KR101547338B1 - Toilet - Google Patents

Abstract

The present invention relates to a toilet, and it is an object of the present invention to treat waste materials by using recycled water, and to treat waste materials by using a constant water when there is no recycle water.
The toilet according to the present invention is characterized in that the interior of the toilet is divided into a recycle water storage space and a constant water storage space by a partition wall and a discharge portion is formed in the recycle water storage space and the constant water storage space, A recycled water discharge unit installed in the storage unit for moving the first opening and closing unit upward and downward to open and close the discharge unit of the recycled water storage space, A water discharge unit installed in the storage unit for moving the second opening and closing unit upward and downward to open and close the discharge unit of the water storage space, And one side thereof faces the recycled water discharging portion and the water discharging portion, and the amount of the recycled water discharged into the recycled water storage space And a control unit for controlling the operation of the recycled water discharge unit or the water discharge unit while being rotated in the upward and downward directions.

Description

Toilet bowl {TOILET}

The present invention relates to a toilet capable of using recycled water and a constant.

Generally, the toilet has a washing water tank connected to a water pipe on one side, collecting a certain amount of water, and then washing the water through the water in the washing water tank after seeing the side.

In recent years, in order to save water, bricks have been put into a washing tank constituting a toilet to reduce the amount of washing water. However, in this case, since the washing water is not properly cleaned due to the lack of washing water, There was no saving effect.

For the purpose of solving such problems, there have been provided a number of techniques for collecting recycled water such as domestic sewage or rainwater, which have been dumped from bathtubs, wash basins, washing machines and kitchens, There is a problem that the waste water on the toilet can not be treated if the recycling water is not replenished in the washing water tank because the water is used only for the recycled water without using the constant water.

Further, even when the washing water tank is not supplemented with the recycled water, the drain lever or the drain button is operated, so that a small amount of recycled water supplied to the washing water tank is supplied to the toilet to waste the waste.

Patent Registration No. 10-1124613 (Feb. 29, 2012)

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a toilet capable of treating excreta using recycled water, .

The toilet according to the present invention is characterized in that the interior of the toilet is partitioned into a recycled water storage space and a constant water storage space by a partition wall and a discharge portion is formed in the recycled water storage space and the constant water storage space,

A recycled water discharging unit installed in the storage unit to move the first opening and closing unit in the upward and downward directions to open and close the discharging unit of the recycled water storage space,

A second opening / closing part installed in a discharge part of the water storage space, a water discharge part installed in the storage part and moving the second opening / closing part upward and downward to open / close the discharge part of the water storage space,

The recycling water storage space is connected to the water storage space and one side thereof is rotated in the upward and downward directions in accordance with the amount of the recycled water facing the recycled water discharge portion and the water discharge portion and desalinated in the recycled water storage space, And a control unit for controlling the operation of the water discharge unit or the water discharge unit.

And a viewing window installed on one side of the storage unit connected to the recycled water storage space.

Wherein the recycled water discharging portion

A first lower rotating unit hinged to the inside of the recycling water storage space and capable of being moved around the hinge, a second lower rotating unit coupled to the hinge and being perpendicular to the first lower rotating unit, A first turning unit including a first upper turning unit that is pivoted in an upward and downward direction and is connected to the first opening and closing unit via a first connecting unit,

The first upper rotating unit is pivotally moved upward by pushing the first lower rotating unit so that the first upper rotating unit is pivotally moved upwardly by being pushed through one side of the storage unit connected to the recycled water storage space, And a button for discharging the recycled water so that the one opening and closing part is lifted by the first connecting part.

The constant-

A second lower rotating unit hinged to the inside of the water storage space and being able to move about the hinge, a second lower rotating unit coupled to the hinge and being perpendicular to the second lower rotating unit, A second turning unit including a second upper turning unit that is rotated in an upward and downward direction and is connected to the second opening and closing unit via a second connecting unit,

And the second upper rotating unit is pivotally moved upward by pushing the second lower rotating unit so that the second upper rotating unit is rotated upward, And a button for discharging the water to lift the opening / closing part by the second connecting part.

