KR20100114980A

KR20100114980A - Water saving system for utilizing a life waste water

Info

Publication number: KR20100114980A
Application number: KR1020090033449A
Authority: KR
Inventors: 박순남
Original assignee: 박순남
Priority date: 2009-04-17
Filing date: 2009-04-17
Publication date: 2010-10-27

Abstract

PURPOSE: A water saving system utilizing living sewage, which purifies living sewage in order to be used for a toilet, is provided to reduce environmental contamination by saving water resource. CONSTITUTION: A water saving system utilizing living sewage comprises a sink(10), a basin(60), a first drainage control valve(51), a third drainage control valve(81), a sewage blocking device, a sewage supply tube(202) and a fourth drainage control valve(101). A second drainpipe is installed at the basin. The fourth drainage control valve controls the displacement flow of the water drawn from a well.

Description

Water saving system for utilizing a life waste water

The present invention relates to a water-saving system, and more particularly, to a water-saving system that can be used as water used in the toilet to purify the sewage that is discarded in the sink and washbasin.

Household sewage accounts for the largest amount of total wastewater, accounting for 89.9% of total sewage and wastewater generation, followed by industrial and livestock wastewater, respectively, with 9.4% and 0.7%. Therefore, the biggest cause of water pollution is household sewage, and detergents, shampoos, and food wastes that flow into sewage in daily life are the main causes of water pollution, accounting for about 90% of the total amount of sewage and wastewater generated. Therefore, in order to prevent the natural environment from being contaminated by domestic sewage, the purification of domestic sewage should be performed first. In particular, waste of water resources due to domestic sewage was serious.

However, many technologies for purifying sewage have recently been disclosed, but techniques for utilizing them have not been disclosed.

Therefore, the present invention was created in order to solve the above problems, a water-saving system using the living sewage to purify the household sewage discarded in the sink and washbasin through a purification device to supply the purified water to the water tank of the toilet bowl. The purpose is to provide.

The water-saving system utilizing the sewage of the present invention includes a sink in which the first and second dishes and the first drain pipe are respectively installed, and a basin in which the second drain pipe is mounted, the first and second dishes of the sink. A first drain control valve that regulates the drainage flow of sewage discharged from the first drain, and in the first drain control valve, the first inlet is coupled with the second dishwasher and the second inlet is first connected through the first connector and the second connector; A third drain control valve coupled to the dishwasher and the first outlet connected to the first drain pipe, installed at an upper portion of the second drain pipe of the wash basin, to regulate the drainage flow of the sewage flowing out of the wash basin; A second drain control valve which regulates the drainage flow of the combined wastewater so that the combined wastewater is introduced into the purification device, and the first inlet of the second drainage control valve is connected through a fourth connecting pipe. 3 is coupled to the outlet of the drain control valve and the second inlet is coupled to the second outlet of the first drain control valve through the third connector and the outlet is connected to the purification device through the sump and the fifth connector, A sewage supply blocking device and a sewage supply pipe installed in the water tank, and a fourth drainage control valve which regulates the drainage flow of the purified water in the septic tank of the purification device and supplies the purified water to the sewage supply pipe through the sixth connecting pipe. .

In addition, in the water-saving system utilizing the sewage of the present invention, the first drain control valve allows the first direction of the drain flow to be connected to the first drain pipe from the first drain pipes and the second drain pipe. The second direction is characterized in that it is connected to the third connector from the first drain connector and the second drain connector.

Furthermore, in the water-saving system utilizing the sewage of the present invention, the sewage combined in the second drain control valve is supplied to the purification apparatus through the fifth connecting pipe by a forced circulation pump.

According to the water-saving system utilizing the sewage of the present invention, water resources can be reduced, utility bills can be saved, and environmental pollution can be reduced.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the water-saving system utilizing the sewage of the present invention and the action exerted by it.

1 is a view showing the configuration of a water-saving system utilizing the sewage of the present invention.

As shown in FIG. 1, the water-saving system utilizing the sewage of the present invention includes a sink 10, a wash basin 60, a purification device 100, and a toilet 200.

The sink 10 is equipped with first and second dishes 20 and 30, respectively. First and second drain pipes 40 and 50 are attached to the lower bottom surface of the first and second dish dishes 20 and 30.

The first drain pipes 40 are coupled to the first connector 41 and the second drain pipe 50 is connected to the first drain control valve 51. In addition, the first drain control valve 51 is coupled to the first connecting pipe 41 through the second connecting pipe 42.

