KR102629407B1 - Multi-function integrated non water blockage valve in response to regulations of the Waterworks Act enforcement ordinance - Google Patents

Abstract

The present invention is provided with a connection guide body on both sides of the valve body of the disconnected water valve, and each connection guide body is provided with a discharge valve body, so that discharge can be easily performed when replacing the disconnected water valve or repairing the pipe. An air valve or turbidity meter can be selectively installed on each connection guide body, so not only can water discharge work by the air valve be easily and easily performed, but it is also easy to measure turbidity in waterworks using a turbidity meter. This can be done, and if necessary, the air valve body and the turbidity meter can be selectively connected to the connection guides provided on both sides of the valve body, so that the discharge valve body, the air valve body, and the turbidity meter can be used in combination. The connected air valve body or turbidity meter can be separated from the valve body of the non-stop valve at any time and reinstalled, so maintenance work on the air valve body or turbidity meter as well as maintenance and maintenance can be greatly improved. A multi-function integrated uninterrupted water valve is launched in response to the Water Act Enforcement Decree regulations, which can prevent the increase in cost due to replacement of the entire uninterrupted water valve in the event of a malfunction of the sieve or turbidity meter.

Description

{Multi-function integrated non water blockage valve in response to regulations of the Waterworks Act enforcement ordinance}

The present invention relates to a multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations. More specifically, it is provided with a discharge valve body for water discharge at the top of the uninterrupted water valve body, and each discharge valve body is provided with a connector to drain water as necessary. This is about a multi-function integrated uninterrupted water valve that responds to the Waterworks Act Enforcement Decree regulations so that it can be used for multiple purposes by connecting an air valve to the connector or a turbidity meter.

In general, water pipes are composed of a large-diameter main pipe that transports large amounts of water over long distances, and a branch pipe that branches off from the main pipe and is used for relatively short-distance transport to supply water to buildings such as homes and offices. By installing a valve to control the water supply, the work is made easier by shutting off water when replacing an old water pipe or replacing a valve.

However, since the work is done after closing all valves installed around the replacement point in order to cut off the water supplied to the water pipe or valve at the replacement point, there is a problem that the range of water shutoff is wide, and it is necessary to replace the water pipe or valve. If water supply is cut off, not only will it cause inconvenience and loss to each household and various industrial facilities, but it will also cause inconvenience to the lives of the public. In addition, if the water supply is operated under emergency measures, civil complaints due to water leakage will occur. As the corrosion of valves and pipes worsened, it was difficult to repair water through continuous manual work.

Accordingly, non-stop water valves that allow water pipes or valves to be replaced without turning off water are being installed.

Conventionally installed disconnection valves are valves that are installed in existing pipes, such as water pipes or sewer pipes, that are buried in the ground and form a flow path for transporting fluids, and are used to control the flow path, such as for cleaning or repairing existing pipes or water supply pipes or sewer pipes. A valve housing designed to block the flow path of an existing pipe during branch construction, and having flanges on both left and right sides for connection with an underground pipe and a flow path connecting the flanges on both left and right sides formed therein, and the valve. It consists of a disk that moves vertically inside the housing through user manipulation and opens and closes the flow path formed inside the valve housing.

However, in order to replace a water pipe or valve, the remaining water in the replacement section must be drained, and since the conventional technology does not have an integrated structure for draining water, it is inconvenient to additionally install a separate device for draining water. Of course, there is a problem that this leads to a delay in work time and a decrease in work efficiency.

Meanwhile, turbidity in water supply has great significance in water supply management. If turbidity is measured above a certain standard, it aggravates consumers' dissatisfaction with the water and reduces its reliability, making it impossible to drink with confidence.

In addition, changes in turbidity at a specific point in the water supply pipe network indicate that a water quality problem has occurred in the vicinity, such as improper cleaning of the pipe during pipe replacement or repair, worsening corrosion inside the pipe, damage to the pipe, etc. This means that sewage has flowed into the pipe from the outside, and the turbidity of the water supply is measured periodically in order to quickly respond to changes in turbidity.

