KR20030088258A - Stands structure of shore that diversion of water equipment is made using water level - Google Patents

Abstract

PURPOSE: A coastal stand structure provided with a spout using a difference in the tide level is provided to spray seawater radially at the various angles. CONSTITUTION: The coastal stand structure provided with a spout using a difference in the tide level comprises the steps of constructing a riprap foundation(3) with ripraps(2) on the bedside(1), placing an unit stair block(5) toward the seawater side of the foundation(3) to have the similar inclination to the coastal incline, interposing a pipe made with metallic materials or synthetic resins between the unit stair blocks(5) to make a horizontal seawater discharge way pass through the unit stair block(5), forming a male screw on the outer front of a pipe, coupling a seawater spray cap(9) provided with a female screw coupled on the male screw to be projected, perforating many seawater discharge holes on the circumference of the seawater spray cap(9) radially, and placing a concrete seawater storage tank(10) closely to the backside of the unit stair block(5).

Description

Stands structure of shore that diversion of water equipment is made using water level}

The present invention connects a multi-stage stepped concrete unit block to the shore facing the sea to build a stand of a certain length, so that the guests can walk or sit on the shore of this stand to view the seascape. It is equipped with a storage tank at various locations in the bottom of the stand, so that the seawater can be stored in the reservoir tank at high tide, and the seawater stored in the reservoir tank at low tide is discharged through the seawater trough. As the invention of the structure of the stand equipped with the water fountain discharged radially, the coastal area of Korea is very beautiful and the tide difference of the East Sea is only about 30cm while the tide difference of the West Sea is almost 10M high. The car is big and especially the West Sea has a Rias coast structure. Since the view of the sloping landscape is splendid along the coast, it is a pleasant and beautiful recreational space to be provided by constructing facilities that are environmentally friendly and do not damage the natural landscape to enjoy the recreation and relaxation of the people. Although it is desirable to make it possible, research and efforts to build various coastal recreational facilities as a hydrophilic space that enhances and enriches the quality of life of the people is a global trend, but until now, recreational facilities on domestic or foreign shores There was virtually no proposed structure.

In Korea, which is surrounded by the sea on three sides, there is a need for a hydrophilic facility that makes the beautiful coastal area of the west coast with large tidal differences more natural and more environmentally friendly and harmonious with nature. There was no.

1 is an exploded perspective view of a stand equipped with a waterfront fountain facility configured in accordance with the present invention

FIG. 2 is a cross-sectional view taken along a line A-A 'in FIG. 1

<Code Description of Main Parts of Drawing>

S. stand

1. Seabed 2. Buddhism 3. Foundation

4,4a. Sleep 5,5a. Unit stairs block 6. Horizontal seawater discharge passage

7. Male thread 8. Female thread 9. Seawater jet cap

10. Seawater Storage Tanks 10a. Opening 11.Front Wall

12,12a. Step 13,13a. Seawater Passage 14. Top View

15. Pillar

The present invention is provided with a large number of fountain facilities for hydrophilic, recreational and recreational while maintaining the natural beauty of the west coast, so that the sea water is discharged from each fountain facility, but a separate forced pumping device can be discharged without leading edge The inventor of the stand structure is provided with a water fountain according to the accompanying drawings in detail as follows.

In constructing the stand S according to the present invention, which is equipped with a fountain facility constructed on the west coast of low tide and high tide, which is 9 to 10M, first, the bottom of the sandstone (1) from the bottom of the sandstone (2) 3) is constructed to a level slightly higher than the surface of the water at the time of low tide, but such a foundation end (3) is constructed in three steps to form three steps as shown in Figures 1 and 2, then the angle similar to the coastal slope A unit stair block 5 having a step formed on a surface of a unit height and a width of concrete having a slope of 2 is placed toward the seawater of the base stage 3, and the horizontal seawater discharge is approximately two stages on the unit stair block 5. The furnace 6 is formed through a pipe 6a made of metal or synthetic resin to penetrate the unit stairs block 5, and a male screw 7 is formed on the outer circumferential surface of the front end of the pipe 6a. Hemispherical shape with female thread (8) joined on inner circumferential surface Coupling the seawater jetting cap (9) having a tip so as to protrude, but the seawater jetting cap (9) is installed radially on the circumferential surface of the unit casing block (5) having the same structure The concrete seawater storage tank 10 having a height, width, and length is placed in close contact with the back of the unit step block 5, but the front surface of the upper surface of the seawater storage tank 10 is open (10a). By forming the step 12 in the upper inner corner of the front wall 11 and the other surface 14 except for the front of the top surface of the seawater storage tank 10 to be shielded with concrete, but the stepped end of the upper surface (13) ( The steel grating 14a is provided on the step 12 and the step 12a provided at the tip of the opening 10a, which is formed by 12a, and the front wall 11 of the seawater storage tank 10 The seawater discharge hole 13a which is connected to the horizontal seawater discharge path 6 formed in the unit stairway block 5 is connected. In addition to the installation, the unit staircase block 5 and the seawater storage tank 10 in the form of a pillar 15 for supporting the upper surface 14 of the seawater storage tank 10 are installed in close and forward connection. The block 5 and the seawater storage tank 10 are constructed so that they are stratified along the coastal slope with a plurality of stages slightly lower than the required height (sea level height 14a at high tide), but the horizontal seawater discharge is carried out at the top unit stairs block 5a. This unit stand (S) is constructed because the structure of the unit stand (S) having a fountain facility using the tidal difference according to the present invention is constructed by placing the unit step block (5a) without the furnace (6). Connect along the coast to a certain length.

