KR200247255Y1 - A Chamber Pot Using Recycled Water of Wash Bowl - Google Patents

Abstract

The present invention relates to a toilet that uses the water of the wash basin as a wash water, and is installed in the washbasin (100) separately from the first discharge valve 102 for discharging the water used in the washbasin to the existing drain line (101) A head water drain pipe 104 provided with a second discharge valve 103 for supplying water to the toilet 110;

Primary storage tank 105 for storing the water discharged from the waste water drain pipe 104, and the secondary storage tank 106 is connected to the primary storage tank 105 and supplies the water stored therein to the toilet. A storage tank 107 formed;

It is installed between the primary storage tank 105 and the secondary storage tank 106 of the storage tank 107 and includes an intermediate valve 108 that opens when the water level of the secondary storage 106 is lowered and closes when the water level is increased. In the case of existing toilets or newly constructed toilets, the relatively clean water generated from the washbasin can be reused as the wash water of the toilet bowl and the dirty water can be discharged into the sewage pipes at low cost. It does not interfere with the purification process.

Description

Toilet bowl using wash basin as washing water {A Chamber Pot Using Recycled Water of Wash Bowl}

The present invention relates to a toilet that uses the wash water of the wash basin as a washing water, and in detail, stores in a storage tank consisting of a primary storage tank and a secondary storage tank through a waste water drain pipe separately installed with relatively clean water generated in the wash basin. When you flush the water after seeing the toilet, the water of the secondary reservoir is discharged to wash the toilet, and the water of the primary reservoir fills the secondary reservoir again so that effective water saving in the toilet is possible without inconvenience. will be.

The prior art related to the present invention is disclosed in the 'water-saving device of the toilet' of the Utility Model Publication No. 94-34808, and the 'saving toilet structure' of the Utility Model Publication No. 98-65960.

First, Utility Model Publication No. 94-34808 is a water saving device for a toilet that recovers water used for washing the toilet as shown in FIG. 1, and washes the toilet 2, the toilet 1, and the toilet. In the bathroom facilities having a reservoir (5) installed in the rear to supply the washing water to the toilet after the toilet, the wash basin (2) is installed at a position higher than the reservoir (5) and the wash basin (2) Water used in the three sides in the water is introduced into the reservoir (5) by the potential energy difference through the discharge pipe (4) connected to the top of the reservoir (5) by the potential energy difference of the reservoir (5) Between the top of the other side and the bottom of the toilet is provided with a bypass pipe (9) for discharging the excess water flowed after the water supplied from the wash basin (2) to fill the reservoir (5).

In addition, Utility Model Publication No. 98-65960, as shown in Figure 2, the bottom of the toilet 1 is stored to store the recycled water discharged from the tub 20 and wash basin 30 or washing machine 40 The tank 10 is installed, and the water in the storage tank 10 is pumped by the water level sensing means 12 and 52 installed in the storage tank 10 and the water tank 50 of the toilet bowl. It is to be supplied to the water tank 50 of the toilet bowl through the recycle water supply pipe (60, 60 '), the storage tank 10 is provided with an opening and closing opening 11 to be cleaned, the tub 20 and washbasin (30) ) Installed in each of the recycling water inlet (22, 32) connected to the storage tank (10) so that rinsing water or relatively clean water can be used as the wash water of the toilet after the urine, in the state that once stored in the storage tank (10) It is.

On the other hand, the prior art had the following disadvantages, first, in the case of the former, all the waste water generated in the washbasin is introduced into the reservoir of the toilet bowl, water contaminated in the washbasin or water with a lot of scrub removed When used as washing water in toilets as it flows into the reservoir, it causes fatal problems in the normal purifying action such as contact oxidation method or activated sludge method using microorganisms due to the large amount of detergents contained in the water inside the septic tank. Although the intention to save energy was good, the result was that the function of the septic tank became infamous, resulting in water pollution, and the use of the toilet bowl was insufficient when water was not supplied from the wash basin because there was no separate water supply line. There were also problems that became difficult.

In addition, since the latter is to build a unique heavy water system in each household, it is difficult to realize the actual cost due to the excessive cost for its construction and the renovation of the existing facility, and also to distinguish between the trash and the clean water installed under the wash basin. Difficulty in the fabrication and operation of the valve 36 to be operated by the pump, and the constant maintenance cost due to the electric power supplied to the pump 62 to operate the pumped water to the toilet water tank. There was a problem that the storage tank should be periodically cleaned due to the odor generated by the odor and the pollution caused by the water.In the case of the former, water containing a large amount of the detergent removed from the wash basin, bathtub and washing machine was sent to the storage tank for reuse. In this case, the purification process in the septic tank had a problem that becomes difficult.

