainwater pipe,
A water damage recovery system for a swimming pool, comprising a cleaning water pump for supplying water at high pressure to clean the pool using the water inside the balancing tank.
According to clause 1,
The piping control manhole is,
A first high-pressure water spray pipe and a first water spray pipe control valve installed in the middle portion of the overflow pipe,
A second high-pressure water spray pipe and a second water spray pipe control valve installed in the middle part of the drainage pipe,
A flood damage recovery system for a swimming pool, comprising a third high-pressure water spray pipe and a third water spray pipe control valve installed in the middle portion of the water supply pipe.
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