KR20000059327A - A sound attenuation connector for the drain pipe - Google Patents

Abstract

PURPOSE: A noise abatement tub of a drainpipe is provided to reduce the noise pollution occurred when draining from the drainpipe of a multistory building or an apartment. CONSTITUTION: A noise abatement tub of a drainpipe is manufactured by the steps of; forming an approach opening (2a) and a guidance fragment (2b) inserted to the upper end of a noise abatement tub (2) of which the inside diameter is larger than the outside diameter of a drainpipe (1); installing firmly a funnel-shaped dispersion cap (4) on a bent part (3a) of a support fragment (3) formed on the middle-inside of a noise abatement tub (2) to disperse and to convert the water course of water drained toward the circumference of a noise abatement tub (2) and to flow along the inside of a drainpipe (1).

Description

A SOUND ATTENUATION CONNECTOR FOR THE DRAIN PIPE

The present invention relates to a noise gutter of a drain pipe.

Conventionally, rainwater drainage pipes of high-rise buildings or apartments, or drainage pipes of living water, such as kitchens or bath rooms, are installed in a vertical pipe from the upper floor to the lower floor, and the rainwater from the roof of the apartment or the living water dropped from the upper floor falls vertically through the drain pipe. It is supposed to drain.

Since the drain pipe of a conventional high-rise building or apartment is installed in a vertical pipe, the water drained from the upper side drops vertically from the drain pipe, causing rapid noise on the drain port side. The pollution of the noise was serious.

In the case of rain, there is a drainage noise only when it rains, but the drainage of living water has a problem that causes noise in a comfortable living environment.

The present invention is to provide a noise gutter that can be drained more quietly by correcting such a problem in the prior art and giving a condition that the water drained into the drain pipe can flow along the inner circumferential surface of the drain pipe.

Still another object of the present invention is to provide a connection pipe connecting the drain pipe when installing a plurality of drain pipes up and down can be drained quietly without the sound of the water drained by the water pipe function and the dispersion function of the water drained step by step It was made.

The present invention, in order to meet the above object, by forming a dispersing cap for dispersing water in the center of the noise gasket which is in contact with the drain pipe, the water drained to the drain pipe by the pipe to the noise pipe at a certain length of the drain pipe noise It is distributed in the circumferential direction of the noise gutter by the dispersion cap of the gutter, and then drained quietly without the sound of water along the inner circumferential surface of the drain pipe.

In the present invention, the dispersion cap formed in the noise chamber may be formed in a plurality of upper and lower, and may comprise a single or a combination of a mesh cap or an auxiliary cap, including a funnel-type dispersion cap.

These dispersion caps disperse the water flowing into the drain pipe around all four sides of the noise gutter so that it can stick to the inner circumferential surface of the drain pipe by the viscosity and surface tension of the liquid and flow down the drain pipe of constant length up and down by the noise gutter. It also functions as a connector to associate.

The internal structure of the noise gutter of the present invention has a simple structure of the configuration of the dispersion cap for changing the direction of the drainage passage, so that the production is easy and there is no place to breakdown, so that it can be used longer after the installation.

1 is a noise gutter of the present invention

Figure 2 is a cross-sectional view of the drain pipe in contact with the noise gutter of the present invention

Figure 3 is a cross-sectional view showing another embodiment of the noise gutter of the present invention

Figure 4 is an exemplary view of the noise gutter of the present invention in contact with the drain

[Description of Signs of Important Parts of Drawing]

1: drain pipe, 2: noise gutter, 2a: pipe outlet, 2b: guide piece,

2c: inserting portion, 3: support piece, 3a: bend portion, 3b: support piece,

4: Dispersion cap. 4a: auxiliary dispersion cap.

The upper end of the noise gutter 2 having an inner diameter larger than the outer diameter of the drain pipe 1 forms a pipe contact hole 2a and a guide piece 2b for fitting the drain pipe, and is inserted into the drain pipe 1 at the lower end of the noise gutter 2. The insertion part 2c which can be made is provided so that the noise container 2 may have a pipe contact function of the drain pipe 1. In addition, a plurality of support pieces 3 are horizontally formed in the middle of the noise gutter 2 horizontally toward the center portion, and a funnel-shaped dispersion cap 4 is firmly installed on the bent portion 3a side of the support piece 3. Water introduced into the noise gutter 2 from the drain pipe 1 has a function of dispersing in the circumferential direction by the dispersion cap (4).

Alternatively, in the embodiment of the present invention, as shown in FIG. 3, an auxiliary dispersion cap 4a is disposed in the middle of the insertion portion 2c of the noise gutter 2 by the plurality of support pieces 3b. It is formed to be arranged up and down with 4).

