KR100647211B1 - Flowerpot using for wall fountain, and modeling process of natyral soundproof system is applied it - Google Patents

Abstract

Provided is a structure of wall fountain and flowers, which is assembled, disassembled and applied with ease, improves a landscape by forming an artificial fall, and allows automatic water supply to plants. The structure of wall fountain and flowers comprises: a planting member(10) having a lower jaw and an upper jaw so as to be stacked in a multilayer structure; a fixed frame(20) having a fixing groove(21), into which one lateral side of the planting member is inserted; a support frame having a fixing groove(21), into which the other lateral side of the planting member is inserted, and a hose groove(31) for a lift hose(42); an upper water tank attached to the top of the planting member, storing water supplied through the lift hose temporarily and ejecting the water through an ejection port(41); a lower water tank for supporting the bottoms of the fixing frame and the support frame and for conveying the water to the upper water tank; and a water holder(60) attached to the bottom of the planting member(10) and storing water ejected through the ejection port temporarily.

Description

Flowing flower sculpture and design method of ecological soundproof wall recording system using the same {FLOWERPOT USING FOR WALL FOUNTAIN, AND MODELING PROCESS OF NATYRAL SOUNDPROOF SYSTEM IS APPLIED IT}

1 is an exploded perspective view schematically showing an embodiment of a water flow flower sculpture according to the present invention;

2 is a cross-sectional view taken along the line II-II of FIG.

3 is an enlarged view illustrating main parts of III shown in FIG. 2;

4 is a cross-sectional view schematically showing an embodiment of planting a gravel layer and various plants in the lower water tank shown in FIG.

Figure 5 is a schematic cross-sectional view showing another embodiment of planting the water vegetation gravel layer in the lower water tank shown in FIG.

Figure 6 is a side cross-sectional view schematically showing another embodiment of the water flow flower sculpture according to the present invention,

FIG. 7 is an exploded perspective view schematically showing another embodiment of dividing the lower water tank shown in FIG. 1 into four zones and purifying contaminated water through purification means; FIG.

8 is a schematic diagram schematically showing a method of interlocking a lower water tank provided in the present invention with a household purification system;

Figure 9 is a process diagram schematically showing a design method of ecological soundproof wall recording system using a water stream according to the present invention.

<Description of Symbols for Major Parts of Drawings>

10: planting department 11: thick plate

11a: protrusion 12: side plate

13: front panel 14: planting space

15: lower outlet 16: wick

17: lower step 18: upper step

20: fixed frame 21: fixed groove

30: support frame 31: hose groove

40: upper water tank 41: spout

42: rising hose 43: watering hose

44: level 45: front outlet

50: lower water tank 51: caster

52: pump 53: partition

54 filter 55 fine mesh

56: wire mesh 57: nonwoven

58: exit

60: drip tray 61: filter means

70: purification means 71: cover

80: purification system 81: valve

82: catch

A: coarse gravel B: topsoil

C: Waterside plant D: Zeolite

E: aquarium a: small pebbles

S1: Theme selection step S2: Layout step

S3: Structure Design Stage S4: Skeletal Formation Stage

S5: Ecological soundproof wall recording system setting step using water flow flower sculpture

S6: Plant Planting Stage

S7: water supply step S8: maintenance step

The present invention relates to a wall flower pot, and more specifically, to automatically supply water to the plants planted in the planting space on the front, directing the artificial waterfall on the back, the wall flower sculpture easy to assemble, disassemble and apply, and The present invention relates to a design method of an ecological soundproof wall recording system.

In general, flower sculptures, such as decorative flower pots, have been developed mainly from theme parks and traditional flower gardens, and have been developed as symbols of flower fairs, general events, and fine arts. Done.

The flower sculpture is characterized by the development of technology for continuous water management, the development of the desired color and strong vitality and comprehensive conditions that must be accompanied by the development of plants and varieties that require a long flowering period.

However, there may be a side effect of falling into one monster when it does not achieve the ultimate aesthetic effect on this environment. Therefore, a theoretical study in the field of high-quality and specialized fields with aesthetic ability by form composition and color harmonization should establish a solid foundation to avoid the fear of being a one-time fashion.

Conventional decorative flower pot is a structure that can not be disassembled once assembled, there is a problem that it is inconvenient to move when necessary, or to install in a specific sculpture.

