KR200280511Y1 - Remotely Controllable On-Off Vavle Device installed at Rain-drain Pipe of a Building - Google Patents

Abstract

The design of the present invention is a control valve switchgear installed in the rainwater drainage pipe of a building that controls rainwater collected into rain gutters in rainy weather in buildings such as apartments, houses, and buildings. It is related to the upper and lower drop pipes cut into a predetermined section is formed to be coupled and formed on one side of the connection tube body 100 formed of a cylindrical tube forming the same inner and outer diameter as the T-shaped pipe, the upper portion An inlet 10 coupled to the upper downcomer 82 and a lower outlet 20 may be coupled to the lower downcomer 83, and may be coupled to a pipe 84 on one side formed in a T shape. The second outlet 30 is formed to have a configuration. The first valve 40 for opening and closing is installed in the direction of the first discharge port 20, and the first reduction motor 41 and the micro switches 42 and 43 are provided on both sides of the external valve, and the micro switch is installed. A ground lever 44 capable of being grounded and a hemispherical second valve 50 are installed in the direction of the second discharge port 30 so that the second deceleration motor 51 and the micro switches are provided on both sides. 52 and 53 are installed, and a ground lever 55 capable of grounding the micro switch is installed.

Description

Remotely Controllable On-Off Vavle Device installed at Rain-drain Pipe of a Building}

The present invention relates to a control valve switchgear installed in a rainwater drainage pipe of a building. Rainwater collected in a gutter during rainy weather in a building such as an apartment, a house building, or a building can be recycled to the ground through rainwater pipes. The present invention relates to a control valve opening and closing device installed in a rainwater drainage pipe of a building to be controlled.

In general, a drip pipe is installed on the roof of the building to discharge rainwater to the ground, and in an apartment or the like, a drip pipe is installed through the ovulator.

However, in the conventional downfall pipe, rainwater collected on the roof of the rainy weather is discharged to the ground through the cylinder tube, so discarding the rainwater is a waste of national resources in terms of recycling resources. In order to clean the house, water the plants, or wash the car, the rainwater can be used for daily life, but the rainwater discharged through the existing drip pipe cannot be used as the living water. Instead, there was a problem in that the use of tap water is charged.

The present invention is to solve in view of the conventional problems as described above, by installing a control valve opening and closing device that is the connection pipe body to the existing downfall pipe installed in the outdoor of the building to discharge the dirty water to the ground in the first rainy weather, When a certain time is delayed, clean water can be stored in a storage tank and used in conjunction with a toilet for use as living water when needed.In addition, rain water can be used to clean an apartment's porch, water a plant, or wash a car. It is an object of the present invention to provide a control valve opening and closing device attached to a rainwater drainage pipe of a building that enables the use of water as living water.

In order to achieve the above object, the present invention is a cylindrical T-tube having the same inner and outer diameter as the downfall pipe, and an upper inlet is formed to connect with an upper downflow pipe discharged from the upper portion, and a lower downfall discharged to the ground at the lower portion. By forming a second discharge port that can be connected to the other side pipe formed in the T-shape on one side of the connecting pipe body that is inserted between the upper and lower downcoming pipe cut in a certain section the first discharge port is formed inwardly to be fitted to the pipe outer diameter A first valve for opening and closing is installed at the first outlet, and a hemispherical second valve is installed at the second outlet to close the hemispherical second valve in the second outlet direction first and to open the first valve for opening and closing in the first outlet direction. After discharging dirty foreign substances to the ground, after a certain time has elapsed, the first valve for opening and closing the first outlet is closed, and the hemispherical second valve of the second valve is closed. Open to the features that you want to use the water for life, if necessary, save the clean rain water through a pipe to a storage tank.

1 is a front view of the connector main body in which the control valve of the present invention is installed;

Figure 2a is a longitudinal cross-sectional view of the connecting pipe main body with a control valve of the present invention is a cross-sectional view showing a first valve for opening and closing the hemispherical second valve is closed,

Figure 2b is a plan view showing an open state the first valve for opening,

Figure 3a is a longitudinal cross-sectional view of the connecting pipe main body with a control valve of the present invention is a cross-sectional view showing the first valve for opening and closing the hemispherical second valve is open,

3B is a plan view showing an open state of the first valve for opening and closing;

4 is a circuit diagram showing an operating state of the present invention,

5 is an exemplary view showing a state in which the ground lever is rotated by the reduction motor of the present invention,

6 is an exemplary view showing a use state of the present invention.

