KR200449044Y1 - Gate equipment - Google Patents

Abstract

By installing a weight on the inside of the lock, and by adjusting the weight center of the gate up and down by raising and lowering the weight from the outside, the water level upstream by allowing the water gate to open in accordance with the water level upstream during normal or flooding. It relates to a hydrological device to adjust the, in particular, the cover is assembled to the front plate and the rear end, the packing is assembled and installed to the rear end of the cover, the hinge protruding from the upper portion of the front plate is connected to the main body is rotated around the hinge A case possibly configured; A weight installed inside the case and installed eccentrically on the front left and right of the case and from the center of the case to the bottom, and a pair of winding bodies in which driven gears are integrally formed at the upper end of the weight, and the front end of the driving socket A height adjusting device comprising a driving body installed on the shaft and engaged with the driven gear to operate the winding body, and a pair of ropes which are interlocked with the pair of weights and the pair of winding bodies; An instrument panel installed in association with the driving body and visually identified according to the rising control of the weight; The front surface is formed to be inclined and the rear end is formed at a right angle to be installed on the front of the waterway, and the case is positioned to the inclined front surface, and the hinge of the case is configured to be installed.

Water gate, weight, water level

Description

Hydro Gate Device {GATE EQUIPMENT}

The present invention relates to a hydrological device installed in a farm, a river, etc. More specifically, by installing a weight on the inside of the water gate, and by lifting the weight from the outside to adjust the height of the water gate, upstream during normal or flood It relates to a hydrological device that allows the water gate to be opened according to the level of the water so that the water level can be adjusted upstream.

In general, the sluice is installed in agricultural waterways, rivers, concrete beams, and the like to be opened and closed according to the amount of water flowing into the farm to prevent flooding of farmland or to prevent backflow of seawater in an area adjacent to the seawater.

The conventional water gate is to control the upstream water level by opening the door by opening and closing the water gate to install the door in the steel structure or concrete structure to install the door to open and close the water gate.

Such a conventional water gate is usually installed to be inclined so that the upper end of the water gate is directed upstream and the lower end of the water gate is downstream, and hinged by hinge shafts at the left and right sides of the water gate, and the hinge shaft is fixed to the concrete beam. have.

Therefore, when the water level rises, the lower end of the water gate is installed to be opened downstream by the increase of the water pressure. As the water pressure of the reservoir increases or decreases, the water gate is opened or closed around the hinge axis, and the stored water is discharged to control the amount of water stored therein.

However, when the floodgate or rainy season has a large amount of rain during flooding or rainy season, when the water level rises above the floodgate, the water pressure becomes equal to both sides of the floodgate, so that the floodgate is not opened. The deposits are paired.

In addition, after the flood, sediment accumulated on the lower side of the floodgate increases the usual water level and overflows, causing water leakage. Furthermore, since the sediment contaminates the water quality, it is necessary to remove it.

On the other hand, in order to keep the gate open even when the water level rises above the height of the flood gate, a method of installing a mouthpiece on the downstream side of the gate or filling gas inside the gate is also devised.

However, the method of installing a float in the water gate is troublesome to manage the float so that it is attached to the water gate, and the method of filling gas into the water gate also has a disadvantage of weakening the strength of the gate because it needs to make a space inside the gate. .

Due to this problem, the floodgate should be opened according to the level of water upstream, and the floodgate should be fully open because the water level rises rapidly during flooding.

Therefore, the present invention has been made to solve the conventional problems has the following object.

An object of the present invention is to provide a hydrological device that can adjust the water level in the upstream by automatically opening and closing the water gate according to the water level in the upstream by arbitrarily adjusting the weight inside the water gate.

Another object of the present invention is to provide a hydrological device that can be opened and closed completely according to the water level during flooding to prevent the water level in the upstream to rise above the water gate.

Another object of the present invention is to provide a hydrologic device that allows anyone to easily adjust the weight of the gate by allowing the naked eye to identify the center of gravity of the gate according to the adjustment of the weight installed inside the gate.

The hydrological device of the present invention for achieving the above object,

A case in which the cover is assembled to the front plate and the rear end and the packing is assembled to the rear end of the cover, and the hinge protruding from the upper portion of the front plate is connected to the main body to be rotatable about the hinge;

Inside the case, a screw is provided with a driving socket at an upper end thereof, and a weight added to the lowering by the screw according to the adjustment of the driving socket is installed on the screw, and a height adjustment device is installed in conjunction with the driving socket. Wow;

The front surface is formed to be inclined and the rear end is formed at a right angle to be installed at the front of the waterway, and the case is positioned at the inclined front surface, and the hinge of the case is assembled and installed.