The present invention was devised to solve the above-mentioned conventional problems, and the purpose of the present invention is to reuse the relatively clean water generated in the washbasin with the washing water of the toilet bowl at a low renovation or installation cost in both existing toilets and newly constructed toilets. By making this possible, dirty water can be discharged to sewage pipes as it is, thus saving water and not affecting the purification process, and the wash basin user separates dirty water and clean water into the existing drain line or flushes the toilet. In order to be able to use it as easy and convenient to operate the water conservation intended to practice in real life easily and to obtain the economic benefits accordingly.

In order to achieve the above object, the present invention is to use the waste water generated in the wash basin as the flushing water of the toilet, separate from the first discharge valve installed in the wash basin to discharge the water used in the wash basin to the existing drain line A dummy water drain pipe provided with a second discharge valve for supplying the dummy water to the toilet bowl; A storage tank connected to the primary storage tank for storing the water discharged to the waste water drain pipe, and a secondary storage tank for supplying water stored therein to the toilet; It is installed in the primary storage tank and the secondary storage investigation of the storage tank provides a toilet using the wash water of the wash basin, including the intermediate valve is opened when the water level of the secondary storage tank is lowered and closed when the water level rises.

In the present invention, the first discharge valve and the second discharge valve each use a pop-up drain type valve which can be operated at the upper part of the wash basin, and the user may mark the proper indication so that the user can distinguish them. It is desirable to.

In the present invention, the overflow pipe connected to the existing drainage line is installed at the upper portion of the primary storage tank, and a water supply line is installed to enable auxiliary water supply when water supplied from the wash basin is insufficient.

1 is a block diagram of a conventional toilet for water saving,

Figure 2 is a cross-sectional view showing a water-saving toilet structure according to another conventional example,

Figure 3 is a perspective view showing the toilet bowl structure using the wash water of the wash basin according to the present invention,

Figure 4 is a piping diagram showing a toilet bowl structure using the wash water head of the washbasin according to the present invention.

* Explanation of symbols for main parts of the drawings

100: wash basin 101: drain line

102: first discharge valve 103: second discharge valve

104: waste water drainage pipe 105: primary storage tank

106: secondary storage tank 107: storage tank

108: intermediate valve 110: toilet bowl

111: overflow pipe 112: on-off valve

113: water supply line 114: valve

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

Figure 3 is a perspective view showing a toilet bowl structure using the wash water of the washbasin according to the present invention, Figure 4 is a piping diagram showing a toilet bowl structure using the wash water of the washbasin according to the present invention.

As shown in FIG. 3 and FIG. 4, the subject innovation is to use the water generated in the wash basin 100 as the wash water of the toilet 110, and installed in the wash basin 100 to the wash basin 100. Apart from the first discharge valve 102 for discharging the used water to the existing drain line 101, the second water discharge valve 104 is provided with a second discharge valve 103 for supplying the head water to the toilet 110 and ; The primary reservoir 105 for storing the water discharged from the waste water drain pipe 104, and the secondary reservoir for supplying the water stored therein connected to the primary reservoir 105 to the toilet 110 ( A storage tank 107 consisting of 106; It is installed between the primary storage tank 105 and the secondary storage tank 106 of the storage tank 107 and includes an intermediate valve 108 that opens when the water level of the secondary storage 106 is lowered and closes when the water level is increased. have.

In addition, in the present invention, the overflow pipe 111 connected to the existing drain line 101 is installed at the upper portion of the primary storage tank 105, and when water supplied from the wash basin 100 is insufficient, auxiliary water supply is possible. The water supply line 113 to which the on-off valve 112 is attached is additionally installed.

In the present invention, as shown in FIG. 3, the first discharge valve 102 and relatively clean water, which are used to discharge relatively dirty water to the existing drainage line 101, can be reused on the toilet 110 side. The second discharge valve 103 is supplied to the primary reservoir 105 of the storage tank 107 so as to use a pop-up drain valve that can be operated at the upper part of the wash basin 100. It is desirable to.

The intermediate valve 108 installed between the primary reservoir 105 and the secondary reservoir 106 of the storage tank 107 is opened when the level of the secondary reservoir 106 is lowered and closed when the level rises. Use a valve.

