KR200416762Y1 - Toilet stool for water saving and noise reduction - Google Patents

Abstract

The present invention relates to a water-saving and noise-reducing toilet, which easily discharges the excrement with a small amount of water, and also solves the problem of the excretion not being properly discharged or partly refluxed due to the blockage of the outlet, and also By simplifying the appearance and its internal structure, the purpose is to provide a water-saving and noise-reducing toilet that is not only easy to manufacture but also reduced production costs accordingly.

The present invention for achieving the above object, the connection pipe 124 is in communication with the freshwater space portion 112, the drain 114 of the valve body 110; The main body 120 is connected to the connection pipe 124 is formed in a substantially hexahedral shape, the discharge hole 126 is formed on one side of the bottom surface; The stopper 132 which is connected to the operation lever 42 and the connection chain 150 of the water tank 30, opens and closes the discharge hole 126 of the main body 122 while being rotated according to the operation of the operation lever 42. It characterized in that it comprises a drainage structure 120 composed of a).

Toilet, water saving, drainage

Description

Water saving and noise reduction toilets {Toilet stool for water saving and noise reduction}

1 is a cross-sectional view showing a conventional toilet structure.

Figure 2a and Figure 2b is a cross-sectional view showing the water-saving and noise-reducing toilet seat structure according to the present invention.

Figure 3 is a schematic partial cutaway perspective view of the drainage structure applied to the water-saving and noise-reducing toilet of the present invention.

4A and 4B are enlarged cross-sectional views of the drainage structure of FIG. 3.

5a and 5b is a cross-sectional view of the water-saving and noise reduction toilet according to another embodiment of the present invention.

6A and 6B are schematic partial cutaway perspective views of a drainage structure applied to a water saving and noise reduction toilet according to another embodiment of the present invention;

<Description of Symbols for Main Parts of Drawings>

100: toilet 110: fresh water space

114: drain hole 120: drain structure

122: main body 124: connector

126: discharge hole 130: stopper

136: balance unit 150: connection chain

160: outlet 180: turnbuckle

The present invention relates to a water-saving and noise-reducing toilet, and more particularly, it is easy to discharge the excrement with a small amount of water without noise, and the problem of the excretion not being properly discharged due to the blockage of the discharge port, or part of the backflow. The water-saving and noise-reducing toilet that eliminated the.

In recent years, the living environment has been greatly improved due to the improvement of quality of life according to the development of various civilizations.

For example, urine and faeces are discharged to the septic tank by water pressure, and hygienic toilets are provided without odors, so that the toilets are provided indoors in each home or building. .

However, there is a growing concern about depletion of water resources due to water shortages around the world, and each country actively recommends water conservation.

As a result, people's awareness of saving water has increased, and various measures to save water are being proposed in various forms in each household including industrial sites.

In particular, in the case of flush toilets or washbasins provided in various buildings, including each home, there was a problem that a large amount of water is wasted unnecessarily due to the excessive use of water, in particular, flush toilets must be treated with feces, such as toilet, urine For this purpose, inevitably, about 8-18 liters of water were used to treat the feces at a time.

Therefore, in order to reduce the consumption of water a little, the ordinary households have devised a self-help plan for stacking bricks in the toilet of the toilet, but this method reduces the amount of water by the volume of the bricks put in the tank. As a result, the pressure of the water going down inside the toilet was reduced, and the feces were not discharged cleanly.

1 is a cross-sectional view showing a conventional internal structure of a flush toilet, the toilet 10 is desalination of the water in the toilet while the water supply from the water tank at the rear side of the toilet by the siphon principle according to the pressure difference thereof Water washing is performed in such a way that the excrement inside the toilet is sucked and discharged in a moment, and is usually composed of a toilet main body 12 and a water tank 30.