In addition, there is a problem in that it is not possible to give a different function than other products of the same type because it is not able to perform a function other than planting and appreciating the plant, and accordingly, there is a problem in that it cannot satisfy the needs of consumers who are sensitive to the multifunctionality and diversification of the product.

The present invention has been made to solve the above problems, the assembly and disassembly and application is easy, to produce artificial waterfalls to enhance the landscape effect, to provide a water flow flower sculpture that automatically supplies water to the plant There is this.

In addition, by selecting the optimal theme according to the installation environment and purpose, and setting the water flow flower sculptures according to the selected themes, the ecological soundproof wall recording system using the water flow flower sculptures can improve the overall aesthetics and improve the management efficiency. Another purpose is to provide a design method.

The wall spring flower sculpture according to the present invention for achieving the above object is formed in the wall with a decorative effect using water and plants, the lower step is formed in the lower rear to stack a plurality, corresponding to the upper rear A planting portion having a lower step formed therein; A fixing frame having a fixing groove into which one side of the planting portion is inserted and coupled; A support frame having a fixing groove into which the other side of the planting portion is inserted and a hose groove into which a rising hose is inserted; An upper water tank attached to an upper side of the planting part and temporarily storing water supplied through a rising hose, and discharging water through a rear spout if the water level is higher than a reference level; A lower water tank supporting the lower part of the fixed frame and the support frame and transferring the stored water to the upper water tank through a rising hose; Is coupled to the lower side of the planting portion, characterized in that consisting of a drip tray for temporarily storing the water discharged through the spout.

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

1 is an exploded perspective view schematically showing an embodiment of a water flow flower sculpture according to the present invention, FIG. 2 is a cross-sectional view taken along the line II-II of FIG. 1, FIG. 3 is an enlarged view of the main part of III shown in FIG. 4 is a cross-sectional view schematically showing an embodiment of planting a gravel layer and various plants in the lower water tank shown in Figure 1, Figure 5 is another embodiment of planting the water vegetation planting the gravel layer in the lower water tank shown in FIG. Figure 6 is a cross-sectional view schematically showing an example, Figure 6 is a side cross-sectional view schematically showing another embodiment of the water flow flower sculpture according to the present invention, Figure 7 partitions the lower water tank shown in Figure 1 into four zones, Figure 8 is an exploded perspective view schematically showing another embodiment for purifying the water through the purifying means, Figure 8 is a schematic diagram schematically showing a method of interlocking the lower water tank provided in the present invention with a household purification system, 9 is a process chart schematically showing a design procedure for ecological sound barriers recording system using byeokcheon flower sculpture according to the invention.

As shown in Figures 1 to 3, the wall flower pot of the present invention, the planting portion 10 for planting the plant, the frame 20, 30 for supporting the planting portion 10, and water to the plant It is composed of water tanks (40) and (50) for supplying and producing artificial waterfalls at the same time.

The planting part 10 is attached to the side plate 12 on both sides of the front plate 11 of the rectangular shape, and the front plate 13 between the side plate 12 to attach the soil to plant the planting space (14) is formed.

At this time, the lower discharge port 15 is formed in one lower portion of the planting space 14 so that water can be discharged, and a protrusion 11a is formed on the rear surface of the rear plate 11 so that the artificial waterfall flows more three-dimensionally. To express realistically and realistically.

The planting unit 10 may be made of solid wood so as to absorb the water itself to be supplied to the plant planted in the planting space (14), and can use a variety of materials according to the environment and purposes, such as other FRP, plastic, etc. The lower stepped portion 17 is formed at the lower rear side of the planting part 10, and the upper stepped portion 18 corresponding to the upper side is provided at the upper side, and a plurality of planting parts 10 may be stacked in the vertical direction. have.

On the other hand, the present invention proposes an embodiment of using the wick to increase the efficiency of water supply.

That is, in the planting space 14, a plurality of wicks 16 penetrate the rear plate 11 through the spaced space between the lower step 17 and the upper step 18 and flow to the rear plate 11. Can be configured to be supplied to the plant through the wick (16).

At this time, the lower step 17 and the upper step 18 is preferably formed in a predetermined space (gap) so that water can be communicated through the wick 16, as shown in the enlarged view in FIG. The wick 16 sucks water flowing from the rear side into the upper planting part 10, and when there is a lot of water in the planting part 10, the wick 16 also serves as a drain.

