KR101039255B1 - Large caliber pipiline management system - Google Patents

Abstract

The present invention can easily drain and repair the water inside the pipe to repair it when a breakdown situation, such as a large diameter water pipe, such as a perforation can be quickly repaired and easy to maintain and repair large diameter It is about the pipeline system.

The present invention provides a pipeline system embedded in the ground to be connected from the water source to the home for water supply, the pipeline 100 is connected to a plurality; The inspection device (A) is installed in the pipeline 100, the opening (A3) is formed on the upper portion, the cover (A4) is mounted on the opening (A3), the drain pipe (A7) for drainage in the lower portion It is configured to include.

Pipeline, valve, cover, drainage

Description

Large diameter pipeline system for easy maintenance and management {LARGE CALIBER PIPILINE MANAGEMENT SYSTEM}

The present invention relates to a large diameter pipeline system that is easy to repair and manage. More specifically, when a pipeline such as a large diameter water pipe is damaged, such as perforation, a water drainage can be quickly drained to repair it. It is related to a large-diameter pipeline system that is easy to maintain and manage so that maintenance work can be performed smoothly.

In general, the pipeline supplied from the water source uses a large diameter at the beginning, and the pipe diameter gradually decreases closer to the home.

For example, in the case of large diameter pipelines with a diameter of 1500-2500 mm, the amount of water contained therein is enormous, reaching thousands of tons.

Therefore, when a leak occurs due to freezing or perforation in such a large-diameter pipeline, a situation arises in which a person enters and welds after discharging all the water in the pipeline.

Conventionally, such large-diameter pipelines range from several kilometers to several tens of kilometers, and in order to repair damage to any part of the pipeline, the intermediate valves and valves installed at certain distances in the pipeline are closed so that no more water is introduced thereafter, and the upper portion of the pipeline The pumping must be followed by the pump hood and the pumping of water.

Prior to such work, manpower should be put into the pipeline to find the damaged area and welded to repair it.

Therefore, it takes a lot of time during the work to find the leak location, find the corresponding valve to close the valve and then drill the pipeline, thereby preventing the residents from using the water, the damage is enormous.

In addition, if the accident is freezing, the cold weather makes it difficult to work and the suffering of the residents is inevitably increased.

The present invention has been made in order to solve the problems of the prior art described above, in the design of the pipelines, the intermediate valves are installed at regular intervals, and the inspection tube is installed between these intermediate valves and the pipeline, the inspection tube for opening and closing Its purpose is to provide a large-diameter pipeline system that is easy to maintain and manage, allowing flanges to be pumped in as well as manpower.

An object of the present invention is a pipeline system buried in the ground to be connected from the water source to the home for supply of water, comprising: a plurality of pipes connected in continuous length; An intermediate valve installed at regular intervals of the pipeline; An inspection device installed between the pipeline and the intermediate valve, having an opening formed at an upper portion thereof, a cover attached to the opening by bolting, and a drain provided at a lower portion thereof; It can be achieved by a large diameter pipeline system that is easy to maintain and manage, including a high-pressure pump that pumps and discharges the water inside by introducing a hood through the cover.

According to the present invention, first, since the repair of large diameter pipelines can be quickly repaired, it is possible to work with minimal water loss and minimum time.

Therefore, it is possible to minimize damages such as power failure, flooding, and road blockage, which may occur when a pipeline is damaged, and minimize inconvenience of residents.

 Second, even if the pipeline is not damaged, it is possible to periodically remove the scale accumulated therein, so that the pipeline can be kept clean, thereby improving the water quality.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram of a large diameter pipeline system for easy maintenance and management according to the present invention, Figure 2 is a front sectional view showing a 'checking device' in a large diameter pipeline system for easy maintenance and management according to the present invention to be.

As shown in Figure 1 and 2, the large diameter pipeline system easy to maintain and manage according to the present invention,

It is buried underground to be connected from the source to the home for water supply.

