KR102575228B1 - Seawater swimming pool that the difference between the rise and fall of the tide is large - Google Patents

Abstract

The present invention relates to a seawater swimming pool that is installed in the sea and allows seawater to automatically flow in due to excessive waves, and in particular, to a seawater swimming pool that is installed in the ocean with a large tidal range, such as the west coast or the south coast of Korea, and can be used as a leisure and tourism resource. The present invention includes a seawater swimming pool (110), an entrance/exit road (120), stairs (121), a flat area (122), a suction pipe (143), a discharge pipe (144), a pump (140), a tank (141), and a door (113), and an inlet groove (117).

Description

Seawater swimming pool that the difference between the rise and fall of the tide is large}

The present invention relates to a seawater pool that is installed in the ocean and allows seawater to automatically flow in due to excessive waves. In particular, it relates to a seawater pool that is installed in the ocean with large tidal differences, such as the west coast or the south coast, and can be used as a leisure and tourism resource. will be.

In general, pools installed in urban areas are designed to allow people to enjoy swimming and water play by storing water in a tank, but since most of them are indoor facilities, it is difficult to get the feeling of enjoying water play in a natural environment.

In addition, since many people use it in an environment where water does not circulate, various disinfectants are sprayed into the water to solve unsanitary problems, and there is a problem that many people are exposed to disinfectants that are harmful to the human body.

In addition, beach users may suffer safety accidents due to irregular water depths and unpredictable waves, rip currents may cause distress to beach users, and beach users may be harmed by toxic marine life or sharks. There are several problems, such as wearing it.

To solve this problem, seawater pools are being used where a water tank is installed on the coast, the seawater is sucked in with a pump, and then stored in the water tank to enjoy sea bathing. However, these pools are continuously operated to maintain the cleanliness of the seawater stored in the tank. There is a problem in that the pump must be operated or disinfectant must be sprayed at certain intervals.

Recently, in order to solve this problem, a seawater pool was proposed that allows seawater to naturally flow in and out of the seawater pool due to excessive waves.

However, in the case of Korea's west coast and south coast, the difference between tides is very large, so excessive waves flow into the seawater pool only during high tide, and at low tide, mud is exposed and seawater does not flow in, creating a problem that the facility cannot be properly maintained. there is.

Document 1. Korea Intellectual Property Office Registered Patent Publication No. 10-1136524, “Sea pool installed on the coast” Document 2. Korea Intellectual Property Office Registered Patent Publication No. 10-1653040, “Sea pool for all seasons” Document 3. Korea Intellectual Property Office Registered Utility Model Publication No. 20-0331948, “Seawater Swimming Pool”

The present invention was developed to solve the above problems. By installing a seawater pool even in the ocean where the tidal range is very large, marine leisure facilities such as swimming and water play can be operated, and seawater that can be used as a local tourist resource can be used. It is an object of the present invention to provide a swimming pool.

In order to achieve the above object, the seawater pool according to the present invention is spaced apart from the beach 10, the pool is located in the sea, and the seawater pool 110 is provided with a groove-shaped overflow 112 on the rear entrance wall; An access road 120 that is supported on a plurality of piers 123 so as to be located above sea level and approaches the seawater pool 110 from the beach 10; and a staircase 121 leading from the entrance/exit road 120 to the seawater pool 110, thereby allowing excess waves to flow into the pool.

At this time, the bottom of the seawater pool 110 is fastened and supported by an underwater beam 115, and the beam 115 is configured to be supported on a foundation 116 fixed to the bedrock.

In addition, at the bottom of the stairs 121, a flat land 122 is formed to be in contact with the seawater pool 110.

In addition, the sea-side entrance wall edge of the seawater pool 110 is characterized by an inflow groove 117 formed in the form of an inclined groove through which excess waves flow.

In addition, an intake pipe 143 and a discharge pipe 144 connecting the seawater pool 110 and the sea through which seawater flows; A pump 140 installed between the suction pipe 143 and the discharge pipe 144 to flow seawater; It is characterized in that it further includes a tank 141 installed between the pump 140 and the discharge pipe 144 to store seawater.

In addition, the sea-side entrance wall of the seawater pool 110 is characterized by further including a door 113 that opens from the bottom of the seawater pool 110.

In addition, the breakwater 130 is formed at a predetermined distance from the seawater pool 110 toward the sea, and has bends 131 at both ends bent toward the beach 10.

In addition, a separation wall 118 that separates the seawater pool 110 into a sea-side pool and a beach 10-side pool; A groove-shaped flow port 119 formed in the separation wall 118; A greenhouse (150) installed in the pool on the beach (10); And a water overflow 151 formed on the entrance wall of the pool on the beach 10 side.