The debris main body 12 is formed so that the fresh water space portion 14 is opened upwards so that a predetermined amount of water is always contained therein, and is connected to the drain port 16 in the rear side of the fresh water space portion 14. The siphon trap 18 is formed, and the washing water channel 20 is formed along the inner circumference of the upper end of the fresh water space 14.

The water tank 30, the water supply hole 32 to maintain the closed state by the regular stopper 34 while being in communication with the valve body 12 is formed on the lower surface, one side of the ball top with a ball 36 38 is provided to adjust the water supply and the amount of the water tank (30).

In addition, the stopper 34 is connected to the operation lever 42 mounted on the outside of the water tank 30 by the connection chain 40 to open the water supply hole 32 by the rotation operation of the operation lever 42. This is to be done.

Referring to the operational relationship of the toilet 10 made of a configuration as described above are as follows.

When the user sees a toilet such as a urine or the like in the freshwater space portion 14 of the base body 12, and operates the operating lever 42 of the water tank 30 to rotate, the stopper 34 is a water tank by the operation thereof. The water supply hole 32 of 30 is opened, and the water in the water tank 30 is rapidly introduced into the fresh water space 14 side of the toilet body 12 through the open water supply hole 32.

At the same time, the sewage in the freshwater space 14 is discharged to the outlet 44 through the siphon trap 18 through the siphon trap 18 by the action of hydraulic pressure by the rear siphon trap 18 of the freshwater space 14. As it is discharged, water washing is performed.

In addition, after washing with water, a predetermined amount of water is freshly dehydrated in the fresh water space 14 of the valve body 12, and the water supply hole 32 of the water tank 30 is closed by the stopper 34. Water supply is made inside the tank 30 by) it is possible to repeat the washing process as described above.

However, such a conventional toilet rapidly flows a lot of water in the tank to the side of the toilet main body, and the water generated at this time washes the filthy filthy water contained in the toilet main body. As water is consumed (approximately 7 to 13 L), there is a problem that eventually leads to waste of water.

In addition, the conventional toilet is configured to be discharged through the siphon trap that the dirt is curved rapidly through the water pressure, there is a large noise generated by the water washing, the phenomenon that the siphon trap is often clogged by dirt (such as waste paper). In this case, the function of the toilet deteriorates, and the use of the toilet is not possible, or the water discharged through the siphon trap has a predetermined amount of backflow, so that the fresh water is not clean (mixed with the dirt) in the freshwater space. There was a case to be contained.

In this case, by washing again, water consumption is increased, resulting in a problem of amplifying waste of water.

Further, in the related art, a complicated mold must be manufactured in order to form a siphon trap in the inner side of the base body, and the base body must be made of a material such as porcelain in accordance with the mold, which is difficult to manufacture and requires a lot of manufacturing cost. There was a problem.

Therefore, the present invention has been devised in view of the above problems, it is easy to discharge the excrement with a small amount of water without noise, as well as the problem that the excretion is not properly discharged or partly flowed back due to the blockage of the outlet The purpose is to provide a water-saving and noise-reducing toilet bowl.

In addition, the present invention has a further object to provide a water-saving and noise-reducing toilet bowl by simplifying the appearance and the internal structure of the toilet body, as well as the production cost is reduced accordingly.

The present invention for achieving the above object is, in the toilet bowl having a fresh water space portion that is always contained in a certain amount of water, and a toilet containing a water tank for supplying the water to the water, the fresh water space portion of the base body A connector in communication with the drain; The main body is in communication with the connection tube, made of a substantially hexahedral shape, the main body formed with a discharge hole on one side of the bottom; Is connected to the operating lever and the connecting chain of the tank, characterized in that configured to include a drain structure consisting of a stopper to open and close the discharge hole of the main body while being rotated in accordance with the operation of the operating lever.

In this case, at the rear end of the drainage structure, water is contained, and a scale portion is installed to gradually descend as the contained water is discharged, and the scale portion is rotatably coupled to a cradle fixed to one side of the drainage structure body. It is done.

