KR20140073824A - Wall built-in automatic floodgate - Google Patents

Abstract

The present invention relates to a wall-mounted automatic gates, which is simple and easy to install without the need for a separate joint member, so that the gates can be easily manufactured, can be installed easily and quickly,
The water gate is inserted in the inside of the water gate installation recess which is recessed inward than the front wall surface,
Even if synthetic resin material and buoyant material are used more than metal material so that the load of the watercraft can be reduced as much as possible and can be easily opened by the thrust of the water, there is no fear that the watercourse will be damaged or the lifetime will be shortened No,
Especially, when the thrust is applied to the front of the watercourse, the upper connection part of the watercraft is hinged to the horizontally elongated hole of the fixing bracket. Therefore, since the watercourse moves to the inside due to the horizontal elongation, the sealing force of the waterproof rubber increases, So that it is possible to faithfully carry out the function of preventing the water from flowing back toward the water channel.
It is a further object of the present invention to provide a hinged connection of the upper end of the cover to the top of the swinging bracket and the upper connecting part of the water receptacle so that the connecting part of the swinging door can not be seen from the outside, And the surface of the cover is coated to form a protective coating layer so that the connection part is not damaged and the appearance is further enhanced.
In order to accomplish the above object, the wall-mounted automatic water gate of the present invention is basically constructed by a water channel structure 20 constructed in a river or a river 10 or a water, sewage treatment plant, water purification plant, drainage pumping plant, irrigation water, The hinge 110 is coupled to the hinge 110 so that the inlet 21a is closed and the water gate 100 is connected to the hinge 110 by the pressure difference between the water level of the river 10 and the water flowing through the waterway 21. [ In an automatic sluice gate where the flow rate of the water flowing through the water channel (21) is adjusted while automatically opening /
A water inlet installation recess 25 recessed inwardly of the front wall 20a is formed in the front wall 20a corresponding to the inlet 21a of the channel 21 of the water channel structure 20,
A fixed bracket 200 having a horizontally elongated hole 210 formed at its top end is fixedly installed on the inner surface of the water-
The upper connecting portion 101 of the water gate 100 formed on the back surface of the exposing rubber 100a is directly coupled to the hinge 110 in the horizontal end slot 210 of the fixing bracket 200,
And the water gate 100 is inserted into the water gate installation recess 25 which is recessed inwardly of the front wall surface 20a.

Description

Wall built-in automatic floodgate

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wall-

More specifically, it is installed at a waterway entrance of a waterway structure constructed in a river, a river, or other water, sewage treatment plant, a water purification plant, a drainage pumping plant, an irrigation canal, etc. and is installed at the water level of a river or a river, The water gate is automatically opened and closed around the hinge so as to control the flow rate of the water channel,

In addition, the water gate is inserted into the water inlet installation recess inside the water inlet entrance front wall to prevent the water gate from protruding to the outside of the front wall, so that the water outlet suddenly flows into the river or river due to flood or water discharge of the upstream dam or reservoir Even if a large amount of water is introduced and the flow velocity is rapidly increased, the thrust due to the flow velocity does not act on the side surface of the watercourse, so that there is no fear that the watercourse is damaged or the life time is shortened.

When the thrust is generated at the front end of the hydrograph by hinging the upper connecting portion of the watertight hinge to the horizontally long slot of the fixing bracket installed at the upper side of the hydrographic installation recess, the watertight moves to the inside along the horizontal slot and the sealing force by the exponential rubber is increased, Sealing the inlet ensures that water is prevented from backflowing towards the waterway,

In addition, the cover body is hinged to the upper side of the water gate installation recess to hinge on the upper side of the water gate, so that the upper connection portion of the water gate can not be seen from the outside, and various shapes are displayed on the front side of the water gate, The present invention relates to a built-in wall type automatic sluice gate, which can be installed in an environmentally friendly manner regardless of places such as a river.

Generally, a river or river or a water gate is installed between a river or a river and a waterway in a river, a sewage treatment plant, a water purification plant, a drainage pumping plant,

In the case of the conventional water gate installed in this way, almost all of the water gate doors are configured to be manually operated by the manual operation of the water gate, so that the administrator has had to thoroughly care for maintenance and management of opening and closing of the water gate.