7 is an exemplary front view showing a state in which the control lever is manually installed by installing the control lever in the main body of the connector according to another embodiment of the present invention;

Figure 8a is a cross-sectional view showing a first valve for opening and closing the hemispherical second valve is closed by the control lever in another embodiment of the present invention,

8B is an exemplary plan view showing a state in which the opening and closing first valve is opened and the hemispherical second valve is closed;

Figure 9a is a cross-sectional view showing a first opening and closing the first valve for opening and closing the hemispherical second valve by the control lever in another embodiment of the present invention,

Figure 9b is a planar view showing a first valve for opening and closing the hemispherical second valve open state,

10 is an exemplary view showing another use state of the present invention.

<Description of the reference numerals for the main parts of the drawings>

10: inlet 20: first outlet 30: second outlet

40: opening and closing first valve 41: first deceleration motor

42,43,52,53: Micro switch 44,54: Ground lever

45.55: rotating shaft 50: hemispherical second valve 60: storage tank

70: pump 71: toilet 72: car

80: rain gutter 81: guide tube 82: upper drip pipe

83: lower downcomer 84: piping 90: packing

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in detail as follows.

Figure 1 is a front view of the connector main body with a control valve of the present invention, Figure 2a is a longitudinal cross-sectional view of the connection main body with the control valve of the present invention is opened and closed the first valve is hemispherical second valve closed state 2B is a plan view showing an open state of the first valve for opening and closing, and FIG. 3A is a longitudinal cross-sectional view of a connector main body in which the control valve of the present invention is installed, and the first valve for opening and closing is a hemispherical second valve. Figure 3 is a cross-sectional view showing an open state, Figure 3b is a plan view showing the open state of the first valve for opening, Figure 4 is a circuit diagram showing the operating state of the present invention, Figure 5 is a ground lever rotated by the reduction motor of the present invention Figure is an illustration showing a state, Figure 6 is an illustration showing a state of use of the present invention. 7 is an exemplary front view showing a state in which a control lever is installed in a main body of a connection pipe and manually operated in another embodiment of the present invention, and FIG. 8A is a first valve for opening and closing by an adjustment lever in another embodiment of the present invention. Is an open cross-sectional view showing a semi-spherical second valve is in a closed state, Figure 8b is a plan view showing a state in which the opening and closing first valve is open and the hemispherical second valve is closed, Figure 9a is another embodiment of the present invention Fig. 10B is a cross-sectional view showing the first valve for opening and closing by the control lever and the hemispherical second valve is open, and Fig. 9B is a plan view showing the first valve for opening and closing the hemispherical second valve in the open state, Fig. 10 Is an exemplary view showing another use state of the present invention.

First, the configuration of the present invention is as follows.

It is formed to be coupled to the upper and lower drip pipes cut into a predetermined section, and form a connecting tube body 100 formed of a cylindrical tube forming the same inner and outer diameters of the pipe formed in the T-shaped on one side, the upper portion at the top The inlet 10 is coupled to the downfall pipe 82, the lower portion of the first outlet 20 is coupled to the lower downpipe 83, and formed on the T-shaped side can be combined with the pipe 84 The second outlet 30 is formed.

The first valve 40 for opening and closing is installed in the direction of the first discharge port 20, and the first reduction motor 41 and the micro switches 42 and 43 are provided on both sides of the external valve, and the micro switch is installed. The ground lever 44 can be grounded.

In addition, a hemispherical second valve 50 is installed in the direction of the second discharge port 30 so that the second deceleration motor 51 and the micro switches 52 and 53 are provided on both sides of the exterior, and the micro switch is grounded. The ground lever 55 can be installed.

In the drawings, 45 and 55 are rotating shafts, 60 are storage tanks, 70 are water pumps, 71 are toilets, 72 are cars, 73 are flowers or trees, 74 are faucets, 80 are rain gutters, 81 are guides, 90 are packing. to be

Referring to the effect of the present invention configured as described above in more detail.