These injection caps (4) (4a) may be configured in an assembly form or may be integrally formed in the noise gutter (2). In either case, there is no change in that the dispersing caps 4 and 4a have a function of distributing the flow path c of the noise gutter 2 in the circumferential direction.

Dispersion cap in the present invention is described by what is shown in the drawings, but other configurations of the dispersing cap that can be easily carried out from the present invention by those skilled in the art within the scope of the claims of the present invention It is added that it belongs to the technical gist of.

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

As shown in Fig. 5, in a drain pipe provided on a wall or a veranda of a high-rise building or an apartment, the lower end portion of the drain pipe 1 is piped to a pipe opening 2a of the noise gutter 2 at a predetermined length of the drain pipe 1. It is in contact with the insertion portion (2c) of the noise gutter (2) to the upper end of the drain pipe (1) to install a plurality of drain pipes in a desired length. Therefore, according to the height of the building, the noise gutter 2 is installed at regular intervals for each drain pipe of a certain length. At this time, the noise gutter 2 serves as a pretext for the connection pipe connecting the drain pipe.

When draining rainwater or living water, the water drained from the upper layer to the drain pipe 1 is connected to the noise gutter (2b) formed at the lower end side of the drain pipe 1 by the inlet piece 2b of the noise gutter 2. It flows to the center part of 2). Since the guide piece 2b and the dispersion cap 4 face each other in the proximal position, the water introduced into the noise trough 2 by the guide piece 2b is connected to the dispersion cap 4 installed at the center of the noise trough 2. While quietly flowing, the flow path c is dispersed and converted in the circumferential direction so that water flows down along the inner circumferential wall of the noise gutter 2. At this time, when the amount of drainage is small, it flows along the inner circumferential surface of the drain pipe 1 in the form of a water film to the inner circumferential wall of the noise gutter 2. If the amount of drainage is large, water flows almost in the cross-sectional space of the drain pipe. At this time, the water introduced from the upper end of the drain pipe is attached to the dispersing cap 4 of the next noise gutter 2 installed in the lower end of the drain pipe by the acceleration falling vertically. The dispersion cap is made of a funnel type, which acts to convert the vertical falling energy of the water to the side so that the impact noise of the water is hardly generated. In addition, as shown in FIG. 3, the auxiliary dispersion cap 4a is formed immediately before the water firstly dispersed by the upper side dispersion cap 4 flows into the drain pipe 1, and again by the auxiliary dispersion cap 4a. It is secondaryly dispersed and guided to flow on the inner circumferential surface of the drain pipe 1 reliably.

In addition, since the internal cross-sectional area of the noise gutter 2 is larger than that of the drain pipe 1, the dispersion cap 4 is firmly installed at the bent portion 3a of the support 3, so that the water does not peel off or displace even when the water is pressed. Since the space between the support sections 3 is large, the water is smoothly drained without drainage of water. At this time, the drained water falls between unit drain pipes of a predetermined length or flows along the inner circumferential surface of the drain pipe, so that the water is quietly drained to the extent of drainage at the height of one unit drain pipe with almost no noise.

Also, the sound of small water inside the drain pipe does not cause any noise pollution externally.

The present invention forms a pipe and an inlet piece in the upper portion of the noise gutter larger than the inner diameter of the drain pipe, and the insertion portion is formed in the lower end of the noise gutter to enable the connection pipe of the drain pipe and the dispersion cap in the center of the noise gutter single or Since it is formed in plural to have a distribution conversion function of the flow path, the noise gutter of the present invention can be contacted at regular intervals of the drain pipe so that the drain pipe can be easily constructed at any height or length, and the drained water is discharged by the noise gutter. It is distributed in the circumferential direction and then flows down along the inner circumferential surface of the drain pipe to remove the pollution of the drainage noise generated when draining from the drain pipe of a high-rise building or apartment, and drains more quietly.

Claims (2)

A pipe fitting 2a and a guide piece 2b are formed at the upper end of the noise gutter 2 having an inner diameter larger than the outer diameter of the drain pipe 1, and the guide piece 2b is fitted to the drain pipe 1 at the lower end of the noise gutter 2. The insertion path 2c is formed, and the funnel-shaped dispersion cap 4 is firmly installed at the bent portions 3a of the plurality of support pieces 3 formed in the middle of the noise gutter 2 to drain the water flow path. A noise gutter of the drain pipe, characterized by flowing along the inner circumferential surface of the drain pipe by dispersing and converting it in the circumferential direction of the noise gutter. The auxiliary dispersion cap 4b is formed in the middle of the insertion portion 2c of the noise gutter 2 so as to be disposed up and down with the upper dispersion cap 4 by a plurality of support pieces 3c. Noise gutter of the drain pipe, characterized in that the.