In addition, even if the water gate is configured to be opened semi-automatically, the entire construction is very complicated, making it difficult to install,

There was a drawback that it was expensive to manufacture, and once the power unit failed, it was difficult to repair even if it was a professional, and there were many difficulties in terms of maintenance such as maintenance and repair.

In order to solve such a problem, as shown in FIGS. 1 to 4, an upper connecting portion 101 of a water gate 100 having an exposing rubber 100a formed thereon is connected to a front wall 20a of a water channel structure 20 A hinge 110 is coupled to a fixing bracket 30 which is horizontally fixed and protruded on the upper side of the hinge 110 via a joint member 40 so that the water level of the river or the river 10 and the pressure An automatic sluice gate is installed and used so that the flow rate of the water flowing through the water channel 21 is controlled while the sluice 100 is automatically opened and closed around the hinge 110 by the car.

In the conventional automated watershed as described above, when the waterway door 100 is opened due to its own weight and the inlet 21a is closed, the water level of the waterway 21 becomes higher than the water level of the river or river. The water level of the waterway 21 is automatically adjusted as the water flows into the river 10 and conversely when the water level of the river or the river 10 becomes higher than the water level of the waterway 21, The index rubber 100a formed on the back surface of the water inlet 21 is strongly adhered to the outer circumferential surface of the inlet 21a of the water channel 21 to prevent water from flowing back toward the water channel 21. [

However, such conventional automatic gates do not directly connect the hinges 110 to the fixed brackets 30 fixed horizontally above the front wall 20a of the waterway structure 20, There is a problem that installation is troublesome and installation time is longer, and manufacturing and installation costs are increased.

In addition, since conventional automatic gates are provided so that the gates 100 protrude more than the front wall 20a of the waterway structure 20, the automatic gates are not attractive.

As already mentioned above, the water gate 100 is provided so as to protrude more than the front wall surface 20a of the water channel structure 20, and in order to easily open and close the water gate 100, The synthetic resin material and the buoyant material are used more frequently than the metal material. In particular, when the amount of water is rapidly increased due to the flood or the like and the flow rate is very fast, strong thrust is applied to the side surface of the water gate 100, And the connection part is broken, the water gate 100 may be damaged or shorten the service life,

The lower part of the water gate 100 is lifted and the inlet 21a of the water channel 21 can not be completely closed, thereby failing to fulfill its role.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a watertight structure having a watertight installation concave portion recessed inwardly of a front wall surface,

A fixed bracket having a horizontally elongated hole formed at the tip end thereof on the upper side of the water inlet installation recess,

The upper bracket is hinged to the upper horizontal slot of the fixing bracket so that the upper connecting portion of the water receptacle is directly hinged to the back surface of the exponential rubber,

As a result, by providing the built-in wall type automatic water gate by inserting the water gate into the water gate installation recess recessed inwardly of the front wall side,

Since the hydrological gate is simply constructed so that it can be installed without the need for a separate joint member, it is easy to manufacture, can be installed easily and quickly,

The water gate is inserted in the inside of the water gate installation recess which is recessed inward than the front wall surface,

Even if synthetic resin material and buoyant material are used more than metal material so that the load of the watercraft can be reduced as much as possible and can be easily opened by the pressure of water, there is no fear that the watercourse will be damaged or shortened No,

Especially, when the thrust is applied to the front of the watercourse, the upper connection part of the watercraft is hinged to the horizontally elongated hole of the fixing bracket. Therefore, since the watercourse moves to the inside due to the horizontal elongation, the sealing force of the waterproof rubber increases, So that it is possible to faithfully carry out the function of preventing the water from flowing back toward the water channel.

It is a further object of the present invention to provide a hinged connection of the upper end of the cover to the top of the swinging bracket and the upper connecting part of the water receptacle so that the connecting part of the swinging door can not be seen from the outside, And the surface of the cover is coated to form a protective coating layer so that the connection part is not damaged and the appearance is further enhanced.