In addition, when there is no use of the wash basin in the wash basin 100 and the supply of recycled water to the primary storage tank 105 is insufficient, a manual operation shut-off valve 112 is attached to enable auxiliary water supply from the existing water supply pipe. The water supply line 113 is additionally installed and opened and closed so that the auxiliary water supplied from the water supply line 113 does not exceed the appropriate water level, that is, the water level corresponding to the amount of washing water for one serving. An actuated valve 114 is installed.

In this way, the present invention is based on the degree of contamination of the water used by the person who used the washbasin in the bathroom of each home or business, and decides whether to discard it or reuse it as toilet flushing water. If it is determined that the degree of contamination of other water is severe, the first discharge valve 102 is opened and discharged to the existing drain line 101, and when it is determined that it is relatively clean, the second discharge valve 103 is opened to open the storage tank ( Water may be sent to the primary reservoir 105 of 107.

The primary storage tank 105 of the storage tank 107 is a place for temporarily storing the water received from the wash basin 100, and when an excessive amount of water is supplied, the existing drain line through the overflow pipe 111 ( 101) to discharge excess water and to always have the right level of water.

Meanwhile, in the storage tank 107, the water supplied to the primary storage tank 105 is supplied to the secondary storage tank 106 through the intermediate valve 108, and when the water level of the secondary storage tank reaches a predetermined height, The valve 108 is in a closed state, and after the toilet 110 is used, the valve 115 of the toilet is lowered, and the fresh valve 116 is opened, and the water in the secondary reservoir 106 is discharged to the toilet 110 so that the toilet is opened. Will be processed.

When the water of the secondary reservoir 106 is discharged to the toilet 110, the level of the secondary reservoir 106 is lowered, the intermediate valve 108, which was closed, is opened, so that a part of the water of the primary reservoir 105 is secondary. It is supplied to reservoir 106 to prepare for the next toilet.

On the other hand, when the toilet 110 is used in a state in which there is little use of the washbasin 100 and there is no supply of recycled water, since water is supplied from the water supply line 113 for auxiliary water supply, it does not cause a problem in using the toilet. Since the valve 114 is installed in the primary storage tank 105 in which the water supply line 113 is installed, the water supplied through the water supply line 113 by the valve 114 is the minimum level at which the toilet can be used. Since it is controlled so as not to exceed the remaining volume for receiving recycled water supplied from the washbasin 100 at any time, when relatively clean water is introduced from the washbasin, this water is multiplied into the secondary storage tank 106 and used as the washing water of the toilet. Water saving is possible, and when recycled water is continuously supplied from the wash basin 110, the water does not need to be replenished through the water supply line 113, so that only the recycled water is used. Efficient water conservation is possible because the water to wash the toilet.

As described above, according to the present invention, the present invention can be discarded according to the contamination state of water used in the basin or used as washing water of the toilet, so that the user can select the pop-up drain type first and second discharge valves installed on the upper part of the basin. Not only is it convenient to use, but the subsequent recycled water treatment is automatically supplied to the toilet water and replenished by several valves. According to the present invention, both existing toilets and new toilets Due to the low cost of remodeling or installation, relatively clean water generated from the washbasin can be reused as the flushing water of the toilet and dirty water can be discharged to the sewage pipe as it has the practical effect of saving water and not affecting the purification process. .

Claims (3)

A second discharge valve 103 installed in the basin 100 to supply the head water to the toilet 110 separately from the first discharge valve 102 for discharging the water used in the basin to the existing drain line 101. The water and waste water pipe 104 is installed; Primary storage tank 105 for storing the water discharged from the waste water drain pipe 104, and the secondary storage tank 106 is connected to the primary storage tank 105 and supplies the water stored therein to the toilet. A storage tank 107 formed; An intermediate valve 108 is installed between the primary storage tank 105 and the secondary storage tank 106 of the storage tank 107 to open when the water level of the secondary storage 106 is lowered and close when the water level is increased. Toilet bowl using the washbasin, the wash water, characterized in that the wash water. The method according to claim 1, The first and second discharge valves (102, 103), respectively, a pop-up drain (Pop-Up Drain) valve that is operable at the top of the wash basin (100), the toilet using the wash water of the washbasin. The method according to claim 1, The primary reservoir 105 is provided with an overflow pipe 111 connected to the existing drainage line 101 and a water supply line 113 so that auxiliary water can be supplied when the water supplied from the wash basin 100 is insufficient. The inside of the primary storage tank 105, the toilet using the toilet water of the wash basin, characterized in that the valve 114 is installed to maintain the proper level of auxiliary water supplied from the water supply line 113 as a wash water.