Wherein,

A bracket installed on one side wall of the recycled water storage space and one side wall of the water storage space,

A lower protrusion formed on a lower side of the center of the first lower rotating unit,

An upper protrusion formed on the upper side of the central portion of the second lower rotating unit,

A stopper which is located in the recycled water storage space and the water storage space and has one side surface facing the upper projection or the lower projection and a coupling piece facing the bracket on both sides,

A rotating shaft which is sequentially inserted through the bracket and the engaging piece so that the stopper can be rotated in the upward and downward directions,

A rotating part formed at a predetermined position in a horizontal direction on one surface of the bracket and rotatable up and down together with the stopper,

And a buoyancy cylinder which is formed at one side of the rotary part and is lifted or lowered by recycled water that is desiccated or discharged into the recycled water storage space,

When the buoyancy tube is lowered, the stopper is rotated downward to be spaced apart from the upper projection by contacting with the lower projection. When the buoyancy tube is raised, the stopper is rotated upward to be spaced apart from the lower projection by contacting with the upper projection .

Wherein the button for discharging the recycled water comprises:

A first moving unit that can be moved toward the recycling water storage space of the storage unit or the outside of the storage unit and a part of which protrudes to the outside of the storage unit,

And a first push unit extending horizontally at an upper end of the first moving unit and pushing the first lower rotating unit.

Wherein the button for discharging the constant-

A second moving unit that can be moved toward the outside of the storage space or the storage unit of the storage unit and a part of which protrudes outside the storage unit,

And a second push unit extending horizontally from a lower end of the second moving unit and pushing the second lower rotating unit.

For example,

A rotary shaft horizontally installed between one side wall of the recycled water storage space and the partition wall,

A rotating body mounted on an outer periphery of the rotating shaft and capable of rotating in both directions on the rotating shaft,

A first pivoting part provided on one side of the rotating body and rotated in an upward and downward direction and having one end directed toward the first lower rotating unit,

A stopper which is formed on one side of the first rotary part and is located in the recycled water storage space and the constant water storage space and whose one side faces the first lower rotary unit or the second lower rotary unit,

A second turning part which is provided on the other side surface of the rotating body and which is disposed on the same line as the first supporting part with the rotating body therebetween and is rotated in a direction opposite to the first turning part,

And a buoyancy cylinder formed at one side of the second rotary part and lifted and lowered by recycled water discharged or discharged into the recycled water storage space,

When the buoyancy cylinder is lowered, the stopper is rotated upward to be spaced apart from the second lower rotation unit while being in contact with the first lower rotation unit. When the buoyancy cylinder is raised, the stopper is rotated downward, And is spaced apart from the first lower rotating unit by a predetermined distance.

INDUSTRIAL APPLICABILITY The toilet according to the present invention can use recycled water such as domestic sewage or rainwater having less pollution abandoned in bathtubs, washbasins, washing machines, kitchens and the like as washing water for toilet seats, There is an effect that can be.

In addition, when the recycled water is not completely drained in the recycled water storage space, the stopper may not operate only the button for discharging the recycled water, so that the recycled water in the recycled water storage space may not be unnecessarily supplied to the toilet. In this case, even if the user does not open the cover of the storage part, the amount of the recycled water can be recognized in the recycled water storage space, and the waste can be treated through the constant water.

Further, when the recycled water is completely drained in the recycled water storage space, the stopper does not operate only the button for discharging the water, so that the user can easily treat the excrement through the recycled water in the recycled water storage space .

1 is a perspective view of a toilet according to the present invention;
2 is a perspective view showing a recycled water discharging part, a water discharging part, and a control part applied to a toilet according to the present invention;
3 is a side view showing the operating state of the toilet according to the present invention.
FIG. 4 is a perspective view illustrating an embodiment of a recycling water discharge unit, a water discharge unit, and a control unit applied to a toilet according to the present invention. FIG.
FIG. 5 is a perspective view schematically showing a state in which the configuration of FIG. 4 is applied to a toilet. FIG.
FIG. 6 is a perspective view showing a state in which a recycling water discharge part, a water discharge part, and a control part applied to a toilet according to the present invention are installed in a storage part.
FIG. 7 is a side view showing an operation state of a control unit and a recycled water discharge unit applied to a toilet according to the present invention. FIG.
FIG. 8 is a side view showing an operation state of a control unit and a constant discharge unit applied to a toilet according to the present invention; FIG.
9 is a front view showing a sight window applied to a toilet according to the present invention;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated with like reference numerals throughout the specification.