In order to achieve the object described above, the wall built-in automatic sluice gate of the present invention basically corresponds to a waterway entrance of a waterway structure constructed in a river or a river or a sewage treatment plant, a water purification plant, a drainage pumping plant, The front wall surface is formed with a recessed portion that is recessed inwardly of the front wall surface,

A fixed bracket having a horizontally elongated hole formed at the tip end thereof on the upper side of the inner surface of the water gate installation recess,

The upper connecting portion of the water receptacle formed on the back surface of the exponential rubber is directly hinged to the horizontal end slot of the fixing bracket,

And the water gate is inserted and installed in the water gate installation concave portion recessed inwardly of the front wall surface.

The present invention is advantageous in that the water gate can be easily installed without the need for a separate articulation member, so that the water gate can be easily manufactured, can be installed easily and quickly, and can be manufactured and installed.

In addition, the water gate is inserted and installed in a wall-mounted recessed portion recessed inwardly of the front wall surface, and the fixed bracket and the upper connection portion of the water-door are not visible from the outside by a cover body hinged to the upper side of the water- As a matter of course, since the patterns of various shapes are shown on the front side of the watercraft, the aesthetics are very good and there is an advantage that the watercraft can be installed environmentally friendly regardless of places such as rural areas and cities.

In addition, most of all, in order to minimize the load of the watercraft and to float easily in the water, the synthetic resin material and the buoyant material are used more than the metal material. The watercourse is inserted into the watercourse installation recessed inside the front wall, Because it has a non-protruding installation structure, a large amount of water suddenly flows into rivers or rivers due to floods or water discharge from an upstream dam or a reservoir. Even if the flow velocity rapidly increases, There is no fear that the gate will be damaged or the life time will be shortened.

At this time, on the upper side of the water gate installation concave portion, the upper end of the cover body which can cover the fixing bracket and the upper connection portion of the water receptacle is hinged using a hinge, so that the fixing bracket and the upper connection portion of the water- There is an advantage that the gate is covered more securely because it is covered invisibly.

Meanwhile, when water flows into a river or a river and thrust acts on the front of the watercourse, the upper connecting portion of the watercraft is hinged to the horizontally elongated hole of the fixing bracket. Therefore, The sealing force of the water channel is increased, and the water channel entrance is sealed more strongly, so that there is an advantage that the water can be prevented completely from flowing back toward the water channel.

Figs. 1 to 4 are diagrams showing the construction of a conventional automatic teller machine,
Fig. 1 is a front view of the installation state of a circular watercraft. Fig.
Fig. 2 is a cross-sectional side view of the installation of the circular water inlet. Fig.
Fig. 3 is a front view of the installation state of the square water can.
Fig. 4 is a sectional side elevational view of an installed state of a rectangular watercraft. Fig.
5 to 10 are views showing the construction of a wall-mounted automatic water inlet of the present invention,
5 is a front view of the installation state of the circular water door.
6 is a sectional side view of the installed state of the circular water inlet.
7 is an enlarged view of the "A" part of FIG. 6;
8 is a front view of the installation state of the square water can.
Fig. 9 is a sectional side view of the installed state of the prismatic watercraft. Fig.
10 is an enlarged view of the "A" part of FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of a wall-mounted automatic water inlet of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 5 to 10, the automatic built-in wall gate of the present invention is basically constructed as a waterway constructed in a river or a river 10 or other such as a sewage treatment plant, a water treatment plant, a drainage pump station, The upper surface of the water gate 100 is coupled with the hinge 110 so that the entrance 21a of the waterway 21 of the structure 20 is closed so that the water level of the river or the river 10 and the pressure difference So as to automatically open and close the water gate 100 around the hinge 110. The structure of the water gate 100 is specifically designed and modified to exhibit various advantages.

Accordingly, the installation structure of the wall built-in automatic watercraft of the present invention will be described in more detail.

The front wall surface 20a corresponding to the inlet 21a of the channel 21 of the water channel structure 20 is formed with a water gate installation concave portion 25 recessed inwardly of the front wall surface 20a. And a fixed bracket 200 having a horizontally elongated hole 210 at its tip is fixedly installed on the upper surface of the inner surface of the base plate 25.

The upper connecting portion 101 of the water gate 100 formed in a circular or angular shape at the leading end horizontal slot 210 of the fixed bracket 200 and having an exponential rubber 100a formed on its back surface is directly connected to the hinge 110 installed on the front wall 20a so that the water gate 100 is inserted into the water gate installation recess 25 recessed inward from the front wall 20a so that the water gate 100 does not protrude outward from the front wall 20a have.