Pipe line 100 is connected to a plurality;

An intermediate valve (MV) installed at regular intervals of the conduit line;

It is installed between the pipeline 100 and the intermediate valve (MV), the opening (A3) is formed in the upper portion, the cover (A4) is mounted on the opening (A3), the drain pipe (A7) provided in the lower inspection Device A;

Hood (HP-2) is introduced through the cover (A4) is mounted on the input side, it is composed of a high pressure pump (HP) having a discharge port on the other side.

The pipe line 100 mentioned in the present invention generally means a large diameter pipe, and a large diameter pipe generally includes 1500 to 2500 mm in diameter.

The intermediate valve MV is provided in the middle of the pipeline 100, and is usually provided at both ends of one tube. Preferably, a flange is formed at both ends of the pipe, and the intermediate valve MV is disposed on the flange and then bolted.

The inspection device (A) is a pipe having the same diameter as the pipe line 100,

A flange A2 formed for engagement at both ends;

A cylindrical opening A3 formed thereon;

A cover A4 coupled to the opening A3;

It comprises a drain pipe (A7) and a valve (A8) formed in the lower portion for discharging the water contained therein.

That is, when the water in the pipe line 100 is to be drained, the drain valve A8 of the inspection apparatus A is opened and drained.

In addition, a drain pump (not shown) may be further mounted at the end of the drain pipe A7 to further promote the drain speed.

On the other hand, a small diameter insertion tube (A5) is formed on the upper portion of the cover (A4), the small cover (A6) is coupled to the upper end of the insertion tube (A5) to be opened and closed.

Opening and closing of the small cover (A6) means by applying a conventional flange coupling method or a hinge coupling method,

The insertion tube (A5) is suitable for the diameter of about 500 ~ 700 mm, which is the size to which a person or pump hood (HP-2) can be put.

Naturally, of course, the diameter of the insertion pipe A5 can be changed as needed.

In addition, the small cover (A6) is a plate-like plate formed with a plurality of bolt holes on the outer periphery so as to be coupled to the bolt, and is attached to the flange formed on the upper end of the insertion pipe (A5) to facilitate the detachable by fastening the bolt.

Then, the air discharge device (A62) is installed in the small cover (A6) to automatically discharge the air or gas filled in the pipeline 100 (see Fig. 2).

The air discharge device (A62) is a component that is usually installed to automatically remove the air in the pipe line can be understood by those skilled in the art, so detailed description thereof will be omitted.

In addition, the expansion joint (C) is further installed at the connection portion between the pipe line (100) and the inspection device (A) to absorb and disperse the strain of the pipe.

That is, since the tube is contracted in winter and elongated in summer, it is possible to prevent breakage and cracking of the pipeline 100 by installing the expansion joint pipe C to absorb the deformation stress generated at this time.

Expansion joint (C) is a normal bellows type is suitable, but is not necessarily limited to this, various modifications are possible.

On the other hand, Figure 3 is a perspective view showing a 'base ball' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 4 is a cross-sectional view showing a state of use of the 'base ball' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

3 and 4, the mounting hole 5 is for fixing the pump hood (HP-2) is inserted into the insertion pipe (A5), it is installed to prevent shaking during pumping.

Specific structure of the holder (5) has a hook formed on the upper end of the plurality of hooks 52 so as to hang on the upper end of the insertion pipe (A5), and the length of the hooked around the outer periphery of the hook (52) It is composed of a band 54 that can be adjusted.

The lower portion of the hook 52 may be formed to gather toward the inside so as to be in close contact with the outer surface of the pump hood (HP-2).

The band 54 is preferably to use a conventional 'hose band' so that the length can be adjusted, the hose band is understood by those skilled in the art, so a detailed description thereof will be omitted.

On the other hand, Figure 5 is a cross-sectional view showing a state of use of the 'ventilator' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

As shown in FIG. 5, the insertion pipe A5 is equipped with a blower 7 for forcibly discharging the gas filled in the inspection device A and the inside of the pipe line 100.

In other words, the chlorine gas mixed in the water is toxic to harm the human body, so after exhausting the operator must enter the inspection device (A) and the pipeline 100, so to open the small cover (A6) and natural exhaust There is a problem that takes too long.

In order to solve this problem, the exhaust fan 7 is mounted to force the gas to be discharged.