FIG. 1 is a perspective view of a toilet according to the present invention, FIG. 2 is a perspective view showing a recycled water discharging part, a water discharging part, and a control part applied to the toilet according to the present invention, FIG. 4 is a perspective view illustrating an embodiment of a recycling water discharge unit, a water discharge unit, and a control unit applied to a toilet according to the present invention. FIG. 5 schematically shows a state in which the configuration of FIG. FIG. 6 is a perspective view illustrating a state in which a recycled water discharging part, a water discharging part, and a control part applied to a toilet according to the present invention are installed in a storage part, and FIG. 7 is a perspective view showing a state where a recycled water discharge FIG. 8 is a side view showing an operation state of the control unit and the water discharge unit applied to the toilet according to the present invention, and FIG. 9 is a side view showing the state of operation of the toilet according to the present invention. It is a front view of a used viewing window.

1 to 3, the toilet according to the present invention includes a storage unit 10, a toilet bowl body 20, a first opening and closing unit 30, a recycled water discharging unit 40, a second opening and closing unit 50, A constant discharge unit 60 and a control unit.

First, the upper portion of the storage unit 10 is opened and an internal space is formed. A lid 14 is provided on the upper side of the storage unit 10 to open and close the opened portion of the storage unit 10.

The interior of the storage unit 10 is partitioned into a recycled water storage space 12 and a constant water storage space 13 by a partition wall 11.

At this time, the partition wall 11 may be installed at a central portion of the storage unit 10.

On the upper side of the partition wall 11, a rotation allowance groove 111 is formed for allowing the control portions 70 and 80, which will be described later, to be rotated in the upward and downward directions.

A recycle water supply pipe 150 connected to the recycle water storage space 12 is connected to the storage unit 10.

The recycled water supply pipe 150 is connected to a water collecting tank (not shown) capable of collecting domestic sewage or rainwater having a less degree of contamination left in a bathtub, washstand, washing machine or kitchen, (Not shown).

At this time, the water collecting tank may be installed on the bottom of the bathtub, or may be installed outdoors.

On one side of the storage unit 10 connected to the recycled water storage space 12, there is formed a through hole 122 for guiding the movement of the recycle water discharge button 42, which will be described later.

The movable eye opening hole 122 is connected to the recycled water storage space 12.

A movable intake hole 132 for guiding the movement of the water discharge button 62 is formed on one side of the storage unit 10 connected to the constant storage space 13.

The movable eye opening hole 132 is connected to the water storage space 13.

At this time, the moving eye holes (122, 132)) can be positioned on the horizontal line.

Subsequently, the recycled water is stored in the recycled water storage space 12, and constants are stored in the constant water storage space 13.

In the bottom surface of the recycled water storage space 12 described above, a discharge portion 121 through which recycled water can be discharged is formed to pass through, and on the bottom surface of the water storage space 13, (131) is formed.

A part of the discharge part 121 protrudes into the recycled water storage space 12 through the bottom surface of the recycled water storage space 12 and the remaining part protrudes outside the storage part 10.

A part of the discharge part 131 protrudes into the water storage space 13 through the bottom surface of the water storage space 13 and the remaining part protrudes to the outside of the storage part 10.

The discharge units 121 and 131 described above may be formed in a hollow shape to discharge the purified water desiccated in the recycled water storage space 12 or the water desiccated in the water storage space 13 to the outside.

In addition, a silent fill valve (not shown) may be further provided in the recycled water storage space 12 and the constant water storage space 13.

A discharge pipe 140 is connected to the discharge part 12 of the recycle water storage space 12 and the discharge part 131 of the water storage space 13 and the discharge pipe 140 is connected to the toilet bowl body 20 Recycled water or a constant water discharged from the discharge units 121 and 131 is supplied to the inside of the toilet bowl body 20.

The toilet bowl main body 20 has a top opened and a predetermined amount of water is drained in the toilet bowl so that the user can see the toilet.

The storage unit 10 is installed at the upper end of the toilet bowl 20.

Although not shown in the drawing, a drain pipe (not shown) formed in an approximately 'S' shape is formed inside the toilet bowl body 20 in the same manner as a general toilet bowl, and the drain pipe is connected to a drain pipe have.

When recycled water or a constant water is supplied into the toilet bowl body 20, water and excrement water discharged into the toilet bowl body 20 are sequentially discharged to the outside through the drainage pipe and the drain pipe.

The principle of discharge of such excrement is the same as the discharge principle of a general toilet, so a detailed explanation will be omitted.