However, in the conventional water supply network, turbidity measurement involves connecting a separate pipe that can be combined with a turbidity meter between the water supply pipes, forming a manhole around it, and then having the water supply operation manager enter the manhole, etc. and measure the turbidity with a turbidity meter. Because this method is used, it is very difficult to measure turbidity at the required point whenever necessary.

Accordingly, a continuous water control valve capable of measuring turbidity has been developed. For example, a water control valve capable of measuring turbidity, registered in Patent No. 10-1178174, has been developed.

This prior art is a turbidity meter that has a sample collection pipe and a sample discharge pipe installed through the pipe body of the water sump valve and outputs an electric signal proportional to the turbidity. It is installed in the valve cap or pipe body of the water sump valve and measures the turbidity and turbidity measured by the turbidity meter. A memory that stores the measurement date and time, a radio frequency transceiver that wirelessly transmits the turbidity and measurement date and time stored in the memory, and a device that receives the turbidity from the turbidity meter and stores the measurement date and time in the memory, and then sets the turbidity and measurement date and time to a constant level. A turbidity transmitter consisting of a microcontroller unit that controls the radio frequency transceiver to transmit only under certain conditions, a radio frequency transceiver installed in a portable terminal and receiving the turbidity and measurement date and time from the turbidity transmitter, and the received turbidity and measurement date and time. It consists of a turbidity reception and output unit consisting of a memory for storing and a turbidity display device that synthesizes or converts the turbidity received by the radio frequency transceiver and the measurement date and time into text and outputs the turbidity to the outside as audio or text.

In this prior art, since the turbidity meter is directly connected to the pipe body of the water sump valve, turbidity measurement for the area can be easily and easily performed. However, if the turbidity meter breaks down, the entire water sump valve must be replaced. There is a problem.

Patent Document 1: Republic of Korea Patent No. 10-1178174 (registered on August 23, 2012) Patent Document 2: Republic of Korea Patent No. 10-2057209 (registered on December 12, 2019)

The present invention is provided with a discharge valve body for performing valve replacement work on both sides of the upper end of the disconnection valve, each discharge valve body is provided with a connector, and an air valve is connected to the connector integrally provided with each discharge valve body. By connecting the sieve, the discharge workability is greatly improved, and by connecting a turbidity meter to the connection port, it is easy to measure the turbidity of the water supply. By making it easy to replace and use only broken turbidity meters, maintenance and maintainability can be greatly improved. Therefore, the purpose is to provide a multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations that can use the drain valve, air valve, and turbidity meter in combination.

As a means to achieve the above object, the present invention includes a valve body having a lower body to which a pipe is connected and an upper body connected to the top of the lower body, and a valve body installed vertically inside the valve body to move the lower body by vertical movement. In the non-stop valve having a valve disc that blocks or opens a pipe connected to the valve body, a first connection guide body and a second connection guide body each in communication with the inside of the valve body are provided on both sides of the upper end of the valve body, a first connection pipe extending from the top of the first connection guide body to communicate with the first connection guide body, and a second connection pipe extending from the top of the second connection guide body to communicate with the second connection guide body; a first discharge valve body that is connected to communicate with the first connection guide body and discharges water flowing in through the valve body when opened; a second discharge valve body that is connected to communicate with the second connection guide body and discharges water flowing in through the valve body when opened; an air valve body connected to the first connector through a first connector or connected to the second connector through a second connector to exhaust the internal air of the valve body to the outside; A turbidity meter is provided that is connected to the first connector through a first connector or connected to the second connector through a second connector to measure turbidity of water flowing into the valve body.

The present invention is provided with a connection guide body on both sides of the valve body of the disconnected water valve, and each connection guide body is provided with a discharge valve body, so that discharge can be easily performed when replacing the disconnected water valve or repairing the pipe. An air valve or turbidity meter can be selectively installed on each connection guide body, so not only can water discharge work by the air valve be easily and easily performed, but it is also easy to measure turbidity in waterworks using a turbidity meter. This can be done, and if necessary, the air valve body and the turbidity meter can be selectively connected to the connection guides provided on both sides of the valve body, so that the discharge valve body, the air valve body, and the turbidity meter can be used in combination. The connected air valve body or turbidity meter can be separated from the valve body of the non-stop valve at any time and reinstalled, so maintenance work on the air valve body or turbidity meter as well as maintenance and maintenance can be greatly improved. In the event of a malfunction of the sieve or turbidity meter, increased costs due to replacement of the entire water shut-off valve can be prevented.

