KR20030032787A - Toilet odour dis chaging pipe - Google Patents

Abstract

PURPOSE: An odor exhaust pipeline for a toilet is provided to intercept external noise and adverse wind and to remove odor in a toilet completely. CONSTITUTION: The odor exhaust pipeline for a toilet contains: a soundproof plate and a cutoff terminal for an adverse wind(3) intercepting external noise and adverse wind by an odor exhaust system(2) and a ventilator(5), an odor discharge pipe(7) connected to an exhaust port and buried on a bottom and a wall of a toilet, and pipelines connected to an exhaust pipe.

Description

Toilet odor discharge piping diagram {TOILET ODOUR DIS CHAGING PIPE}

The present invention relates to a piping method for discharging odor generated from the toilet to the outside, the odor discharge pipe is a buried type of the buried type to the interior of the floor and walls of the new building,

There are two types of exposure types that are exposed without being embedded in the bathrooms of existing buildings.

Among the two types, the buried type is connected to the exhaust port installed at the bottom of the toilet, the exposed type connects the exhaust pipe to the exhaust port on one side of the toilet, the exhaust fan is connected to the connected exhaust pipe, and the T-shaped soundproof plate and the backwind blocking terminal are connected to the exhaust fan. Connect.

One side of the two-way exhaust port of the T-shaped reverse air blocking terminal is connected to the direction of the external exhaust pipe, and one side is connected to the ceiling fan installed for ceiling odor and moisture ventilation. Is a technology to force the discharge to the outside through an external exhaust pipe connected to the discharge pipe.

The soundproof and backwind terminal is a structural defect of the open exhaust pipe, and other noises such as droplets and squeaks heard from above and below through the toilet exhaust pipe, and outside air enters the room during rain or low pressure at dawn. It blocks double the incoming wind phenomenon.

Exhaust piping installed in the restrooms of all current buildings (apartments such as apartments, townhouses, multi-family houses, officetels, etc.) is a structural defect that is completely open from the lower floor to the upper floor.

Therefore, the noise of small drops or voices from the lower floor and the upper floor is transmitted by the fully open toilet pipe, and there is no way to block the outside air from going back through the unobstructed pipe.

In particular, since the odor discharge pipes depend only on the pipes of the ventilation fan or the non-powered grill pipes installed on the ceiling of the toilet, the odors generated from the toilet are moved to the ceiling and are diffused into the room and remain in the process of being completely discharged. In order to remove the water more than twice, operate the ventilator for a while with the toilet door open, spray the air freshener, but removing the odor is very difficult due to the structural defect of the exhaust pipe.

In addition, if the odor of the external exhaust pipe is blown back due to an open defect of the exhaust pipe, the blown odor spreads to the whole house and suffers a lot.

Even if a toilet odor ejector is installed, when the toilet odor ejector is operated, the odor is reversed in the direction of the indoor ventilator due to a defect in the exhaust pipe without clogging, and when the indoor ventilator is operated, the odor is blown back toward the toilet. Unless supplemented, complete odor removal is absolutely impossible.

The present invention connects the odor generated in the toilet to the external exhaust pipe through the odor discharge pipe connected to the toilet exhaust port and through the exhaust port installed in the bottom and the bottom of the toilet and proposed to force the exhaust fan to be discharged to the outside by operating the connected exhaust fan As a technology.

In particular, by adopting soundproof panel and backwind blocking terminal, it is a special feature to block noise and backwind from outside and to control and control the backwind generated during operation between indoor devices.

In order to solve the above problems, the soundproof plate and the reverse wind block terminal are adopted to block the noise and the reverse wind from the outside in double, and perfectly collide with the cross wind phenomenon, which is the flow of air generated during operation of the odor ejector and the fan in the bathroom. I solved it.

Instead of leaving the odor generated from the toilet outside the toilet, the odor discharge pipe is connected to the exhaust vent at the bottom of the toilet using the space inside the toilet to be forced out to the outside through an exhaust pipe.

It is to provide a toilet odor discharge pipe to completely compensate for the defect of the discharge pipe in the above way to use a comfortable toilet without odor.

1 is a (representative) perspective view of connecting parts in a ceiling in buried and exposed forms of the first and second forms;

2 is an exhaust pipe diagram in the wall;

Figure 3 is a connection diagram of the exhaust port and the exhaust pipe configured on the bottom of the multi-function toilet.

