KR100825917B1 - A park on the water for leisure and ecology experience - Google Patents

Abstract

A park for ecological experience and marine leisure is provided to decrease eutrophication and to improve the water quality by offering a space for ecological experience and leisure using a water space. A park for ecological experience and marine leisure comprises a floating open-air park(100) floating on the water, an ecological experience observation road(200) connected to the floating open-air park to let many people enjoy ecological experience at the same time, an ecological experience park(300) installed around the ecological experience observation road and provided with many artificial vegetation islands, a leisure park(400) connected to the floating open-air park, and a connection structure(500) connecting the floating open-air part with land.

Description

A park on the water for leisure and ecology experience}

1 is a schematic view showing the water ecology experience and leisure park according to an embodiment of the present invention.

Figure 2a is a perspective view showing a block unit.

FIG. 2B is an enlarged view for explaining a portion A of FIG. 2A. FIG.

Figure 2c is a perspective view showing an embossed block unit.

Figure 3 is a schematic cross-sectional view showing an artificial plant island used in the water ecological experience park shown in FIG.

Figure 4 is a schematic plan view for explaining the bird ecosystem experience park shown in FIG.

5 is a schematic perspective view for explaining the bird ecosystem experience park shown in FIG.

6 is a schematic view for explaining the swimming facility shown in FIG.

Figure 7 is a schematic cross-sectional view showing a floating structure that can be employed in the water ecology experience and leisure park according to an embodiment of the present invention.

8 is a side view of the floating structure shown in FIG. 7.

9 is a bottom view of the floating structure shown in FIG. 7.

<Description of reference numerals for main parts of the drawings>

1, 3. Block unit 100. Floating outdoor park

200 .. Ecological observation 210 .. Fish observation

220. Bird watching road 230. Insect observation road

300 .. Ecology Park 310 .. Bird Ecology Park

311.Artificial Plant Island

320 .. Fish Eco Experience Park 330. Insect Eco Experience Park

340 .. Aquatic Plant Park 400 .. Leisure Park

410..Swimming facilities 420..Water Lesports Park

430. Observatory 500. Linked Structure

600 .. Artificial Lake 700 ..

The present invention relates to aquatic ecological experience and leisure park, and more particularly, to aquatic ecological experience and leisure park that can provide a variety of ecological experience and leisure facilities, including methods of improving the ecological water environment using waterfront space will be.

 In recent years, as society has developed and advanced, the quality of life has improved significantly. As a result, citizens' desire for leisure, hobbies and outdoor activities is increasing.

However, due to urbanization, industrialization and population concentration, it is not easy to install ecological and leisure facilities in land space. That is, there is not enough land to use, and there is a problem in that construction costs are high due to the rise of land prices.

Therefore, recently, ecological experience spaces utilizing waterside spaces such as reservoirs, rivers, rivers, and seas near cities have been attempted.

However, there is still no experience space that can provide not only ecological experiences but also leisure and cultural areas at the same time, so there is a need for water parks that can enjoy more diverse ecological experiences and leisure. Is increasing.

The present invention was devised to achieve a solution to the above problems, using the waterfront space to provide aquatic ecological experience and leisure park to provide not only ecological experience but also leisure space artificial plants applying ecological engineering Its purpose is to help improve water quality such as reducing eutrophication by applying island and wetland methods.

Water ecological experience leisure park of the present invention for achieving the above object, the floating outdoor park is provided with a performance area of a predetermined area on the floating structure; An ecological experience observation path comprising a floating structure starting from one end of the floating outdoor park and connected to the other end of the floating outdoor park via a predetermined distance on the surface of the floating outdoor park; An ecological experience park comprising artificial plant islands floating on the surface of the water by observation of the ecological experience and having an effect of improving the water quality and restoring the ecosystem by vegetation base materials, microorganisms and plants; A leisure park connected to the floating outdoor park and provided in a floating state on the water surface by the floating structure to provide at least one leisure activity space; And a linked structure connecting the floating outdoor park and the land.

Here, the ecological experience park, Bird ecology experience park that provides a habitat for the habitat and breeding of birds and fish and benthic plants to feed the birds; Fish Ecological Experience Park, which provides habitats, shelters and spawning places for fish and benthic organisms; Aquatic insect ecological experience park providing an environment suitable for insect habitat; And aquatic plant parks having artificial plant islands effective in improving water quality and restoring ecosystems by planting various aquatic plants; It is preferable to include one or more of them.