In addition, the level of the overflow 112 of the sea-side pool is characterized in that it is formed higher than the level of the flow port 119 of the separation wall 118.

The seawater pool of the present invention, constructed as described above, can be operated by installing a seawater pool with a structure in which seawater flows in due to the inflow of excessive waves even on the west and south coasts where the tidal range is very large, and is equipped with a beautiful entrance and exit road and seawater pool facilities. It can contribute to the development of tourism business.

Figure 1 is a plan view showing a seawater pool according to the present invention.
Figure 2 is a perspective view showing a seawater pool according to the present invention.
Figure 3 is a side view showing a seawater pool according to the present invention.
Figure 4 is an enlarged perspective view of the inlet groove of the seawater pool according to the present invention.
Figures 5 and 6 are diagrams showing the rapid inflow of sea water and cleaning of foreign substances on the floor by opening the door.
Figure 7 is a perspective view showing a seawater pool equipped with a greenhouse that can be used all year round.

Hereinafter, the present invention will be described in detail with reference to preferred embodiments of the present invention and the accompanying drawings, assuming that the same reference numerals in the drawings refer to the same components.

When it is said that one component "includes" another component in the detailed description of the invention or in the patent claims, this is not to be construed as being limited to consisting of only that component, unless specifically stated to the contrary, and other components are not included. It should be understood that it can include more.

Terms such as “upper”, “lower”, “bottom”, “front”, “rear”, “bottom”, etc. used in this specification are merely for ease of description and refer to the components as shown in the drawings. Refers to orientation.

The seawater pool according to the present invention is designed to be installed and operated in the ocean, such as the west coast and south coast of Korea, where the tidal range is large and excessive waves are not properly inflow. ) It consists of an ingress and egress road (120) for entry and exit into and out of the seawater pool (110) and a management facility for maintaining the seawater in the seawater pool (110).

Figure 1 is a plan view showing a seawater pool according to the present invention, Figure 2 is a perspective view showing a seawater pool according to the present invention, and Figure 3 is a side view showing a seawater pool according to the present invention.

As shown in Figure 1, the seawater pool 110 of the present invention is installed in the sea away from the beach 10.

Conventional seawater pools are installed to face the beach (10) so that users can easily enter and exit the seawater pool through the beach (10). With this structure, if a seawater pool is installed on the west coast and the south coast where the tidal range is large, It is very difficult to maintain a constant water level and quality in the seawater pool because excess waves do not flow properly into the seawater pool.

Therefore, the present invention is a seawater pool (110) in the form of a water tank at a location spaced a certain distance from the beach (10) as shown in Figures 1 and 2 - a location where the seawater pool is located in the sea even at low tide and excess waves can flow in. ) is installed.

As shown in FIG. 3, the saltwater pool 110 of the present invention is built with a foundation 116 up to the bedrock, and the foundation 116 supports an underwater concrete beam 115, and the beam 115 The foundation is constructed to support the water tank-shaped seawater pool 110.

By constructing the foundation of the seawater pool as described above, the seawater pool 110 can be firmly fixed even in strong typhoons or ocean currents, and environmental destruction caused by the installation of the seawater pool can be minimized.

The seawater pool 110 is formed in the form of a water tank to store seawater inside and allow swimming. By installing a net 111 in front where excess waves flow in, toxic substances such as foreign substances, floating substances, and jellyfish are removed along with the excess waves. Prevent organisms from entering the seawater pool (110).

In addition, by forming a water overflow 112 in the form of a groove on the rear or back wall of the side wall of the seawater pool 110, the water level of the seawater pool 110 is always kept constant even if continuous excess waves flow into the seawater pool 110, and the seawater The seawater in the pool 110 is continuously circulated to maintain clean water quality.

The water level of the seawater pool 110 can be adjusted by variably adjusting the depth of the overflow 112, and various types of known equipment can be used for this equipment.

The seawater pool 110 of the present invention is installed at a distance from the beach 10 so that excessive waves continuously flow in even in the ocean with large tidal differences, so access to the seawater pool 110 may be inconvenient for users.

Therefore, for the convenience of users, an ingress and egress road 120 is installed to access the seawater pool 110 from the beach 10, as shown in FIGS. 1 and 2.

As shown in FIG. 2, piers 123 are installed on the beach 10 at predetermined intervals so that the access road 120 can be used as a walking path and prevent damage due to the wave pressure of a typhoon, and the piers 123 This access road 120 is supported so that the access road 120 is located above sea level.

As described above, the access road 120 is located above sea level - the access road 120 is located above the seawater pool 110 - so stairs ( 121) is installed.

In addition, it is desirable to install a flat area 122 at the bottom of the stairs 121 so that users can rest or store supplies.

