KR200284978Y1 - Fluid Flow Control Door - Google Patents

Abstract

[Technical field to which the design belongs]

Conventionally, breakwaters have been stacked in order to reduce damage caused by wave waves such as typhoons.

This is a serious water pollution of breakwaters.

In order to improve the fluid quality, it helped to improve the fluid quality by drilling a part of the breakwater into the breakwater to help the flow of algae. It has been an element of disaster.

[purpose]

The present invention has been used as a means to solve this problem by installing the fluid flow control opening and closing door to the breakwater (11) in the fluid movement pipe (6) and mounted to adjust the amount of fluid from the external sea of the breakwater (11) to the inland sea to breakwater (11) It is to construct a fluid flow control opening and closing door which is characterized by improving the water quality of the inland sea and providing stable fluid flow so that the coastal facilities or ships are not damaged by the excess flow currents.

[Configuration]

The hinge 8 was formed in the fluid flow passage 6 so as to support the plate opening and closing door 1 in the hinge ring 9, and the light arm opening and closing pore 10 was formed in the middle of the plate of the plate opening and closing door 1.

The plate opening and closing door Hurenji (2) was formed on the edge of the plate opening and closing door (1) and built-in buoyancy ball (3) inside the plate opening and closing door (1) was configured to open at all times by the buoyancy.

The fluid inlet (4) is formed in the fluid flow passage (6) so that the fluid inlet can be directed toward the upper surface of the fluid layer (12), and the shock absorbing dustproof ring (5) is fitted in the edge of the fluid inlet (4). The fluid discharge port 7 is formed on the opposite side of the fluid inlet 4 of 6).

[effect]

The fluid flowing into the fluid inlet 4 formed in the outer sea of the breakwater 11 is discharged to the fluid discharge port 7 via the fluid movement pipe 6 and flows into the sea of the breakwater 11 to breakwater 11 Improve the fluid water quality of the inland sea.

Under the influence of abnormal currents such as typhoons and wave waves, the fluid flow velocity is increased in the fluid movement pipe 6, or when excess fluid flows into the fluid movement pipe 6, the suction force in the fluid movement pipe 6 becomes strong.

At this time, since the fluid around the fluid inlet 4 is pulled strongly and quickly, the plate opening and closing door 1 loses buoyancy and is sucked toward the fluid inlet 4 so that the plate opening and closing door 1 blocks the fluid inlet 4 so that the fluid movement pipe 6 ), There is no fluid movement so that the fluid is not discharged to the fluid discharge port 7 so that the fluid does not flow into the seawater of the breakwater 11.

When excess fluid flow occurs, the light-panel opening and closing door 1 is closed so that the fluid does not flow into the breakwater 11, so that the flow of the breakwater 11 can protect the marine facilities or the ship. It is effective to provide adjustable switchgear.

Description

Fluid flow regulating doors

This paper is used as a means for solving the conventional problems, and has a structure of the function to control the amount of fluid from the outer sea of the breakwater (11) to the inshore sea by mounting the fluid movement line (6) to the breakwater (11) To provide a fluid flow control opening and closing door characterized in that.

Conventionally, when the breakwater was piled up to protect the coastal facilities by preventing the waves of the waves, the breakwater prevented the fluid flow, that is, the algae, and the water quality of the breakwater became worse. There is also one place that allows the flow of algae. However, this tends to destroy ships and coastal facilities anchored in the breakwater in the sea when the waves are high or when a large flow of fluid, or tidal current, occurs.

This helps to improve the fluid quality of the breakwater, but causes the problem of not being a breakwater that has been rescued to protect the anchored ships and coastal facilities.

In order to solve this problem, the flow of fluid or algae from the breakwater's outer sea to the inland sea should be improved to improve the fluid quality of the breakwater's inland sea, but there should be no facilities to destroy the vessels and coastal facilities anchored by the flow of the fluid. .

In order to solve the above problem, the present invention provides a fluid movement pipe (6) to prevent excess fluid from flowing into the fluid movement pipe (6) and to be discharged toward the fluid discharge port (7) when the fluid flows from the breakwater external sea to the inland sea. If the excess fluid flows into the fluid inlet (4) by constructing a light plate opening and closing door (1) in the c), the excess liquid flows through the fluid transfer pipe (6) and the fluid discharge port (7) is discharged. The purpose of the present invention is to provide a fluid flow control opening and closing door, characterized in that the valve opening and closing door 1 is controlled while opening and closing so that a stable fluid flows in the blocking fluid moving pipe 6.

Figure 1 is a side view of this draft

2 is a perspective view of the present article

3 is a mounting view of the open and closed door (1) of the fluid flow control opening and closing tube of the present article

4 is a mounting view of the closed state of the translucent plate (1) of the fluid flow control opening and closing tube of the present article

5 is a side view of a tunnel formed in a conventional breakwater

※ Explanation of Relief for Major Drawings

One . A sliding door

2 . Sliding plate opening and shutting door Hurenji

3. Buoyancy bowl

4 . Fluid inlet

5. Shock Absorption Dust Ring

6. Fluid flow line

7. Fluid outlet

8 . hinge

9. Hinge ring

10. Opening and closing door pores

11. breakwater

12. Fluid layer

According to this proposal, the fluid inlet port 7 is formed in the fluid movement pipe 6, and the fluid inlet 4 is formed by mounting the shock absorbing vibration ring 5 at the inlet 4 of the fluid inlet 4 formed by the impact. 1) It is designed to prevent damage to the plate opening / closing door flange (2) and the fluid inlet (4), and the hinge ring (9) is fixed to the fluid movement pipe (6) and the hinge (8) and the hinge ring (9) Connecting the plate opening and closing door (1) to facilitate the continuous opening and closing action of the plate opening and closing door (1).

