KR20080097548A

KR20080097548A - Used water recycling washstand structure

Info

Publication number: KR20080097548A
Application number: KR1020070042551A
Authority: KR
Inventors: 임상호
Original assignee: (주)물사랑; 임상호
Priority date: 2007-05-02
Filing date: 2007-05-02
Publication date: 2008-11-06

Abstract

The present invention relates to a wash basin recycling basin structure, in more detail, in the wash basin recycling wash basin structure, the sink (3) is installed on the top, the outer cylinder 12 is provided with a wash basin-storage (25) A body 10; An inner cylinder 20 forming a wash water-inflow chamber 21 through which water descended from the sink 3 is introduced; A washing face water flow path 31 formed by a spacing part 28 separating the inner cylinder 20 and guiding the washing face water of the washing face water inlet chamber 21 to the washing face water storage chamber 25, and an excessive washing face And a sewage pipe (35) for discharging water, and the wash water flow path (31) is configured to include a wash water-inflow room at a lower portion so as to guide the wash water from which the suspended matter is removed. The water inlet 31a is provided with a wash water flows from the water 21 and an upper water supply groove 31b is provided at the top of the water wash water storage room 25, and the wash water is stored in the wash water storage room 25. The washbasin recycling basin structure, characterized in that the wash water is recycled to the wash water of the toilet by being supplied to the toilet through the connecting pipe (36).

Description

Used Water Recycling Washstand Structure

1 is a perspective view of a wash basin recycling basin structure according to an embodiment of the present invention,

2 is a configuration diagram for explaining the overall configuration and the A-A cross section of the wash basin recycling basin of FIG.

3 is a perspective view cut away for explaining the detailed configuration of the wash basin recycling basin of FIG.

3: wash basin 10: body

12: outer cylinder 20: inner cylinder

21: wash-water-inflow room 25: wash-water-store

31: washing face water supply road 31a: inlet home

31b: Waterway groove 31b ': Lower part of waterway groove

35: sewage pipe 35a: one end of the sewage pipe

36: connector 40: cleaning-drain

42: cleaning valve 44: sewage discharge pipe

52: wash water reservoir 53: toilet bowl

The present invention relates to a wash basin recycling basin structure, and in more detail, in the wash basin recycling basin structure, the body 10 and the washbasin-inlet provided with the outer cylinder 12 forming the wash basin-room 25 It comprises an inner cylinder 20 forming the seal 21, the wash water induction road 31 and the sewage pipe 35, and the wash water stored in the wash water storage room 25 through the connecting pipe 36 to the toilet bowl The washbasin recycling basin structure characterized in that the wash water is recycled into the wash water of the toilet by being supplied.

Recently, there is a growing concern about the depletion of water resources in society, and as a result, governments have proposed various ways to save water for citizens, and as a result, social awareness of water resources has increased and conserving water resources. Different solutions are proposed in various forms.

Among these solutions, the toilet and wash basin provided in the toilet causes a problem that a large amount of water is wasted due to the excessive use of water, and in particular, the toilet is inevitable for the purpose of cleaning the soil such as urine and urine. In order to reduce the consumption of water a little, the average household has been trying to save water by inserting bricks into the water tank of the toilet bowl.

However, this self-measurement is not a fundamental solution because the amount of water contained in the water tank is reduced as much as the volume of the brick put into the water tank of the toilet, so that the toilet is not treated cleanly as the pressure of water discharged into the toilet is lowered. .

Applicant is a technology that saves water resources and provides economic effects by significantly reducing the consumption of washing water as tap water by supplying the wash water used in the wash basin to the water tank of the toilet and recycling it to be used as washing water. Registration No. 408147 (water-saving wash basin toilet system) has been registered (patent dual application).

The technology previously filed by the applicant has a structure in which a filter tube is installed in a water tank of a toilet in a wash basin, and a filter is installed at a position where the wash water flows into the water tank through the connector. Various foreign substances contained in the water are collected by the filter, and the filtered toilet water is supplied to the water tank of the toilet to be recycled as the washing water.

However, the previously applied technology was installed as a water tank in the sink, but it was difficult to handle free fall by adjusting the height of the water storage tank, and there was a problem such as practicality because there was a limit of storage of more recycled water due to the limitation of storage capacity of the recycled water. .

Utility Model Nos. 20-0408147, 20-0405419, 20-0405423, and Patent Application Publication No. 10-2006-15722, filed by the applicant of the present application, use water tanks of toilets to mix tap water (clean water) while recycling wash water. Disclosed is a water-saving toilet system that utilizes recycled water to divide the interior space into several and efficiently operate the same. In this case, the water tanks had to be partitioned into bulkheads, and a separate drain hole and drain valve had to be formed at the bottom of each tank.

