KR101243929B1 - Pipe connector with stagnant water prevent function - Google Patents

Abstract

In the present invention, the inlet 10 and the outlet port 30, the branching hole 40 is formed in the inlet, the inlet side flow path 20 is formed in a curved toward the branching side flow path 50, the inlet side flow path The present invention relates to a pipe connection with a stagnant water prevention function, characterized in that water passing through the projection is projected into the branch-side flow path to forcibly discharge the water in the branch to the outlet side. Since new water is always supplied in the pipe including the pipe connection of the pipe, it is possible to receive hygienic and clean water, and it is possible to install the sprinkler in the water supply pipe without installing double pipes for the fire sprinkler. There is a very big effect that can greatly reduce.

Description

PIPE CONNECTOR WITH STAGNANT WATER PREVENT FUNCTION}

The present invention is a pipe connector formed with a branch between the inlet and outlet, it is configured to directly install a sprinkler or an infrequently used faucet, etc. to operate only in the case of the fire, the body of the pipe connector zigzag The present invention relates to a pipe connector having a stagnant water prevention function, characterized in that the inlet side flow path is formed toward the branching side flow path to force circulation of the stagnant water to be discharged to the outlet side.

In general, a double pipe for fire sprinkler and a water pipe are installed in the building. Since the fire sprinkler operates only in the case of fire, the water in the dedicated fire sprinkler pipe is stagnant and is not suitable for drinking water. Therefore, the cost of installing double sprinkler pipes and water pipes was very high.

In addition, there are a plurality of faucets installed in the water pipe in a large building, and there is a problem that the microbes reproduce from the faucets that are not frequently used among these faucets, thereby damaging the health.

Accordingly, the present invention provides a pipe connector formed with a branch port for directly installing the sprinkler so that the sprinkler can be installed in the water pipe without omitting the sprinkler dedicated pipe, but forced circulation of the stagnant water on the outlet side to the outlet It is to provide a pipe connector having a stagnation prevention function configured to be discharged to the side.

In the pipe connector having a stagnant water prevention function of the present invention, in the pipe connector formed with a branching hole between the inlet and the outlet, the flow path in the pipe body is formed in a zigzag, the inlet-side flow path is formed in a curved branch It is formed so as to face the water, and the water passing through the inlet side flow path is projected directly to the branching outlet side to force the discharge of stagnant water on the branching side to the outlet side.

As described above, the pipe connector having a stagnant water prevention function of the present invention having a function of forcibly discharging the stagnant water of the branch side to the outlet side, including the pipe connector of the present invention when opening the faucet installed in the pipe end Since new water is always supplied in the pipe, it is possible to supply sanitary and clean tap water, and sprinkler can be installed in the water supply pipe without having to install a double pipe for fire sprinkler. It works.

1 is a cross-sectional view of an embodiment of the connector with a stagnation water prevention function of the present invention
Figure 2 is a perspective view of an embodiment of the connector with a stagnation water prevention function of the present invention
Figure 3 is a plan view of an embodiment of the connector with a stagnation water prevention function of the present invention
Figure 4 is a bottom view of an embodiment of a connector with a stagnation water prevention function of the present invention
FIG. 5 is a detailed plan view of the zigzag-shaped flow path of FIG. 3. FIG.

’형상의 지그재그형상인 유로가 형성되며, 상기 지그재그형상 유로의 우측방향부(22) 부위 하부에 분기구(40)가 형성되어, 상기 유입구(10)의 유입구측 유로(20)를 통과한 물이 분기구측 유로(50) 내로 투사되어 분기구(40) 내의 물을 강제로 유출구측으로 배출하게 되는 것을 특징으로 한다.
이하 본 발명의 정체수 방지 기능을 가진 관연결구의 구체적 내용을 제시된 도면을 참조하여 살펴보면 다음과 같다.The present invention relates to a pipe connection, the flow path is formed between the inlet 10 and the outlet 30 in a curved shape, between the inlet 10 and the outlet 30 is formed in the pipe connector is formed with a branch (40) In
The front cross-sectional shape of the inlet side flow path 20 of the inlet 10 is curved toward the branching side flow path 50, and a planar cross-sectional shape is formed between the inlet 10 and the outlet 20. It consists of the inlet left direction 21, the right direction 22, and the outlet left direction 23

A zigzag-shaped flow path is formed, and a branching hole 40 is formed under the right-side portion 22 of the zigzag-shaped flow path, and the water passing through the inlet-side flow path 20 of the inlet 10 is formed. Projected into the branch-side flow path 50 is characterized in that the water in the branch 40 is forcibly discharged to the outlet side.
Hereinafter, referring to the accompanying drawings, the specific content of the pipe connector having a function of preventing stagnant water is as follows.

As shown in FIGS. 1 to 4, the pipe connector having the stagnant water prevention function of the present invention has a branch connector 40 formed between the inlet port 10 and the outlet port 30. 20) is curved toward the branch-side flow path 50, the water passing through the inlet-side flow path is projected into the branch-side flow path to prevent stagnant water, characterized in that configured to discharge the water in the fork to the outlet side forcibly It is a functional connector.

In addition, the flow path of the inlet 10 and the outlet 30 of the pipe connection is formed in a zigzag shape so that the water projected toward the branch-side flow path becomes irregular turbulent flow to further increase the effect of draining stagnant water do.

In general, a pipe for installing a fire sprinkler and a pipe for water supply are installed in a conventional building. This is because fire sprinkler is operated only in case of fire, so the water in the dedicated pipe for fire sprinkler is stagnant and water cannot be eaten in the pipe. This was a very burdensome situation.

Therefore, it is possible to greatly reduce the pipe installation cost by installing integrated pipes in the water supply pipe without installing a dedicated pipe for installing a fire sprinkler, but there are hygiene problems such as the growth of microorganisms in stagnant water (not flowing water). Therefore, to connect the sprinkler flowing through the water only in a fire and directly to the water pipe, a pipe connector having a stagnant water protection function is required.

On the other hand, several faucets are installed in the water supply pipe in a large building, and some of the faucets may not be used for a long time. . Even in this case, by installing a faucet directly at the branch of the pipe connector having a stagnant water prevention function of the present invention to connect the pipe can prevent the stagnant water can be supplied sanitary water from the faucet elsewhere.

In the present invention, the inlet and outlet are parts that are connected to one side of the pipe and are variously deformed by conventional methods such as welding or screwing, and thus the detailed description thereof will be omitted. In addition, since the coupling method of the branch and the sprinkler of the present invention is also well known technique, detailed description thereof will be omitted.

10: inlet
20: inlet side flow path
30: outlet
40: fork
50: branch exit side flow path
70: screw part
21: inlet left side direction
22: right direction
23: outlet outlet side direction

Claims (2)

delete In the inlet 10 and the outlet 30, the flow path is formed in a curved shape, between the inlet 10 and the outlet 30 in the pipe connector in which the branching hole 40 is formed,
The front cross-sectional shape of the inlet side flow path 20 of the inlet 10 is curved toward the branched side flow path 50,
In addition, between the inlet 10 and the outlet 20 is a flat cross-sectional shape consisting of the inlet left direction 21, the right direction 22, the outlet left direction 23 '

'Zig-zag-shaped flow path is formed, the branch hole 40 is formed in the lower portion of the right direction part 22 of the zigzag-shaped flow path,
Water passing through the inlet-side flow path 20 of the inlet 10 is projected into the branch-side flow path 50 to forcibly discharge the water in the fork 40 to the outlet side, characterized in that With connector

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