JPH0322988Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a soundproof toilet unit in which the entire toilet body formed in a box shape is made of soundproof panels or soundproofing material into a unit, and the inside of the toilet is made into a sealed structure as a soundproofing measure.

Generally, when using a toilet, small water or the like hits the inner wall of the toilet bowl or falls into the standing water of the toilet bowl, and the sound of use at that time is reflected and generates a fairly loud sound that reaches the outside of the toilet. For this reason, many women, especially when using the toilet, first flush the water when they enter the toilet, as a means to prevent others from noticing the sound of use. Then run water during use,
The sound of the flushing water being discharged drowns out the sound of use, and even after the use is finished, the water is flushed again to flush out the waste, so unnecessary water is used each time, resulting in a lot of wasted water. It is uneconomical.

As countermeasures for this problem, there are ones that install noise-muffling devices such as nets and sound-absorbing boards on the toilet bowl, and water-saving types that use a cassette tape of the recorded sound of flushing water to play back the sound while the toilet is in use. However, this water-saving type has onomatopoeic sounds and washing water discharge sounds.
If the toilet leaks outside, especially when the toilet is used in a condominium or an office in a quiet place, or at night, the sound of flushing water will be loud and loud, causing discomfort and temporary irritation to people in the vicinity. This is likely to occur, causing problems such as decreased work efficiency and disturbed sleep.

In addition, restaurants, restaurants, cafeterias, etc. that require customer service so that customers can enjoy their food in a quiet environment have a quiet and calm environment that is suddenly blown away by the noise of the toilets, resulting in a negative image. It was requested.

The present invention is intended to solve this problem in view of the above problem.In other words, by using soundproof panels or soundproofing materials on the toilet body, the sound generated when using the toilet and the sound of flushing water after use are prevented from being transmitted to the outside. To provide a soundproof toilet unit which has a leak-proof sealed structure and can be made into a unit and easily assembled on site.

An embodiment of the present invention will be described below based on the drawings. Reference numeral 1 is a toilet body assembled into a box shape with soundproof panels, soundproofing materials, etc., and the floor of the toilet body 1 is as follows:
A bottom plate 11b of the toilet main body 1 and a floor plate 11a are disposed above the bottom plate 11b, and the four corners of the floor plate 11a are supported by the outer wall soundproof panel 12 via vibration-proof rubber 11d, and between the floor plate 11a and the bottom plate 11b, A soundproofing/vibration proofing material 11c is inserted to form a soundproofing/vibration proofing floor unit 11 in the form of a floating floor. Note that the four corners of the floorboard 11a are not supported by the outer wall soundproof panel 12,
The bottom plate 11b may be supported via a vibration-proof rubber 11d.

The side wall of the toilet main body 1 has a sandwich structure with a breathable soundproofing material 2 sandwiched between an outer wall soundproofing panel 12 and an inner wall soundproofing panel 13, and a soundproof door 14 is attached to one side of the wall. , an exhaust slit 13 is provided below the inner wall soundproof panel 13 on the other side.
A is drilled. The soundproofing material 2 is made of rubber, synthetic resin, or other soft material and is bent into a substantially corrugated shape as shown in Fig. 3, and is used so that the substantially corrugated space communicates vertically and is attached to the ceiling. It forms an exhaust route. This exhaust path starts from the exhaust slit 13a bored below the inner wall soundproof panel 13, passes through the soundproofing material 2, and goes through the exhaust port 6 of the ventilation device 6, which will be described later.
b, making it possible to exhaust air to the outside. Further, when the soundproof door 14 is closed, it has airtightness with a rubber gasket (not shown) or the like, and is formed, for example, like a refrigerator door.

Further, the ceiling of the toilet main body 1 consists of an outer ceiling soundproof panel 15 and an inner ceiling soundproof panel 16 fixed to the inner wall soundproof panel 13 below the outer ceiling soundproof panel 15, and the outer ceiling soundproof panel 15 The space between the inner ceiling soundproof panel 16 and the outer wall soundproof panel 12 and the inner wall soundproof panel 1
It communicates with the gap between 3 and 3. Therefore, the interior of the toilet main body 1 includes the floorboard 11a and the inner wall soundproof panel 13.
The soundproof door 14 and the inner ceiling soundproof panel 16 form a sealed structure. 3 is a toilet bowl,
4 is a tank. 5 is a lighting device such as an electric light. Reference numeral 6 denotes a ventilation device installed in the space between the outer ceiling soundproof panel 15 and the inner ceiling soundproof panel 16, and the ventilation device 6 has at least an air outlet 6a and an exhaust port 6b. protrudes inward from the inner ceiling soundproof panel 16. 7 is a soundproof pipe consisting of a plurality of pipes, and the soundproof pipe 7 includes a soundproof pipe 71 for drainage connected to the toilet bowl 3, a soundproof pipe 72 for water supply connected to the tank 4, and a soundproof pipe 72 connected to the ventilation system 6. Exhaust soundproof pipe 7
3 and an intake soundproof pipe 74, each of which has a soundproof/vibration proof sleeve 8 attached to its outer periphery to absorb its own vibration and the sound of water flowing out. This reduces the amount of sound leaking and improves the silencing effect. In addition, in order to form a sealed structure inside the toilet body 1, a rubber gasket of the soundproof door 14 and a soundproof/vibration proof sleeve 8 are used.
In addition, a sealing material (not shown) or the like is used at each connection location. Reference numeral 9 denotes a vibration-proofing rubber, which is used to slightly raise the entire soundproof toilet unit of the present invention when it is installed on the floor of a building, thereby preventing vibrations.