In the course of developing a series of water-saving toilets using toilets, it was called for the development of a wash basin structure that can store the toilet water discharged from the sink and supply the toilet to the toilet.

First, since the wash water is discharged irregularly and in an irregular amount, it can be efficiently stored when the amount of wash water is low, and when the amount of wash water is discharged, it is possible to efficiently discharge excess wash water exceeding the storage amount. The development of the sink structure was called for.

Second, since the wash water is used water, when the stored wash water containing suspended matter such as soapy water is supplied to the toilet bowl, the toilet body is polluted by the float, so that only the wash water from which the float is removed can be supplied to the double-sided paper. Development of a wash basin structure was called for.

Third, even when the vanity structure described above is developed, there is a problem that odors are generated from the lower part of the sink due to the floats and residues buried in the wash basin storage room. It became.

In addition, the development of a wash basin structure that can stimulate the consumer's desire to buy by combining the economics and marketability that can solve these problems without expensive production costs.

The object of the present invention is to solve the problems of the prior art, and because the wash water is discharged irregularly and in an irregular amount, it can be efficiently stored when the discharge of the wash water is small, when the amount of wash water discharged exceeds the storage amount This is to provide a wash basin structure that can efficiently discharge excess wash water.

Another object of the present invention in consideration of the problem that the toilet body is soiled by the float in the case of supplying the stored toilet water containing suspended matter such as soapy water to the toilet bowl, the wash basin can be supplied to the double-sided only the wash water removed from the float To provide a structure.

Another object of the present invention is to provide a user with a self-cleaning function that can easily remove the floats, debris buried in the wash basin storage room that generates odor from the sink sink and to keep the interior of the sink structure clean This is also to provide an easy wash basin structure.

Still another object of the present invention is to provide a wash basin structure that can stimulate consumer's purchase desire by combining economics and marketability to achieve the above object of the present invention without incurring a large production cost.

The wash basin recycling basin structure according to the present invention for achieving the object of the present invention, in the wash basin recycling basin structure, the body 10 is provided with an outer cylinder 12 to form a wash basin-room 25; An inner cylinder 20 forming a wash water-inflow chamber 21 through which water descended from the sink 3 is introduced; A washing face water flow path 31 formed by a spacing part 28 separating the inner cylinder 20 and guiding the washing face water of the washing face water inlet chamber 21 to the washing face water storage chamber 25, and an excessive washing face A sewage pipe (35) for discharging water; and the wash water flow path (31) is configured to include a wash water (inflow) at the bottom so as to guide the wash water from which the floats have been removed. Inlet groove 31a through which the wash water flows from the chamber 21 is provided, and a water supply groove 31b through which the wash water flows out into the wash water storage chamber 25 is provided.

The washbasin in the washbasin-inflow chamber 21 is guided to the washbasin-storage chamber 25 through the washbasin flow passage 31 in the state in which the suspended matter is filtered, and the washbasin is stored in the washbasin-storage chamber 25. The water is supplied to the toilet through the connecting pipe 36, the wash water is characterized in that it is recycled to the wash water of the toilet.

Hereinafter, the wash basin recycling basin structure according to the present invention will be described in detail according to the embodiment shown in the accompanying drawings.

1 is a perspective view of a wash basin recycling basin structure according to an embodiment of the present invention, Figure 2 is a schematic view illustrating the AA cross-section and overall configuration of the wash basin recycling basin of Figure 1, Figure 3 It is a cutaway perspective view for explaining the detailed structure of the water recycling sink.

The sink 3 is installed on the upper portion of the body 10. The body 10 is provided with an outer cylinder 12 that forms a washbasin-room 25. The shape of the outer cylinder 12 may be a rectangular cylinder as shown, but may be cylindrical.

The inner cylinder 20 forms a wash water inlet chamber 21 into which water descended from the sink 3 is introduced. The overall shape of the inner cylinder 20 may be a rectangular cylinder as shown, but may be cylindrical.

The sewage pipe 35 is for discharging excess wash water and is provided inside the inner cylinder 20 and is configured to penetrate the bottom plate 13. Also, a second sewage pipe 93 as shown in FIG. 2 is optionally provided in the wash water storage chamber 25 so that a small amount flows into the wash water storage chamber 25 (in the wash water inflow chamber 21). It is first filtered by the sewage pipe 35 and secondly by the meshing network 60, but a small amount of suspended matter flows into the wash water-storage chamber 25 and floats.) The suspended float is transferred to the sewage discharge pipe 44. Can be induced and discharged.