Figure 4 is a toilet exposed type discharge piping of the second aspect.

5 is a state of operation of the sound insulation plate and the backwind blocking terminal.

[Description of Code for Code in Drawing]

1. Exhaust pipe buried in the wall. 2. Exhaust fan 3. Soundproof plate and backwind blocking terminal.

4. External exhaust pipe. 5. Indoor ventilator. 6. Exhaust piping buried in the wall.

7. Exhaust piping exposed to the ceiling. 8. Toilet water tank. 9. Sheets. 10. Both sides.

11. Toilet bowl. 12. Bottom of toilet. 13. Wastewater drains. 14.Smell vent.

15. Wire End Connections. 16. Connecting pipes. 17. Exhaust piping buried in the toilet floor.

18. Exhaust piping exposed on the wall. 19. Exhaust piping exposed to the ceiling.

20. Exhaust piping exposed to the bottom of the washbasin. 21.Sink.

22. Exhaust piping exposed to the ceiling. 23. Exhaust fan direction. 24. Fan direction.

25.External exhaust pipe direction. 26. Fixed frame. 27. Blockade. 28. Exhaust fan exhaust.

29 Piping to the ventilator. 30. Toilet odor vent of the second type. 31 hole in the ceiling.

32. Wire exposed to the ceiling of the first type. 33. Buried conduit.

34. Wire piping exposed to the ceiling of the first type.

The first type of discharge pipe applied to the new building is connected to the odor exhaust port (first application 20-2001-0030083) installed on the bottom of the multi-function toilet, buried inside the bathroom floor and the wall, exposed to the ceiling of the bathroom, and connected to the exhaust fan, Exhaust fan connected to the exhaust fan is connected to the external exhaust pipe and one exhaust port out of the two exhaust ports of the T-shaped soundproof plate and the backwind blocking terminal, the soundproof plate and the backwind blocking terminal.

The second type of exhaust pipe applied to the existing building in use is a odor discharge pipe connected to the toilet odor exhaust port formed on one side of the toilet and exposed on the toilet wall, an exhaust fan connected to the exhaust pipe, and a T-shape connected to the exhaust fan exhaust port. One of the two exhaust ports is connected to the external exhaust pipe and one exhaust port is connected to the exhaust pipe during the indoor ventilation period.

Soundproof plate and anti-wind terminal are installed to block outside noise and backwind, and it is operated by connecting exhaust fan to the odor discharge pipe, forcibly discharging the odor generated from toilet bowl and converting it into a comfortable environment toilet There is an effect that can be developed.

In addition, by using the toilet with a pleasant mind, it is expected to have the effect of contributing to the vitality of the life and the improvement of the national health.

<Example>

An embodiment of the present invention will be described below with reference to the accompanying drawings.

The new soundproof plate and the backwind blocking terminal 3 in the malodorous discharge pipe of the present invention are provided with a blocking plate to move from the toilet bowl direction 23 to the external exhaust pipe 4 when the exhaust fan 2 for toilet malodor discharge is operated. 27) was opened and the indoor fan 24 was closed.

When the indoor ventilator 5 is operated, the blocking plate 27 in the direction of the external exhaust pipe 4 may be opened, and the odor may go out, but the blocking plate 27 in the toilet bowl direction 23 is closed to prevent the odor from moving.

If the outside air is reversed, the blocking plate of the external exhaust pipe direction 25 is closed, and thus the primary blocking is performed. Therefore, the blocking plate of the toilet bowl direction 23 and the indoor fan direction 24 is closed. have.

At this time below. If you install the system upstairs, you will end up with a four-block device, and the soundproof panel and backwind terminal (3) can be perfect.

The soundproof plate and the backwind blocking terminal 3 of FIG. 5A are each provided with a circular blocking plate 27 in three directions of T-shaped (23.24.25.) Inside a T-shaped circular pipe and a blocking plate 27. Block plate fixing frame (26) for fixing the circular installation on the inner surface of the pipe to make a pin of plastic material on the upper surface of the fixed hole to connect the hole in the upper portion of the block plate to allow free flow to the front. When the blocking plate 27 is fixed to the fixed frame 26, the thin plate is adhered to both portions of the blocking plate 27 and the fixed frame 26 so that the flow of the air is stopped by close contact between the blocking plate and the fixed frame. .

