KR20090002483U - Dual type drain box for sink - Google Patents

Abstract

Dual type drain container for a sink according to the present invention, the first inlet port 401 connected to the discharge hose 12, and the second inlet is spaced apart from the first inlet port and connected to the overflow hose 14 A port 402 is provided on its side, and the first inlet port and the second inlet port are arranged in opposite directions to each other.

According to the dual type drain box of the present invention configured as described above, since the connection configuration of each hose and the drain box is easy as compared with the prior art equipped with one inflow port, there is an advantage that the efficiency of the sink assembly is improved.

Description

Dual type drain basin of sink

The present invention relates to a sink for the sink, and relates to a dual type drain box provided with a plurality of inlet ports.

In general, the sink is for cooking, washing dishes, etc. in the kitchen, and comprises a bucket (bucket), and the drain box mounted on the bottom of the bucket.

The drainage tank is equipped with a filtering net for filtering food waste, and the odor inflow prevention device (aka U-trap) is connected through the drainage port at the bottom of the drainage tank.

According to such a sink to receive water in the bucket to wash dishes, sewage generated by washing dishes is discharged through the drain box, food waste mixed in the sewage is filtered by the filter network.

The sewage discharged from the sump stays inside the odor inflow prevention device for a certain amount, thereby blocking the odor gas flowing back from the sewer.

On the other hand, when washing dishes, scrubbers are used to clean the bowl, and detergents are often used after being washed with scrubbers. It is common to do

In order to store the wet scrubber, a container such as a soap tub with a drainage hole is generally used.In this case, a soap scrubber for storing a scrubber is usually attached to the inside of the bucket so that the top of the sink is not polluted by water from the scrubber. Has been used.

However, when the soap container is stored inside the bucket to store the scrubber, the use space of the bucket is reduced by that much inconvenience caused when washing dishes.

Therefore, the loofah may be stored in a general bowl without water drainage.In this case, the water from the loofah will collect in the bowl, so if you do not clean it frequently, the water in the bowl will decay. There was a problem that harm.

 In order to solve this problem, a sink that can effectively store wet objects such as a loofah has been devised.

As shown in Figure 1a, 1b, the sink 101 for storing the scrubber, etc. is formed separately in the bucket 10, the water accumulated in the reservoir 101 is passed through the drain 20. It comprises a discharge hose 12 that can be discharged by.

According to this, a wet object such as a scrubber can be stored and stored neatly in a storage container 101 without using a separate soap container, and the water discharged from the scrubber stored in the storage container 101 is discharge hose 12. Because it is discharged through, it helped to improve the cleanliness of the kitchen.

On the other hand, in this prior art, the three-way branch pipe 30 is used to connect the discharge hose 12 and the overflow hose 14 with the drain 20, which is one in the drain 20 Since only the inlet port 201 is provided, the outlet hose 12 and the overflow hose 14 are commonly used for the inlet port 201.

Here, the inlet port 201 is a short pipe shape protruding laterally from the side of the drain 20, is connected in such a way as to fit one end of the hose.

Therefore, according to the related art, the discharge hose 12 and the overflow hose 14 are connected to the three-way branch pipe 30, and the branch pipe 30 and the inflow port 201 of the drain box 20 are connected. By connecting through the hose 16, the wastewater overflowing from the bucket 10 and the wastewater discharged from the reservoir 101 are delivered to the drain 20 to drain.

By the way, in the prior art, when the storage cylinder portion 101 is formed on the opposite side of the overflow hole due to the structure of the bucket 10, the branch hose is extended by extending the length of the discharge hose 12 and the overflow hose 14. Since it should be connected to (30), if the length of each hose 12, 14 is not enough will cause a problem that is not connected.

Of course, if the length of both hoses 12 and 14 is sufficiently long, this problem can be solved. However, if the length of the hose is longer than necessary, a bent part is formed in the installed state, and the wastewater discharged Since problems such as decay due to the bent portion occur, it is preferable that the length of the hose is kept to the shortest and shortest.