In addition, the bird ecosystem experience park, a number of artificial plant islands; Is installed on top of the artificial plant island is a sashimi that provides a resting place for birds.

In addition, the fish ecosystem experience park, artificial plant islands that provide habitats, shelters and spawning places for fish and benthic creatures; An artificial reef connected to the bottom of the artificial plant island and installed in the water; And an observation bridge connected to the ecological experience observation path, installed in a floating state on the surface of the water, to observe the fish in the water, and having a transparent observation window.

In addition, the aquatic insect ecological experience park, it is preferable to include a plurality of artificial plant islands installed to surround the surrounding area by a predetermined area.

In addition, the water plant park is preferably provided by installing the artificial plant island to float in the virtual lake surrounded by the ecological experience observation path.

The leisure park may include: a swimming facility connected to the floating outdoor park and installed in a floating state on the water surface; A water sports park made of a floating structure extending a predetermined distance from the floating outdoor park, the water sports park having an eyepiece structure for docking water leisure equipment; It is preferable to include at least one of the.

In addition, the swimming facility, the first purifying unit capable of filtering and disinfecting water supplied from the surrounding wetland; A floating pool for receiving purified water from the purification unit and connected to the floating outdoor park; It is preferable to include; a second purifying unit for purifying the water drained from the floating pool.

In addition, the floating structure, the preserving wood provided in a predetermined length and width; It is installed at the lower portion of the splint, floating body comprising a high-density polyethylene block body;

The floating structure may include a plurality of high density polyethylene unit block bodies; It is preferable to include a; bolts for coupling the bolt fasteners provided in each of the unit block body. In addition, the floating structure is preferably formed by connecting a plurality of embossed block units on the surface of the ethylene vinyl acetate copolymer (ethylene vinylacetate copolymer) material.

Hereinafter, with reference to the accompanying drawings, it will be described in detail the water ecology leisure park according to an embodiment of the present invention.

1 is a schematic view showing the water ecology experience and leisure park according to an embodiment of the present invention. 1, the water ecology experience and leisure park according to an embodiment of the present invention, the floating outdoor park 100, the ecological experience observation path 200 connected to the floating outdoor park 100, and the ecological experience Ecological experience park 300 is installed around the observation path 200, and the associated structure 500 connecting the leisure park 400 and the floating outdoor park 100 connected to the floating outdoor park 100 and land Equipped.

The floating outdoor park 100 is provided with a predetermined floating structure floating on the water. In the floating outdoor park 100, a performance hall including a performance stage, a management building, a lighting facility, a bench, and other auxiliary facilities are installed. The floating structure may use a foamed polyethylene or a buoyant body having an empty space therein at the bottom of the splint, or a buoyant HDPE (High Density Polyethylene) block unit. As an example of the floating structure, as disclosed in the 'Aquatic Ecological Park Using Artificial Plant Island' (Application No. 10-2003-0024606) patented by the applicant, as shown in Figure 2a and 2b, The block unit 1 made of a high density polyethylene (high density polyethylene) may be configured by connecting a plurality of bolts 12 and the nut 13 using the bolt fastener 11. In addition, the floating structure may include a structure provided by connecting a plurality of embossed block units 3 to a surface of an ethylene vinylacetate copolymer material, as shown in FIG. 2C. In consideration of the width of the floating outdoor park 100, its capacity and the weight of the facility, the size and thickness of the block unit (1) and (3) are appropriately designed and installed so that the desired performance area and other auxiliary facilities are placed on the water surface. It can be secured.

The ecological experience observation path 200 is provided in a predetermined length and a predetermined path so as to start at one end of the floating outdoor park 100 and be connected to the other end of the floating outdoor park 100. Specifically, the ecological experience observation path 200 is provided by connecting the floating structures similar to the outdoor park 100 described above, the floating structure is a block unit (1) (3) shown in Figures 2a to 2c It may be provided by connecting to or in the form of an auxiliary bridge 700 as shown in FIGS. 7 and 8. The pontoon 700 is a buoyancy body 720 is coupled to the lower end of the pre-splining 710, the railing 730 is installed on the top side by side. The buoyancy body 720 may have a structure in which a buoyancy member 721, such as styrofoam, is wrapped with an HDPE (High Density Polyethylene) film from the outside, and then wrapped with an angle 723 using a bolt or the like. Angles may also be coupled to the lower side of the pre-column 710 by bolts, and the pre-column 710 and the buoyancy body 720 may be fastened by bolts.

