KR200311287Y1 - Sink with water saving unit - Google Patents

Abstract

The present invention is a main water tank having a water-saving moon water hole formed at a lower position than the main moon water polo; A second tank detachably seated on one side of the main tank; A triangular shelf detachably fixed to a side wall of the main tank and positioned on the second tank; A fixing member for fixing the triangular shelf to the main water tank; And it relates to a sink having a water-saving structure characterized in that it comprises a first tank selectively mounted on the triangular shelf.

In addition, a triangular shelf main frame and a triangular shelf auxiliary frame for supporting the triangular shelf main frame, the triangular shelf main frame is formed with a locking step on one side, the triangular shelf main frame is formed with a engaging projection Coupling accommodation portion comprising a triangular shelf and a coupling receiving body main body is inserted and fixed to the engaging projection of the triangular shelf and the fixing receiving body integrally formed at both ends so that the coupling receiving body is fixed to the side wall It is about.

Description

Sink with water saving unit

The present invention relates to a sink, a triangular shelf, and a combined accommodating part having a water-saving structure, and more specifically, a sink, a triangular shelf, and a combined accommodating part having a water-saving structure having a water-saving moon-hole equipped with a triangular shelf and a filtering device. It is about.

In general, the sink of the kitchen consists of a water tank with tap water, a water drain, and a drain, so that the water is drained out after washing dishes or fruit, vegetables, etc. using tap water discharged from the tap. There is a problem that is very difficult to use.

When washing dishes, there is a problem that excessive consumption of water occurs because the relatively clean state water generated when the detergent on the table is first removed and then again washed again, especially when washing vegetables such as lettuce There was a problem in that the water is consumed in a relatively clean state because the faucet must be turned on and washed in running water.

As shown in Figure 1, the prior art disclosed in the Utility Model No. 196999 is to save water by recycling the water once used, it is mounted on one side of the sink (1) and the first side 1 first tank (2), water tank (20) is formed, the bottom is the first tank (2) formed with a drain opening opening and closing with a stopper, the second tank (3), which is located below the first water tank (6), sink tank (1) ) It is composed of the washing tub 19 and the mandrel cradle (9) coupled to the rear, there is a convenient effect on the saving and use of detergent as well as saving water.

However, since the first tank has to be made to be consistent with the size of the sink (main tank of the present invention), a separate cost is required, and the tank cannot be selected and used according to the number and type of dishes to be washed. There is this. In addition, although it is provided with a moon water mouth (6) and a mandrel maneuvering stage of the lower position than the existing moon water mouth (7), the food waste in the sink water tank separated from the dishes as the water in the sink is discharged through the moon water mouth Since the entrance is blocked, there is a problem to collect it and put it in the manure gaiter.

The present invention has been made to solve the above problems, to provide a sink having a water-saving structure that can be selected and seated in the container suitable for the application without fixing the triangular shelf on the side wall of the main tank to produce a first tank There is a purpose. In addition, an object of the present invention is to provide a sink having a water-saving structure including a strainer that is detachably fixed to a water-saving moon water outlet and filters food waste. It is also an object to provide the triangular shelf and triangular shelf combined accommodation.

1 is a perspective view of a sink having a conventional water-saving structure.

2 is a perspective view of a sink having a water-saving structure according to the present invention.

3 is a perspective view of the main tank before mounting the triangular shelf, the first tank and the second tank.

Figure 4 is a perspective view of the main tank with a triangular shelf installed.

5A is a perspective view of the coupling accommodating part.

5B is a perspective view of a triangular shelf.

Figure 6a is a front view of the attachment portion of the strainer.

Figure 6b is a front view of the filter device auxiliary frame.

6C is a perspective view of a stopper of the strainer;

7 is a plan view of a sink having a water-saving structure according to the present invention.

<Description of the symbols for the main parts of the drawings>

30: Main water tank 32: Main Wolsu

34: water-saving moon water mouth 36: washing tub

38: drain 40: first tank

42: first moon water mouth 44: second tank

46: second month mouth 50: triangle shelf

52: triangle shelf main frame 54: triangle shelf auxiliary frame

56: locking jaw 60: fixing member

62: coupling receiving part 62a: coupling receiving part main body

62b: fixed portion 64: engaging projection

70: filter device 72: filter device mainframe

74: cap 76: attachment portion

76a: mounting groove 76b: hook portion

78: filter device auxiliary frame 80: water inlet

82: stopper

In order to achieve the object of the present invention as described above, a sink having a water-saving structure according to the present invention includes a main water tank having a water-saving moon water hole formed at a lower position than the main moon water hole; A second water tank formed at a position higher than the water-saving moon water hole, and detachably seated on one side of the main water tank; A triangular shelf detachably fixed to a side wall of the main tank and positioned on the second tank; A fixing member for fixing the triangular shelf to the main water tank; And a first water tank in which a first moon water port is selectively seated on the triangular shelf.

