KR20020003163A - Water saving device of washing die - Google Patents

Abstract

PURPOSE: A water saving device of a sink is provided to recycle wastewater stored in a storage tank by the compulsive pumping of a pumping motor, to keep the cleanness of a storage tank by pumping impurities in wastewater, to reduce the discharged quantity of wastewater, to reduce the used amount of water, to decrease the prime cost of products and to improve productivity. CONSTITUTION: A water saving device of a sink comprises: a dishwater bucket(2) retreated on a body(1) to be concaved; a main exhaust port on one side of the bottom of the dishwater bucket(2) to discharge water; an auxiliary exhaust port(40) on the other side of the bottom of the dishwater bucket(2); a connecting pipe(50) fitted from the lower side of the auxiliary exhaust port(40) and provided with an air pipe(52); a folding pipe(53) formed under the connecting pipe(50) and provided with a joint(54) for coupling with a port(81) of a storage tank(80); a storage tank(80) provided with a port(81) and an exhaust port(82) for discharging water; a connecting lever(70) for coupling the storage tank(80) and the folding pipe(53); a pumping motor(61) coupled to the exhaust port(82) to pump water in the storage tank(80); and a pumping pipe(60) coupled with the pumping motor(61) coupled to the exhaust port(82) of the storage tank(80) and provided with a folding part upward.

Description

Water saving device of washing dies {Water saving device of washing die}

The present invention relates to a sink water storage device of the present invention, in particular, the wastewater stored in the reservoir can be forcibly pumped and reused by a forced pumping operation of a pumping motor coupled to an outlet, and is included in the wastewater through a bottom formed to be inclined at an angle. As foreign substances are also pumped through the pumping motor naturally, it is possible to maintain the cleanliness of the reservoir, to reduce the discharge of waste water, to reduce the amount of water used, and to realize the cost reduction and It relates to a water-saving device for the sink, which can be expected to improve the productivity.

1 and 2 show a water-saving device of a conventional sink,

The sink 2 is recessed in the upper end of the main body 1, the main discharge port 3 is formed on one side of the bottom surface of the sink 2 and the auxiliary discharge port 5 is formed on the other side, the main A discharge hose 4 for discharging wastewater is coupled to the lower side of the discharge port 3, and a connecting pipe 8 having a predetermined length is formed at the lower end of the auxiliary discharge port 5.

The tank 12 of a predetermined size is coupled to the outside of the connection pipe 8, the lower end of the connection pipe 8 is coupled to a separate buffer hose (9) to be present inside the tank 12, the The buffer hose 9 is closed at its end and formed with a plurality of through holes 10 on the outer circumferential surface.

And, one side of the tank 12 is formed with a pumping pipe 18 in the vertical direction to connect the inside and outside of the tank 12, the upper end of the pumping pipe 18 is operated by the power supplied to the tank ( 12) A pump 19 for pumping the wastewater inside is formed, and the bellows tube 20, which is capable of bending, is coupled to the upper side of the pump 19 so as to face the upper side of the sink 2, and the bellows is formed. At the end of the tube 20, a separate outlet 21 is formed.

The upper end of the connecting pipe (8) is provided with a strainer (11) for filtering the foreign matter contained in the waste water, the lower side of the strainer (11) for opening and closing the valve (13) is rotatably installed, this valve A '22' shaped connecting rod 22 extends outwardly of the connecting tube 8 on the rotation shaft of the 13, and a buckle 14 is formed at the end of the connecting rod 22 to form the inside of the tank 12. When the water level increased to reach the full water level, the buckle 14 was raised while the valve 13 rotated to block the connection pipe 8.

Meanwhile, a main cover 15 and an auxiliary cover 16 for selectively opening and closing the main outlet 3 and the auxiliary outlet 5 are provided, and the lower side of the auxiliary cover 16 is locked to a position symmetrical with each other. The protrusion 17 is formed to protrude outward.

And, on the outer circumferential surface of the auxiliary discharge port (5) is formed a guide groove (6) for descending in the vertical direction, the locking projection 17 is inserted, the locking projection at the lower end of the guide groove (6) A locking groove 7 is formed to allow 17 to rotate at an angle in the horizontal direction.

Therefore, the user inserts the auxiliary cover 16 into the auxiliary discharge port 5 so that the locking protrusion 17 of the auxiliary cover 16 is inserted into the guide groove 6 at normal times, and then the locking protrusion 17 is The auxiliary cover 16 is rotated so as to rotate horizontally along the locking groove 7 so that the auxiliary cover 16 does not easily escape from the auxiliary outlet 5 so that the waste water is discharged through the main outlet 3 and is relatively clean. Only when storing the waste water in the tank 12, the auxiliary cover 16 is to be used away from the auxiliary outlet (5), the upper end of the sink (2) for the drive control of the pump (19) The switch is formed.

However, the conventional sink stand water saving device has a problem that it is very difficult to easily wash it when the scale is put into the tank by using it for a long time because the means for storing the waste water is sealed from the outside, and the structure Due to the complexity, the productivity of the product is reduced, and there is a problem that the operation is not performed smoothly due to the balance of the floats.