In addition, the bottom of the ash section 10 is coupled to the drip tray 60 for temporarily storing the water of the artificial waterfall flowing to the rear plate 11, the lower side of the drip tray 60 is temporarily stored in the water tank 50 Filter means 61 for purifying the contaminated water while transferring to the furnace is mounted, and a lowering hose 62 is formed below.

In this way, the planting part 10 formed by stacking one side of the rear plate 11 is inserted into the fixing frame 20, and the other side of the support frame 30 having a hose groove 31 for inserting the rising hose 42. Is inserted into and fixed, the frame 20, 30 is fixed to the inside of the lower water tank (50).

On the other hand, the upper surface of the planting portion 10, as shown in Figures 2 and 3, the upper water tank 40 is coupled to produce an artificial waterfall.

On the back of the upper water tank 40 is formed a discharge port 41 for discharging when the water is filled, the lower hose 42 is coupled to the lower side is inserted into the hose groove 31 of the support frame 30 It is connected to the bottom water tank (50).

In addition, inside the upper water tank 40, a watering hose 43 connected to the rising hose 42 to spray water uniformly through a plurality of holes, and a level 44 for maintaining a constant water surface It is installed.

As an embodiment of the present invention, it is preferable that the jet port 41 of the upper water tank is formed to form a groove having a horizontal shape so that the discharge of water can be maintained constant throughout.

As another embodiment of the present invention, the outlet 41 of the upper water tank may be formed of a plurality of through-holes so that the discharge of water can be maintained in a shape that is discharged at a plurality of specific locations, to adjust the amount and shape of the flowing water It can be expressed in various shapes such as rectangle, circle, and rectangle.

The lower side of the water tank 50, the caster 51 may be mounted for convenient movement, the pump 52 is mounted therein to supply water to the upper water tank 40 through the rising hose 42. Done.

In addition, the lower water tank (50) is preferably laminated to gravel (A, a) or by cultivating the water vegetation (C) is configured to be able to purify itself when the water used for a long time is contaminated.

When the water flow flower structure constructed as described above is filled with water, which is transferred from the lower water tank 50 to the upper water tank 40 by the pump, to the outlet 41 formed on the rear surface of the upper water tank 40, the planting part 10 Will flow to the back of

At this time, the flowing water is expressed more three-dimensionally while riding over the projection (11a) formed in the thick plate 11, and also the water is transferred to the planting space (14) through the wick (16) penetrating the thick plate (11) It will supply water automatically.

Then, the water discharged to the lower outlet 15 is supplied to the planting part 10 located at the bottom again, the water of the artificial waterfall is obtained into the lower water tank 50 is again the upper water tank by the motor The operation of transferring to 40 is repeated.

As another embodiment of the present invention, one side of the rear plate may be installed to form a plurality of high-brightness LED (LED) to increase the lighting effect at night. At this time, the LED is made of three colors of RGB is possible to produce a variety of colors, it is of course formed of a waterproof structure in order to prevent the water penetrates.

On the other hand, the water tank according to the present invention, as shown in Figure 4, can be configured to separate the front and rear by the partition 53, and to move to the purified state through the filter 54.

That is, it maintains an aquarium (E) or pond shape where fish can be raised directly through the water flowing from the water stream on the rear side, and the gravel (A, a)-wire mesh (56)-nonwoven fabric (57)-from the lower layer on the front side. Soil (B)-water plants (C) "can be sequentially stacked to form a more environmentally friendly flower sculpture.

At this time, by installing the nonwoven fabric 57 and the wire mesh 56 in the lower portion of the top soil (B), it is preferable to pay attention so that foreign matter in the top soil (B) does not move in the direction of the pump (52).

In addition, the pump 52 is provided on the lower end of the front of the lower water tank 50, the outer surface of the fine particles (55) by covering the fine particles 55 to block the inflow of gravel or foreign matter secondary and purified by the filter 54 Only the water is supplied to the rising hose 42.

In addition, the water tank according to the present invention, as shown in Figure 5, the front surface of the water flow flower consisting of "zeolite (D)-coarse gravel layer (A)-small gravel layer (a)-water vegetation (C)" It is also possible to form a sculpture.

On the other hand, the present invention, as shown in Figure 6, may be configured by installing the planting portion 10 to cross the front, rear.