In addition, the inner surface edge of the main body of the drainage structure is preferably rounded so as not to catch the waste of sewage.

In addition, a screw portion is formed in the bottom flange of the discharge hole of the drainage structure, it can be connected to the outlet and the hose connected to the septic tank.

On the other hand, the front and rear of the main body of the drainage structure is provided with a turnbuckle, and includes being detached while being in close contact with the inner wall surface of the base body in accordance with the expansion, contraction of the turnbuckle.

In addition, a through hole is formed at one side of the main body of the drainage structure, and an overflow pipe is connected between the hose from the through hole.

In addition, a separate water pipe is connected to one side of the drain structure from the ball tower of the water tank, and a portion is connected to the portion connected to the drain structure in the water pipe so that water is supplied through the water pipe until sufficient water is filled in the drain structure. It is characterized by.

In addition, the connection chain for connecting the stopper and the operation lever of the drain structure, it is preferable to connect through the inside of the hose installed in the water tank.

On the other hand, the scale portion is formed in the shape of a cube that is blocked on all sides, a predetermined size through-holes are formed in the front portion of the water flow direction, the rear portion is formed with a larger diameter than the through-holes formed in the front portion It features.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

For reference, in describing the present invention, the same parts as in the prior art will be described with the same reference numerals, and repeated description thereof will be omitted.

2a and 2b is a cross-sectional view showing a water-saving and noise-reducing toilet bowl structure according to the present invention, Figure 3 is a partially cutaway perspective view schematically showing a drainage structure applied to the water-saving and noise-reducing toilet bowl of the present invention, Figure 4a 4B is an enlarged cross-sectional view of the drainage structure of FIG. 3.

As shown, the water-saving and noise-reducing toilet 100 according to the present invention is also composed of the toilet main body 110 and the water tank 30, in the present design, a separate drain instead of the siphon trap of the toilet main body 110 It is characterized in that the structure 120 is installed.

That is, the debris main body 110 is formed so that the fresh water space 112 is opened upwards so that a predetermined amount of water is always contained therein, and the drain hole 114 and the rear side of the fresh water space 112. The drainage structure 120 is connected and installed, and the washing water passage 116 is formed along the inner circumference of the upper end of the fresh water space 112.

The drainage structure 120 is formed of a substantially hexahedral sealed space portion, one side of the body 122, the connection pipe 124 communicates with the drain hole 114 of the fresh water space portion 112 and the inside of the body 122 ) Is horizontally projected.

Most of the drain holes 114 of the freshwater space part 112 are formed in a cylindrical shape, and the outer shape of the connection pipe 124 is formed in a shape that is consistent with the inner shape of the drain hole 114, and is inserted and fixed by interference fit. The connection is possible.

Of course, in this case, since water leakage may occur between the connection pipe 124 and the drain hole 114 of the fresh water space 112, the water leakage ring of rubber or silicon material is fitted to the outer periphery of the end of the connection pipe. To prevent it.

One side of the bottom surface of the main body 122 is formed with a discharge hole 126 to communicate with the discharge port 160 connected to the septic tank, the lower portion of the discharge hole 126 is formed with a threaded portion 130 on the outer surface 128 is extended.

At this time, the inner surface edge of the body 122 of the drainage structure 120 is formed in a rounded shape, so that various foreign matters are not caught, and the bottom of the discharge hole 126 is formed to have a funnel to smoothly flow into the discharge hole. It consists of shapes.

The discharge hole 126 is shielded by a stopper 132 having a sealing portion 134, the stopper 132 is a cradle 140 and the hinge 142 is installed in the vertical direction at the rear of the discharge hole 126 Combined to open and close the discharge hole 126 in accordance with the rotation.

In addition, the rear portion of the stopper 132 is formed with a scale portion 136 to contain water and gradually shields the discharge hole 126 while descending according to the weight decrease of the water, one side of the scale portion 136 The cradle 140 and the hinge 142 is coupled.