The blocking plate 27 installed in each direction of the T-shape was installed so that all three directions (23.24.25) were opened only in the direction of the external exhaust pipe (4) and not opened in the opposite direction. In the (23) and (24) directions, the mutual backwind occurred when each device was used, and the soundproof plate and the backwind blocking terminal (3) were installed so that the air flowed in only one direction so that no backwind occurred at all. .

That is, B of FIG. 5 shows a flow chart of air.

Air should pass in the direction of (23) to (25) and not in the direction of (24).

Air in the (24) direction passes in the (25) direction and does not pass in the (23) direction.

Air in the (25) direction was not allowed to pass in the (23) and (24) directions.

The method of installing the sound insulation board and the reverse wind blocking plate 3 manufactured as described above includes a ventilator 5 installed in the vertical section of the PVC or tinfoil pipe connected to the external exhaust pipe 4 so as to vertically cut the external exhaust pipe 9. Direction (24) in the direction of the fan 10, 23 in the direction of the exhaust fan (6).

The odor discharge pipe 1 applied to the new building, which is the first type, connects the pipe 16 to the odor exhaust port 14 installed at the bottom of the toilet (pre-application number 20-2001-0030083) to the toilet floor 17 and the wall. Landfill is exposed to the ceiling.

Connect the exhaust fan 2 to the exposed exhaust pipe (pipe) 17, connect the soundproof plate and the backwind blocking terminal 3 to the exhaust port 28 of the exhaust fan, and the external exhaust pipe 4 of the soundproof plate and the backwind cutoff terminal 25. ), 24 is connected to the exhaust pipe 29 in the fan direction (5).

The first type conduit wiring connected to the seat for the operation of the exhaust fan for odor discharge is buried in parallel with the discharge pipe 1 from the multi-function toilet 11 and the surface 12 of the prior application (application number 20-2001-0030083). Exposed to the ceiling 34 and connected to the exhaust fan 2, the conduit wire 32 of the second type is exposed to the ceiling 32 through the inside of the pipe from the exhaust port 30 on the side of the toilet from both seats and the exhaust fan. Connect with (2).

The odor discharge pipe 18 applied to the toilet of the existing building, which is the second type, discharges the discharge pipe 18 to the odor exhaust port 30 (pre-application number 20-2001-0030083) installed on one side 30 or the rear of the toilet. Connect the discharge pipe to the corner 18 of the toilet wall or to any part of the wall that is easy to pipe by passing through the bottom of the wash basin 29 installed in the bathroom, and drill the hole 31 in the ceiling to release the odor discharge pipe (19.22). To the ceiling.

Connect the exhaust fan (2) to the odor exhaust pipe (19.22) raised to the ceiling, connect the soundproof plate and the backwind blocking terminal (3) to the exhaust fan exhaust port (28), and (25) to the external exhaust pipe (4), (24) Is connected to the exhaust pipe 29 in the direction of the fan.

Claims (1)

Compensates for the structural defects in the odor discharge pipe in the bathroom to block external noise and backwind, and blocks the backflow of air flow caused by the operation of the odor discharge system (2) and the ventilation fan (5). Soundproof plate and backwind blocking terminal (3) to adjust to show, It is connected to the floor 14 and the wall 6 of the toilet floor 14 and connected to the ceiling by being connected to the exhaust port 14 of the toilet for discharging odor (Application No. 20-2001-0030083) applied to the toilet of the first type of new house (building). A malodorous discharge piping comprising a malodorous exhaust pipe (7), an exhaust fan (2) connected thereto and a conduit (33.34) of a conduit pipe connected to the exhaust fan. Odor discharge pipe applied to the restroom of the existing house (building) of the second type, which is a soundproof plate and a backwind blocking terminal (3) for blocking and adjusting external noise and backwind, and a toilet for odor discharge (Prior application No. 20-2001-0030083 ) Odor discharge pipe connected to the exhaust port 30 on one side and piped to the ceiling (19.22.) By using one side of the wash basin 29 or the wall 18, and an exhaust fan 2 and exhaust connected thereto. Odor discharge pipe comprising an electrical wiring pipe (32) connected using the inside of the discharge pipe for electrical connection to the fan.