At this time, the water flowing from the upper water tank 40 flows through the rear plate 11 is temporarily stored in the drip tray 60, flows to the other side through the gap formed in the drip tray 60 to give a more three-dimensional and aesthetic It becomes a flower sculpture.

On the other hand, the lower water tank 50 is configured to include a filter means 61 for purifying and reusing the used water, and a pump for transferring the purified water back to the upper water tank, the primary use in the wall Purified water is not only reused as clean water at all times, but also rainwater and the like can be purified and used by the filter means 61 to realize both cost reduction and protection of water resources.

In this invention, as shown in FIG. 7, for this purpose, a more specific embodiment of self-purifying water circulated through the purifying means 70 is proposed.

That is, the purifying means 70 is to install the gravel (A, a) on the lower side, the zeolite (D) having excellent purification ability to the upper side is purified while the water circulated for a while.

The water of the lower water tank 50 is operated by the pump 52 is transferred to the upper water tank 40 through the rising hose 42, the water discharged through the spout 41 is primarily the drip tray (60) Purified through the filter means 61 is installed in, and falls back to the lower water tank 50 through the lowering hose (62).

At this time, the water obtained in the lower water tank (50) flows through the gravel (A, a) and zeolite (D) provided in the purification means 70 and is purified to flow to the next space, and the same operation is repeated again rising The hose 42 is to move to the installed space.

In more detail, the lower water tank 50 according to the present invention is primarily purified through a first zone in which used water is obtained, and purification means 70 formed on one side of the water in the first zone. And the second zone where the water is transferred to the second zone, and the third zone where the water of the second zone is purged and transported through the purification means 70 formed on one side, and the water of the third zone on one side of the purification means 70 It is configured to be divided into a fourth zone to be purified through the third through the driving force of the pump 52 to the upper water tank (40).

At this time, the water flow flower sculpture installed on the upper side of the lower water tank 50 is omitted for convenience of explanation, and the first to fourth zones separately partition the lower water tank 50 because it is separately on the drawing. Do not display.

In addition, the purifying means 70 is a coarse gravel (A) of large particles, small gravel (a), zeolite (D) of the particles are sequentially stacked, the cover is removable so as to remove the suspended matter in the top layer 73 is provided.

On the other hand, the water flow flower sculpture according to the present invention can form a more environmentally friendly system by using the purified water as shown in FIG.

That is, the rainwater flowing from the roof is stored through a separate water collecting receiver 82, and the stored rainwater is cleanly purified in the purification system 80 including the valve 81 and the filter 54 integrally so that the water flow flower sculpture It is supplied to the lower water tank 50, the lower water tank 50 is to supply it to the upper water tank 40 provided in the upper layer portion of the wall through the rising hose 42 in the manner described above.

This is because it is not necessary to supply a separate tap water to the lower water tank 50, it recycles rainwater supplied by natural phenomena, it is not only an eco-friendly purification system, but also an ancillary maintenance of water supply is improved. It works.

At this time, the water exceeding the storage capacity of the catch 82 or the lower water tank 50 is discharged to the outside through a separate exit port (58).

Such water flow flower sculptures are easy to assemble, disassemble and apply, select a theme according to the installation environment and purpose, and implement various animal shapes, flower towers, artificial rock walls, etc. by sequential steps. And it can be utilized as ecological soundproof wall recording system that can satisfy both decoration.

This is a conventional soundproof wall is simply a method of installing only a certain height of the barrier, the present invention is installed on one side of the flower sculpture, the other side of the soundproof wall is formed by the wall, the plant is planted directly, the ecological environmental advantages of the greening process is in progress It is highlighted.

In particular, as shown in FIG. 6 described above, when the planting portion 10 is installed by crossing the front, the rear, a more preferable ecological soundproof wall recording system is completed.

Hereinafter, the method of designing an ecological soundproof wall recording system using a water flow flower sculpture will be described step by step.

Ecological soundproof wall recording system using the water flow flower sculpture as shown in Figure 9 is the theme selection step (S1), layout step (S2), structure design step (S3), skeleton formation step (S4), ecology using the water flow flower sculpture Soundproof wall recording system setting step (S5), plant planting step (S6), water supply step (S7), maintenance step (S8) is completed in sequence.