Figure 1 is a perspective view showing an embodiment of the present inventor's multi-function integrated uninterrupted water valve in compliance with the Water Act Enforcement Decree regulations.
Figure 2 is an exploded perspective view of an embodiment of the present inventor's multi-function integrated uninterrupted water valve in compliance with the Water Act Enforcement Decree regulations.
Figure 3 is a perspective view showing another embodiment of the present inventor's multi-function integrated uninterrupted water valve in compliance with the Waterworks Act Enforcement Decree regulations.
Figure 4 is an exploded perspective view of another embodiment of the present inventor's multi-function integrated uninterrupted water valve in response to the Water Act Enforcement Decree regulations.
Figure 5 is a configuration diagram showing the configuration of one side of the multi-function integrated uninterrupted water valve in compliance with the Waterworks Act Enforcement Decree regulations of the present invention.
Figure 6 is a configuration diagram showing the configuration of the other side of the multi-function integrated uninterrupted water valve in compliance with the Waterworks Act enforcement ordinance regulations of the present invention.
Figure 7 is a configuration diagram showing the configuration of the air valve body of the present inventor's multi-function integrated uninterrupted water valve in compliance with the Waterworks Act Enforcement Decree regulations.

Hereinafter, other purposes and features of the present invention in addition to the above purposes will be clearly revealed through the description of the embodiments with reference to the accompanying drawings.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as generally understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present application. No.

Hereinafter, a multi-function integrated disconnected water valve in compliance with the Waterworks Act Enforcement Decree regulations according to an embodiment of the present invention will be described in more detail with reference to the attached drawings.

As shown, the present invention includes a valve body (1) having a lower body (1a) to which a pipe (P) is connected and an upper body (1b) connected to the upper end of the lower body (1a), and the valve body ( 1) It relates to a non-stop valve having a valve disc (D) installed vertically inside and blocking or opening a pipe (P) connected to the lower body (1a) by vertical movement.

A first connection guide body (10) and a second connection guide body (20) respectively communicating with the inside of the valve body (1) are provided on both sides of the upper end of the valve body (1) of the present invention.

In addition, a first connection pipe 11 extending from the top of the first connection guide body 10 to communicate with the first connection guide body 10 and a second connection pipe to communicate with the second connection guide body 20 A second connector 21 extending from the top of the guide body 20 is provided.

In addition, a first discharge valve body 30 that is connected to communicate with the first connection guide body 10 and discharges water flowing in through the valve body 1 when opened, and a second connection guide body ( A second discharge valve body (40) is connected to communicate with the valve body (20) and, when opened, discharges water flowing in through the valve body (1).

In addition, it is connected to the first connector 11 through a first connector 50 or to the second connector 21 through a second connector 60 to allow the internal air of the valve body 1 to be discharged to the outside. An air valve body 70 for exhausting air is provided.

In addition, the water flowing into the valve body (1) is connected to the first connector (11) with the first connector (50) or the second connector (21) with the second connector (60). A turbidity meter 80 that measures turbidity is provided.

In the present invention made in this way, a first connection guide body (10) and a second connection guide body (20) are provided on both sides of the valve body (1) of the non-stop valve, respectively, and these first connection guide bodies are provided. Since (10) and the second connection guide body (20) are provided with a first discharge valve body (30) and a second discharge valve body (40), respectively, when replacing an uninterrupted water valve or repairing a pipeline, Drainage can be easily accomplished.

In addition, since the air valve body 70 or the turbidity meter 80 can be selectively connected to the first connection guide body 10 or the second connection guide body 20, respectively, the air valve body 70 In addition to the ease of drainage work, the internal air of the valve body (1) is easily discharged.

