KR102610768B1 - Water dispenser - Google Patents

Abstract

The present invention relates to a water distributor, comprising: a main distributor (120) having an inlet (122) through which water flows in, at least one main outlet (124) through which water is discharged, and a distribution port (126) through which water is distributed, and the distributor Including a sub-distributor 140 having a connector 146 connected to the volleyball 126 and a plurality of sub-discharge ports 144 for discharging water, the main distributor 120 and the sub-distributor 140 are moved back and forth. The distributor 126 and the connector 146 are disposed and connected to each other to form a distributor set 100 of a two-row structure, and the distributor set 100 is installed inside the cover 300 that covers the lower part of the washbasin and is connected to the main It relates to a water distributor for installation below a washbasin that can distribute water distributed from the distributor 120 to the sub-distributor 140.

Description

Water dispenser for installation at the bottom of the washbasin {Water dispenser}

The present invention relates to a distributor, and more particularly to a water distributor for installation under a washbasin, which is installed at the bottom of a washbasin to distribute water to several points.

Water supplied from the water supply point must be distributed to various points of use inside the building. It is distributed to the washbasin, shower, toilet, veranda, and laundry room installed in the bathroom.

Typically, a distributor is installed to distribute water supplied from a water supply source. It is usually installed inside the sink, but if there are many points to distribute, a primary distributor and a secondary distributor are installed to distribute the water. The primary distributor is installed in the sink, and the primary distributor is installed in the bathroom.

Meanwhile, since the distributor installed in the bathroom may spoil the aesthetics if exposed to the outside, it is preferable to install it inside a cover installed to hide the lower part of the washbasin. However, while the space formed inside the cover is small, the pipes installed to supply and distribute water are hard and difficult to bend, so only three or four distribution pipes can be installed, making it difficult to distribute water in a sufficient number. A problem arises that it cannot be done.

Republic of Korea Utility Model Registration No. 20-0406526-0000

The present invention proposes a water distributor for installation under a washbasin, which allows a distributor installed in a bathroom to be installed under a washbasin, and in particular, allows the distributor to be installed efficiently even in a narrow space inside a cover installed to cover the bottom of the washbasin. There is a purpose.

The present invention achieves the above purpose by proposing a water distributor for installation under a washbasin that distributes water to multiple points by arranging the main distributor and sub-distributor back and forth and connecting them to each other to enable efficient installation in a narrow space. .

According to the present invention, the space occupied by the distributor can be minimized, making it possible to efficiently install a distributor capable of distributing water to several points in a narrow space inside the cover that covers the lower part of the washbasin. In addition, the empty space formed inside the main distributor and sub-distributor each implements the function of a blister, providing a certain degree of resistance to the flow of water, increasing the time the water stays inside the main distributor and sub-distributor, thereby increasing the time the water stays inside the main distributor and sub-distributor. You can obtain a distributor that helps ensure even distribution.

1 is an exploded view of an example of a distributor set according to the present invention;
Figure 2 is a combination diagram according to an example of the distributor set according to the present invention;
Figure 3 is an illustration showing another example of the distributor set according to the present invention;
Figure 4 is an exemplary diagram showing a structure in which a partition and a hole are formed in the connector according to the present invention;
Figure 5 is an exemplary state in which the distributor set according to the present invention is installed in a case;
Figure 6 is an exemplary state in which the distributor set according to the present invention is installed in a case and installed at the bottom of the sink.

In the present invention, the distributor installed in the bathroom can be installed at the bottom of the washbasin, and in particular, in order to enable the distributor to be installed efficiently even in a narrow space inside the cover installed to cover the bottom of the washbasin, there is an inlet where water flows in and an outlet where water flows in. Including a main distributor having at least one outlet and a distribution outlet, and a sub-distributor having a connector connected to the distribution outlet and a plurality of outlets for discharging water, wherein the main distributor and the sub-distributor are arranged back and forth. The distributor and the connector are connected to each other to form a distributor set of a two-row structure, and the distributor set is installed inside the cover 300 that covers the lower part of the wash basin, so that the water distributed from the main distributor can be distributed to the sub-distributor. We propose a water distributor for installation under a washbasin.

Hereinafter, the present invention will be described in detail with reference to the attached drawings FIGS. 1 to 6.

A drain pipe is installed vertically at the bottom of the washbasin. If this drain pipe is exposed to the outside, it will spoil the aesthetics, so a cover 300 is mounted on the lower part of the washbasin to cover the drain pipe. When the cover is covered, the drain pipe is arranged vertically along the left and right midpoints of the cover 300. At this time, the cover 300 is formed to an appropriate size so as not to cause inconvenience in the process of using the washbasin and not to occupy excessive space. Due to the structural characteristics of the drain pipe being installed at the bottom of the washbasin, the internal space is divided in the front and rear directions. It is relatively wide and narrow in the left and right width directions.

The water distributor for installation below the washbasin according to the present invention includes a main distributor 120 and a sub-distributor 140, and the main distributor 120 and the sub-distributor 140 are arranged back and forth and connected to each other to form a distributor set 100. do. The main distributor 120 is placed at the front and the sub-distributor 140 is placed at the back and can be connected.

The main distributor 120 has a body with an empty interior, and is formed with an inlet 122 through which water flows in and a main outlet 124 through which water is discharged, and a distribution port that distributes the water flowing into the body to the sub-distributor 140. (126) is formed. In this configuration, the inlet 122 and the main outlet 124 are formed in a vertical direction, and the distribution port 126 may be formed in a horizontal direction between the inlet 122 and the main outlet 124, but is not limited thereto. no.