First, the theme selection step (S1) is to select a theme suitable for the purpose and installation environment,

For example, it is possible to implement soundproof wall themes on the side of roads with lots of traffic, amusement park themes that form a boundary with the outside by separating certain spaces, and cartoon character themes. You can also implement a park theme.

If the theme is determined in the theme selection step (S1), the layout step (S2) to determine the shape, size, number, installation location, etc. of the required sculpture.

At this time, in the layout step (S2) a plurality of planners determine the flower sculptures suitable for the purpose, and in what shape to produce the flower sculptures (for example, whether to exaggerate like a cartoon character, to actualize like a photo) By discussing, the specific design direction is decided.

The sculpture determined in the layout step (S2) is to go into a full-scale design in consideration of the various issues around it, this is called the structure design step (S3).

At this time, the structure design step (S3) is to hold the overall design plan, such as sketch drawings, and to start a specific design drawing according to each flower sculpture, in the design process to produce a 2D or 3D drawings by computer, through computer simulation It is desirable to minimize trial and error through overall layout and repeated comparison.

When the design is completed in the structure design step (S3), while passing through the skeleton forming step (S4) of forming a skeleton of the flower sculpture with wire, frame, rebar, etc. while securing a space for planting.

At this time, in the skeleton forming step (S3) by connecting by a connecting member (not shown), such as a hinge (feldspar) so that the plurality of skeletons can be folded to the left and right, more various themed sculptures can be formed.

In addition, in the skeletal forming step (S3), as shown in Figure 6, a plurality of skeletons are connected up and down, cross-constituting the front of the planting portion 10 and the back of the water flows down the water flow By designing the flower sculpture to be above a certain height, it is possible to use not only the decorative effect but also replace the conventional soundproof wall or splint.

On the other hand, the skeleton forming step (S3) can be applied to general structures, for example, pillar wall surface of children's slide, wall surface such as sperm for rest, boundary soundproof walls between buildings and buildings in addition to the standardized flower sculpture. .

Then, in the setting step (S5) of the ecological soundproof wall recording system using the water flow flower sculpture, the flower sculpture is made to suit the shape of the space is installed, and the plant planting step (S6) to put the soil in the flower sculpture and plant the plants. .

When the plant planting step (S6) is completed, the appearance of the flower sculpture is completed, and in the water supply step (S7) to supply water to the plant to produce an artificial waterfall.

Finally, the ecological soundproof wall recording system using the water flow flower sculpture is completed through the maintenance step (S8), which continuously supplies water to the lower water tank, cleans the lower water tank, and replaces other old parts such as filters. .

The present invention as described above is not limited to the above-described specific embodiments, and any person having ordinary skill in the art to which the present invention pertains may make various changes without departing from the gist of the present invention as claimed in the claims. will be.

The water flow flower sculpture according to the present invention is formed by stacking a plurality of planting portions 10 having a lower step 17 formed at a lower rear side so as to stack a plurality, and an upper step 18 corresponding thereto at an upper rear side. By doing so, there is an effect of easy assembly, disassembly and application.

In addition, by driving the pump 52 to transfer the water of the lower water tank 50 to the upper water tank 40 to create an artificial waterfall to enhance the landscape effect, and also to wick through the rear of the planting portion 10 ( By installing 16) in the planting space (14) there is an effect that can automatically supply water to the plant.

In addition, the design method of the ecological soundproof wall recording system using the water flow flower sculpture according to the present invention, since the size and shape are determined in advance in the manufacturing stage according to the installation environment and purpose, waste of unnecessary materials is reduced, and at the same time form a beautiful aesthetic It has the effect of a multipurpose soundproofing wall to block out the surrounding noise.

Claims (10)