In addition, since the turbidity meter 80 is used by connecting to the first connection guide body 10 or the second connection guide body 20 when necessary, there is no need to install the turbidity meter 80 by fixing it to the valve body 1. In addition, turbidity measurement for water supply can be easily performed using the turbidity meter 80, and the air valve body 70 or the turbidity meter 80 can be separated from the valve body 1 of the non-stop water valve at any time and reinstalled. Since this can be done, maintenance work on the air valve body 70 or the turbidity meter 80 as well as maintenance and maintenance can be greatly improved.

Moreover, the air valve body 70 and the turbidity meter 80 are used by selectively connecting to the first connection guide body 10 or the second connection guide body 20 provided on both sides of the valve body 1, respectively. Accordingly, the first and second discharge valves (30) (40), the air valve (70), and the turbidity meter (80) can be used in combination, and if a failure of the existing air valve or turbidity meter occurs, the water shutoff valve It is possible to prevent increased costs due to complete replacement, thereby achieving economic benefits.

The first connection guide body (10) of the present invention includes a first guide connection pipe (12) extending to one upper side of the valve body (1) and integrally extending to communicate with the valve body (1), and A first lower flange (13) is bolted to the top of the first guide connector (12) so as to communicate with the inside of the first guide connector (12), and the first valve disk ( 32) is located and the first space portion 14 is opened and blocked by the raising and lowering movement of the first valve disk 32, and the first connection guide body 15 is provided therein, and the first connection guide The first valve support portion 16, which is bolted to the top of the body 15 and blocks the top of the first connection guide body 15 and supports the first discharge valve body 30, extends from the upper surface. It is provided with a cover (17).

In addition, the first discharge valve body 30 is located in the first support guide 31 protruding inside the upper end of the first valve support portion 16 and the first space portion 14 and has a first A first valve disk (32) that moves up and down along the vertical longitudinal direction of the valve support portion (16) to block or open the first space portion (14) and has a first valve spiral groove (32a) on the inside of the upper end, A first valve helical protrusion (33a) penetrates the first support guide (31), is located on the first valve support portion (16), and is helically coupled to the first valve helical groove (32a) of the first valve disc (32). ) is provided at the bottom and has a first rotation support protrusion (33b) seated on the top of the first support guide (31), and a lower end at the top of the first valve support portion (16). A first valve base 35 having a first sealing bushing 34 that is in close contact with the first valve base 33, and a first valve base 35 fixed to the upper end of the first valve base 33 ( By the operation of rotating 33), the first valve disk 32 having a first valve spiral groove 32a spirally coupled to the first valve spiral protrusion 33a of the first valve stem 33 is vertically aligned. It is provided with a first valve raising and lowering control device (36) that moves it up and down.

According to the present invention made in this way, when the first valve raising/lowering adjuster 36 of the first discharge valve body 30 is rotated, the first valve base 33 is rotated, and thus the first valve base 33 The first valve disc 32, in which the first valve helical groove 32a is spirally coupled to the first valve helical protrusion 33a, rotates and is raised and lowered.

In addition, after the first space portion 14 of the first connection guide body 10 is opened by the elevation of the first valve disc 32 and the water of the pipe (P) flows in through the valve body (1), , flows into the first connection guide body 10 through the opened first space 14.

At this time, the air valve body 70 connected to the first connection pipe 11 of the first connection guide body 10 and the first connection port 50 is completely separated from the first connection pipe 11.

In this way, the water flowing into the first connection guide body 10 is discharged through the first connection pipe 11 of the first connection guide body 10 from which the air valve body 70 is separated. The discharged water can be used by connecting a fire hose to the first connection pipe (11).

A first screw groove (11a) is provided on the upper inner peripheral surface of the first connector (11), and the first connector (50) is connected to either the air valve body (70) or the turbidity meter (80). The interior is provided with a penetration so that it can be inserted.

In addition, a first screw fastening protrusion 51 screwed into the first screw fastening groove 11a, a first connector close contact part 52 seated on the upper end of the first connector 11, and It consists of a second screw fastening protrusion (53) extending toward the upper side of the first connector adhesion portion (52).

