KR20040060633A - Reservoir and embankment sluice - Google Patents

Abstract

PURPOSE: A water gate for a barrage and an embankment of a reservoir is provided to prevent the huge loss caused by the breaking of a barrage and an embankment by discharging water in flood or rainy reason. CONSTITUTION: The water gate for a barrage and an embankment of a reservoir comprises the steps of forming an outlet(22') by laying a guide pipe(22) on the upper part of an embankment(21) and installing to one side of a discharge pipe(27), laying a discharge pipe(27) on the lower part of an embankment(21), and installing a movable bar(40) provided with a projected rib on the lower part to make the section of a movable interval(29) move along an U-shaped angle using wheels in a movable interval(29) formed according to the outlet(22').

Description

Reservoir and embankment floodgates {omitted}

The present invention is configured in the bottom of the beams and embankments when there is a fear of excessive overflow of water stored or flowed in floods and rainy season, especially in the beams and embankments for blocking or storing water in reservoirs and streams or inducing water flow. The invention is to prevent the enormous loss due to the loss of beams and embankments by opening the discharge port to discharge the water.

In general, the floodgates in the beams and embankments are usually opened to control the amount of water stored when the inflow from the upstream increases during floods and heavy rains. In some cases, floods and heavy rains occur during midnight or during power outages, and are made without notice. Therefore, artificial control is difficult.

In addition, if the floodgate cannot be opened at the proper time, the water stored in the reservoir or the water flowing into the river overflows the dike, causing the beams and dikes to collapse, causing enormous damage not only to neighboring lands but also to houses. Recovery costs are required.

The present invention by opening the water gate of the discharge pipe with the force of the drop flowing while opening the cover of the guide pipe by the action of swelling according to the height of the water level in the discharge pipe formed in the lower side of the beam and embankment in adjusting the water level, Fully drained water can be safely and quickly drained to maintain a stable water level in the shortest possible time, and also the water gate is automatically configured to close when the water level is lowered.

Figure 1 is a partially cut away state diagram showing the main portion of the present invention

Figure 2 is a perspective view showing the part of the auxiliary door frame for the guide tube which is the main part of the present invention

Figure 3 is a partially cut perspective view of the discharge gate and the discharge section for the main part of the present invention

Figure 4 is an enlarged perspective view of a partial incision of the moving section of the present invention

5 is a cross-sectional view taken along the line A-A in FIG.

FIG. 6 is a partial perspective view of the embodiment of the movable table shown in FIG.

7 is a cross-sectional view taken along the line B-B in FIG.

FIG. 8 is a sectional view of an embodiment of the arc-shaped rib shown in FIG.

Figure 9 is a partially cut away view of an embodiment of the structure of the present invention.

Explanation of symbols on main parts in the drawing

21. Levees or beams 22. Guide tubes 23. Auxiliary door frames 25. Bookkeeping

26. Cover 27. Outfall pipe 28. Protruding rib 29. Moving table

30. Sluice 31. Roller 32. Hook 33. Feldspar

35. Rope 36. Retaining ring 37. Protective wire mesh

40. Traveling piece 41. Protruding rib 44. Spring 50. Angle

51. Wheels 61. Circular ribs 63. Circular arc

71. Circular Mobiles

The present invention is to provide a solution to the above problems to prevent accidents that cause massive damage to the surrounding land and dike while flooding the dike overflows from the upstream in the river or reservoir embankment, etc. On the inner side of the embankment 21 heading toward the river, the discharge pipe 27 connected to the auxiliary door frame 23 assembled with the auxiliary cover 26 on which the boogie 25 for checking the water level is installed on the upper side is formed. Water so that the water is discharged on the high water level, and the rope 32 connected to the water gate 30 assembled by the feldspar 33 in the fixing ring 36 integral to the inlet of the discharge pipe 27 buried in the lower portion Inserted through the induction pipe 35 and connected to the moving table 40, buried in the moving table 40 assembled in the moving section 29 on one side of the discharge pipe 27, the induction pipe 23 Water at the full water level ejected from the outlet 22 'of the When pushing the protruding ribs 28 formed in the invention, the invention is configured to discharge the flood flowing in the stream or stored by opening the sluice 30 of the discharge pipe 27 by the movement of the rope 32, the accompanying drawings According to the description in detail as follows.