The first drain pipe 52 is connected to the second drain pipe 50 through the first drain control valve 51. The first drain pipe 52 is further provided to communicate with the drain passage.

Although, in the water-saving system utilizing the sewage of the present invention, the first and second dishwashing containers 20 and 30 are exemplified, one or more dishwashing containers may be installed.

If one dishwashing container is installed in the water-saving system using the sewage of the present invention, the first dishwashing container 20, the first drainage pipes 40, the first connector 41, and 2 Connecting pipes (42) are not installed.

If more than three dishwashers are installed, drain pipes and connectors are added to continue to combine them.

Further, the first drain control valve 51 and the second drain control valve 54 are coupled to communicate with each other by the third connecting pipe 53.

As a result, the first drain control valve 51 has first and second inlets (no reference numbers) and first and second outlets (no reference numbers). In other words, in the first drain control valve 51, the first inlet is coupled with the second drain pipe 50 and the second inlet is coupled with the second connector 42, while the first outlet is the first drain pipe. Communicate with the drain through the 52 and the second outlet is coupled to the third connecting pipe (53).

The first drain control valve 51 regulates the flow of the drain in two directions. Among these, the first direction of the drain flow is connected to the first drain pipe 52 from the first drain connectors 40 and the second drain connector 50, and the second direction of the remaining drain flow is the first drain connection. It is connected to the third connector (53) from the pipes 40 and the second drain connector (50).

The second drain control valve 54 also has a first and a second inlet (without reference numeral) and one outlet. In the first drain control valve 54, the second inlet is engaged with the third connecting pipe 53.

The second drain control valve 54 regulates the flow of the drain in one direction. In other words, the second drain control valve 54 regulates the flow of the drainage so as to supply or block the sewage flowing from the first and second inlets to its outlet.

A second drain pipe 80 is coupled to the lower surface of the wash basin 60. The second drain pipe 80 is divided into upper and lower portions by a third drain control valve 81 screwed to an upper portion thereof. That is, the upper portion of the second drain pipe 80 is coupled to the wash basin 60 and the lower portion of the second drain pipe 80 communicates with the drainage channel. The water pressure is regulated by the hydraulic pressure control valve 70 and water is supplied to the water pipe in the basin 60.

The first inlet of the second drain control valve 54 and the second outlet of the third drain control valve 81 are connected by a fourth connecting pipe 55.

In addition, the fifth connecting pipe 82 is connected to the sewage tank 90 so that the sewage is discharged from the outlet of the second drain control valve 54 through the forced circulation motor 90 therein. Is supplied. Thus, the forced circulation motor 90 serves to raise the sewage to the purification device 81 while preventing backflow.

The other end of the fifth connecting pipe 82 penetrates the side wall of the purification device 100 and engages with the purification device 100.

The fourth drain control valve 101 is connected to the lower bottom surface of the purification apparatus 100. And the fourth drain control valve 101 also engages with one end of the sixth connecting pipe 102. Therefore, the fourth drain control valve 101 serves to supply or block the purified water filled in the septic tank of the purification device 100 to the sixth connecting pipe 102.

In the water tank of the toilet 200, as shown in Figure 1, the wastewater supply pipe 202 is coupled to the sixth connection pipe (102). Therefore, the purified water filled in the septic tank of the purification device 100 is supplied to the sewage supply pipe 202 installed in the water tank of the toilet 200 along the sixth connecting pipe 102.

The upper part of the sewage supply pipe 202 is coupled with a sewage supply blocking device 201 that operates according to the level of water in the water tank of the toilet 200.

In addition, the water tank of the toilet 200 is provided with a water supply pipe 206 to communicate with the water supply control device 207, which is a faucet.

The upper portion of the water supply pipe 206 is coupled to a water supply blocking device 205 that operates according to the water level in the water tank of the toilet 200.

In particular, a drain cover member 203 is provided on the bottom of the water tank 200 of the toilet 200. According to the rotation operation of the drain opening control device 204 located on the upper side of the toilet 200, the drain cover member 203 at the bottom of the water tank is opened and closed. Due to the opening of the drain cover member 203, water filled in the water tank of the toilet 200 flows out to the drain.

When the user uses water in the sink 10 or uses water in the sink 60, the first and second dishes 20, 30 of the sink 10, or the sink 20 ) Will be filled with water. When drained from these 10, 60, the wastewater flows through the first and second drain pipes 30, 40 and the second drain pipe 80, respectively.