The hydrological device of the present invention for achieving the above object,

A case in which the cover is assembled to the front plate and the rear end and the packing is assembled to the rear end of the cover, and the hinge protruding from the upper portion of the front plate is connected to the main body to be rotatable about the hinge;

A weight installed inside the case and installed eccentrically on the front left and right of the case and from the center of the case to the bottom, and a pair of winding bodies in which driven gears are integrally formed at the upper end of the weight, and the front end of the driving socket A height adjusting device comprising a driving body installed on the shaft and engaged with the driven gear to operate the winding body, and a pair of ropes which are interlocked with the pair of weights and the pair of winding bodies;

An instrument panel installed in association with the driving body and visually identified according to the rising control of the weight;

The front is formed to be inclined and the rear end is formed at right angles to be installed at the front of the water channel, and the above object is achieved by configuring the main body in which the case is located and the hinge of the case is assembled to the inclined front.

As described, the hydrologic apparatus of the present invention adjusts the weight center of the hydrologic gate by adjusting the weight inside the hydrologic gate so that the hydrologic gate can be automatically opened or closed according to the upstream level during normal or flooding, so that the upstream water level It has an effect that can be prevented from rising above.

In the following, embodiments of the present invention are described with reference to the accompanying drawings.

In the following description of the present invention, if it is determined that detailed descriptions of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, the terms to be described later are terms set in consideration of functions in the present invention, and these terms may vary according to the intention or custom of the producer producing the product, and the definition of the terms should be made based on the contents throughout the present specification.

(First embodiment)

First, as shown in FIG. 1 to FIG. 2, FIG. 1 is a front view illustrating a hydrological device according to a first embodiment of the present invention, and FIG. 2 illustrates a hydrological device according to a first embodiment of the present invention. It is a side view for demonstrating.

That is, the sluice device according to the present invention is largely composed of a case 100, a height adjusting device 200 installed inside the case, and the main body 300 to which the case 100 is assembled and supported.

The case 100 has a curved front plate 110, the cover 120 is assembled in close contact with the rear end of the front plate 110, the packing for maintaining airtightness at the rear end of the cover 120 130 is assembled and installed.

In addition, the hinge 111 protrudes from the upper portion of the front plate 110 to be connected to the main body 300, and the case 100 is rotatably assembled at a predetermined angle about the hinge 111.

And the height adjustment device 200 is installed inside the case 100.

That is, the screw 230 having a driving socket 226 on the upper portion is installed inside the case 100 and is lifted up and down by the screw 230 according to the adjustment of the driving socket 226 on the screw 230. Weight 210 is installed.

In addition, the instrument panel 227 is installed on the drive socket 226 to be interlocked with the drive socket 226. As the weight 210 rises, the instrument panel 227 is installed to visually identify the center of gravity of the water gate. .

And the main body 300 is installed on the rear end of the case 100, the front is formed inclined and the rear end is formed at a right angle so that the rear end is installed on the front of the waterway 400.

(Second Embodiment)

3 to 6, FIG. 3 is a front view illustrating a hydrological device according to a second embodiment of the present invention, and FIG. 4 illustrates a hydrological device according to a second embodiment of the present invention. 5 and 6 are a front view and a side view for explaining the operating state of the hydrological device according to a second embodiment of the present invention.

The hydrological device according to the second embodiment of the present invention is largely composed of a case 100, a height adjusting device 200, and a main body 300.

The case 100 is a cover 120 is assembled to the front plate 110 and the rear end, the packing 130 is assembled and installed to the rear end of the cover 120, the upper portion of the front plate 110 is a hinge 111 Is formed to protrude, the hinge 111 is assembled to the upper portion of the main body 300, the case 100 is rotated around the hinge.

And the height adjustment device 200 is installed inside the case 100, the height adjustment device 200 is the hinge 221a (212a) eccentrically from the left and right and the center of the case to the bottom of the case 100 A pair of coiling bodies 222 which are integrally formed with the weights 211 and 212 which are installed to be rotated by the driven gears 222a and 223a to the upper ends of the weights 211 and 212. 223 is installed.

At this time, each weight 211, 212 and the winding body 222, 223 is installed to be linked by the rope 230.
That is, the end of the rope (230a) is fixed to the lower end of the weight 211, the other end of the rope (230a) is fixed to one end to the winding body 223.
In addition, the end of the rope (230b) is fixed to the lower end of the weight 212, the other end of the rope (230b) is fixed to one end of the winding body (222).
And the driving body 220 is installed on the upper end of the winding body (222, 223).

A driving socket 226 is formed at the upper end of the driven gears 222a and 223a formed on the pores and the winding bodies 222 and 223, and a driving gear 225 is installed on the shaft 224. The gear 225 is engaged with the driven gears 222a and 223a to operate the winding bodies 222 and 223.