As described above, the entrance/exit road 120 that allows entry or exit from the seawater pool 110 located away from the beach 10 can be used by users of the seawater pool 110, as well as taking advantage of the beautiful scenery of the sea. Therefore, it can be used as a walking path for tourists to take a walk, so it can also be used as a tourist resource.

Since the seawater pool 110 of the present invention is constructed in a location far away from the beach 10, even if the difference between tidal waves is large, seawater continues to flow into the pool due to excessive waves, and the continuous inflow of seawater and seawater inside the pool The water quality of the seawater pool (110) can always be kept clean through continuous discharge through the overflow (112).

At this time, as shown in FIG. 4, a right-angled inclined inflow groove 117 is formed at the corner of the sea-side entrance wall of the square-shaped seawater pool 110, so that excess waves flow into the seawater through the inflow groove 117. It is desirable to configure it to flow into the pool 110.

If the wall of the seawater pool 110 is maintained in a horizontal state, the inflow of excess waves acts on the entire front of the pool, making it uncomfortable for children to use due to wave pressure. As shown in Figure 4, the corner of the front entrance wall of the seawater pool well 110 If the inflow groove 117 is configured in the form of a groove, most of the incoming excess waves flow through the inflow groove 117 at the corner, thereby minimizing discomfort to users due to the incoming wave pressure.

If the difference between tidal waves is extremely large, the water level of the seawater pool 110 may be higher than the sea level, and in this case, the inflow of seawater due to excessive waves may not occur properly.

In this case, the water quality of the seawater pool 110 can be kept clean by installing the pump 140, tank 141, valve 142, suction pipe 143, and discharge pipe 144 as shown in FIG. You can.

As shown in FIG. 1, the pump 140 is driven to store seawater in the tank 141 through the suction pipe 143, and when necessary, the valve 142 is opened to store seawater in the tank 141 through the discharge pipe 144. It is supplied to the seawater pool (110) through.

As the seawater in the tank 141 is supplied to the seawater pool 110, the water inside the pool overflows through the overflow 112, and the seawater in the seawater pool 110 is replaced and kept clean.

In addition, when the pump 140 is operated in reverse, all of the seawater in the seawater pool 110 can be discharged to maintain, repair, or clean the pool.

It is also desirable to install the door 113 on the front entrance wall of the seawater pool 110 as shown in Figure 4.

By opening the door 113, seawater can quickly flow into the seawater pool 110 to fill it.

The seawater pool 110 can be filled with seawater only by the inflow of excess waves, or the circulation speed is relatively slow, but by opening the door 113, the seawater pool 110 can be quickly filled with seawater.

For example, for maintenance, repair and cleaning of the seawater pool 110, the pump 140 described above is operated to discharge all the seawater inside the seawater pool 110, and then when filling the seawater again, the door 113 is opened. You can quickly fill the seawater pool (110) with seawater.

And by driving the pump 140 and door 113 described above, foreign substances deposited on the beach can be quickly cleaned.

As shown in FIG. 5, the pump 140 is driven in reverse to make the water level of the seawater pool 110 lower than the sea level, and then the door 113 is opened as shown in FIG. 6, and the seawater flows into the seawater pool 110 at a high flow rate. As a result, foreign substances deposited on the bottom of the seawater pool 110 are floated, and then seawater is supplied to the seawater pool 110 by the continuous inflow of excess waves or the operation of the pump 140, causing the seawater in the seawater pool 110 to overflow and deposited. Since foreign substances can be discharged and cleaned, continuous operation of the seawater pool 110 and cleaning manpower can be minimized.

For this purpose, it is desirable to configure the door 113 to be open from the bottom of the seawater pool 110, as shown in FIGS. 5 and 6.

The door 113 may be opened and closed manually, or may be configured to be opened and closed remotely through various known driving means.

And, as shown in FIG. 7, by installing the greenhouse 150 in the seawater pool 110, the facility can be configured to use the facility even in cold or rainy weather.

In the case of installing the greenhouse 150, rather than installing the greenhouse 150 in the entire seawater pool 110, the greenhouse 150 is installed only in some areas of the seawater pool 110, so that users who want an open natural environment allows people to enjoy water play in the open area, and allows those who wish to use the warm greenhouse (150) area to use the greenhouse (150) area.

For this purpose, as shown in FIG. 7, a separation wall 118 is installed in the seawater pool 110 to separate the seawater pool 110 so that an open pool is located on the sea side, and a pool with a greenhouse 150 is installed on the beach 10 side. Make sure it is in this position.

And a flow port 119 is formed in the form of a groove in the separation wall 118.

When excess waves continuously flow into the open pool, part of the seawater in the open pool is discharged to the outside through the overflow 112, and the remaining part is discharged to the outside through the flow port 119 of the separation wall 118, where the greenhouse 150 is installed. flows into the pool.