The washbasin flow passage 31 is formed by a spaced portion 28 separating the inner cylinder 20, and guides the washbasin of the washbasin-inflow chamber 21 to the washbasin-storage chamber 25. As shown in FIG. 3, at least a portion of the side plate 29 forming the inner cylinder 20 is cut off from an upper portion thereof to form a water feeding groove 31b. The water feeding groove 31b may be any other shape (for example, a circular groove) cut away from that of FIG. 3.

The spaced portion 28 forms an inlet groove 31a through which the washing face water flows into the lower part after extending downward from the inner cylinder 20. The shape of the receiving groove 31a may be a rectangular groove cut as shown, but may be any other shape cut (eg, a circular groove, or a plurality of circular or rectangular grooves).

In other words, in order to guide the wash water from which the floats are removed to the wash water storage chamber 25, the wash water flow path 31 has an inlet groove 31a through which the wash water flows from the wash water inflow chamber 21 in the lower portion. Is provided and the upper surface is provided with a water supply groove (31b) to be discharged to the wash water-storage chamber (25).

The washbasin of the washbasin-inflow chamber 21 is guided to the washbasin-storage chamber 25 through the washbasin flow passage 31 in a state in which suspended matters are filtered and then stored in the washbasin-storage chamber 25.

It is a feature of the present invention that the wash water stored in the wash water-storage chamber 25 is supplied to the toilet bowl via the connection pipe 36 so that the wash water is recycled into the wash water of the toilet bowl.

In the present invention, the lower portion 31b ′ of the waterway groove 31b refers to the lowest portion of the waterway groove 31b as shown in FIG. 3.

The lower portion 31b 'of the water receiving groove is preferably located at a lower position or at least the same position as that of the upper end 35a of the sewage pipe 35 (the portion of the sewage pipe where excess wash water starts to be received for discharge). Thus, when the amount of washing water is inflowed in a small amount or an appropriate amount, a certain amount is sent to the washing water-storage room 25 through the washing-water inlet chamber 21, and the excess washing water can be discharged to the sewage pipe 35. .

However, the lower portion 31b 'of the water receiving groove may be located at a position higher than the upper end 35a of the sewage pipe 35 (a portion where excess wash water starts to be received for discharge) within the sewage pipe 35. That is, the lower portion 31b 'of the water receiving groove may be 0 to 3 cm higher than the upper end 35a of the sewage pipe 35.

In this case, when the wash water flows into the wash water inflow chamber 21 in large quantities at a time, the surface water is discharged into the sewage pipe 35 in large quantities, but the amount of drainage (discharge) per unit time of the sewage pipe 35 flows into the wash water. If less, the water level may transiently rise above the lower portion 31b 'of the waterway (of course higher than the top 35a of the sewage pipe 35) and relatively clean water may flow through the washbasin waterway 31 and the waterway. It is possible to move to the washbasin-room 25 via the groove 31b.

If more than 3cm, most are discharged to the sewage pipe 35 and there is a problem that the wash water is difficult to flow into the wash water-storage room (25). Reducing the discharge per unit time of the sewage pipe (35) for inflow into the wash water-storage room (25) through the transient water level rise, there is a problem that the sewage pipe (35) does not function properly when a large amount of water wash.

As shown in the drawing, the access groove 31a is provided with a walking net 60 to allow only clean water to flow into the wash water-storage chamber 25.

In order to prevent the suspended matter suspended in the water surface of the wash-water inflow chamber 21 from flowing into the wash-water-storage chamber 25 through the water-washing water inlet 31, the inlet 31a of the wash-water inlet 31 is It is located in the lower part of the washbasin-inflow chamber 21.

Cleaning-drainage pipe 40 is provided to communicate with the lower portion of the inner cylinder 20, the cleaning-drainage pipe 40 is provided with a cleaning valve 42 for opening and closing the cleaning-drainage pipe 40, When the user opens the cleaning valve 42 in the closed state at all times, most of the wash water in the wash water inlet chamber 21 is discharged, thereby allowing the floating material accumulated in the wash water inlet chamber 21 to be temporarily cleaned. desirable.

Cleaning-drain pipe (40) is preferably combined with the sewage pipe (35) from the wash-water inlet chamber (21) to be guided to the sewage discharge pipe (44) equipped with a bad smell backflow prevention means.