In the spring, A planting part 10 having a lower stepped portion 17 formed on a lower rear side thereof so as to stack a plurality of pieces, and an upper stepped portion 18 corresponding to the upper rear side formed thereon; A fixing frame 20 having a fixing groove 21 into which one side of the planting portion 10 is inserted and coupled; A support frame 30 having a fixing groove 21 into which the other side of the planting portion 10 is inserted and a hose groove 31 into which the rising hose 42 is inserted; The upper water tank 40 is attached to the upper side of the planting portion 10, and temporarily stores the water supplied through the rising hose 42, and discharges the water through the spout 41 of the back when the water level is higher than the reference level ; A lower water tank 50 which supports the lower part of the fixed frame 20 and the support frame 30, and transfers the stored water to the upper water tank 40 through the rising hose 42; Coupled to the lower side of the planting portion 10, the water flow flower sculpture, characterized in that consisting of a drip tray (60) for temporarily storing the water discharged through the spout 41. The method of claim 1, The planting part 10 is a side plate 12 on both sides of the front plate 11 of the rectangular shape, the front plate 13 is attached between the side plate 12, the soil in front of the planting plants to plant Watering flower sculpture, characterized in that the planting space (14) including the lower outlet (15) is formed. The method according to claim 1 or 2, The planting portion 10 is provided with a lower step 17 and the upper step 18 so as to stack a plurality in the vertical direction, The plurality of wicks 16 penetrate the rear plate 11 through the spaced space between the lower step 17 of the planting part stacked above and the upper step 18 of the other planting part stacked below. Water flow flower sculpture, characterized in that the flowing water is configured to be supplied to the plant planted in the planting space through the wick (16). The method of claim 1, Inside the upper water tank 40 is provided with a watering hose 43 formed with a plurality of holes at regular intervals so that the water transferred from the lower water tank 50 is constantly supplied, Water jet port 41 of the back of the water flow flower sculpture, characterized in that forming a groove of a horizontal shape so that the discharge of water can be maintained constant throughout. The method of claim 1, The lower water tank 50 includes a filter 54 for purifying and reusing used water and a pump 52 for transferring the purified water back to the upper water tank 40. Flower sculptures. The method of claim 1, The lower water tank 50 has a first zone in which used water is received, a second zone in which water in the first zone is first purified and transported through a purification means 70 formed at one side thereof, and a second zone. The third zone in which the water in the zone is secondly purified and transferred through the purification means 70 formed on one side, and the third zone is purified in the third zone through the purification means 70 formed on the one side, thereby driving the pump. It is divided into the fourth zone to be transferred to the upper water tank by The purifying means 70 is a "coarse gravel (A)-small gravel (a)-zeolite (D)" is sequentially stacked from the lower layer, the upper cover 71 removable to remove the floating material of the uppermost layer Water flow flower sculpture, characterized in that is provided. The method of claim 1, The lower water tank 50 is divided into the front and rear by the partition 53, and the water flowing down from the wall is configured to move from the rear to the front in a state where the water is purified through the filter 54, The rear side maintains the aquarium (E) shape, The front is from the lower layer "coarse gravel (A)-wire mesh (56)-nonwoven fabric (57)-topsoil (B)-water vegetation (C)" or "zeolite (D)-coarse gravel layer (A)-small gravel layer (a )-Any one of the waterside plants (C) "is formed by sequentially stacking, Outside of the pump 52 provided in the front lower portion is provided with a fine mesh 55 with fine particles to block the inflow of gravel or foreign matter secondary, characterized in that to supply only the purified water to the rising hose (52). Water Flow Flower Sculpture. In the design method of the soundproof wall made of a wall cloth, Theme selection step (S1) for selecting a theme suitable for the ecological sound barrier; A layout step (S2) of determining a shape, a size, a number, a location of installation, etc. according to the theme; A structure design step (S3) of designing the determined layout by either drawing or computer simulation; Skeleton forming step (S4) to secure a space for the planting space of the plant in the designed sculpture to form a skeleton by any one or more of wire, wood frame, rebar, concrete; Setting step (S5) of an ecological soundproof wall recording system using a wall spring flower sculpture to install a flower sculpture in the space of the completed skeleton; Plant planting step (S6) to put the soil in the flower sculptures to plant plants; Supplying water to the planted plants and supplying water to produce an artificial waterfall (S7); A maintenance step (S8) for performing continuous water supply to the lower water tank, cleaning of the lower water tank, replacement of other old parts such as a filter, and the like; Design method of ecological soundproof wall recording system using the water flow flower sculpture, characterized in that proceeding sequentially. The method of claim 8, In the skeletal formation step, a design method of ecological soundproof wall recording system using a water flow flower sculpture, characterized in that the plurality of skeletons are connected by a connecting member such as a hinge (feldspar) so as to be foldable from side to side. The method of claim 8, In the skeletal formation step, a plurality of skeletons are connected up and down, Design method of ecological soundproof wall recording system using a water flow flower sculpture, characterized in that the front surface where the planting part is located, and the rear surface where water flows down.

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