In addition, the ecological experience observation path 200 by providing a starting point and a return point at different points of the outdoor park 100, respectively, predetermined by the border of the ecological park observation path 200 and the outdoor performance hall 100. A so-called virtual lake 600 surrounded by an area may be provided.

In addition, on the ecological experience observation path 200, the fish observation path 210 for intensively observing fish, the bird observation path 220 for intensively observing birds and insects that can intensively observe Insect observation path 230 may be divided. Each of the observation paths 210, 220, and 230 are provided at positions spaced apart from each other by a predetermined distance, and provided more widely among the entire observation paths 200, so that a plurality of eco-experiencers can simultaneously enjoy the ecological experience. Good to do.

In addition, by installing a viewing fence for safety at the edge of the ecological experience observation path 200, the experienced people can enjoy the ecological experience stably.

The ecological experience park 300 includes an algae ecological experience park 310, a fish ecological experience park 320, aquatic insect ecological experience park 330, and aquatic plant park 340.

The bird ecology experience park 310 is installed on the water surface around the bird watching path 220 to provide a habitat for the habitat and breeding of birds and habitats of fish and benthic plants that feed the birds. As shown in FIG. 3, the bird ecology experience park 310 includes a plurality of artificial plant islands 311 and a reef 313 installed on the artificial plant islands 311.

The artificial plant island 311 is disclosed in the 'non-skeletal artificial plant island' (Application No. 10-2003-0027583) filed by the applicant, the plate-shaped floating body 311a of the olefin-based foam molding resin And a flat mat vegetation base 311b and a mesh 311c made of synthetic resin.

The plate floating body 311a has a plurality of perforations 311e for inducing the roots of the aquatic plants to fall into the water. The flat mat-type vegetation base 311b has a structure in which vegetable natural fiber yarns slid the aquatic plants are filled in a net. Specifically, the vegetation base 311b is a flat mat-type or rubberized coconut fiber sheet (rubberized) filled with fibrous material such as coconut fiber in a mesh of natural fiber yarn such as coir fiber, cotton yarn and jute yarn. Coconut fiber sheet) is made of an environmentally friendly and nature-friendly material manufactured by impregnating rubber in coconut fiber, it is located above the float (311a). The materials filled in the mesh mat are easily decomposable materials, but the artificial vegetation island 311 can be used semi-permanently because the environment in which another plant can grow is naturally formed by the killing and decomposition of the planted aquatic plants. Do. The mesh 311c is combined to surround the plate-shaped float 311a and the planting base 311b so as to be integral, thereby forming a skeleton of one unit artificial plant island 311.

By connecting a plurality of artificial plant islands 311 of the above configuration can achieve the bird ecosystem observation park (310). In order to connect the plurality of artificial plant islands 311 with each other, for example, a main rope 316 and a connecting rope 317 may be used. The main rope 316 penetrates the inside of the artificial plant island 311 and forms a connecting ring 316a at the end of the main rope 316. And by connecting the connection ring 316a to the connection rope 317, it is possible to form a floating park by connecting a plurality of artificial plant islands (311). The main rope 316 and the connecting rope 316 is made of stainless wire or synthetic resin, preferably polyethylene, polypropylene material, which is resistant to corrosion in water and has excellent durability.

In addition, the artificial plant islands 311 may be connected to and supported by the ecological experience observation path 200 using the main rope 316 and the connection rope 316.

In addition, a fixed anchor may be installed on the bottom of the water surface, and the fixed anchor and the artificial plant island 311 may be installed with a rope so that the artificial plant island 311 is positioned in a floating position at a predetermined position. Detailed embodiments of the method for installing the artificial plant island using a fixed anchor as described above are disclosed in detail in the 'non-skeletal artificial plant island' (Application No. 10-2003-0027683) filed by the applicant.

And the sink 313 is installed on the artificial plant island 311 to provide a resting place for birds. Specifically, the scoop 313 is preferably fixed to the plate-shaped floating body 311a through the artificial plant island 311. Such a scoop 313 is installed a plurality, it may be formed of a metal material, wood and synthetic resin material.

In the algae ecological experience park 310 of the above configuration, the artificial plant islands 311 are connected to provide a space for the habitat and breeding of algae, as well as to provide a habitat for fish and benthic creatures that feed the birds. You can do it. Therefore, the natural gathering and breeding of birds is made, and the population is also naturally increased, which makes it possible to create a park that can experience the ecology of the algae without any additional management. In other words, it is possible to create an environment in which the habitat and breeding of algae can occur spontaneously.