At this time, the sewage through the first and second drain pipes 30 and 40 is discharged to the first drain pipe 52 because the first drain control valve 51 is set in the first direction of the drain flow. Without entering the second drain control valve 54 through the third connecting pipe 53.

Since the third wastewater control valve 81 of the wash basin 60 blocks the drain flow direction of the second drain pipe 80, it does not flow into the second drain pipe 80, but through the fourth connecting pipe 55. Flows into the second drain control valve 54.

As a result, the sewage of the sink 10 and the sewage of the wash basin 60 are combined in the second drain control valve 54 to flow into the sewage reservoir 90 and the forced circulation motor 90 in it. Wastewater is also supplied to the purification apparatus 100 from the outlet of the second drain control valve 54. That is, the forced circulation pump 91 flows into the septic tank of the purification device 100 through the fifth connecting pipe 82. The purification device 100 purifies the sewage filled in the septic tank. Since the purification apparatus and the techniques using microorganisms are already known, the present invention will not be described in detail any further.

In the state in which the fourth drain control valve 101 of the purification apparatus 100 is opened, the purified water flows into the water tank of the toilet 200 through the sewage supply pipe 202. And the sewage supply blocking device 201 is operated by the buoyancy of the water filled in the water tank of the toilet 200. That is, when the water level of the water tank of the toilet 200 is filled to the degree of the upper portion of the water tank is operated to block the inflow of purified water through the sewage supply pipe 202 by the buoyancy of the water.

When the user fills the water tank of the toilet 200 using the toilet 200, the buoyancy of the water is lost when the drain cover member 203 is opened and consumed by rotational pressing of the drain opening controller 204. Therefore, the inflow of the purified water through the sewage supply pipe 202 is restarted.

&Lt; Brief Description of Drawings &

10: sink 20, 30: 1, 2 dishwasher

40, 50: 1st, 2nd drain connector

41, 42, 53, 55, 82, 102: 1st, 2nd, 3rd, 4th, 5th, 6th connectors

51, 54, 81, 101: 1st, 2, 3, 4, drain control valve

52, 80: first and second drain pipe 90: sewage bucket

91: forced circulation pump 100: purification device

200: toilet 201: sewage supply blocking device

202: sewage supply pipe 203: drain cover member

204: drain opening opening device 205: water supply blocking device

206: water supply pipe

Claims

A sink 10 to which the first and second dish containers 20, 30 and the first drain pipe 51 having the first and second drain pipes 40 and 50 are respectively mounted; In the washbasin 60 to which the second drain pipe 80 is mounted,

The first drain control valve 51 and the first drain control valve 51 to regulate the drainage flow of the sewage discharged from the first and second dishes 20, 30 of the sink 10, The first inlet is coupled with the second dishwasher 30 and the second inlet is coupled with the first dishwasher 20 through the first connector 41 and the second connector 42, and the first outlet is the first Combined with the roasting pipe (52),

A third drain control valve (81) installed at an upper portion of the second drain pipe (80) of the wash basin (60) to regulate the drainage flow of sewage flowing out of the wash basin (60);

In the second drain control valve 54 and the second drain control valve 54 for controlling the drainage flow of the combined waste water so that the sum of the sewage of the sink 10 and the sewage of the sink 60 are introduced into the purification apparatus. The first inlet is coupled to the outlet of the third drain control valve 81 through the fourth connecting pipe 55 and the second inlet is the second of the first drain control valve 51 through the third connecting pipe 53. Coupling with the outlet and the outlet is supplied to the purification apparatus 100 from the outlet of the second drain control valve 54 through the sewage reservoir (90). It is connected to the purification device through the fifth connector (82),

A sewage supply blocking device 201 and a sewage supply pipe 202 installed in the water tank of the toilet 200;

It characterized in that it comprises a fourth drain control valve 101 for supplying purified water to the sewage supply pipe 202 through the sixth connecting pipe 102 by adjusting the flow of the purified water in the septic tank of the purification device 100 Water saving system using domestic sewage.

The method of claim 1,

The first drain control valve 51 allows the first direction of the drain flow to be connected from the first drain connectors 40 and the second drain connector 50 to the first drain pipe 52 and the second of the drain flow. Orientation is water saving system utilizing living sewage, characterized in that the first drainage pipes (40) and the second drainage pipe (50) to be connected to the third connector (53).

The method of claim 1,

Sewage combined in the second drain control valve 54 flows into the sump container 90 and is supplied to the purification apparatus 100 through the fifth connecting pipe 82 by a forced circulation motor 90 therein. Water saving system utilizing domestic sewage, characterized in that.