At this time, the level (depth) of the overflow 112 is formed to be higher than the level (depth) of the flow port 119 of the separation wall 118, so that the amount of seawater discharged to the outside through the overflow 112 is greater than the amount of seawater in which the greenhouse 150 is installed. By ensuring that the amount of seawater supplied to the pool is large, seawater is always supplied to the pool where the greenhouse 150 is installed so that seawater can circulate.

At this time, as shown in FIG. 7, an overflow 151 through which seawater is discharged to the outside is formed on the entrance wall of the pool where the greenhouse 150 is installed.

Although not shown in the drawing, a facility can be configured to maintain a warm temperature by heating the seawater in the pool where the greenhouse 150 is installed so that users can enjoy the seawater hot spring at the same time.

As shown in Figure 1, by installing a breakwater 130 in front of the sea side of the seawater pool 110, the facility can be protected in the event of a strong typhoon, and even when waves are strong, the wave height is reduced so that users can enjoy the seawater pool safely. Make sure you enjoy it.

At this time, it is preferable to form bent portions 131 bent in the direction of the beach 10 on both sides of the breakwater 130 so as to reduce wave height in a wider range and direction.

The seawater pool of the present invention configured as described above can be operated by installing a seawater pool with a structure in which seawater flows in due to the inflow of excessive waves even in the west and south coasts where the tidal range is very large, and the entrance and exit road and seawater pool installed on the beautiful coast. The facility can contribute to the development of the local tourism industry.

The technical idea of the present invention has been examined through the above-described embodiments.

It is obvious that a person skilled in the art to which the present invention pertains can make various modifications or changes to the above-described embodiments based on the description of the present invention.

In addition, even if not explicitly shown or explained, a person skilled in the art may make various modifications including the technical idea of the present invention from the description of the present invention. is self-evident, and still falls within the scope of the present invention.

The above embodiments described with reference to the accompanying drawings are described for the purpose of explaining the present invention, and the scope of the present invention is not limited to these embodiments.

10: Beach
110: Seawater pool
111: net
112: Overwater
113: door
114: rail
115: Bo
116: Basics
117: Inflow groove
118: separation wall
119: Flow port
120: Entry and exit road
121: stairs
122: Flat land
123: Pier
130: Breakwater
131: bent part
140: pump
141: tank
142: valve
143: suction pipe
144: discharge pipe
150: Greenhouse
151: Overwater

Claims (9)

Even at low tide of the installed sea, the pool is located in the sea, so that excess waves can flow into the pool. The pool is located in the sea, separated from the beach (10) at a distance, and a groove-shaped overflow (112) is provided on the rear entrance wall. saltwater pool (110);
An access road 120 that is supported on a plurality of piers 123 so as to be located above sea level and approaches the seawater pool 110 from the beach 10;
Stairs 121 leading from the access road 120 to the seawater pool 110;
A flat surface 122 installed at the bottom of the stairs 121 to be in contact with the seawater pool 110;
An intake pipe 143 connecting the seawater pool 110 and the sea through which seawater flows; and discharge pipe 144;
A pump 140 installed between the suction pipe 143 and the discharge pipe 144 to flow seawater;
A tank 141 installed between the pump 140 and the discharge pipe 144 to store seawater;
On the sea side entrance wall of the seawater pool 110, a door 113 is opened from the bottom of the seawater pool 110; and
An inflow groove 117 through which excess waves flow in the form of an inclined groove is formed at the top of the corner of the sea-side entrance wall of the seawater pool 110, so that excess waves flow into the pool even at low tide. A saltwater pool in the ocean with a large difference.
According to paragraph 1,
The bottom of the seawater pool 110 is fastened and supported by an underwater beam 115, and the beam 115 is configured to be supported on a foundation 116 fixed to the bedrock. Pool.
delete delete delete delete According to paragraph 1,
A breakwater (130) formed at a predetermined distance from the seawater pool (110) to the sea side, and having bends (131) at both ends of which are bent toward the beach (10); characterized in that it further comprises a. A large ocean saltwater pool.
According to paragraph 1,
A separation wall 118 that separates the seawater pool 110 into a sea-side pool and a beach-side pool 10;
A groove-shaped flow port 119 formed in the separation wall 118;
A greenhouse (150) installed in the pool on the beach (10) side; and
A seawater pool in the ocean with a large tidal difference, further comprising a water overflow (151) formed on the entrance wall of the pool on the beach (10) side.
According to clause 8,
A seawater pool in the ocean with a large difference in tides, characterized in that the level of the overflow 112 of the sea-side pool is formed higher than the level of the flow port 119 of the separation wall 118.

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