The sink having the water-saving structure according to the present invention is preferably detachably fixed to the water-saving moon water mouth further comprises a strainer for filtering food waste. The strainer is a strainer main frame; A cap formed in the same shape as the strainer mainframe and detachably fixed to the strainer mainframe to form a water inlet at an upper portion thereof; An attachment portion detaching the cap to the strainer mainframe; A filtering device auxiliary frame which is formed in the same shape as that of the cap and is inserted into the cap and into which the strainer is fitted; It comprises a stopper for opening and closing the water inlet of the cap. In addition, the attachment portion is an attachment groove formed along the outer edge of the filter main frame; And a hook portion formed along an outer edge of the cap.

In addition, the triangular shelf according to the present invention comprises a triangular shelf main frame and a triangular shelf auxiliary frame for supporting the triangular shelf main frame, the triangular shelf main frame is formed with a latching jaw on one side, the triangular shelf The main frame is characterized in that the coupling projection formed.

In addition, the coupling accommodating part according to the present invention is configured to include a coupling accommodating part body into which the coupling protrusion of the triangular shelf is inserted and fixed, and the fixing parts integrally formed at both ends thereof so that the coupling accommodating part body is fixed to the side wall.

Hereinafter, a sink, a triangular shelf and a coupling accommodating part having a water-saving structure according to the present invention will be described in detail with reference to the accompanying drawings.

The sink having a water saving structure according to the present invention includes a main water tank 30, a second water tank 44, a triangular shelf 50, a fixing member 60, and a first water tank 40.

The main tank 30 has a second tank 44 detachably seated therein, and a triangular shelf 50 on the second tank 44 is detachably attached to the side wall of the main tank 30. The triangular shelf 50 is fixed to the side wall of the main water tank 30 by the fixing member 60, and the first tank 40 may be selectively mounted on the triangular shelf 50. In addition, the water-saving moon water hole 34 is formed on the side wall of the main water tank 32 and the lower position than the main moon water hole. When the existing water-saving moon water hole 34 is formed at the vertical bottom of the main moon water hole 32 can be used by connecting one drain hose, it is possible to reduce the manufacturing cost of the sink.

The second water tank 44 is detachably seated inside the main water tank 30, and the second water tank 46 at a position higher than the water-saving moon water hole 34 of the main water tank 30 is disposed at a side wall of the second water tank 46. ) Is formed.

The triangular shelf 50 is located on the second water tank, and is detachably fixed to the side wall of the main water tank 30 by the fixing member 60. The triangular lathe 50 includes a triangular lathe main frame 52 and a triangular lathe auxiliary frame 54 supporting the triangular lathe main frame 52. A locking jaw 56 is formed at the side surface of the tank. As shown in FIG. 5B, the triangular shelf 50 is composed of a triangular shelf main frame 52 forming a triangular shape and a triangular shelf auxiliary frame 54 supporting the triangular shelf main frame 52. Water may pass through the triangular shelf 50 and fall into the second bath 44. In addition, the locking step 56 prevents the first water tank 40 on the triangular shelf 50 from slipping on the triangular shelf 50. The locking jaw 56 is preferably manufactured to form about 120 ° with the triangular lathe plane.

In addition, the triangular shelf according to the present invention can be applied not only to sinks having a water saving structure but also to any type of water tank using water. That is, the triangular shelf according to the present invention can be applied by inserting the coupling protrusion formed on the triangular shelf to the coupling accommodation portion mounted on both sides of the triangular shelf, and not fixing the triangular shelf according to the present invention to the coupling accommodation portion. It can also be used on the water tank.