Next, to explain the operation of the present invention, first, when a user enters the toilet body 1 by opening and closing the soundproof door 14 and uses the toilet bowl 3, the small water hits the inner wall of the toilet bowl 3 or flows into the pool of the toilet bowl 3. When the toilet is dropped, it makes a sound, which echoes inside the toilet bowl 3 and propagates inside the toilet main body 1. However, since the inside of the front toilet main body 1 has a sealed structure, the sound hardly leaks to the outside. Next, when flushing water is discharged after using the toilet, the water hits the inner wall of the toilet bowl 3 and makes a sound, and the water is discharged from the soundproof pipe 71 to the outside of the toilet body 1. However, most of the impact energy of the toilet bowl 3 that occurs at this time is absorbed by the floating floor-like soundproof/vibration-proof floor unit 11, and the vibrations generated from the soundproof pipe 71 for drainage are absorbed by the floating floor-shaped soundproof/vibration-proof floor unit 11. The soundproofing and vibrationproofing sleeve 8 absorbs most of the water energy during discharge before it is released to the outside, and the sound generated by the impact is also absorbed by the soundproofing and vibrationproofing materials used at each location. The sound is muted.

In addition, the ventilation of the toilet body 1 whose interior is sealed is as follows:
Air enters the interior of the toilet body 1 from the outside through the air outlet 6a, exits through the exhaust slit 13a drilled below the inner wall soundproof panel 13, and passes through the space of the soundproof material 2 held between the side walls. Then, the air is sucked into the exhaust port 6b of the ventilation device 6 installed on the ceiling and exhausted to the outside through the soundproof exhaust pipe 73.

In this way, the present invention has the following features: the interior of the toilet body 1 is formed in a sealed structure, the vibration isolating material 2, the vibration isolating rubber 11
d. By making it possible to absorb vibrations generated from inside the toilet main body 1 with the anti-vibration rubber 8, etc., there is no possibility that the sound of the user during errands will leak to the outside of the toilet main body 1.
As a result, there is no longer a need to run washing water to drown out the sound during errands, and there is no need to use extra water or devices to produce onomatopoeic sounds, and there is no need to operate them each time. It has become very easy to use. Furthermore, the sound of flushing water after use hardly leaks to the outside, so there is no risk of toilet noise being generated in the surrounding area even in quiet places or at night, so you can use it without hesitation. Therefore, by installing the soundproof toilet unit of this invention especially in restaurants and restaurants where customer service is required so that customers can enjoy food in a quiet environment, it is possible to maintain an optimal environment and provide customer service. It became.
In addition, since the toilet body 1 is sealed, even if the surrounding environment is noisy, when you enter the toilet, noise from the outside is blocked and it is quiet, so you can use the toilet calmly, relieve psychological tension, and improve your health. This makes it more desirable.

Furthermore, since the entire structure of the toilet has been made into a unit, it can be easily assembled on site, resulting in good productivity, and practical applications such as shortening the building construction period and reducing labor costs. There are great effects.

[Brief explanation of drawings]

FIG. 1 is a sectional view of essential parts showing an embodiment of the present invention, FIG. 2 is a sectional view taken along line A-A' in FIG. 1,
FIG. 3 is a sectional view of a main part showing how the soundproofing material is attached. 1... Toilet body, 11a... Floorboard, 11...
Soundproof/vibration proof floor unit, 11b...bottom plate, 11c
...Soundproofing/vibration-proofing material, 11d...Vibration-proofing rubber, 12...
...Exterior wall soundproof panel, 13...Inner wall soundproof panel, 1
3a...Exhaust slit, 14...Soundproof door, 1
5... External ceiling soundproofing panel, 16... Inner ceiling soundproofing panel, 2... Soundproofing material, 3... Toilet, 4... Tank, 6... Ventilation system, 6a... Air outlet.

Claims (1)

[Claims for Utility Model Registration] A soundproof toilet unit comprising a tank 4, a toilet bowl 3, a ventilation device 6, etc. inside a toilet main body 1, characterized by having the following structure. B. The floor of the toilet main body 1 includes a bottom plate 11b of the toilet main body 1 and a floor plate 11a above the bottom plate 11b, and the floor plate 11a is supported by the outer wall soundproof panel 12 or the bottom plate 11b via vibration isolating rubber 11d,
In addition, a soundproofing/vibration-proofing material 11c is inserted between the floor plate 11a and the bottom plate 11b to create a floating floor-like soundproofing/vibration-proofing material 11c.
Formed in the vibration-proof floor unit 11. (b) The side wall of the toilet main body 1 is constructed by sandwiching a breathable soundproofing material 2 between an outer wall soundproofing panel 12 and an inner wall soundproofing panel 13, and a soundproofing door 14 is attached to one side of the wall. . C. The ceiling of the toilet main body 1 consists of an outer ceiling soundproof panel 15 and an inner ceiling soundproof panel 16 fixed to the inner wall soundproof panel 13 below the outer ceiling soundproof panel 15, and the outer ceiling soundproof panel 15 and the inner ceiling soundproof panel 16 are communicated with the gap between the outer wall soundproof panel 12 and the inner wall soundproof panel 13. D. The inside of the toilet main body 1 is the floor plate 11a.
and, the inner wall soundproof panel 13, the soundproof door 14, and the inner ceiling soundproof panel 16 are formed into a sealed structure. (e) The ventilation system 6 is connected to the external ceiling soundproof panel 1.
5 and the inner ceiling soundproof panel 16, and its air outlet 6a is provided in the inner ceiling soundproof panel 16. F. An exhaust slit 13a is provided below the inner wall soundproof panel 13.