However, the drain container 20 is combined with a locking ring (not shown) disposed above the bucket 10 in a screwing manner, so that the drain container 20 is attached to the bottom surface of the bucket 10. If the gap between the inlet port 201 and the reservoir 101 and the overflow hole does not match the length of each of the hoses 12 and 14 in a state where the inlet port 201 is wrong, the drain box 20 Separation of the bucket 10 and then re-combining the position of the inlet port 201, such as to adjust the position of the inlet port 201 is difficult cause of the problem when the efficiency of the sink assembly is reduced There was this.

The present invention has been made to solve the above-mentioned conventional problems, it is made in the form having two inlet ports to provide a dual type drain for the sink is easy to connect with various hoses.

Dual type drain box for sink provided to achieve the above object, the first inlet port connected to the discharge hose, and the second inlet port spaced from the first inlet port and connected to the overflow hose on the side And the first inlet port and the second inlet port are arranged in opposite directions to each other.

As described above, according to the dual type drain container for the sink according to the present invention, since the connection configuration of various hoses and the drain container is easier than the conventional technology in which one inflow port is provided, the efficiency of the sink assembly is improved. There is this.

Hereinafter, with reference to the accompanying drawings to the specific content of the present invention will be described in detail, the same reference numerals for the same components as the prior art and description thereof will be omitted.

First, as shown in FIGS. 2 and 3, the dual type drain container 40 for a sink according to the present invention may have a structure in which two or more inflow ports are formed on a side thereof, and the arrangement direction of each inflow port is also provided. It can be made in various ways.

In particular, when the storage cylinder portion 101 for storing the scrubber, etc. is used for the bucket 10 (see Fig. 4) formed separately, the discharge hose 12 and the overflow hose 14 of the bucket 10 The first and second inlet ports 401 and 402 are separately formed for each connection with each other, and each of the inlet ports 401 and 402 is disposed to face each other.

Therefore, according to the present invention configured as described above, as shown in FIG. 4, the discharge hose 12 is connected to the first inlet port 401, and the overflow hose 14 is connected to the second inlet port 402. You can connect and use it.

That is, as in the prior art, a plurality of hoses are not commonly communicated to one inlet port 201, so that separate parts such as the branch pipe 30 and the connection hose 16 do not need to be used. 1a, 1b)

In addition, the first and second inflow ports 401 and 402 correspond to the storage cylinder 101 and the overflow hole, respectively, and the inflow ports 401 and 402 are disposed in opposite directions to each other. In the state in which the drain container 40 is properly mounted, each inflow port 401, 402 naturally faces in the direction of the storage part 101 and the overflow hole.

Thus, the spacing between the reservoir 101 and the first inlet port 401 and the gap between the overflow hole and the second inlet port 402 are maintained substantially constant.

Therefore, the discharge hose 12 and the overflow hose 14 can be used to form the shortest length in accordance with the gap between the respective inlet ports 401 and 402, the storage cylinder 101 and the overflow hole, as well as drainage In the process of mounting the barrel 40, it is not necessary to pay great attention to the positioning of each inlet port (401, 402) it is possible to easily mount the drain container (40).

Figure 1a is a top perspective view showing a conventional sink configuration.

1B is a bottom perspective view showing a conventional sink structure.

Figure 2 is a perspective view showing the structure of a dual type drain bottle according to the present invention.

3 is a cross-sectional view showing the structure of a dual type drain box according to the present invention.

Figure 4 is a perspective view showing the structure of a sink equipped with a dual type drain container according to the present invention.

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

10: bucket 101: storage compartment

12: discharge hose 14: overflow hose

16: Connecting hose 30: Three-way branch pipe

40: drain container 401: first inlet port

402: second inlet port

Claims (3)

In the sink for the drain provided with an inlet port for connecting to various hoses on the side; Sink drain is characterized in that the inlet port is provided with a plurality. A first inlet port connected to the discharge hose and a second inlet port spaced from the first inlet port and connected to the overflow hose are provided on the side thereof. Dual type drain box for the sink characterized in that. The method of claim 2, The first inlet port and the second inlet port are arranged in opposite directions to each other Dual type drain box for the sink characterized in that.

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