Accordingly, when the first connector 50 is turned, the first screw fastening protrusion 51 of the first connector 50 spirals from the first screw fastening groove 11a of the first connector 11. Since it can be separated, the air discharge body screwed with the second screw protrusion 53 of the first connector 50 by the operation of separating the first connector 50 from the first connector 11 ( 70) or the turbidity meter 80 can be easily and easily separated.

For this purpose, the air valve body 70 or the turbidity meter 80 is each selectively screwed to the second screw fastening protrusion 53 to selectively connect the air valve body 70 to the first connection pipe 11. ) or connection screw grooves (70a) (80a) connecting the turbidity meter (80) are provided.

Of course, after the water is discharged, the first connector 50 can be screwed onto the first connector 11 by turning it in the opposite direction to the direction in which it was removed.

The second connection guide body (20) of the present invention includes a second guide connection pipe (22) extending to the other upper side of the valve body (1) and integrally extending to communicate with the valve body (1), and A second lower flange (23) is bolted to the upper end of the second guide connector (22) so as to communicate with the inside of the second guide connector (22), and the second valve disk of the second discharge valve body (40) (42) is located and the second connection guide body (25) is provided with a second space portion (24) inside that is opened and blocked by the raising and lowering movement of the second valve disk (42), and the second connection. The second valve support portion 26, which is bolted to the top of the guide body 25 and blocks the top of the second connection guide body 25 and supports the second discharge valve body 40, extends from the upper surface. It is provided with a blocking cover (27).

In addition, the second discharge valve body 40 includes a second support guide 41 protruding inside the upper end of the second valve support portion 26, and is located in the second space portion 24 and operates as a second valve. A second valve disk (42) that moves up and down along the vertical longitudinal direction of the support portion (26) to block or open the second space portion (24) and has a second valve spiral groove (42a) on the inside of the upper end, A second valve spiral protrusion (43a) penetrates the second support guide (41), is located on the second valve support part (26), and is helically coupled to the second valve spiral groove (42a) of the second valve disk (42). A second valve base 43 is provided at the bottom and has a second rotation support protrusion 43b seated on the top of the second support guide 41, and the lower end is in close contact with the top of the second valve support part 26. and a second valve base 45 having a second sealing bushing 44 supporting the second valve base 43, and a second valve base 43 fixed to the upper end of the second valve base 43. ), the second valve disc 42 having a second valve helical groove 46a helically coupled with the second valve helical protrusion 43a of the second valve stem 43 is lifted in the vertical direction. It is provided with a second valve raising/lowering control device (46) that moves it downward.

According to the present invention made in this way, when the second valve raising/lowering adjuster 46 of the second discharge valve body 40 is rotated, the second valve base 43 is rotated, and thus the second valve base 43 The second valve disc 42, in which the second valve helical groove 42a is spirally coupled to the second valve helical protrusion 43a, rotates and is raised and lowered.

In addition, after the second space portion 24 of the second connection guide body 20 is opened by the elevation of the second valve disk 42 and the water in the pipe (P) flows in through the valve body (1), , flows into the second connection guide body 20 through the open second space portion 24.

At this time, the air valve body 70 connected to the second connection pipe 21 of the second connection guide body 20 and the second connection port 60 is completely separated from the second connection pipe 21.

In this way, the water flowing into the second connection guide body 20 is discharged through the second connection pipe 21 of the second connection guide body 20 from which the air valve body 70 is separated. The discharged water can be used by connecting a fire hose to the second connector 21.

In addition, when the turbidity meter 80 is connected to the second connector 21 of the second connection guide body 20 through the second connector 60, the turbidity meter 80 is also connected to the second connector 21 ( Just separate it from 21) and drain it.

In this way, in the present invention, the air valve body 70 or the turbidity meter 80 can be easily and simply separated when water is discharged, so that the water discharge workability is greatly improved, and the air valve body 70 or the turbidity meter ( After disconnecting 80), you can connect the fire hose and use the discharged water.