On the other hand, one end of the plug 132 is coupled to one end of the connection chain 150, the other end of the connection chain 150 is connected to the operating lever 42 of the water tank (30).

In this case, a through hole 123 is formed at an upper side of the main body 122 so that the connection chain 150 is connected.

In addition, a predetermined size through-hole 190 is formed at one side of the main body 122 of the drainage structure 120, and the through-hole 190 has a discharge hole 126 and an outlet 160 of the main body 122. It is connected to the hose 170 and the overflow pipe 200 to connect between.

That is, the body 122 of the drainage structure 120 is filled with water by the same height as the water contained in the fresh water space portion 112 of the toilet body 110, more than necessary to the body 122 in the drainage process When the water is cold, this water is back to the fresh water space 112 is generated, in order to prevent this is connected to the overflow pipe 200 to immediately discharge the water that is colder than a certain level.

At this time, the overflow pipe 200 is configured to be connected to the hose 170 is installed between the discharge hole 126 and the discharge port 160 of the body 122, when the hose is not necessary immediately discharge port 160 You can also connect to the

Referring to the operational relationship of the water-saving and noise-reducing toilets to which the drainage structure consisting of the above configuration is applied.

After viewing the toilet in the fresh water space portion 112 of the valve body 110, the operation lever 42 installed on one side of the water tank 30 is rotated, the operation lever 42 is connected to the connection chain 40 The water supply hole 32 is opened while the stopper 34 of the water tank 30 is opened, and at the same time, the stopper 132 of the drainage structure 120 connected to the other connection chain 150 is also opened while the discharge hole 126 is opened.

Therefore, the water in the water tank 30 is rapidly introduced into the freshwater space 112 side of the toilet body 110 through the water supply hole 32, and a part of the water is cleaned through the cleaning passage 116 to clean the inner wall surface of the freshwater space. While being introduced into the freshwater space 112, at the same time the sewage mixed with the toilet in the freshwater space 112 is introduced into the sealed space main body 122 of the drainage structure 120 through the connection pipe 124. Through the discharge hole 126 and the discharge port 160 is discharged back to the septic tank.

In this case, the rate at which the sewage in the fresh water space 112 of the valve body 110 flows into the body of the drainage structure 120 is increased, and the sewage in the body 122 is discharged from the discharge hole 126 and the discharge port 160. When the sewage is filled in the main body 122 is faster than the discharge rate through the septic tank through, the sewage can flow back to the fresh water space 112, the overflow pipe connected to the through hole of the main body 200 A part thereof is directly dropped into the outlet 160 through the), thereby preventing it.

 As shown in Figure 2b or 4b, the stopper 132 of the drainage structure 120 is opened and the hinge 142 and the engaging portion with the cradle 140 is rotated as a starting point, the balance portion installed in the rear of the stopper 132 136 is in a vertical state.

When the water in the water tank 30 is supplied to the fresh water space 112 through the water supply hole 32, the stopper 34 shields the water supply hole 32 so that the water supply is no longer supplied. Since the water is no longer supplied into the 120, the sewage collected in the main body 122 of the drainage structure 120 gradually decreases.

Therefore, the stopper 132 of the drainage structure 120 is rotated downward gradually from the hinge 142 engaging portion with the cradle 140 in conjunction with the water level is lowered, wherein the sewage contained in the balance unit 136 Is rotated downward as the weight decreases due to the tilt due to the rotation of the stopper 132 including the balance unit 136.

The balance portion 136 of the stopper 132 is rotated vertically by an angle within 90 degrees with respect to the holder 140, it is preferable to be rotated downward gradually by its own weight as the water level is lowered.

As such, when all the sewage contained in the balance unit 136 falls to the bottom of the drainage structure 120, the body 122, the stopper 132 completely shields the discharge hole 126, and the drainage structure 120 The main body 122 is in a state where filthy water has completely escaped.