The ventilator 7 includes a body 72 inserted into an inner circumferential surface of the insertion tube A5, a fin 74 installed in the body 72, and an exhaust duct 76 coupled to an upper end of the body 72. It is composed of

The exhaust duct 76 is formed in the form of a corrugated pipe to facilitate folding.

And 휀 (74) is operated by receiving power from an external power vehicle.

Referring to the operating relationship of the present invention configured as described above are as follows.

The present invention is applied to large diameter pipelines flowing from water sources to water purification facilities or large diameter pipelines supplied to water purification plants from water purification facilities.

If an abnormal situation occurs in the pipeline 100, such as a leak due to freezing or external shock, the operator grasps the corresponding leak point and finds and closes the intermediate valve (MV) closest to both ends of the pipeline 100. Take measures so that no more water flows into the conduit 100.

Then, remove the bolt holding the small cover (A6) of the inspection device (A) to remove the small cover (A6), insert the pump hood (HP-2) through the insertion pipe (A5), and then the high pressure pump (HP) is operated to pump water in the conduit 100 to drain to the outside.

Mounting hole (5) is first installed in the insertion pipe (A5) to prevent shaking of the pump hood (HP-2).

Since the drained water is a valuable resource, it would be desirable to supply it to the water tank of the fire truck or water truck rather than to discard it.

If the water in the conduit 100 is drained to some extent it will be lower than the water level that can be absorbed from the pump hood (HP-2), from which the valve A8 of the drain pipe (A7) is opened to drain to the outside.

Then, when the drainage in the conduit 100 is completed, the pump hood (HP-2) and the cradle (5) is removed and the ventilator (7) is installed in the insertion pipe (A5) to discharge the gas inside to the outside. .

After the gas is removed, the worker enters the pipe line 100 through the insertion pipe A5 in the state of removing the blower device 7 and visually checks the damaged part, and then repairs it by welding or other methods.

When the maintenance work is finished, the worker comes out again, the small cover (A6) by coupling to the insertion pipe (A5) to seal.

Then open the intermediate valve (MV) again to resume water supply.

On the other hand, after the repair work for the damaged portion in the pipeline 100 may be performed in parallel to remove the foreign matter, such as scale accumulated in the pipeline 100.

This foreign matter removal operation uses a pipe washing device (P1, P2). That is, the pipe line 100 is further provided with a pipe washing device (P1, P2).

The pipeline washing apparatuses P1 and P2 are described in detail in Korean Patent Application No. 10-2008-0033732 filed by the applicant. Therefore, the present invention is only schematically described.

6 is a view showing a 'pipe washing device' in a large diameter pipeline system easy to maintain and manage according to the present invention.

As shown in Figure 6, the pipe washing device (P1, P2), a flange (12) connected to the pipe line 100 is formed on both ends and the inlet 20 formed on one side; A pig 2 introduced through the inlet 20; It is configured to include a lid (23) attached to the inlet (20).

The lid 23 has a through hole 233 is formed in the center, the lower portion is provided with a guide member 24 for pressing the pig (2).

That is, the pipeline washing apparatus P1 installed at one end of the pipeline 100 is used for arranging the pigs 2 in the correct position, and the pipeline washing apparatus P2 installed at the other end of the pipeline 100 is the pipeline 100. It is used for discharging the pig (2) to the outside.

On the other hand, in the pipeline washing apparatus P2 installed at the other end of the pipeline 100, a discharge guide member (not shown) is inserted and mounted therein to facilitate the discharge of the pigs 2.

The washing process using the above-described pipe washing apparatus (P1, P2) is as follows.

Shut off the flow of water by closing the intermediate valve (MV) installed in the inlet side of the pipeline 100, open the lid 23 of the pipeline washing device (P1) installed at one end of the pipeline 100 to inject the pig (2) , The lid 23 is closed to tighten the bolt to seal.

At this time, the support plate 244 provided on the guide member 24 of the lid 23 presses the outer surface of the pig 2 so that the pig 2 can be positioned in the center of the tubular body 10 (see FIG. 4).