First, formed in the T-shape having the same inner and outer diameters as the upper and lower dripping pipes 82 and 83 for dripping the rainwater falling into the existing rain gutter 80 and the guide pipe 81 installed outside the building. After installing the cylindrical connecting tube body 100 in the upper downcomer 82 and the lower downcoming 83, rainy water can be discharged to the ground by the pollution as shown in FIGS. 2A and 2B during rainy days. The hemispherical second valve 50 installed in the direction of the second outlet 30 is closed, and then opens and closes the opening and closing first valve 40 installed in the direction of the first outlet 20. After the rainwater is discharged in the direction of the first outlet 20, when the rainwater is clean, as shown in FIGS. 3A and 3B, the hemispherical second valve 50 in the direction of the second outlet 30 is rotated by 90 °. To open and close the first valve 40 for opening and closing the first outlet 20 by rotating it to 90 °. The clean rain water discharged to the upper downcoming pipe 82 is that the rain water is stored in the storage tank 60 through the second discharge pipe 30.

At this time, the operation state of the opening and closing the first valve 40 and the hemispherical second valve 50 will be described in detail as follows.

Hemispherical second installed in the opening and closing first valve 40 and the second discharge port 30 installed in the first discharge port 20 by the operation of the first reduction motor 41 and the second reduction motor 51 of the present invention. 5 shows the state in which the valve 50 is opened and closed, and when the button switch is operated in the machine room or the guard room in rainy weather, the ground levers 44 and 54 connected to the reduction motors 41 and 51 perform a rotational motion. While detecting the micro switches 42, 43, 52, and 53, the ground lever 44 connected to the first deceleration motor 41 is connected to the micro switch (as shown by a solid line in FIG. 5). 42 is grounded to open and close the first valve 40 installed in the first outlet 20 as shown in Figure 2a and 2b as the dirty rain water is discharged to the outside through the lower downfall pipe (83). .

At this time. When the ground lever 54 connected to the second deceleration motor 51 installed in the second valve 30 composed of the T-shaped pipe is grounded to the micro switch 52, the hemispherical second valve 50 is connected to the second outlet 30. ) Will be closed.

After rainy weather in the rain as the first discharged to the ground through the first discharge port 20, by rotating the ground lever forward by the reduction motor as described above to store the clean rain water to the storage tank (60). The following describes the operating state.

After discharging the first dirty rainwater to the ground in the direction of the first outlet 20 as described above, as shown in FIGS. 3A and 3B, the first valve 40 for opening and closing of the first outlet 20 is closed. In order to open the hemispherical second valve 50 of the second outlet 30, the first reduction motor 41 and the second reduction motor 51 are rotated forward by 90 ° as shown by a dotted line in FIG. 5. The ground levers 44 and 54 of which the rotary shaft 45 of the first reduction motor 41 and the rotary shaft 55 of the second reduction motor 51 are integrally coupled to each other. When it is rotated 90 ° in the direction of 53, the ground lever 44 connected to the first reduction motor 41 is grounded to the micro switch 43 so that the opening / closing first valve 40 is closed and the second reduction motor 51 is closed. The ground lever 54 connected to the ground) is grounded with the micro switch 53 so that the hemispherical second valve 5 is opened so that clean rainwater is stored in the direction of the second outlet 30 through the pipe 84. The tank 60 is to be stored.

When the rainwater collected in the storage tank 60 exceeds the storage tank capacity above the storage level as described above, it is discharged to the outside through the overpipe 61 connected to the upper end.

Meanwhile, when the ground levers 44 and 54 are grounded at the positions of the micro switches 42 and 52 as described above, the opening and closing first valve 40 is opened and the hemispherical second valve 50 is closed. In addition, when the ground levers 44 and 54 are first rotated to 90 ° forward, the ground levers 44 and 54 are rotated by the reduction motors 41 and 51, and thus the micro switches 43 and 54 are rotated. When the stop is at the position of 53, the opening and closing first valve 40 is closed and the hemispherical second valve 50 is opened. When the second rotation is performed 270 ° forward, the ground levers 44 and 54 are micro switches. At the positions of (43) and (53), it rotates forward and stops at the positions of the micro switches (42) and (52). When it is restored to its original position, it functions only as a drip pipe as usual.

In addition, the opening and closing of the first valve 40 and the hemispherical second valve 50 is opened and closed, as shown in the state of confirming the operation state as shown in Figure 4 as shown in Figure 4 When the first deceleration motor 41 and the second deceleration motor 51 are operated because the relay switch operates by pressing in the machine room or the guard room, and the relay contact relay switch 1 and the relay switch 2 are in an ON state, the first deceleration motor 41 and the first deceleration motor 41 are operated. 2 When the deceleration motor 51 rotates the forward rotation to 90 ° primarily, the ground levers 44 and 54 are moved from the micro switches 42 and 52 to the micro switches 43 and 53 positions. When the motor is stopped and rotated forward at 270 °, the ground levers 44 and 54 are moved from the micro switches 43 and 53 to the positions of the micro switches 42 and 52 to restore the original position. do.