When the stopper 132 of the drainage structure 120 shields the discharge hole 126, the water tank (112) in the freshwater space portion 112 of the toilet body 110 and the body 122 of the drainage structure 120 again Clean water supplied from 30) fills up to a certain level.

That is, when the water in the water tank 30 is lowered by a predetermined level, the water is supplied back into the water tank 30 through the ball tower 38 connected to the water supply pipe (not shown). Before the water level fills up to the height, the water supplied through the water supply pipe is supplied to the freshwater space 112 along the cleaning flow path, so that the fresh water inside the freshwater space 112 and the main body 122 of the drainage structure 120 is clean. It will be filled up by a certain level.

For reference, when the drainage structure 120 is used as described above, it was confirmed by several experiments that only about 4 L of water is consumed every time the water is washed, so that the water can be washed with a small amount of water compared with the conventional water.

Then, the water tank 30, which supplies water to the fresh water space 112, is replenished by a predetermined water level by the ball tower 38 connected to the water supply pipe again, and when the water level is filled to a certain height, the water supply is stopped. do.

On the other hand, the drainage structure 120 having the above configuration is easily detachable as a turnbuckle 180 with respect to the inner wall surface of the toilet body 110.

That is, the turnbuckle 180 is installed at the front and rear ends of the main body 122 of the drainage structure 120, and by tightening or releasing the turnbuckle 180, the inner wall surface of the valve body 110 is provided. It can be attached and detached easily.

In other words, in a state in which the connection pipe 124 of the drainage structure 120 is inserted into the drain hole 114 of the freshwater space part 112 by being fitted and fixed, the turnbuckles are tightened or loosened so that both ends thereof are deformable bodies. By being in close contact with both inner wall surfaces of the, it will be easily removable.

In addition, the threaded portion 130 formed in the lower flange 128 of the discharge hole 126 of the drainage structure 120 and the outlet 160 communicated with the septic tank can be connected by a separate hose 170 or the like.

Therefore, it is possible to install at a position spaced apart from the wall by a predetermined distance without always installing the toilet 100 in accordance with the position of the outlet 160, as well as to produce a variety of shapes of the basic body of the end customer satisfaction Can improve.

For reference, the connection chain 150 connecting the stopper 132 of the drainage structure 120 passes through the watertight member by inserting a watertight member into the through hole formed in the upper portion of the drainage structure 150 and the frame (not shown). Water from falling can be prevented from leaking.

On the other hand, Figure 5a and Figure 5b is a cross-sectional view showing the structure of the water-saving and noise-reduction toilet in accordance with another embodiment of the present invention, the present invention is applied to the water-saving toilet that is supplied to the fresh water space only through the cleaning flow path The state is shown.

That is, in the above-described embodiment, the water in the tank was directly supplied to the freshwater space through the water supply hole according to the operation of the operating lever, but this structure consumed a lot of water.

Thus, in the related art, the spread of water-saving toilets in which water is supplied to the fresh water space through the cleaning passages is being spread according to the opening of the water supply holes, and the present invention is applied to such water-saving toilets.

In addition, in the present embodiment, it is also a supplement to the somewhat problematic part in the previous embodiment.

In the description of the present embodiment, the same parts as in the previous embodiment will be described with the same reference numerals, and repeated descriptions thereof will be omitted.

First, as shown in FIGS. 5A and 5B, the operation lever 42 is connected to the stopper 132 of the drainage structure 120 through a hose 152 penetrating the water tank 30. Connected with

It is preferable to make the hose 152 excellent in watertightness, and to prevent the water in the water tank 30 from leaking.

Therefore, when the operation lever 42 is operated, the stopper 34 and the stopper 122 of the drainage structure connected to the operation lever 42 and the respective connecting chains 40 and 150 are simultaneously opened.

Meanwhile, a water pipe 154 is connected to an upper portion of the drain structure 120 from the ball tower 38.