Meanwhile, in the present invention, the upper end of the cover body 300, which is large enough to cover the upper bracket 200 and the upper connecting portion 101 of the water gate 100, So that the fixing bracket 200 and the upper connection part 101 of the water gate 100 are not visible from the outside at all by the cover body 300.

The present invention is characterized in that a pattern 400 having various shapes is shown on the front surface 102 of the water gate 100 and a protective coating layer 410 is formed by coating the surface of the pattern 400 so as not to be easily damaged It is possible.

The present invention is not limited by the embodiments described above, and all of the simple design changes or simple substitutions of the present invention are included in the technical scope of the present invention.

The wall-mounted automatic gates according to the present invention having the above-described installation structure can be manufactured easily and easily and quickly because the gates 100 can be easily installed without requiring a separate joint member.

In addition, when the water gate 100 is installed, the water gate 100 is inserted into the water gate installation concave portion 25 recessed inwardly from the front wall surface 20a, and the hinge 100 is mounted on the upper side of the water gate installation recess 25 of the water gate 100 The upper bracket 200 and the upper connecting portion 101 of the wicket 100 can not be seen from the outside by the cover member 300 hinged to the hinges 310 using various shapes, (400) are shown, so the beauty is very beautiful.

In addition, most of all, the synthetic resin material and buoyant material are used more than the metal material so as to reduce the load of the water gate 100 as much as possible and to be easily opened by the water. In addition, the water gate 100 is provided with a water gate installed inside the front wall 20a Since the water gate 100 is inserted into the recess 25 so that the water gate 100 does not protrude outward from the front wall 20a, the water or water is suddenly discharged into the river or the river 10 due to flood or upstream water, The thrust due to the flow velocity does not act on the side surface of the water gate 100, so that there is no fear that the water gate 100 will be damaged or shortened in life span.

At this time, since the connecting portion of the water gate 100 is also covered by the cover body 300, the water gate 100 is more securely protected.

In the meantime, when thrust is applied to the front surface of the water gate 10 due to the inflow of water into the river or the river 10, the upper connection portion 101 of the water gate 100 is inserted into the horizontal end slot 210 of the fixed bracket 200, The hinge 110 is coupled to the hinge 110 so that the hinge 100 is moved inward along the horizontal elongated hole 210 so that the sealing force of the hinge 100a is increased to seal the inlet 21a of the channel 21 more strongly give.

Therefore, it is perfectly prevented that the water flows backward toward the water channel 21. [

10: Steel 20: Waterway constructions
20a: front wall surface 21: water channel
21a: entrance 100:
100a: Expo rubber 101: Upper connection part
102: front face 110: hinge
200: fixed bracket 210: horizontal slot
300: cover body 310: hinge
400: Pattern 410: Protective coating layer

Claims (3)

The hinge 110 is connected to the upper side of the waterway 21 in the waterway 21 of the waterway structure 20 constructed in the river or the river 10 or the water, sewage treatment plant, water purification plant, drainage pump, irrigation water, The water level of the water channel 21 is automatically controlled by the pressure difference between the water level of the water channel 21 and the water level flowing through the water channel 21, In the gate,
A water inlet installation recess 25 recessed inwardly of the front wall 20a is formed in the front wall 20a corresponding to the inlet 21a of the channel 21 of the water channel structure 20,
A fixed bracket 200 having a horizontally elongated hole 210 formed at its top end is fixedly installed on the inner surface of the water-
The upper connecting portion 101 of the water gate 100 formed on the back surface of the exposing rubber 100a is directly coupled to the hinge 110 in the horizontal end slot 210 of the fixing bracket 200,
Wherein the water gate (100) is inserted into the water gate installation recess (25) recessed inwardly of the front wall surface (20a). The method according to claim 1,
The fixing bracket 200 and the upper end of the cover body 300 capable of covering the upper connection part 101 of the water gate 100 are hinged by the hinge 310 on the upper side of the water gate installation recess 25, And the connection part is prevented from being seen from the outside so that the appearance is further enhanced and the connection part is not damaged. The method according to claim 1,
Wherein the gate pattern (400) of various shapes is shown on the front surface (102) of the gate (100), and the surface of the gate pattern (400) is coated to form a protective coating layer (410).

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