Therefore, the present invention for solving the above problems is to form a separate auxiliary outlet on one side of the sink sink, and to fit the connection pipe with a bellows pipe to the auxiliary outlet, the storage of wastewater to the lower side of the connection pipe Combine the reservoir for, but the discharge port for the discharge of waste water on one side of the bottom surface of the reservoir, and the bottom surface of the reservoir is formed in a valley shape around the discharge port pumping the waste water stored in the reservoir coupled to the outlet Forced pumping by the motor's forced pumping operation to be reused, and also the foreign matter contained in the wastewater through the bottom surface is naturally pumped through the pumping motor to maintain the clean state of the reservoir, and to reduce the discharge of wastewater To reduce the amount of water used, and to implement a simple water-saving device The sink in the water-saving devices, so expect the effect of the product over cost reduction and productivity improvement for the purpose of providing.

The present invention for achieving the above object,

In the sink is formed in the upper surface of the main body concave concave, the bottom side of the sink is formed with a main outlet for discharging water,

An auxiliary outlet formed separately on the other side of the bottom of the sink;

A connecting pipe fitted from a lower side of the auxiliary discharge port and having one end of an air pipe formed therein;

A bellows tube formed at a lower side of the connecting tube, and having a coupling part formed at a lower end thereof to be in close contact with the inlet of the storage container;

An inlet is formed at an upper side thereof, and a bottom of the reservoir having an outlet for discharge of water formed at one side thereof;

A coupling lever screwed to the outside of the coupling part in a state in which the coupling part of the bellows tube is in close contact with the outside of the inlet of the reservoir to allow the reservoir and the bellows tube to be hermetically coupled;

A pumping motor coupled to the outlet and driven to pump water in the reservoir;

A bellows portion is formed at an upper side thereof, and a pumping tube coupled to a pumping motor coupled to an outlet of the storage container at a lower end thereof; Characterized in that consisting of.

The bottom surface is formed in a valley shape so as to be inclined downward by a predetermined angle toward the discharge port so that the water in the reservoir is naturally moved toward the discharge port, and the reservoir is formed by forming a groove in which the reservoir can be inserted into the bottom of the main body It is characterized in that it is supported on the floor of the kitchen rather than the bottom of the sink.

1 is a perspective view showing a conventional sink stand water saving device.

Figure 2 is a cross-sectional view showing a conventional sink stand water saving device.

Figure 3 is a cross-sectional view showing a sink stand water saving device of the present invention.

4 is a view showing the detachment process of the present invention.

5 is a cross-sectional view taken along the line A-A of FIG.

Explanation of symbols for main parts of drawings

1: body, 2: sink,

3: main outlet, 4: outlet hose,

40: auxiliary outlet, 50: connector,

52: air pipe,

53: bellows tube, 54: coupling part,

60: pumping pipe, 61: pumping motor,

62: bellows, 70: engagement lever,

80: reservoir, 81: inlet,

82: outlet, 83: bottom,

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 3 to 5.

In the description of the present invention, the same components as in the prior art will be denoted by the same reference numerals to avoid redundant description.

The sink 2 is formed in the upper surface of the main body concave concave, the bottom side of the sink 2 is formed with a main discharge port 3 for discharging water, the other auxiliary discharge port 40 is formed on the other side do.

In the auxiliary discharge port 40 is provided with a strainer 41 for filtering a large volume of foreign matter contained in the incoming wastewater.

A separate connecting pipe 50 is fitted to the lower side of the auxiliary discharge port 40, and the air pipe 52 having a predetermined length is formed at one side of the middle portion of the connecting pipe 50.

As shown in FIG. 3, the air pipe 52 is preferably formed in a streamline shape such that its end portion faces upward.

The lower side of the connecting pipe 50 forms a bellows tube 53 of a predetermined length to be coupled to the reservoir 80, and is coupled to the inlet 81 of the reservoir 80 under the bellows tube 53. To form a coupling portion 54.

The storage container 80 to which the bellows tube 53 is coupled uses a size capable of storing a predetermined amount of wastewater, and forms an inlet 81 to be coupled to the bellows tube 53 while being sealed to the upper side thereof.

Reference numeral 70 denotes a coupling lever for tightly coupling the inlet of the bellows tube 53 and the reservoir 80, the coupling lever 70 is in close contact with the outer peripheral surface of the inlet 81 of the reservoir 80 ( Screwing to the coupling portion 54 of the 53, the bellows tube 53 and the reservoir 80 is to be coupled to each other while being sealed.

The reservoir 80 is inserted into the groove 100 formed on the bottom of the main body 1 so as to be supported on the bottom surface of the kitchen where the sink is installed so that the weight of the waste water is not applied to the sink.

One side of the bottom surface 83 of the reservoir 80 is formed with an outlet 82 for discharging wastewater. The bottom side 83 of the other side is high around the outlet 82, and the outlet 82 side is formed. The bottom surface 83 is formed to be inclined downward at an angle so that the wastewater stored in the storage container 80 is naturally moved toward the discharge port 82.