Figure 1 is a state diagram of the main portion showing the present invention, Figure 2 is a perspective view of the main portion showing the auxiliary door frame portion for the guide pipe which is the main portion of the present invention, Figure 3 is a partially cut perspective view of the waterway for the discharge pipe is the main portion of the present invention. 4 is a partially cut-away perspective view of a moving table that is a main part of the present invention, and FIG. 5 is a cross-sectional view taken along line AA in FIG.

In the present invention, when flooding due to rainy season or heavy rain occurs in the reservoir bank and river bank, when the water level rises above a certain level according to the height of the beam and the bank, an accident that collapses and overflows occurs. As an invention for providing a safety measure, the present invention will be described based mainly on the banks of rivers.

As shown in FIG. 1, when water flows from the bank to the upper part of the high water level in the levee 21, it is recognized as a dangerous water level, and the induction pipe 22 is directed toward the stream of the upper part of the levee 21. While buried in the embankment 21, the outlet 22 'is positioned on the movable base 29, which is the main part of the present invention.

In addition, as shown in FIG. 2, the cover 26 is connected to the wall 24 while the auxiliary door frame 23 is integrally fixed to the inlet of the induction pipe 22 to close the inlets of the induction pipe 22. Fixing the auxiliary door frame 23 at an angle so as to install a net (37) with a constant interval to prevent the foreign matter or garbage contaminated with the reservoir and the water of the river flows through the induction pipe (22). give.

In addition, when the water is full and the dike 21 reaches a dangerous level, water flows into the induction pipe 22, which is the main part of the present invention, since the water introduced into the induction pipe 22 from the surface of the water level is a small amount. Since the pressure for pushing the protruding ribs 41 of the movable table 40 assembled in the moving section 29 located at the outlet 22 'of the induction pipe 22 is insufficient, the amount of water is induced to induce A sufficient amount of water is ejected from the outlet 22 'of the pipe 22 to push the protruding rib 41 of the movable table 40 to open the water gate 30 connected to the rope 32 connected thereto.

In addition, the moving section 29 formed in the discharge pipe 27, which is the main part of the present invention, has a stable water storage while lowering the water level of the water flowing in the river at the lower portion of the bank 21 as shown in FIGS. In addition, as a water gate opening device for inducing a flow, buried to pass through the dike 21 in the lower portion of the dike 21 so that water is discharged from the inside of the stream of the dike 21 to the outside. While integrating the fixing ring 36 to the inlet portion to be discharged in the direction of the river to close the water gate 30 connected to the upper side by the feldspar 33 at an angle, the rope 32 connected to the lower portion of the water gate 30 by a ring 32 The movement section 29 constituted below the discharge section 27 by a plurality of rollers 31 configured for each element of the guide tube 35 is formed at the outlet 22 'of the guide tube 22 described above. By pushing the protruding rib 41 of the movable table 40 based on the ejecting force of the ejected water The main surface loop sluice 30 of the discharge pipe (27) by (32) open, wherein the normal transfer zone (40) by the discharge flow to the discharge pipe (27) form the movement in the reverse state.

Here, in the state in which the water gate 30 to be used is opened, the movement of the effluent is finished, while closing the water gate 30 while pulling the movable table 40 assembled in the movement section 29 connected to the rope 32 Since the weight of the cover 32 should be formed more heavily than the movable table 40, the hollow section 40 ′ is formed in the body of the movable table 40.

In addition, the moving section 29 of the present invention is a discharge pipe 27 as a device formed in the outlet portion of the discharge pipe 27 in the section of the embankment 21 constructed as shown in Figs. In the place where the outlet 22 'of the induction pipe 22 introduced into one of the upper parts is fixed in the outlet direction of the outlet pipe 22 in the upper part, a groove part having the cross-section of the c-shaped angle 50 assembled on both sides in the upper part. In order to assemble the moving section 29 to maintain the distance that is assembled and moved to the plurality of wheels 51 on both sides to configure the moving table 40 is assembled at equal intervals, but the outlet 22 of the induction pipe 22 to the lower side 22 A plurality of protruding ribs 41, which retreat the movable base 40 by the force of water ejected from the '), protrude from the lower side of the movable base 40 and are fixed to the outlet 22' in the direction of the movable base 40. Rope 32 is connected to one side of the ring 53 to be connected to the water gate of the discharge pipe (27).