In addition, by installing the reef 313 on the artificial plant island 311, it is possible to provide a resting place for birds, visitors to the ecological experience can observe the birds sitting on the reef 313 in more detail.

The fish ecology experience park 320 provides habitats, shelters, and spawning places for fish and benthic creatures, whereby the fish can naturally grow, and the population can naturally increase. The fish ecosystem experience park 320, as shown in Figures 4 and 5, artificial plant island 311, artificial fish reef 323 is installed on the lower portion of the artificial plant island 311, observation bridge 321 ).

Since the artificial plant island 311 has been described above with reference to FIG. 3, a detailed description thereof will be omitted. However, the hole (H) may be further formed to supply sunlight to the artificial plant island 311 lower portion.

The artificial reef (323: 人工 魚 礎 artificail reef) is disclosed in the 'applicable tunnel artificial reef structure implemented by a cylinder with holes on the side' filed by the applicant of the utility model registration (Application No. 20-2003-0009452) It refers to artificial structures in the water that are home to fish and benthic creatures. Specifically, the artificial reef 323 includes a cylindrical structure 323a and a microbial contact 323b connected to the lower portion of the cylindrical structure 323a. The cylindrical structure 323a is formed in a cylindrical tunnel type with an inlet and an outlet open. In addition, a plurality of holes are formed at the outer circumference of the cylindrical structure 323a so that the fish can pass freely. The cylindrical structure 323a is preferably inserted into a variety of materials that can help the fish's habitat environment, to form a certain degree of complexity to match the fish's habitat environment. For example, the cylindrical structure 323a may be formed of any one or more selected from porous lightweight ceramics, charcoal, and wood. Since these ingredients are materials having probiotic properties, they not only act to increase the contact of fish and induce spawning, but are also preferable in terms of water purification.

The microbial contact agent 323b is installed in the lower portion of the cylindrical structure 323a so as to extend in the vertical direction with respect to the water surface. The microbial contact agent 323b effectively decomposes the excreta of fish inhabiting the upper cylindrical structure 323a due to the microorganisms in contact, so that the habitat environment is not contaminated, and the algae and the like can be attached to each other. Effectively concealing small fish, and providing a play space, they also attract small fish.

The artificial reef 323 as described above is installed under the artificial plant island 311 such that a plurality of them are side by side or stacked.

And preferably, the artificial reef 323 is preferably installed in a separate support frame 324 formed in the form of a frame. The support frame 324 can use a variety of materials, regardless of a special material, it is preferable to be made of a material such as stainless steel in consideration of strength and corrosion resistance. The support frame 324 may be in the form of a quadrilateral frame or a triangular frame and a pentagonal frame, and other various shapes.

In addition, the upper frame 325 may be connected to the upper portion of the support frame 324 through a variable bar 326. The upper frame 325 is filled with a buoyancy material is formed in a size corresponding to the size of the artificial plant island 311 to support the artificial plant island 311.

The variable bar 325 is coupled to the upper frame 325 so as to be movable relative to the support frame 324, thereby adjusting the distance between the upper frame 325 and the support frame 324. In view of the distinction between the habitat, the spawning habit and the feeding habit according to each species of fish, the spacing between the artificial reef 323 and the artificial plant island 311 can be properly adjusted.

The observation bridge 321 is connected to the ecological experience observation path 200 is installed in a floating state on the water surface is provided to observe the fish in the water. The observation bridge 323 is formed by connecting the block unit 3 described above with reference to FIG. 2C, or the splint 710, the floating body 720, and the handrail 730 as described with reference to FIGS. 7 and 8. It may be provided in the form of a pontoon 700 made by a coupling structure of the). That is, the ecological experience observation path 200 and the artificial plant island 311 may be connected by using a plurality of block units 3 or an observation bridge 321 in which floating bodies are coupled to a splinter.

In addition, the observation bridge 321 is preferably provided with a transparent observation window (321a) that can observe the fish in the water. The observation window 321a may be formed of tempered glass or transparent plastic material having excellent strength. In addition, the observation box 321b is provided at the lower portion of the observation window 321a to more effectively observe the fish in the deep water through the observation window 321a. The observation box 321b may also be formed of a transparent glass or plastic material, may be provided integrally with the transparent observation window 321a, or may be provided separately. And both sides of the observation bridge 321 is provided with a viewing fence 321c for safety.