The operation of the washbasin recycling basin structure according to the present invention having such a configuration will be described.

When the wash water flows into the inner cylinder 20 and reaches a level higher than the water supply groove 31b, the wash water flows into the wash water storage room 25 through the inlet groove 31a and the wash water supply road 31. The wash water stored in the wash water storage chamber 25 is supplied to the wash water storage tank 52 of the toilet 53 through the connection pipe 36 when necessary, so that the wash water is recycled into the wash water of the toilet 53.

When the wash water is excessively discharged or when the wash water is discharged in the wash water storage chamber 25 and the wash water is discharged further and the water level of the wash water becomes higher than one end 35a of the waste water pipe 35, the wash water is discharged through the waste water pipe 35. The sewage discharge pipe 44 is discharged.

Although the present invention has been described in connection with the above-mentioned preferred embodiment, the scope of the present invention is not limited to the embodiment, various modifications and variations will be possible.

According to the present invention the problem of the prior art is solved, the problem of the prior art is solved, and since the wash water is discharged irregularly and in an irregular amount, when the discharge of the wash water is low, it can be stored efficiently, In the case of large discharges, a wash basin structure is provided for the efficient discharge of excess wash water in excess of the stock.

In addition, the water inlet groove 31a of the wash water flow path 31 is located in the lower part of the wash water-inlet chamber 21, and the suspended solids do not flow into the wash water-storage chamber 25 so that the floating water is removed. A washbasin structure is provided that can supply tens of thousands of toilets.

In addition, since the cleaning drain pipe 40 is provided, it is possible to easily remove floating matters and debris in the wash basin that generates odors from the lower part of the sink, and has an automatic washing function to keep the inside of the sink structure clean. A wash basin structure is provided which is provided and is also easy to clean by the user.

In addition, the vanity structure that can stimulate consumers' desire to purchase by combining economics and marketability by accomplishing the purpose of efficient storage and supply of wash water, removing floating matters, and maintaining clean state without incurring a large production cost. Is provided.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, the scope of the present invention is not limited to these embodiments, and the scope of the present invention is defined by the following claims, and equivalent scope of the present invention. It will include various modifications and variations belonging to.

Claims

In the wash basin recycling basin structure,

A body (10) having an outer cylinder (12) forming a wash water storage chamber (25);

An inner cylinder 20 forming a wash water-inflow chamber 21 through which water descended from the sink 3 is introduced;

A washing face water flow path 31 formed by a spacing part 28 separating the inner cylinder 20 and guiding the washing face water of the washing face water inlet chamber 21 to the washing face water storage chamber 25, and an excessive washing face Sewage pipe (35) for discharging the water; is configured to include,

The wash water flow path 31 is provided with an inlet groove 31a through which the wash water flows from the wash water inflow chamber 21 so as to guide the wash water from which the floats are removed to the wash water storage chamber 25. The upper surface is provided with a water supply groove (31b) that the wash water flows out to the wash water-storage room (25),

The wash water in the wash water inlet chamber 21 is guided to the wash water storage chamber 25 through the wash water inlet road 31 in the state in which the suspended matter is filtered, and then stored and supplied to the toilet via the connecting pipe 36. Washing water recycling basin structure, characterized in that the wash water is recycled to the wash water of the toilet.

The method of claim 1,

The lower portion 31b 'of the water receiving groove is one selected from a position lower than the upper end 35a of the sewage pipe 35, the same position, and a position higher than the upper end 35a of the sewage pipe 35 within a range of 3 cm. Washbasin recycling basin structure, characterized in that provided in the position.

The method according to claim 1 or 2,

Washing water recycling basin structure, characterized in that the inlet groove (31a) is provided with a walking net (60).

The method of claim 1,

In order to prevent the suspended matter suspended in the water surface of the wash water-inflow chamber 21 is not introduced into the wash water-storage chamber 25 through the wash water supply road 31, the inlet groove 31a of the wash water supply road 31. Wash basin recycling basin structure, characterized in that located in the lower part of the wash-water inlet chamber (21).

The method of claim 1,

Cleaning-drain pipe 40 is provided so as to communicate with the lower portion of the inner cylinder 20,

A predetermined position of the cleaning-drainage pipe 40 is provided with a cleaning valve 42 for opening and closing the cleaning-drainage pipe 40. When the user opens the cleaning valve 42 in a normally closed state, the washing face water -Washbasin recycling basin structure, characterized in that the floating water accumulated in the wash-water inlet chamber 21 is cleaned at a time by discharging most of the wash water in the inlet chamber (21).