The fixing member 60 and the coupling receiving portion 62 at the lower end of the triangular shelf 50 and the five to six coupling receiving portion 62 is installed on two adjacent side walls of the main tank (30) It is configured to include a coupling projection (64) formed at a corresponding position. As shown in FIG. 4, the triangular shelf 50 includes five to six coupling protrusions 64 formed at the lower end of the triangular shelf 50 on the sidewalls of the main water tank 30. Inserted into the coupling receiving portion 62 is fixed to the main tank (30). In addition, the coupling receiving portion 62 which is installed on two adjacent sidewalls of the main tank 30 is formed integrally with the main tank 30, or the coupling receiving portion main body in which the coupling protrusion 64 is inserted and fixed ( 62a) and the coupling receiving portion main body 62a is preferably configured to include a fixing portion (62b) formed integrally at both ends to be fixed to the side wall of the main water tank (30). In particular, in order to install the triangular shelf 50 of the present invention in the existing sink by using a bonding means such as a strong adhesive for fixing the coupling portion 62b to the side wall of the main tank (30) The part 62 can be fixed. On the other hand, the five to six coupling receiving portion 62 may be installed to have a predetermined height difference so that the triangular shelf 50 is inclined toward the inner side of the main tank (30). When the triangular shelf 50 is installed to be inclined and the first water tank 40 is positioned thereon so that the first moon water port 42 faces the inside of the main water tank 30 in which the triangular shelf 50 is inclined, the first tank ( Since the water of 40 is easily passed through the first moonshine port 42, the water of the first water tank 40 can be prevented from overflowing the first water tank 40 or splashing in the other direction.

In addition, the first water tank 40 is selectively seated on the triangular shelf 50, the first moon water port 42 is formed on the side wall of the first water tank (40).

The strainer 70 fixed to the moon-water-saving water outlet of the present invention has a strainer mainframe 72, a cap 74, an attachment portion 76 and a strainer auxiliary frame 78 as shown in FIG. It is configured to include. The filter device mainframe 72 is formed in the water-saving moonshine 34. In addition, the cap 74 is fixed to the filter device mainframe 72 by the attachment portion 76, the water inlet 80 is formed on the upper portion when attached to the water-saving moon water hole 34. In addition, the attachment portion 76 includes an attachment groove portion 76a formed along the outer edge of the filter device mainframe 72 and a hook portion 76b formed along the outer edge of the cap 74. It is composed. The cap 74 may be detachable from the main body of the filtering device using the hook portion 76b formed on the cap 74 and the attachment groove 76a formed on the main body 72 of the filtering device.

On the other hand, in the cap 74 fixed to the strainer main frame 72 is formed in the same shape as the cap 74 and the strainer auxiliary frame 78 is inserted into which the strainer is fitted to fix the strainer. Therefore, the food waste in the main water tank 30 can be filtered by the strainer in the cap 74 while passing through the water-saving moonshine 34.

In the filtering device 70, the water inlet 80 formed by fixing the cap 74 to the filtering device mainframe 72 may be opened and closed by using a stopper 82. In addition, when the washing tub 36 disclosed in Korean Utility Model Registration No. 196999 is used on a sink having a water-saving structure according to the present invention, it is effective to save 1/3 of the water and detergent, so that the detergent container 36 is mounted. It is preferable to use.

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

The second water tank 44 is located on one side of the main water tank 30, and the triangular shelf 50 is fixed on the second water tank 44 by the fixing member 60 on the side wall of the main water tank 30. Next, the first tank 40 is seated on the triangular shelf 50. The first tank and the second tank may use an existing commercially available tank, and may select and use an existing container according to the type and use of dishes. In addition, the second tank under the triangular shelf can easily change the position in the main tank, by placing the first tank and the second tank in a stepped manner by placing the first tank on the triangular shelf outside the main tank. It is preferable. The triangular shelf is preferably made of stainless rods that can handle the weight of the dishes and water to wash the dishes and the first tank.

When the water is opened and the water is supplied to the first water tank 40 and the water is filled to the height of the first water tap 42, the water drops through the first water tap 42 and falls into the second water tank 44. In addition, when the water dropped into the second water tank 44 is filled to the height of the second water sulcus 46, the water falls through the second water sulcus 46 to fall into the main water tank 30, the drain 38 If it is closed, the water is filled by the height of the water-saving moon water hole 34 of the main water tank (30). Therefore, the water used in the first water tank 40 and the second water tank 44 is the height of the cap 74 fixed to the water-saving moon water hole 34 formed in the main water tank 30, that is, the height of the tableware. Food waste may be called food waste attached to the surface of the tableware by storing water, and when water is continuously supplied to the first water tank 40, the water stored in the main water tank 30 may be water-saving type equipped with the strainer 70. The food waste may be filtered out by separating the food dregs from the bowl while passing through the moonshine mouth 34 and passing through the strainer 70. That is, by rinsing the dishes washed in the main tank in the second tank and again rinsing in the first tank, the water used once in the first tank (40) is used in the second tank (44) and in the main tank (30) The dishes are used twice for washing and cleaning, and food waste is easily filtered out by the strainer.

On the other hand, the triangular shelf 50 may be used to remove the water of the washed bowl or vegetables on the main water tank 30 without seating the first water tank 40 thereon.