The main outlet 124 formed in the main distributor 120 may be connected to a pipe that supplies water to the shower. Since the shower must be continuously supplied with a sufficient amount of water for a sufficient period of time, the water flowing into the inlet 122 is supplied directly to the shower without significant resistance, so that a sufficient amount of water can be supplied.

According to the above configuration, the inlet 122 is connected to a pipe that supplies water supplied from the water supply point to the main distributor 120, and the main outlet 124 is connected to the point where water is used, such as a shower or washbasin, by a pipe. will be supplied. At this time, the main distributor 120 is the point where water supplied from the water supply first flows in, and since the flow rate is greater than that of the sub-distributor 140, the main outlet 124 formed in the main distributor 120 supplies water like a shower. It is connected to a point of frequent and high volume use.

The sub-distributor 140 has a hollow body and a plurality of sub-distributors 144 are formed in different directions. The number of sub outlets 144 can be adjusted as needed, and the number increases as the number of points using water increases. And, in the sub-distributor 140, a connector 146 is formed at a point corresponding to the distribution port 126 formed in the main distributor 120 and is connected to each other to receive water distributed from the main distributor 120. The water distributed from the main distributor 120 and flowing into the sub-distributor 140 is used through the sub outlet 144, but is used at various points where water is used intermittently, such as sinks, balconies, washbasins, washing machines, etc. It is distributed as.

As described above, when the main distributor 120 and the sub-distributor 140 are placed back and forth and connected to each other, a two-row structure is formed. The main distributor 120 is placed at the front and the sub-distributor 140 is placed at the rear, forming a two-row structure. The distributor set 100 formed in this way is connected to the cover 300 at the bottom of the washbasin. It is installed inside. The sub-distributor 140 can be installed so that it is located on the wall, and it can also be installed in the opposite direction.

By forming the distributor set 100 with the structure described above and forming it inside the cover 300, the space occupied by the distributor set 100 inside the cover 300 can be minimized. The distributor set 100 serves as a distributor that receives water and distributes it to various points, allowing the distributor to be effectively installed in a narrow space formed inside the cover 300 that covers the lower part of the sink. As a result, it is possible to install a distributor inside the existing mass-produced cover 300 without increasing the standard, that is, the width, of the cover 300. In particular, in addition to supplying water to the distributor set 100, the discharged water can be discharged in several ways. In order to distribute to the branch, the pipes installed in the main outlet 124 and the sub outlet 144 can be arranged back and forth without being intertwined or twisted, so that the function can be implemented by effectively installing the distributor.

The main distributor 120 and the sub-distributor 140 have an empty body structure. In this empty space, a certain amount of water stays for a certain period of time during the process of water flowing in and being distributed. It acts as a so-called blister, forming a structure in which two blisters are formed. The two blisters formed in this way provide a certain degree of resistance to the flow of water, increasing the time it stays inside the main distributor 120 and the sub-distributor 140, and as a result, the water flows through the main outlet 124 and the sub-distributor 140. (144) This helps ensure even distribution.

Meanwhile, a partition W having a through hole H may be provided inside the connector 146 formed in the sub-distributor 140. The partition wall (W) serves to reduce the inner diameter of the distribution port 126 and the connector 146, and has a structure in which a through hole (H) whose diameter is smaller than the inner diameter is formed. At this time, the through hole H is formed biased toward one edge. By providing resistance to the flow of water through these partitions (W) and holes (H), the speed at which the water flows can be adjusted. As a result, the water distributed in multiple stages is distributed relatively evenly to each point of use. This will help ensure that it is supplied.

A pair of distributor sets 100 formed as described above can be installed on the left and right sides of the cover 300 at the bottom of the sink. They are installed on the left and right sides of the pipe formed vertically inside the cover 300, and one supplies and distributes cold water and the other hot water. Through this, it is possible to properly supply cold and hot water to the points where cold and hot water are used.

At this time, the distributor set 100 may be formed to be accommodated inside the case 200. It can be formed independently or as a pair to be accommodated inside the case 200, and a hole is formed in the case 200 to match the path along which the pipe for supplying and discharging water passes. The case functions to neatly organize the appearance of the point where the distributor set 100 is installed, protects the distributor set 100 from external contaminants, and further serves to fix the position of the distributor set 100.

100: distributor set, 120: main distributor,
122: inlet, 124: main outlet,
126: distribution port, 140: sub-distributor,
144: sub outlet, 146: connector,
200: case, 300: cover,
W: Bulkhead, H: Hole.

Claims (4)

A main distributor 120 having an inlet 122 through which water flows in, at least one main outlet 124 through which water is discharged, and a distribution port 126 through which water is distributed, and a connector connected to the distribution port 126 ( It includes a sub-distributor 140 having 146) and a plurality of sub-discharge ports 144 for discharging water,
The main distributor 120 and the sub-distributor 140 are arranged back and forth, and the distributor 126 and the connector 146 are connected to each other to form a distributor set 100 in a two-row structure,
The distributor set 100 is installed inside the cover 300 that covers the lower part of the washbasin to distribute the water distributed from the main distributor 120 to the sub-distributor 140,
The distributor set 100 is formed as a pair and is installed on the left and right sides inside the cover 300 to distribute cold water and hot water, while the main distributor 120 and the sub-distributor 140 have an empty space inside. As a result of this formation, a certain volume of water stays in the space for a certain period of time in the process of inflow and distribution of water, forming a structure in which two blisters are formed,
A partition wall (W) formed with a through hole (H) is provided at at least one point of the inside of the distribution port 126 and the inside of the connection port 146, and the through hole (H) is formed to be biased toward one edge so that the water flows. A water distributor for installation at the bottom of a washbasin that provides resistance.
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