And the upper end of the drive body 220 is installed in conjunction with the drive body 220, the instrument panel 227 for identifying the rising height of the weight 210 with the naked eye according to the rising control of the weight 210 is installed do.

And the main body 300 is installed on the rear end of the case 100, the front is formed inclined and the rear end is formed at a right angle so that the rear end is installed on the front of the waterway 400.

A fixing bracket 150 is formed at an upper portion of the case 100, and a locking hole 310 is caught at an upper end of the main body 300 so that the fixing bracket 150 is caught according to the maximum rotation of the case 100. It is further provided.
Referring to the operation and operation of the hydrological device having the above configuration is as follows.
3 to 4, the weight of the case (sluice) is the maximum deflection to the bottom because the initial weight when the weight 210 is located on the bottom on the center of the case 100.
In such a state, it is desirable to maintain the upstream water level only when it maintains an appropriate amount.
In this state, if a flood is expected according to a weather condition, it is preferable to adjust the height of the weight by adjusting the driving body 220.
That is, when the weight 210 is moved from the center of the case to the top, the water coming in from the waterway 400 pushes the lower part of the case 100 to open the case so that the water descends downstream.
On the other hand, in order to raise the weight 210, using a separate tool to rotate the drive socket 226 in the right direction. At this time, the drive gear 225 formed on the shaft of the socket 226 is rotated by the rotation of the drive socket 226, the driven gear (222, 223) engaged with the drive gear 225 ( 222a and 223a are rotated, and the ropes 230a and 230b are wound onto the winding bodies 222 and 223 while pulling and rotating the weight 210.
That is, when the drive gear 225 is rotated in the right direction, the driven gear 222, 223 is rotated in the left direction.
At this time, the driven gear 222, 223 is rotated in the left direction, the winding body 222, 223 is also rotated in the left direction so that the rope (230b) 230a is wound in the winding body (222, 223) do.
When the ropes 230b and 230a are wound in this way, the weights 211 and 212 are pulled up and rotated about the hinges 211a and 212a to be raised.
As such, by adjusting the position of the weight 210, it is possible to adjust the degree of opening the gate.
In addition, during the summer flooding, the case may be completely rotated around the hinge 111 so that the fixing bracket 150 is caught by the catching hole 310 to completely open the water gate.

The hydrological device of the present invention having such a configuration adjusts the driving body 220 so that the weight 210 installed therein is raised and lowered so that the water gate is opened at an appropriate position according to the upstream water level so that the water level in the upstream is stably maintained. Has the advantage of being.

In addition, during the flood, the floodgate can be completely opened to prevent the water level from rising upstream.

However, the present invention is not particularly limited only to the above-described embodiments, and various modifications and changes may be made by those skilled in the art within the spirit and spirit of the appended claims as necessary.

1 is a front view for explaining a hydrological device according to a first embodiment of the present invention.

Figure 2 is a side view for explaining a hydrological device according to a first embodiment of the present invention.

Figure 3 is a front view for explaining a hydrological device according to a second embodiment of the present invention.

Figure 4 is a side view for explaining a hydrological device according to a second embodiment of the present invention.

5 and 6 are a front view and a side view for explaining the operating state of the hydrological device according to a second embodiment of the present invention.

DESCRIPTION OF REFERENCE NUMERALS

100: case 200: buoyancy control device

210: weight 220: drive body

227: instrument panel 300: main body

Claims (3)

delete The cover 120 is assembled to the front plate 110 and the rear end, and the packing 130 is assembled to the rear end of the cover 120. The hinge 111 protruding from the upper portion of the front plate 110 is the main body 300. A case 100 connected to the hinge 111 and configured to be rotatable about the hinge 111; The weight weight 210 is installed inside the case and is installed eccentrically from the center of the case to the lower left and right on the front of the case 100, driven gears (222a) (223a) integrally to the upper end of the weight (210) A pair of winding bodies 222 and 223 are formed, and a driving socket 226 is formed at the tip end thereof, and a driving gear 225 is installed on the shaft 224 to drive the driven gears 222a and 223a. Height adjustment device 200 consisting of a driving body 220 and the rope 230 which is interlocked with the pair of weights 210 and a pair of winding body 222, 223 to operate in conjunction with the winding body. )Wow; An instrument panel 227 installed in association with the driving body 220 and visually identified according to the upward adjustment of the weight 210; The front surface is formed to be inclined and the rear end is formed at a right angle to be installed on the front of the water channel 400, the case 100 is located in the inclined front surface, the body of the hinge 111 of the case 100 is assembled and installed ( Watermark device characterized in that consisting of 300). 3. The method of claim 2, A fixing bracket 150 is rotatable further to the upper portion of the case 100, and the locking bracket 310 is caught on the upper end of the main body 300 according to the maximum rotation of the case 100. Watermark device characterized in that it is further provided.

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