A second screw groove (21a) is provided on the upper inner peripheral surface of the second connector (21), and the second connector (60) is connected to either the air valve body (70) or the turbidity meter (80). A third screw fastening protrusion (61) which is provided through the inside so as to be inserted and is screwed into the second screw fastening groove (21a), and a second connector close fitting part which is seated on the upper end of the second connector (21). It consists of (62) and a fourth screw fastening protrusion (63) extending toward the upper side of the second connector adhesion portion (62).

Accordingly, when the second connector 60 is turned, the second screw fastening protrusion 61 of the second connector 60 spirals from the second screw fastening groove 21a of the second connector 21. Since it can be separated, the air discharge body screwed with the fourth screw fastening protrusion 63 of the second connector 60 by the operation of separating the second connector 60 from the second connector 21 ( 70) or the turbidity meter 80 can be easily and easily separated.

Of course, after the water is discharged, the second connector 60 can be screwed to the second connector 21 by turning it in the opposite direction of the separation direction.

For this purpose, the air valve body 70 or the turbidity meter 80 is each selectively screwed to the fourth screw fastening protrusion 63 to selectively connect the air valve body 70 to the second connection pipe 21. ) or connection screw grooves (70a) (80a) connecting the turbidity meter (80) are provided.

The air valve body 70 of the present invention is connected to the first connector 11 through a first connector 50 or to the second connector 21 through a second connector 60 and is located at the bottom. An air valve body 72 having a first passage part 71 is provided inside the air valve body 72, and is raised and lowered in the vertical direction by the water pressure of the water passing through the first passage part 71 to prevent water leakage. An air ball 73 for blocking, a float 74 that is in close contact with the top of the air ball 73 and is raised and lowered when the air ball 73 rises due to water pressure to block water leakage, and the air valve body 72 ) and is provided with an air valve screw portion 75 that covers the top of the first connector 50 or the second connector 60 and has an air passage portion 76, and the air valve cover 77 It is provided with an air valve cover (78) bolted to the upper part of the valve cover (77).

The present invention, made in this way, is capable of rapidly discharging the air inside the valve body (1) before discharge, and solves the problem of difficulty in discharging air due to the small number of air valves installed in existing water supply pipes, This solves the problem that it is not easy to operate the first discharge valve body (30) and the second discharge valve body (40) by the air pressure inside the valve body (1).

In addition, since the air ball 73 and the float 74 are raised and lowered even when air is discharged, water leakage can be prevented.

Moreover, the first connection guide body 10 or the second connection guide body 20 is provided with a water leak blocking drain body 90, and accordingly, the first drain valve body 30 or the second drain valve body When the sieve 40 is opened, water leakage through the first connection guide body 10 or the second connection guide body 20 is blocked.

Of course, when the first drain valve body 30 or the second drain valve body 40 is closed, water remaining inside the first connection guide body 10 or the second connection guide body 20 is blocked from leaking. Drainage occurs through a cover groove (not shown) of the drain body 90.

As described above, the present invention has been described with specific details such as specific components and limited embodiments and drawings, but this is provided only to facilitate a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Various modifications and variations can be made from this description by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and all claims that are equivalent or equivalent to the claims as well as the following claims fall within the scope of the present invention.

10: first connection guide body 11: first connector
11a: first screw groove 12: first guide connector
13: 1st lower flange 14: 1st space part
15: first connection guide body 16: first valve support
17: first blocking cover 20: second connection guide body
21: 2nd connector 21a: 2nd screw fastening groove
22: 2nd guide connector 23: 2nd lower flange
24: second space part 25: second connection guide body
26: second valve support 27: second blocking cover
30: first discharge valve body 31: first support guide
32: first valve disk 32a: first valve spiral groove
33: first valve stem 33a: first valve spiral protrusion
33b: First rotation support protrusion 34: First sealing bushing
35: 1st valve support district 36: 1st valve elevation/lower adjustment mechanism
40: Second discharge valve body 41: Second support guide
42: second valve disk 42a: second valve spiral groove
43: 2nd valve stem 43a: 2nd valve spiral groove
43b: Second rotating support protrusion 44: Second sealing bushing
45: 2nd valve support area 46: 2nd valve elevation port
50: first connector 51: first screw fastening protrusion
52: first connector adhesion portion 53: second screw fastening protrusion
60: 2nd connector 61: 3rd screw fastening protrusion
62: 2nd connector adhesion portion 63: 4th screw fastening protrusion
70: air valve body 71: first passage part
72: air valve body 73: air ball
74: float 75: air valve screw part
76: air passage part 77: air valve cover
78: air valve cover 80: turbidity meter
70a, 80a: Connection screw groove 90: Water leak blocking drain