At this time, a portion 156 is connected to a portion connected to the drainage structure 120 in the water pipe 154, when the float 156 is in a predetermined height position according to the water level, the water pipe 154 is It will be blocked, the operation relationship for this will be described later.

In addition, the front surface of the balance unit 136 applied to the drainage structure 120 is blocked, and a predetermined amount of through holes 136a and 136b are formed in the front and rear portions, respectively, so that some of the wastewater discharged is introduced and discharged again. This compensates for the closure 132 being closed too late.

At this time, by forming a larger through-hole (136b) formed in the rear portion, to facilitate the discharge of the sewage flowing into the inside and at the same time to facilitate the discharge if there is any dirt introduced into the inside.

Referring to the operational relationship between the water-saving and noise-reducing toilet according to the above structural change as follows.

After viewing the toilet in the fresh water space portion of the valve body 110, the operation lever 42 installed on one side of the water tank 30 is rotated to operate, the water tank 30 connected to the operation lever 42 and the connection chain 40 The stopper 34 of) and the stopper 134 of the drainage structure 120 are simultaneously opened to open the water supply hole 32 and the discharge hole 126.

Therefore, the water in the water tank 30 is introduced into the fresh water space 112 side of the toilet body through the cleaning flow passage 116 communicated with the water supply hole 32, and at the same time the toilet water in the fresh water space 112. The mixed sewage flows into the sealed space body of the drainage structure 120 through the connection pipe 124 and is discharged back to the septic tank through the discharge hole 126 and the discharge port 160.

When the stopper 134 of the drainage structure 120 is opened and rotated around the hinge coupling part 142 with the holder 140, the balance part 136 installed at the rear of the stopper 134 forms a vertical state. do.

At this time, a part of the wastewater is introduced through the front through hole 136a of the balance unit 136 and the waste water in the drainage structure 120 is discharged again through the through hole 136b at the same time while the outlet 126 is opened. Through the discharge.

On the other hand, when the water level in the water tank is lowered as the water in the water tank 30 is supplied to the fresh water space 112, the water supply pipe continues to supply the water through the ball tower 38.

When the water in the tank is supplied to the fresh water space through the water supply hole, and the stopper shields the water supply hole, the water through the ball tower 38 is filled with fresh water through the cleaning passage 116 before the water is filled up to a certain height. It is introduced into the unit 112 is filled with clean water.

At this time, the stopper 132 of the drainage structure 120 is closed by the balance unit 136 later than the stopper 34 of the water tank 30, so that the waste water is completely discharged through the cleaning passage as described above. Some incoming clean water will be filled.

However, when clean water is supplied to the fresh water space 112 through the cleaning passage 116 through the ball tower 38, when the water in the water tank 30 becomes more than a predetermined height, the washing oil flows from the ball tower 38. The supply of water to 116 is cut off and the water is filled only in the water tank 30.

Therefore, the fresh water space 112 and the drainage structure 120 had a problem that the sufficient amount of water is not filled as in the prior art.

Thus, the ball tower 38 and the drainage structure 120 is connected to a separate water pipe 154.

That is, when supplying clean water to the cleaning passage 116 is blocked, the ball tower 38 fills the water in the water tank and simultaneously supplies water to the drainage structure 120 through the water pipe 154.

Therefore, clean water is continuously supplied to the drainage structure 120 by a predetermined height, and thus water is filled in the drainage structure 120 and the freshwater space part 112 as necessary.

When the water is supplied through the water pipe 154 and thus reaches the set water level, the water pipe 154 is blocked and no more water is supplied, which is connected to the drainage structure 120 in the water pipe 154. This is because the floats 156 are connected.

That is, when the float 156 rises above a certain height, the water pipe 154 is shielded to block further water from being filled.

