KR20110030102A - Wire rope type water gate with water gate locking part - Google Patents

Abstract

PURPOSE: A wire rope type water gate with a water gate locking device is provided to distribute the force of supporting a raised water gate by hanging a hook formed on a side of a wire winch on a hook pin formed on the top of the water gate. CONSTITUTION: A wire rope type water gate comprises a concrete structure(10), a wire winch(20), a wire rope(30), a wire pulley(40), a water gate(50), and a water gate locking device(100). The wire winch is installed on the top of the concrete structure. The wire rope is hung on the wire pulley and wound/unwound with the wire winch. The water gate opens and closes a waterway. The water gate locking device, which is installed on the top of the concrete structure, holds the top of the water gate in order to fix the raised water gate and releases the water gate to be lowered.

Description

WIRE ROPE TYPE WATER GATE WITH WATER GATE LOCKING PART}

The present invention relates to a wire rope-type hydrological gate which is descended by the pulling and unwinding operation of the wire rope, and more particularly, further comprises a hydro-locking device composed of a hook and a hook pin to which the hook is hooked. As the lifting gate is fixed by the locking device, the locking device supports the heavy load of the lifting gate to prevent breakage or abrasion of the wire rope. The present invention relates to a wire-roof type water gate equipped with a lock device for facilitating repair and replacement of ropes.

In general, irrigation canals, such as rivers and reservoirs are used for the purpose of storing a certain amount of water for use in farmland management, irrigation water, etc. as needed.

Such a water channel is provided with a hydrological device that opens and closes the water channel to release water when there is a large amount of water due to water management, that is, when water is stored in case of drought.

Conventional sluice devices have a method of raising and lowering the sluice by rotating the spindle directly and reversely by a manipulator, which is used only for a small amount of water storage capacity of the canal, It is time consuming and its use is very limited.

In addition, in order to solve the inconvenience of the conventional winding type hydrological device as described above, a wire rope type gate is used to lift and lower the heavy gate by using a winch configured as a wire rope, such a wire rope type gate device And a wire rope for lifting and lowering the water gate and a winding machine in which the wire rope is wound, so that the water level is adjusted by unwinding the heavy water gate with the wire rope and conducting it.

That is, the conventional wire rope-type water gate as shown in Figure 1, the wire winding machine (1), the wire rope (2) wound and wound and wound on the wire winding machine (1), and the wire rope (2) hang The losing wire pulley 3 is composed of a water gate 4 coupled to an upper end, and the wire rope 2 is wound or unsealed by the operation of the wire winding machine 1 to win the water gate 4. It descends and opens and closes the waterway.

In the conventional wire rope-type water gate configured as described above, the water gate 4 is lifted when the wire rope 2 is pulled by the operation of the wire winch 1, and the water gate 4 is lifted at this time. Since it is maintained for a long time, the heavy load of the water gate 4 is transmitted to the wire rope 2 as it is, a problem occurs that the wire rope 2 is broken or worn.

That is, in the conventional wire rope-type water gate, since the force for supporting the water gate 4 is limited to the wire rope 2 wound on the wire winding machine 1, the water gate 4 is lifted to open the waterway. When the heavy load of the heavy gate is transmitted to the wire rope 2 as it is, the continuous force for supporting the gate 4 on the wire rope 2 is applied, and thus the wire rope 2 is wound. Excessive force is also applied to the wire winding machine 1 side, resulting in a problem of shortening the life of the wire winding machine as well as the wire rope.

On the other hand, looking at the prior art, the water gate opening and closing device using a bi-directional wire drum No. 10-0768082 has been conceived, which is a bi-directional drum winch and the rotating shaft protrudes on both sides, is installed on the rotating shaft in accordance with the rotation direction Wire drum for releasing or winding the wound wire, and both ends are inserted into the guide grooves of the door frame, and the water gate is lifted by the wire is fixed by the wire fixed to the wire fixing through the first wire moving sheave for the first wire In the water gate opening and closing device, the wire drum is divided into a first winding and a second winding by a central partition plate, the first winding is wound in one direction to the first wire to pull up the upper end of the water gate And a second winding device which pulls the water gate downward through a fixing sheave for wires installed in both guide grooves of the door frame. The second wire is wound in a direction opposite to the first wire, and the second wire is moved downward so as to be positioned higher on the sidewalls of the gate than the fixing wire for the second wire installed in the guide groove of the door. Sheaves are installed, and the second sheave fixed sheaves installed in the guide grooves of the door frame are provided in plural, and the second wires whose ends are fixed to the wire fixing part are connected to the pair of fixed sheaves and the mobile sheaves. It is configured to wind the "W" shape so that the first and second wires are alternately applied while the water gate is pulled downward when opening and closing the water gate.