Here, when the water gate 30 is used in the discharge pipe 27 is used and the intermediate portion connected at the inlet portion integrated with the fixing ring 36 is slightly higher so that the water is discharged and the water gate 30 is lowered to the discharged portion. Since the amount of water is insufficient, the movement role of the movable table 40, which is the main part of the present invention, is insufficient, thereby preventing the incomplete point of providing a condition that is insufficient for the role of the water gate 30, and the moving section 29, which is the main part of the present invention, provides a levee. In the discharge pipe 27 buried in (21), it is provided at the part discharged from the bank (21) to facilitate repairs such as failures that may occur during long-term use.

Here, assembling the spring 44 in the rear portion of the movable table 40 to be described to provide a buffer role by the impact generated while the movable table 40 is moved in the role of discharged water discharged.

And, the description of the embodiment of the movable table 40 assembled in the moving section 29, which is the main part of the present invention, as shown in Figs. 6 and 7, the discharge pipe 27 in a part of the discharge pipe 27 While forming the cylindrical moving section 29 'in accordance with the size of the c-shaped angle 50 in the circumferential direction in a plurality of fixed at equal intervals, the cross section fixed to the inner surface of the moving section 29' In accordance with the angle 50 of the c-type, while being assembled in the groove portion of the angle 50 is fixed to the moving wheel (63) to the moving table 63, 7 and 8 in the inner section of the moving table (63) As shown in the present invention, while providing a plurality of arcuate or circular protruding ribs 71 to maintain a constant interval, the invention is to provide a product assembled to connect the rope 32 described above by a ring.

And, to provide the structure to apply the main part of the present invention to the existing water dams, reservoir beams, river banks, etc., as shown in Figure 9, in the existing dams or beams, such as the existing buried in the lower portion To the upper side of the position where the discharge pipe 27 is installed, the auxiliary door frame 23, which is an inlet of the provided guide pipe 22 in the discharge pipe 27, is installed in a safety section formed at the upper portion of the dam or beam, but The discharge pipe 27 is connected with the induction pipe 22 connected to the water gate 30 and the rope 32 connected to the sluice 30 while being properly fixed and exposed to the inner surface where water is stored in the dam or the embankment 22. When the flooding occurs by hanging on the upper side of the inner space of the connection to the discharge section 27 of the moving section 29 composed of the assembly to the discharge pipe 27 exposed in the direction to discharge from the dam or the embankment 22, Water stored in the water tank The present invention is configured to provide the opening of the water gate 30 by moving the movable table 40 assembled in the moving section 29 to the rear side by the drainage pressure of the water flowing through the 22, the structure of the present invention, such as the existing embankment It is possible to apply, while providing a useful invention to prevent the flooding of the embankment due to flooding.

According to the present invention, when a flood occurs in a dike or a beam which is stored in a reservoir or a river or flows in a river and is protected from a flood due to a flood, the risk of flooding by the amount of water flowing upstream is discharged by non-power. Since the water gate of the pipe is opened, the invention effectively solves the risk of flooding by discharging water effectively regardless of time and working hours.

Claims (2)

In the dike 22 in which the discharge pipe 27 is embedded in the dike for storing water or preventing flooding due to flooding, the discharge pipe 27 is connected to the fixed ring 36 assembled by the gate 33. While the induction pipe 22 is embedded in the upper portion, the outlet 22 is inserted into one side of the discharge pipe 27, and the outlet pipe 27 embedded in the lower portion of the embankment 21 is embedded. In the moving section 29 formed in accordance with the outlet 22 ′ inserted into one side of the pipe 27, the moving table 40 having the protruding ribs 41 rolled out from the lower side is formed on both sides of the moving section 29. Beam and embankment sluice of the reservoir, the cross section is configured to be moved by the wheel 51 on the angle (50) of the c-shaped. The method of claim 1. Assembling the auxiliary cover 26 assembled with the auxiliary door frame 23, the feldspar 24 at the inlet of the induction pipe 22, connects the boogie 25 connected by the connecting rod 25 ', and the protective wire mesh 37 To the wheel 51 to be moved to the angle 50 of the c-type at a plurality of equal intervals in which the cross section formed at some intervals in the discharge pipe 27 is fixed to the inner section of the circular moving section 29 '. Beam and embankment sluice of the reservoir, the cross section of which is formed an arcuate or circular protruding rib 71 on the inner surface of the fixed cylindrical movable base (63).