In addition, the bottom surface 83 is formed in the shape of a valley such that both sides of the outlet 82 is increased as shown in FIG. 5 so that foreign matters contained in the wastewater are discharged through the outlet 82. It was.

The outlet 82 is coupled to the pumping motor 61 for pumping the waste water.

On the other hand, a pumping pipe 60 for pumping wastewater from the upper side of the sink 2 is inserted.

The bellows portion 62 is freely bent at an upper side of the pumping pipe 60, and the lower end is coupled to an output end of the pumping motor 61 for pumping wastewater.

Referring to the operation of the present invention configured as described above is as follows.

When the user washes vegetables such as fruit screw lettuce block the main outlet (3), open the auxiliary outlet (40), waste water generated while washing fruits or vegetables through the auxiliary outlet (40) connecting pipe ( 50, and the wastewater passing through the connecting pipe 50 is contained in the reservoir 80 at the bottom thereof.

When the pumping motor 61 is driven by pressing a switch (not shown) in the state in which the waste water is contained in the reservoir 80, the waste water pumped by the pumping motor 61 is pumped through the pumping pipe 60 to receive a sink 2. Sprayed).

Therefore, the user can use the waste water stored in the reservoir 80 to wash the detergent on the tableware.

On the other hand, in the sink storage device of the present invention, since the bottom surface 83 of the reservoir 80 is formed in a valley shape toward the outlet 82, the wastewater inside the reservoir 80 is naturally moved to the outlet 82 and pumped. By the pumping operation of the motor 61 is to be reused by the user,

At this time, foreign matter such as suspended matter contained in the waste water is also discharged by moving to the discharge port 82 through the bottom surface 83 formed to be inclined downward at a predetermined angle, thereby keeping the inside of the storage container 80 clean.

In addition, when foreign matter is stuck on the inner wall surface of the storage container 80 by using for a long time, as shown in FIG. 4, the coupling lever 70 is separated from the coupling part 54, and then the bellows tube 53 is pushed upwards, and in this state. Pull the reservoir 80 in, the reservoir 80 will be able to exit from the sink.

When the inside of the reservoir 80 is cleaned and then put back into the sink, the reservoir 80 is pushed into the sink to be inserted into the groove 100.

After the storage container 80 is inserted into the groove 100, the bellows tube 53 is lowered again so that the coupling part 54 is in close contact with the outer circumferential surface of the inlet 81 of the storage container 80, and the coupling lever 70 As to the storage container 80 and the coupling portion 54 is to be in close contact.

As described above, the present invention forms a separate auxiliary outlet on one side of the sink, and inserts a connecting tube having a bellows tube into the auxiliary outlet, and stores a reservoir for storing wastewater under the connecting tube. Combined, but forms a discharge port for the discharge of waste water on one side of the bottom surface of the reservoir, and the bottom surface of the reservoir is formed in a valley shape around the discharge port of the pumping motor for the waste water stored in the reservoir coupled to the outlet Forcibly pumped by the pumping operation to be reused, and the foreign matter contained in the wastewater through the bottom surface is naturally pumped through the pumping motor to maintain the cleanliness of the reservoir, to reduce the discharge of wastewater, It is possible to reduce the amount of water used, and by implementing a simple water-saving device We can expect the effect of providing a water-saving device for the sink, which can be expected to reduce costs and improve productivity.

Claims (3)

In the sink is formed in the upper surface of the main body concave concave, the bottom side of the sink is formed with a main outlet for discharging water, Auxiliary outlet (40) formed separately on the other side of the bottom surface of the sink (2); A connecting pipe 50 fitted from the lower side of the auxiliary discharge port 40 and having one end of an air pipe 52 formed therein; A bellows tube 53 formed at a lower side of the connecting tube 50 and having a coupling part 54 formed at the lower end thereof to be in close contact with the inlet 81 of the storage container 80; An inlet 81 is formed at an upper side thereof, and a bottom of the reservoir 83 having a discharge port 82 formed at one side for discharging water; In a state in which the coupling part 54 of the bellows tube 53 is in close contact with the inlet of the storage container 80, the storage container 80 and the bellows tube 3 are hermetically coupled to the outside of the coupling part 54. Coupling lever 70 to be; A pumping motor (61) coupled to the outlet (82) and driven to pump water in the reservoir (80); A bellows portion 62 is formed at an upper side thereof, and a pumping tube 60 coupled to a pumping motor 61 coupled to an outlet 82 of the storage container 80 at a lower end thereof; Water saving device for the sink, characterized in that consisting of. The method of claim 1, wherein the bottom surface 83 is formed in a valley shape to be inclined downward at an angle toward the outlet 82 so that the water in the reservoir 80 is naturally moved toward the outlet 82. Think water saving device. According to claim 1, characterized in that the reservoir 100 is formed in the bottom surface of the main body 1 can be inserted into the storage container 80 is supported on the bottom surface of the kitchen rather than the sink bottom surface. Saving device of the sink.