Claims (8)

A valve body (1) having a lower body (1a) to which a pipe (P) is connected and an upper body (1b) connected to the top of the lower body (1a), and installed in a vertical direction inside the valve body (1). In the non-stop valve having a valve disc (D) that blocks or opens the pipe (P) connected to the lower body (1a) by vertical movement,
A first connection guide body (10) and a second connection guide body (20) respectively communicating with the inside of the valve body (1) are provided on both sides of the upper end of the valve body (1),
A first connection pipe 11 extending from the top of the first connection guide body 10 to communicate with the first connection guide body 10, and a second connection guide body to communicate with the second connection guide body 20. a second connector (21) extending from the top of (20);
a first discharge valve body (30) that is connected to communicate with the first connection guide body (10) and discharges water flowing in through the valve body (1) when opened;
a second discharge valve body (40) connected to communicate with the second connection guide body (20) and, when opened, discharges water flowing in through the valve body (1);
It is connected to the first connector 11 with a first connector 50 or to the second connector 21 with a second connector 60 to exhaust the internal air of the valve body 1 to the outside. an air valve body (70);
It is connected to the first connector 11 through the first connector 50 or to the second connector 21 through the second connector 60 to prevent turbidity of the water flowing into the valve body 1. A multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations, characterized by being equipped with a turbidity meter (80) for measuring.
According to paragraph 1,
The first connection guide body 10,
A first guide connector (12) extending to one upper side of the valve body (1) and integrally extending to communicate with the valve body (1);
A first lower flange (13) is bolted to the upper end of the first guide connector (12) so as to communicate with the inside of the first guide connector (12), and the first valve of the first discharge valve body (30) A first connection guide body (15) having a first space portion (14) inside which the disk (32) is positioned and which is opened and blocked by the up and down movement of the first valve disk (32);
A first valve support portion (16) is bolted to the upper end of the first connection guide body (15) to block the upper end of the first connection guide body (15) and supports the first discharge valve body (30) from the upper surface. A multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations, characterized by being provided with an extended first blocking cover (17).
According to paragraph 2,
The first discharge valve body 30,
a first support guide (31) protruding inside the upper end of the first valve support part (16);
It is located in the first space 14 and moves up and down along the vertical longitudinal direction of the first valve support 16 to block or open the first space 14 and a first valve spiral groove ( a first valve disk 32 having 32a);
A first valve helical protrusion (33a) penetrates the first support guide (31), is located on the first valve support portion (16), and is helically coupled to the first valve helical groove (32a) of the first valve disc (32). ) is provided at the bottom and has a first rotation support protrusion (33b) mounted on the top of the first support guide (31);
a first valve support member (35) having a lower end in close contact with the upper end of the first valve support member (16) and a first sealing bushing (34) supporting the first valve support member (33);
A first valve fixed to the top of the first valve stem 33 and spirally connected to the first valve spiral protrusion 33a of the first valve stem 33 by rotating the first valve stem 33. A multi-function integrated uninterrupted water valve in compliance with the Enforcement Decree of the Waterworks Act, characterized in that it is provided with a first valve raising/lowering adjuster (36) that moves the first valve disc (32) having a spiral groove (32a) up and down in the vertical direction. .
According to paragraph 1,
The second connection guide body 20,
a second guide connector (22) extending to the other upper side of the valve body (1) and integrally extending to communicate with the valve body (1);
A second lower flange (23) is bolted to the upper end of the second guide connector (22) so as to communicate with the inside of the second guide connector (22), and the second lower flange (23) of the second discharge valve body (40) is bolted to the top of the second guide connector (22). a second connection guide body (25) having a second space portion (24) inside which the valve disk (42) is located and which is opened and blocked by the raising and lowering movement of the second valve disk (42);