A buoyancy ball 3 is formed in the hard plate opening door 1 so that the hard plate opening door 1 is always open due to the buoyancy force of the buoyancy ball 3 so that the fluid passes through the fluid movement pipe 6 through the inlet inlet 4. It discharges to the fluid discharge port 7 and flows into a breakwater inner sea.

Part of the fluid inlet (4) when the wave force or excess fluid flow is excessively flowed into the fluid inlet (4) between the plate opening and closing door (1) and the fluid inlet (4) that is always open by the buoyancy of the buoyancy ball (3) When closed by suction force or wave force generated in the vessel and the wave force becomes weak or the excess fluid flow is stabilized, the platelet opening / closing door (1) and the fluid inlet (4) are buoyant by buoyancy to the buoyancy bowl (3) formed in the plate opening and closing door (1). Opened therebetween, the stable fluid flows back to the fluid inlet 4 and is discharged to the fluid outlet 7.

Forming the plate opening and closing door pore 10 in the plate opening and closing door (1), when the plate opening and closing door (1) blocks the fluid inlet (4) by the wave force or excess fluid flow of the wave fluid inside the fluid flow passage (6) This is imbalanced at this time by introducing a small amount of fluid into the fluid movement pipe (6) through the plate opening and closing door pores (10) to induce a stable flow of the unbalanced fluid in the fluid movement pipe (6).

Structurally, the door opening and closing door (1) was formed to open and close the door (1) of the curved shape of the hard plate to withstand the hydraulic pressure firmly, and the fluid inlet (4) was formed to face the inlet to the upper surface of the fluid layer (12).

3 is a view of opening and closing the door (1) so that it is always vertically open toward the upper surface of the fluid (12) as shown in the mounting view of the fluid flow control opening and closing pipe (1) of the present disclosure. Buoyancy bowl (3) was built inside. As a function, when the wave force or excess fluid flow resists the plate opening and closing door (1), when the resistance value is greater than the buoyancy of the buoyancy ball (3) built in the plate opening and closing door (1), the plate opening and closing door (1) The resistance of the wave wave force or excess fluid flow is pushed toward the fluid inlet (4) to flow the fluid inlet (4) into the blocking fluid inlet (4) to be discharged to the fluid discharge port (7) via the fluid transfer pipe (6) To block.

4 is horizontally closed with respect to the fluid upper surface 12, as seen in the mounting view of the translucent plate opening and closing door 1 of the fluid flow control opening and closing tube of the present invention.

When the wave force of the wave or the resistance of the excess fluid flow out of the door opening and closing door (1), the buoyancy of the buoyancy ball (3) built in the inside of the door opening and closing door (1) blocked the fluid inlet (4) to block the flow of fluid The plate opening and closing door 1 is opened to the fluid upper water surface 12 vertically while introducing the fluid into the fluid inlet 4 to provide a stable flow of fluid to the fluid movement pipe (6).

As described above, according to the present proposal, the fluid inlet 7 and the fluid inlet 4 are formed with the fluid inlet 4 with the fluid outlet 7 and the fluid inlet direction inlet upwards so that the fluid flows into the fluid inlet 4 through the fluid flow conduit. It is discharged to the fluid discharge port (7) via (6). At this time, to control the amount of fluid flowing into the fluid inlet (4) formed in the fluid movement pipe (6) to the fluid inlet (4) When the plate opening and closing door (1) constitutes a wave force or excess fluid flows into the fluid inlet (4), the plate opening and closing door (1) pushes the resistance of the wave force or excess fluid flow to block the fluid inlet (4) to the fluid It is provided with a fluid flow opening and closing door which is characterized by controlling the discharge of the fluid to the fluid discharge port (7) by providing a stable fluid flow to the fluid movement pipe (6) by preventing excess fluid flow into the inlet (4).

Claims (2)

A fluid inlet 4 equipped with a fluid discharge port 7 and a shock absorbing dustproof ring 5 in the fluid movement pipe 6 is formed so that the fluid inflow direction is directed upward, and the hinge 8 is attached to the fluid movement pipe 6. Supporting the plate opening and closing door (1) with the hinge ring (9) through the buoyancy plate (3) built in the buoyancy plate (3) is built by the buoyancy of the buoyancy ball (3) open and wave force on the plate opening and closing door (1) In addition, when the resistance is caused by an abnormal current flow, the plate opening / closing door 1 pushes and moves the fluid inlet 4 to close and close the fluid inlet 4, thereby stably regulating the fluid flow in the fluid movement line 6. Flow control door A fluid flowing in the fluid movement pipe (6) is formed by forming the platelet opening / closing hole (10) in the middle of the hard plate opening of the door opening / closing door (1) supported by the hinge (9) through the hinge (8). When the flow flows unevenly, the fluid flows through the plate opening and closing door pore 10, and the plate opening and closing door pore 10 in the plate opening and closing door 1 so as to stably flow the fluid flowing in the fluid flow passage 6 unevenly. Fluid flow control opening and closing door, characterized in that