Therefore, when closing the gate, the gate is lowered by the weight of the gate itself, so that the gate is closed by pulling the gate downward by the pulling device so that the gate is not lifted or eccentrically closed. Even when the weight of the floodgate is light, it can prevent water from floating on the water due to water pressure or buoyancy, so that water leakage can be effectively blocked.

However, in the case of the prior art, it is configured to prevent the problems that occur when the gate is lowered and the closed gate is floating on the water, and the gate, which is a problem of the above-described conventional wire rope gates, is pulled by a wire rope. Problems that occur when opening is not solved at all.

The present invention has been devised to solve the problems of the conventional wire rope hydrology, and further comprises a hook fixing bracket and a hook on one side of the wire winch and the hook pin is hooked on the top of the hydrology by the hook of the waterway When the gate is lifted for opening, the hook is hooked to the hook pin so that the force supporting the gate is distributed and the support of the gate lifted by the hook is firmly supported. The purpose of the present invention is to provide a wire-rope type gate equipped with a slugging device that can prevent the wire rope from being broken by prolonging the life of the wire rope and the wire winding machine and preventing the wire rope from being transmitted. There is this.

As a means for achieving the above object, the wire rope-type water gate provided with the present invention includes a wire winding device configured at an upper end of a concrete structure, a wire rope wound and wound around the wire winding machine, and the wire In the wire-rope type gate consisting of a water pulley on which the rope is hooked, and a water gate that opens and closes the waterway, the wire pulley is formed on the top of the concrete structure to hang the top of the water gate during the ascent of the water gate to secure the elevated water gate. It is fixed and supported, and when the descending of the gate is made of a slugging device that is further released from the top of the sluice.

The sluice catching device includes a hook fixing bracket which is located at one side of the wire winding machine and is fixed to an upper end of the concrete structure; A hook having an upper end coupled to the hook fixing bracket so as to be hinged by a hook fixing pin, and having a recessed recess groove formed at a lower end thereof; A stopper connected to the bottom of the hook by a plate pin; The hook pin is fixed to the upper surface of the sluice and the hook pin is fastened to the hook groove of the hook is composed of a hook pin bracket fixed to the top.

One side of the central portion of the hook is connected to the weight body pin is further configured to control the flow of the hook body.

The wire rope-type watermark equipped with the present invention is a wire rope type door, the wire winch is operated to open the waterway, the wire rope is wound by the wire rope is lifted by the upper end of the concrete structure when the hook is extended to the upper side of the watergate Since it hangs on the hook pin, it firmly supports the elevated hydrologic gate, so even if the hydrologic gate is elevated for a long time, the heavy hydrologic load is distributed by the hook, so that the heavy hydrologic load to the wire rope as well as the wire rope where the wire rope is wound Since it is not delivered directly, it can extend the life of wire rope as well as wire winch.

In addition, the load of the heavy water gate is distributed by the hooks hanging on the top of the water gate, thereby preventing the risk of an accident such as breaking the wire rope.

In addition, since the elevated gate can be firmly supported by the hook at the time of maintenance of the gate, repair and replacement of the wire rope can be easily performed, and worker safety is ensured at the time of operation.

Hereinafter, the configuration and operation of the present invention will be described in more detail with reference to the accompanying drawings. In describing the present invention, the term or word used in the present specification and claims is based on the principle that the inventor can appropriately define the concept of the term in order to best describe the invention of his or her own. It should be interpreted as meanings and concepts corresponding to the technical idea of

In addition, in the description of the wire rope-type sluice equipped with the present invention, the same technology as in the prior art will be described with the same name.

Figure 2 is a block diagram showing a wire rope-type watermark is provided with the present invention the device lock, Figure 3 is a block diagram showing a state in which the wire rope type gate is equipped with the gate lock device of the present invention, Figure 4 to Figure 6 is a block diagram showing a state in which the hook is hooked to the hook pin when the wire-rope type gate is equipped with a water-locking device of the present invention, Figure 7 is a wire rope-type water gate with a water-locking device of the present invention is elevated It is a block diagram showing a state fixed to the hook, Figure 8 is a block diagram showing a state in which the wire rope-type gate is provided with a lock device of the present invention is lowered.