For reference, the arrows in the figure indicate the movement of seawater.

The stand (S) with a fountain facility configured in accordance with the present invention configured as described above is at the time of high tide sea level 4a is higher than the position of the top seawater storage tank 10, the seawater of the top seawater storage tank 10 When the water level of the sea level is lowered during low tide while flowing through the steel grating (14a) installed in the open portion (10a), even if the seawater storage tank (10) is full tank seawater discharge hole (13) And the seawater discharge cap (9) installed at the tip of the horizontal seawater discharge path (6) by the seawater flowing out by its own weight into the horizontal seawater discharge path (6) of the unit stairway block (5) in communication with the seawater discharge hole (13). The seawater stream is radially discharged through a plurality of seawater discharge holes 13 radially installed in the seawater, but since the seawater is simultaneously discharged in multiple stages from the stand S constructed over a certain length along the coast, The same unit stand (S) is the shore It is installed along a certain length along the sea, and the seawater is spouted up, down, left, and right. The shape is very beautiful and the seawater is spouted. As a facility, it is not only a very useful structure, but also requires no additional power, so once it is built, it is an emotional facility that can be used by long-term visitors for a long time.

Claims (2)

In laying the stand (S) equipped with a water fountain on the coast, the foundation stage (3) is constructed from the sea floor (1) to the sandstone (2) to a level slightly higher than the water surface (4) at low tide. The unit stair blocks 5 of concrete height and width are placed toward the seawater of the base stage 3 with a slope similar to that of the coastal slopes. The horizontal seawater discharge passage 6 is formed through a pipe 6a made of metal or synthetic resin to penetrate the unit stairs block 5, and a male screw 7 is formed on the outer peripheral surface of the end of the pipe 6a. Screw the seawater fountain cap (9) having a hemispherical tip formed on the inner circumferential surface of the female screw (8), which is screwed together, so as to protrude, but the seawater fountain cap (9) has a plurality of seawater passing holes radially on the circumferential surface ( 13) is laid in the same way as the back of the unit stairs block (5) Stand structure of the seashore having a fountain by using the tide level difference, it characterized in that the height and the width and length of straight yukmyeon enclosure in the form of concrete water storage tank 10 is the unit step block (5) placed in close contact with the back surface is in. The front surface of the upper surface of the seawater storage tank (10) is opened to the opening (10a) to form a step (12) in the upper inner corner of the front wall 11 and the front surface of the seawater storage tank (10) Except for the upper surface 14 to be shielded with concrete, but the stepped portion (12a) is also formed on the tip of the upper surface 13, the steel grating (Steel Grating) (14a) on the stepped (12) and the stepped (12a) The seawater discharge hole 13a which is connected to the horizontal sea discharge path 6 formed on the unit stairway block 5 is installed on the front wall 11 of the seawater storage tank 10 and the seawater storage tank ( The unit step block 5 and the seawater storage tank 10 of the type having the pillars 15 for supporting the upper surface 14 of 10) are installed in close contact with each other before and after the unit block 5 and the seawater storage. Construct the tank 10 to be layered along the coastal slope in multiple stages, somewhat lower than the required height (sea level 14a at high tide). The top stair unit block (5a) is provided with a stand structure of a waterfront the fountain with tide difference, characterized in that the horizontal mounting water discharge (6) does not include a block unit step (5a).