On the other hand, the lid 23 of the pipeline washing device (P2) installed on the other end of the pipeline 100 is opened and installed by inserting the discharge guide member (not shown).

Thereafter, the intermediate valve MV on the inlet side is opened to supply water at a high pressure, or the pig 2 is fired by a propulsion force by injecting a high pressure air pressure into the conduit 100.

Therefore, while the pig 2 fired at a high speed moves along the inner wall of the pipeline 100, it is possible to scrape off and remove foreign substances and scale remaining on the inner wall, and the fired pig 2 rides on the discharge guide member. It rises and is discharged to the outside.

At this time, the sewage containing the scale transported with the pig 2 is discharged through the outlet of the pipeline 100.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, It is obvious that the claims fall within the scope of the claims.

1 is an overall configuration diagram of a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 2 is a front sectional view showing a 'checking device' in a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 3 is a perspective view showing a 'base ball' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 4 is a cross-sectional view showing a state of use of the 'base ball' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 5 is a cross-sectional view showing a state of use of the 'ventilator' applied to a large diameter pipeline system easy to maintain and manage according to the present invention.

Figure 6 is a view showing a 'pipe washing device' in a large diameter pipeline system easy to maintain and manage according to the present invention.

Explanation of symbols on the main parts of the drawings

A: Inspection device A2: Flange

A3: opening A4: cover

A5: Insertion Tube A6: Small Cover

A7: drain pipe MV: intermediate valve

P1, P2: Pipe washing device C: Expansion pipe

5: hanger 7: venting device

Claims (9)

In the pipeline system buried underground to be connected from the water source to the home for water supply, Pipe line 100 is connected to a plurality; An inspection device (A) installed in the conduit (100) and having an opening (A3) formed at an upper portion thereof, a cover (A4) mounted at the opening (A3), and a drain pipe (A7) formed at a lower portion thereof for drainage; Insertion pipe (A5) is installed on the top of the cover (A4); A small cover (A6) mounted on the upper end of the insertion pipe (A5); Mounting hole (5) mounted to secure the pump hood (HP-2) to the insertion pipe (A5) Large diameter pipeline system easy to repair and management, comprising a. The method of claim 1, The inspection device (A) is a large diameter pipeline system easy for maintenance and management, characterized in that the intermediate valve (MV) is further installed to open and close the water supply of the pipeline (100). The method of claim 1, Hood (HP-2) to be introduced through the cover (A4) is mounted on the input side, characterized in that it further comprises a high-pressure pump (HP) having a discharge port for easy maintenance and management of large diameter. The method of claim 1, The small cover (A6) is a large diameter pipeline system easy to repair and management, characterized in that the air discharge device (A62) is installed to automatically discharge the air in the pipeline (100). The method of claim 1, A large diameter pipe line system for easy maintenance and management, characterized in that the expansion joint pipe (C) is further installed in the connection portion of the pipe line 100 and the inspection device (A) to absorb and distribute the strain stress of the pipe. The method of claim 1, The cradle 5 is A plurality of hooks 52 are formed at the top to hook the top of the insertion tube A5, Band 54 which is adjustable in length while being enclosed in a band shape on the outer circumference of the hook 52 Large diameter pipeline system easy to repair and management, comprising a. The method of claim 1, Further comprising a ventilator (7) mounted to the insertion pipe (A5), The air blowing device 7 is the body 72 is inserted into the inner peripheral surface of the insertion tube (A5), 74 74 installed in the body 72, Exhaust duct 76 coupled to the top of the body 72 Large diameter pipeline system easy to repair and management, comprising a. The method of claim 1, The pipe 100 is further provided with a pipe washing device (P1, P2), The pipe washing device (P1, P2), A pipe body 10 having a flange 12 connected to the pipe line 100 at both ends and an inlet 20 formed at one side thereof; A pig 2 introduced through the inlet 20; Lid 23 installed at the inlet 20 Large diameter pipeline system easy to repair and management, comprising a. The method of claim 8, The lid 23 is a through-hole 233 is formed in the center, the lower portion of the pipe system of easy maintenance and management, characterized in that the guide member 24 for pressing the pig (2) is installed.

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