At this time, the opening and closing first valve 40 and the hemispherical second valve 50 according to the ground positions of the ground levers 44 and 54 and the micro switches 42, 52, 43, and 53. You can adjust the position of opening and closing, and you can check the current position by lamp1, lamp2, lamp3, lamp4.

As described above, the opening and closing of the opening / closing first valve 4 and the hemispherical second valve 5 by the operation of the reduction motor and the power supply are closed in a general house as shown in FIGS. 7 to 9B. On one side of the control lever 46, 56 may be installed by manually installing each.

7 to 9b is an exemplary view showing a state in which the control lever is installed on the appearance of the connection pipe main body as another embodiment of the present invention is connected to the opening and closing first valve 40 configured in the connection pipe main body 100 The first adjustment lever 46 is installed on the rotation shaft 45, and the second adjustment lever 56 is installed on the rotation shaft 55 connected to the hemispherical second valve 50 to adjust the first as shown in FIG. 7. When the lever 46 and the second control lever 56 are adjusted as indicated by a solid line, the opening and closing first valve 40 is opened while the hemispherical second valve 50 is closed, and is indicated by a dotted line on the contrary. When the first valve 40 for opening and closing the hemispherical second valve 50 is opened to indicate that the operating state of the present invention as shown in Figures 8a to 9b the first dirty rain water in the rain Opening the first valve 40 for opening and closing first in the direction of the first outlet 20 After discharging, the hemispherical second valve 50 is opened secondly, the opening and closing first valve 40 is closed, and the clean rain water is stored in the storage tank 60 through the second discharge port 30 direction. To make it available.

The control levers 46 and 56 may be manufactured and adjusted in various forms such as handle shapes, although not shown in another embodiment.

Rainwater collected through the rain gutter 80 of the rainy weather building as described above is the storage tank (60) through the guide pipe 81, the upper downfall pipe 82, the inlet 10, the second outlet 30, the pipe 84 6) to store the pipes connected to the storage tank 60 to the toilet 71 installed in the building, as shown in FIGS. It can also be used as living water can be used in the toilet bowl 71, it is also connected to the faucet 74 to wash the car 72 or to be used to water the plants or trees 73 in the garden.

As described above, the present invention collects rainwater discharged to the ground during rainy weather, and the first dirty and foreign rainwater is discharged to the ground. It can be used to save rainwater because it can be installed in rain pipes of water, so that rainwater stored in storage tanks can be used for living water, so that water can be supplied to toilets, car washes, and flowers or trees in the garden. It can work.

Claims (2)

The control valve opening and closing device that can recycle rainwater discharged to the ground through the downfall pipe in the building, such as rainy weather apartment building, as living water, It is formed to be coupled to the upper and lower drip pipes cut into a predetermined section, and form a connecting tube body 100 formed of a cylindrical tube forming the same inner and outer diameters of the pipe formed in the T-shaped on one side, the upper portion at the top An inlet 10 coupled to the downcomer 82, and a lower first outlet 20 coupled to the lower downcomer 83, and a second side coupled to the pipe 84 on one side formed in a T shape. The outlet 30 is formed, and the first valve 40 for opening and closing is installed in the direction of the first outlet 20 to install the first reduction motor 41 and the micro switches 42 and 43 on both sides. And a ground lever 44 capable of grounding the microswitch, and a hemispherical second valve 50 in the direction of the second discharge port 30. A micro switch (52, 53) is installed on both sides, and a ground lever (55) for grounding the micro switch is installed. Control valve opening and closing device installed in the rainwater downfall pipe of the building characterized by the castle. According to claim 1, The rotating shaft 45 is connected to the opening and closing first valve 40 configured in the connecting pipe main body 100, the first control lever 46 is connected to the hemispherical second valve 50 of the rotating shaft ( 55, the second control lever 56 is installed to open and close the first valve 40 and the hemispherical second valve 50 by adjusting the first control lever 46 and the second control lever 56. , The control valve opening and closing device attached to the rainwater downfall pipe of the building, characterized in that configured to be closed.