As shown in the present invention, the wire rope-type water gate equipped with the lock device of the present invention includes a wire winding machine 20 configured at an upper end of the concrete structure 10 and a wire wound and wound around the wire winding machine 20. The wire 30 is a wire rope-type water gate composed of a rope 30 and a wire pulley 40 on which the wire rope 30 is hooked and configured to be a water gate 50 that opens and closes a waterway. It is configured at the top to hang the top of the water gate 50 at the time of lifting the water gate 50 to securely support the elevated water gate 50 and from the top of the water gate 50 at the time of the descending of the water gate 50 The unlocking device 100 is released is further configured.

The wire rope-type water gate equipped with the present invention configured as described above, when the water passage is opened or closed, drives the wire winding machine 20 to wind the wire rope 30 wound around the wire winding machine 20. By winding or releasing the wire pulley 40 to which the wire rope 30 is connected, the water gate 50 coupled with the lift is lowered or lowered to open and close the waterway.

Therefore, it is possible to maintain the appropriate level, the wire-rope type water gate equipped with the present inventors the device is caught by the water lock device 100 is further configured, when the water gate 50 is elevated, the elevated gate ( Since 50) is firmly supported by the sluice locking device 100, the problem caused by the load of the heavy sluice is transmitted directly to the wire rope 30 as well as the wire winding machine 20 side.

The sluice lock device 100 is located on one side of the wire winch 20, the hook fixing bracket 110 is fixed to the top of the concrete structure 10, and the hook fixing bracket 110, the upper end hook The hook 120 is coupled to the hinge rotation by the fixing pin 121 and the hook recess groove 122 is formed at the bottom of the hook 120 and the stopper 130 connected to the bottom of the hook 120 by the plate pin 131. The hook pin 141 is fixed to the upper surface of the sluice 50 and the hook pin 141 on which the hook groove 122 of the hook 120 is hooked is fixed to the hook pin bracket 140.

The hook pin 141 is configured to protrude from the hook pin pin 140 to be hooked to the engaging groove 122 of the hook 120.

The lock device 100 configured as described above is supported by being held on the upper end of the elevated gate 50 when the gate 50 is lifted to maintain and maintain the elevated position of the gate 50. When the 50 is lifted, as shown in FIG. 4, the lower end of the hook 120 of the sluice locking device 100 comes into contact with the hook pin 141 and the hook pin 141 touches the lower part of the hook 120. ) Is the lower end of the hook 120 is guided along the hook pin 141 by the continuous lifting of the water gate (50) to slide.

As such, the hook 120 guides along the hook pin 141 and slides at the lower end thereof, and as shown in FIG. 5 in the process of lifting the sluice 50 as shown in FIG. 5, the front end of the hook recess 122 of the hook 120. The hook pin 141 is positioned to the side, and the lower end of the stopper 130 configured at the lower side of the hook 120 is in contact with the hook pin 141.

In addition, when the hook pin 141 is in contact with the lower end of the stopper 130, the hook 120 is guided along the hook pin 141 by the lifting and lowering of the water gate 50, the lower end is slipped in FIG. As shown in the drawing, the hook pin 141 is inserted into the hook recess 122 formed in the bottom of the hook 120 by being moved toward the hook pin 141, so that the hook 120 is connected to the hook pin 141. Walks

As such, when the hook 140 is hooked to the hook pin 141, the hook 120 is hung on the hook pin 141 even when the lifting operation of the water gate 50 is stopped, so that the hook pin 141 is fixed at the top. The water gate 50 to which the hook pin bracket 141 is coupled is supported by the hook 120.

Therefore, the load of the heavy water gate 50 that was received by the wire rope 30 operated by the wire winch 20 is distributed to the hook 120 side, so that the wire rope 30 as well as the wire winch 20 side are loaded. The load of the heavy sluice gate 50 is not directly transmitted.

In this way, since the sluice gate 50 can be firmly supported by the hook 120 by the hooking operation of the hook 120 and the hook pin 141 constituting the sluice locking device 100. The wire rope 30 is easily replaced or repaired, and the wire rope 30 is cut off during the operation, thereby preventing safety accidents.