The fish ecology experience park 320 having the above-described configuration is a configuration including an artificial plant island 311 and an artificial reef 323, and can provide a very good environment for fish to inhabit and breed. In addition, the function of purifying the water quality can also be combined. Therefore, in addition to improving the water environment through the breeding of fish, it is possible to provide people with a space to enjoy their free time as well as a space for experiential learning to experience the ecology of fish.

The aquatic insect ecology experience park 330 is provided in a predetermined area on the water surface around the insect observation path 230. The water insect ecological experience park is provided by connecting a plurality of artificial plant islands 311 as described above with reference to FIG. The artificial plant island 311 constituting the aquatic insect ecology experience park 330 includes planting aquatic plants suitable for aquatic insects, such as water seals, including dragonflies and butterflies, suitable for inhabiting various kinds of insects. You can create an environment. Therefore, in the insect insect ecology experience park 330 provided along the insect observation path 230, it is possible to experience and learn the ecology of various insects.

The aquatic plant park 340 is provided in the virtual lake 600 surrounded by the ecological experience observation path 200, it can be provided by connecting a number of artificial plant islands 311 described above. In the aquatic plant park 340 by planting various kinds of aquatic plants for each type, it is possible to create a floating aquatic plant park having, for example, seasonal features. The artificial plant island 311 constituting the aquatic plant park 340 may be installed in a predetermined position and a predetermined pattern by connecting a rope to a fixed anchor installed at the bottom of the water.

The leisure park 400 is provided to be connected to the floating outdoor park 100, is provided in a floating state on the water surface by the floating structure. The leisure park 400 includes a swimming facility 410 and a water sports park 420.

Referring to FIG. 5, the swimming facility 410 includes a first purifying unit 412 and a floating pool 413 and a second purifying unit 415 for filtering and disinfecting water supplied from the surrounding wetland 411. It is provided.

Here, the surrounding wetland 411 may be prepared by planting waterfront aquatic plants such as reeds in a water depth of about 1.5m in the vicinity of the water ecology experience and leisure park according to an embodiment of the present invention.

The first purifying unit 412 includes a filtration tank 412a for primarily purifying water drawn from the wetland, and a disinfection tank 412b for disinfecting water passing through the filtration tank 412a. The filtration tank 412a may purify the water drawn from the wetland 411 by filling gravel in a predetermined chamber or tank facility to filter out relatively large foreign matter or impurities.

The disinfection tank 412b disinfects the water passing through the filtration tank 412a in accordance with recreational water quality standards, for example, chlorine disinfection in accordance with the water quality standards of the swimming pool.

The floating pool 413 may be formed of a material capable of floating on the surface of the floating pool 413, for example, the same material as that of the block unit 1, and may be formed by connecting a plurality of structures. . In addition, the embossed block unit 3 is connected to the periphery of the floating pool 413 to provide a space and a free space for the installation of related facilities around the floating pool 413.

The second purifying unit 414 includes a screen for removing coarse contaminants mixed in the water drained when discharging the water contained in the floating pool 413.

Water passing through the second purifying unit 414 may be discharged to the surrounding wetland 411 to be naturally purified. Here, the peripheral wetland 411 may be provided and used in various places.

In this way, if the swimming facility 410 is provided in a floating state on the surface of the water, it is easy to intake and drain water, and it does not need a separate paper for the swimming facility, thereby reducing the cost of the facility and effectively using the water space. Because it can be, there is an advantage that can be installed in the city center and around the city.

In addition, the water sports park 420 is provided connected to a predetermined length in the swimming pool 410 or the outdoor performance hall 100. The water sports park 420 may also be provided as a floating structure including the block unit 3, and may be provided with a marina such as a boat, water ski, or yacht. And at the end of the water sports park 420 may be provided with a gazebo 430 to provide a place to view the surrounding landscape. In addition, the linkage structure 500 is provided to have a predetermined length to connect the outdoor performance hall 100 and the land. Such a takeover structure may be provided by connecting a floating structure such as a pontoon bridge, a dock, or the like, or a block unit 3.

In addition, although not shown, mooring facilities including structures, anchors, or land supports constructed in the form of piers from the bottom of the water may be additionally provided in aquatic ecological experiences and leisure parks. The pier-type solid underwater structure is installed two or more mooring device for firmly supporting the structure of the present invention can increase the safety of the entire structure from blue, wind, etc., by installing a light on the top, It can be used as a lighthouse and can be used as a network by installing a network system. In addition, a night light tower may be installed for use at night, and additional lighting facilities may be installed if necessary.