The strainer 70 attaches the cap 74 to the strainer mainframe 72 by inserting the hook portion 76b of the cap 74 into the attachment groove 76a on the strainer mainframe 72. , And is inserted into the cap 74, the filter device auxiliary frame 78 is covered with a strainer. The strainer may be used stockings or mesh cloth, and the strainer auxiliary frame 78 is a water inlet 80 so that the upper portion may be caught in the water inlet 80 using, for example, a fine stainless steel thread. It is preferable to produce a semi-circular shape having the same shape as the size, and the lower portion is the same as the shape of the cap 74, but preferably manufactured in a size smaller than the cap 74 so that it can be inserted into the cap 74.

When the water of the main water tank (30) is more than the height of the cap 74 attached to the front of the water-saving moonshine 34, the water is fixed to the water-saving moonshine 34 and the filter main frame 72 The water is introduced into the water inlet 80 formed between the cap 74 and passes through the water-saving moonshine 34 to exit the drain hose. Food waste is filtered out by a strainer inserted into the strainer 70, and the strained food may be removed by removing the auxiliary frame 74 in which the strainer is fitted from the strainer 70. In addition, when storing the water above the height of the cap 74, the stopper 82 can block the water inlet (80). The stopper is preferably treated with a rubber seal or the like that does not leak water.

Table 1 shows the number of dishes washed with 60 liters of water, depending on the type of sink. The sink having a water saving structure according to the present invention is three times more than a general sink when washing dishes using the same amount of water, and 1.5 times as large as a sink having a conventional water saving structure (Registration Utility Model No. 196999). It is effective to wash dishes.

Sink type Quantity of tableware () General sink 19 Sinks of Utility Model No. 196999 47 Sinks with water saving structure 69

According to the sink having a water-saving structure according to the present invention as described above, by fixing the triangular shelf on the side wall of the main water tank to install the water tank step by step, the use of water can be saved, and the first water tank is not used. In addition to the effect that can be selected and seated in the existing tank, as well as the water of the main tank passes through the fixing device fixed on the water-saving moon water mouth has the effect of easily filtering food waste.

Claims (10)

A main water tank having a main water hole and a water-saving moon water hole formed at a lower position than the main water hole; A second water tank formed at a position higher than the water-saving moon water hole, and detachably seated on one side of the main water tank; A triangular shelf detachably fixed to a side wall of the main tank and positioned on the second tank; A fixing member for fixing the triangular shelf to the main water tank; And The sink having a water-saving structure, characterized in that it comprises a first water tank formed with a first moon water port selectively seated on the triangular shelf. The sink having a water-saving structure according to claim 1, further comprising a strainer that is detachably fixed to the water-saving moonshine mouth and filters food waste. 3. The filtering device of claim 2, wherein the filtering device comprises: a filtering device mainframe; A cap formed in the same shape as the strainer mainframe and detachably fixed to the strainer mainframe to form a water inlet at an upper portion thereof; An attachment portion detaching the cap to the filter main frame; A filtering device auxiliary frame which is formed in the same shape as that of the cap and is inserted into the cap and into which the strainer is fitted; Sink having a water-saving structure, characterized in that it comprises a stopper for opening and closing the water inlet of the cap. According to claim 3, wherein the attachment portion attachment groove formed along the outer edge of the filter main frame; And a hook portion formed along an outer edge of the cap. According to claim 1, wherein the triangular shelf is configured to include a triangular shelf main frame and a triangular shelf auxiliary frame for supporting the triangular shelf main frame, the triangular shelf main frame is that the locking step is formed on the side of the main tank Sink with water-saving structure, characterized by. The coupling member of claim 1, wherein the fixing member comprises five to six coupling accommodating parts installed on two adjacent sidewalls of the main tank, and a coupling protrusion formed at a position corresponding to the coupling accommodating part at a lower end of the triangular shelf. Sink having a water-saving structure, characterized in that configured to include. The sink having a water saving structure according to claim 6, wherein the coupling receiving portion is integrally formed with the main tank. The method of claim 6, wherein the coupling receiving portion is configured to include a coupling receiving portion main body to which the coupling projection is inserted and fixed to be formed integrally at both ends thereof to fix the coupling receiving body to the side wall of the main tank Sink with a water-saving structure, characterized in that. And a triangular shelf auxiliary frame supporting the triangular shelf main frame and the triangular shelf main frame, wherein the triangular shelf main frame has a latching jaw and a coupling protrusion formed at one side thereof. Coupling accommodation portion characterized in that it comprises a coupling receiving body main body is inserted and fixed to the engaging projection portion of the triangular shelf according to claim 9 and the fixing portion is formed integrally at both ends so that the coupling receiving body is fixed to the side wall .