In the wire rope-type water gate equipped with the present invention, the hook-type water gate provided as described above is hooked to the hook pin 141 from the hook pin 141 when the water gate 50 is to be lowered. As it is naturally released, as shown in FIG. 8, when the hook 120 is slightly lifted to the upper side of the water gate 50 supported by being hooked to the hook pin 141, the hook 120 is hooked to the hook pin 141. The hook 120 is gradually separated from the hook pin 141 and the hook pin 141 is raised while lifting the stopper 130 configured at the lower side of the hook 120.

As such, when the hook 50 is lifted up to the stopper 130 and the water gate 50 is raised to some extent, the stopper 130 is released from the hook pin 141 and is formed at the bottom of the hook 120. 122 is lowered to the side to block the locking groove 122, at this time if the descending water gate 50 is slowly lowered the water gate 50 is made without any interference to close the open waterway.

The hook 120 is pushed toward the hook pin 141 by its own load so that the hook 120 is guided to the hook pin 141 fixed to the hook pin bracket 140 at the central side of the hook 120. The weight body 150 is further connected by the weight pin 151.

Accordingly, when the sluice gate 50 is lifted so that the engaging groove 122 of the hook 120 is hooked on the hook pin 141, the hook 120 is moved toward the hook pin 141. The hook pin 141 is more easily hooked to the locking recess 122 of the hook 120 by pushing by its own weight.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention as being capable of various modifications, but the present invention is not limited to such an embodiment, and the embodiment is simply applied in combination with the known art. Together with the claims and the detailed description of the present invention it will be seen that the technology that can be used by those skilled in the art that the present invention belongs to be included in the technical scope of the present invention.

1 is a configuration diagram showing a conventional wire rope type sluice.

Figure 2 is a block diagram showing a wire rope-type watermark provided with the present inventors.

Figure 3 is a block diagram showing a state in which the wire rope type gate is equipped with the present invention the device lock.

4 to 6 is a configuration diagram showing a state in which the hook is hooked to the hook pin when the wire rope-type gate is equipped with the water lock device according to the present invention, respectively.

Figure 7 is a block diagram showing a state in which the wire rope-type gate is equipped with the present invention is locked to the hook.

Figure 8 is a block diagram showing a state in which the wire rope-type water gate with the present inventors lock device is lowered.

<Description of the symbols for the main parts of the drawings>

10: concrete structure 20: wire winding machine

30: wire rope 40: wire pulley

50: sluice

100: locking device 110: hook fixing bracket

120: hook 121: hook fixing pin

122: hanging groove 130: stopper

131: plate pin 140: hook pin bracket

141: hook pin 150: weight

151 weight weight pin

Claims (3)

Wire winding machine 20 is formed on the upper end of the concrete structure 10, the wire rope 30 is wound around the wire winding machine 20 and the unwinding operation, and the wire pulley on which the wire rope 30 hangs ( In the wire rope-type water gate composed of a water gate (50) is configured on the upper surface and opening and closing the waterway, The concrete structure 10 is configured on the upper end of the water gate 50 when the ascension of the water gate 50 by walking the top of the elevated water gate 50 is firmly fixed and supported and when the water gate 50 when the water gate 50 The wire-roof type water gate provided with a slugging device, characterized in that the slugging device 100 is further configured to be released from the top of the 50. The method of claim 1, The sluice lock device 100, A hook fixing bracket 110 positioned at one side of the wire winch 20 and fixed to an upper end of the concrete structure 10; A hook 120 coupled to the hook fixing bracket 110 so as to be hinged by the hook fixing pin 121 and having a recessed recess 122 formed at the bottom thereof; A stopper 130 connected to the bottom of the hook 120 by a plate pin 131; Sluice that is fixed to the upper surface of the sluice 50 and the hook pin bracket 141 is fixed to the hook pin 141, the hook groove 141 of the hook 120 is fixed on the top comprises a Wire-roofed water gate with locking device. 3. The method of claim 2, The hook 120 is pushed toward the hook pin 141 by its own load so that the hook 120 is guided to the hook pin 141 fixed to the hook pin bracket 140 at the central side of the hook 120. The main weight body 150 is a wire rope type water gate equipped with a slugging device, characterized in that the weight body pin 151 is further connected.

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