A second valve support portion 26 is bolted to the upper end of the second connection guide body 25 to block the upper end of the second connection guide body 25 and supports the second discharge valve body 40 from the upper surface. A multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations, characterized by being provided with an extended second blocking cover (27).
According to paragraph 4,
The second discharge valve body 40,
a second support guide (41) protruding inside the upper end of the second valve support part (26);
It is located in the second space portion 24 and moves up and down along the vertical longitudinal direction of the second valve support portion 26 to block or open the second space portion 24 and a second valve spiral groove ( a second valve disk 42 having 42a);
A second valve spiral protrusion (43a) penetrates the second support guide (41), is located on the second valve support part (26), and is spirally coupled to the second valve spiral groove (42a) of the second valve disk (42). ) is provided at the bottom and has a second rotation support protrusion (43b) mounted on the top of the second support guide (41);
a second valve support member (45) having a lower end in close contact with the upper end of the second valve support member (26) and a second sealing bushing (44) supporting the second valve support member (43);
A second valve fixed to the upper end of the second valve stem 43 and spirally connected to the second valve spiral protrusion 43a of the second valve stem 43 by rotating the second valve stem 43. A multi-function integrated uninterrupted water valve in compliance with the Enforcement Decree of the Waterworks Act, characterized in that it is provided with a second valve raising/lowering control device (46) that moves the second valve disk (42) having a spiral groove (46a) up and down in the vertical direction. .
According to paragraph 1,
A first screw groove (11a) is provided on the upper inner peripheral surface of the first connector (11),
The first connector 50 is provided with a penetrating interior so that either the air valve body 70 or the turbidity meter 80 can be inserted,
a first screw fastening protrusion (51) screwed into the first screw fastening groove (11a);
a first connector close portion 52 mounted on the upper end of the first connector 11;
It consists of a second screw fastening protrusion (53) extending toward the upper side of the first connector adhesion portion (52),
A second screw groove (21a) is provided on the upper inner peripheral surface of the second connector (21),
The second connector 60 is provided with a penetrating interior so that either the air valve body 70 or the turbidity meter 80 can be inserted,
a third screw fastening protrusion (61) screwed into the second screw fastening groove (21a);
a second connector close portion 62 mounted on the upper end of the second connector 21;
It consists of a fourth screw fastening protrusion (63) extending toward the upper side of the second connector adhesion portion (62),
In the air valve body 70 or the turbidity meter 80, respectively,
The air valve body 70 is selectively screwed to the second screw fastening protrusion 53 and the fourth screw fastening protrusion 63 to selectively connect the first connection pipe 11 and the second connection pipe 21. Alternatively, a multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations, characterized in that it is provided with connection screw grooves (70a) (80a) connecting the turbidity meter (80).
According to paragraph 1,
The air valve body 70 is,
An air valve body connected to the first connector 11 through a first connector 50 or connected to the second connector 21 through a second connector 60 and having a first passage portion 71 at the bottom. (72) and;
an air ball (73) provided inside the air valve body (72), which is raised and lowered in the vertical direction by the water pressure of the water passing through the first passage part (71) to block water leakage;
a float 74 that is in close contact with the top of the air ball 73 and is raised and lowered when the air ball 73 rises due to water pressure to block water leakage;
An air valve cover ( 77) and;
A multi-function integrated non-stop water valve in compliance with the Waterworks Act Enforcement Decree regulations, characterized in that it is provided with an air valve cover (78) bolted to the upper part of the air valve cover (77).
According to paragraph 1,
In the first connection guide body 10 or the second connection guide body 20,
When the first drain valve body 30 or the second drain valve body 40 is opened, water leakage from occurring through the first connection guide body 10 or the second connection guide body 20 is blocked,
When the first drain valve body 30 or the second drain valve body 40 is closed, water leakage is blocked by draining the water remaining inside the first connection guide body 10 or the second connection guide body 20. A multi-function integrated uninterrupted water valve in response to the Waterworks Act Enforcement Decree regulations, characterized by being provided with a drain (90).