In addition, a management building including a dressing room, a machine room, a management room, a ticket office, etc. may be provided around the outdoor park 100.

According to the water ecology experience and leisure park of the present invention as described above, it is possible to efficiently use the water space without reclamation of the water surface.

In addition, not only the sleeping space, but also the underwater space can be used eco-friendly / ecologically.

In addition, by inducing various interactions between various ecosystem composition and plant species, it can greatly help the conservation and activation of the ecosystem.

In addition, there is an advantage that you can enjoy ecological experience and leisure at the same time.

In addition, by supplying and treating recreational water using ecological engineering, it not only prevents pollution of water quality, but also suppresses eutrophication, thereby helping to improve water quality, and thus it can be used in an environmentally friendly manner.

In addition, ecological experience parks and leisure parks can be created together in the sleeping space, thereby providing a space for experiential learning and leisure activities while improving water quality. Therefore, it is very useful in urban areas with high land-use density, and it has the advantage of providing parks near the home at a low price for many people, and it is a dry type that can introduce wet plants and land plants, which are mainly aquatic plants. By using the banks together, the water quality can be improved while maximizing the beauty of the scenery.

Claims (11)

A floating outdoor park in which a performance hall having a predetermined area is provided above the floating structure; An ecological experience observation path comprising a floating structure starting from one end of the floating outdoor park and connected to the other end of the floating outdoor park via a predetermined distance on the surface of the floating outdoor park; An ecological experience park comprising an artificial plant island to float on the surrounding water surface through the ecological experience observation; A leisure park connected to the floating outdoor park and provided in a floating state on the water surface by the floating structure to provide at least one leisure activity space; Water ecosystem and leisure park comprising a; linked structure connecting the floating outdoor park and land. According to claim 1, The ecological experience park, A bird ecology experience park that provides a space for bird breeding and breeding and a habitat for fish and benthic plants that feed on birds; Fish Ecological Experience Park, which provides habitats, shelters and spawning places for fish and benthic organisms; Aquatic insect ecological experience park providing an environment suitable for insect habitat; And Aquatic plant park having an artificial plant island that can plant a variety of aquatic plants; Water ecology and leisure park, characterized in that it comprises one or more of the. According to claim 2, The bird ecology experience park, A number of artificial plant islands; Water ecological experience and leisure park comprising a; is installed on the top of the artificial plant island that provides a resting place for birds. According to claim 2, The fish eco experience park, Artificial plant islands providing habitats, shelters and spawning places for fish and benthic organisms; An artificial reef connected to the bottom of the artificial plant island and installed in the water; And It is connected to the ecological observation observation path, is installed in a floating state on the water surface is provided to observe the fish in the water, observation bridge having a transparent observation window; water ecological experience and leisure park comprising a. According to claim 2, The water insect ecology experience park, Water ecological experience and leisure park, characterized in that it comprises a plurality of artificial plant islands installed to surround the ecological experience in a certain area. According to claim 2, The water plant park, Water ecological experience and leisure park, characterized in that the artificial plant is installed to be floating in the virtual lake surrounded by the ecological observation path. According to any one of claims 1 to 6, The leisure park, A swimming facility connected to the floating outdoor park and installed in a floating state on the water surface; A water sports park made of a floating structure extending a predetermined distance from the floating outdoor park, the water sports park having an eyepiece structure for docking water leisure equipment; Water ecological experience and leisure park comprising at least one of. The method of claim 7, wherein the swimming facility, A first purifying part capable of filtering and disinfecting water supplied from the surrounding wetland; A floating pool for receiving purified water from the purification unit and connected to the floating outdoor park; And a second purification unit for purifying water drained from the floating pool. The floating structure according to any one of claims 1 to 6, wherein Preserved wood provided in a predetermined length and width; The water ecology experience and leisure park, characterized in that it is installed in the lower portion of the wood, including a float containing a high density polyethylene block. The floating structure according to any one of claims 1 to 6, wherein A plurality of high density polyethylene unit block bodies; Water ecological experience and leisure park comprising a; bolts for coupling the bolt fasteners provided in each of the unit block body. The floating structure according to any one of claims 1 to 6, wherein Aquatic ecological experience and leisure park, characterized in that a plurality of embossed block units connected to the surface of the ethylene vinylacetate copolymer (ethylene vinylacetate copolymer) material.

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