Therefore, in this embodiment, the problem that the clean water is not sufficiently filled after drainage after drainage as in the previous embodiment has been solved, and the stopper 134 of the drainage structure 120 is closed too late than the stopper of the tank. Avoiding a little more waste of unnecessary water is prevented.

For reference, in this embodiment, by discharging the discharge hole and the discharge port of the drainage structure on the same line, it is easier to discharge the waste water.

As described above, according to the present invention, since the drainage structure is applied to the inside of the edge main body, a separate siphon trap shape is unnecessary, and the structure becomes very simple. It takes effect.

In addition, it is possible to connect the discharge hole communicated to the bottom flange of the drain hole and the septic tank with a separate hose, the position spaced apart from the wall by a predetermined distance without having to install the toilet at a predetermined position according to the position of the discharge port It is possible to install in, as well as to be able to manufacture a variety of shapes of the base body, and eventually improve customer satisfaction.

In addition, since the blockage is not generated while the waste water is discharged, the smooth waste water is discharged as well as the backflow does not occur during the drainage, so that clean water washing is performed, and thus no water washing is required again, so that no waste of water occurs. It also works.

In addition, the water saving effect is also enhanced by pushing the sewage mixed with the stool in the fresh water space part with a small amount of water (approximately 4 L) at once.

On the other hand, the sewage flows directly into the drainage structure, and immediately discharges the discharge port communicating with the septic tank from the drainage structure, thereby reducing the noise generated while rapidly passing the curved siphon trap by water pressure as in the prior art, thereby improving user satisfaction. It may be improved.

Claims (9)

In a toilet bowl comprising a toilet main body having a fresh water space portion that is constantly contained in a certain amount of water, and a tank for supplying water to the toilet main body, A connecting pipe communicating with a freshwater space drain of the valve body; The main body is in communication with the connection tube, made of a substantially hexahedral shape, the main body formed with a discharge hole on one side of the bottom; The water-saving and noise-reducing toilet bowl, which is connected to the operation lever of the water tank and connected to the connection chain, and comprises a drainage structure configured to open and close a discharge hole of the main body while being rotated according to the operation of the operation lever. The method of claim 1, The stopper of the drainage structure is provided with a scale portion for slowly falling down as the water is contained and the contained water is discharged, the scale portion is characterized in that the balance is rotatably coupled to the cradle fixed to one side of the drainage structure body And noise reduction toilets. The method of claim 1, Water saving and noise-reducing toilet seat, characterized in that the inner surface edge of the main body of the drain structure is rounded so as not to catch the waste of sewage. The method of claim 1, The water discharge and noise reduction toilet according to claim 1, wherein a screw portion is formed at a lower flange of the drain hole of the drainage structure and is connected to a discharge port and a hose connected to a septic tank. The method of claim 1, Turnbuckles are installed before and after the main body of the drainage structure, and the water-saving and noise-reducing toilet according to claim 1, wherein the turnbuckles are attached to and removed from the inner wall of the toilet body according to expansion and contraction of the turnbuckles. The method of claim 4, wherein A water supply and noise reduction toilet according to claim 1, wherein a through hole is formed at an upper side of the main body of the drainage structure, and an overflow pipe is connected between the outlet port communicating with the septic tank from the through hole. The method of claim 1, One side of the drainage structure is connected to a separate waterway tube from the ball tower of the water tank, and a portion connected to the drainage structure in the waterway pipe is connected to the water supply through the water supply pipe until sufficient water is filled in the drainage structure Water-saving and noise-reducing toilets characterized by. The method of claim 1, Connection chain for connecting the stopper and the operating lever of the drainage structure, the water-saving and noise-reducing toilet bowl characterized in that connected through the hose installed in the water tank. The method of claim 2, The scale part is formed in a hexagonal shape clogged in all directions, the through hole of a predetermined size is formed in the front portion of the water flow direction, the rear portion is characterized in that the through holes having a diameter larger than the through holes formed in the front portion Toilet and water-saving toilet.

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