The first opening and closing part 30 is provided to open and close the discharge part 121 of the recycle water storage space 12 and has a diameter equal to the diameter of the discharge part 121, And a step 31 extending over the upper surface of the discharge portion 121 is formed on the upper outer periphery.

The first opening and closing part 30 is coupled to the hinge 130 to the flush valve 120 installed in the recycled water storage space 12 so as to be rotated in the upward and downward directions and is rotated upward, And may be inserted into the discharging portion 121 when rotated.

In addition, a ring-shaped connecting piece 32 is formed at one end of the first opening and closing part 30 to have a first connecting part 413 to be described later.

The first opening and closing part 30 described above may be formed of a rubber material so as to maintain airtightness with respect to the discharge part 121. [

The recycled water discharging part 40 is installed in the storage part 10 and moves the first opening and closing part 30 upward and downward so that the discharge part 121 of the recycled water storage space 12 is opened and closed And comprises a first rotary part 41 and a button 42 for discharging recycled water.

The first rotary part 41 is further divided into a first lower rotary unit 411 and a first upper rotary unit 412.

A fixing piece 160 is provided on the inner wall surface of the recycled water storage space 12 and a circular hinge 100 is rotatably installed on the fixing piece 160.

The first lower rotating unit 411 is coupled to the lower side of the hinge 100 and can be moved about the coupled portion.

The first lower rotating unit 411 may be formed in a rectangular bar shape or an elliptical shape, and one side of the first lower rotating unit 411 contacts the button 42 for discharging the recycled water.

The first upper rotating unit 412 is coupled to one side of the hinge 100 and is perpendicular to the first lower rotating unit 411. Accordingly, the first upper rotating unit 412 is rotated in the upward and downward directions when the first lower rotating unit 411 is moved.

The first upper rotating unit 412 is formed to have a length longer than the length of the first lower rotating unit 411 by at least two times.

The center of gravity of the first upper revolving unit 412 is normally directed toward the bottom surface of the recycled water storage space 12 and the first lower revolving unit 411 is moved toward the bottom of the recycled water storage space 12 It faces the wall.

The first rotary part 41 described above is connected to the first opening / closing part 30 via the first connection part 413.

Specifically, the first connection portion 413 may be formed of a chain or the like, and the lower end of the first connection portion 413 may be connected to the connection piece 32 of the first opening and closing portion 30.

The button 42 for discharging the recycled water penetrates through the moving inner hole 122 connected to the recycled water storage space 12 and passes through the first lower rotating unit 411.

The button 42 for discharging the recycled water is formed to have the same shape and size as the moving eye hole 122 so that the recycled water storage space 12 or the storage unit 10 is formed on the moving eye hole 122, As shown in Fig. At this time, when the button 42 for discharging the recycled water is moved toward the recycled water storage space 12, the button 42 is brought into contact with the first lower rotating unit 411.

The button 42 for discharging the recycled water protrudes to the outside of the storage unit 10 so that a part of the button 42 can be pushed by the user.

Although not shown in the drawing, a stopper (not shown) is formed around the button 42 for discharging the recycled water, which catches on the inner wall surface of the recycled water storage space 12. Therefore, the button 42 for discharging the recycled water can not be released from the movable eye opening hole 122.

When the user presses the button 42 for discharging the recycled water, one side of the button 42 for discharging the recycled water pushes the first lower rotating unit 411. The first upper rotating unit 412 is rotated upward so that the first opening and closing part 30 is lifted up by the first connecting part 413 so that the discharging part 121 of the recycling water storage space 12 is opened, So that the recycled water is supplied to the inside of the toilet bowl body 20.

In this state, when the user releases his / her hand from the button 42 for discharging the recycled water, the first upper rotating unit 412 rotates toward the bottom surface of the recycled water storage space 12, The rotating unit 411 pushes one side of the button 42 for discharging the recycled water so that the entire button for discharging the recycled water 42 returns to its original position and at the same time the first opening and closing part 30 is lowered, Thereby sealing the discharge portion 121 of the water storage space 12.

The second opening and closing part 50 is provided to open and close the discharge part 131 of the water storage space 13 and has a diameter equal to the diameter of the discharge part 131, And a step 51 protruding from the upper surface of the discharge part 131 is formed on the upper outer periphery.

The second opening and closing part 50 is connected to the hinge 130 'to the flush valve 120' installed inside the water storage space 13 and is pivotable in the upward and downward directions. The second opening and closing part 50 is rotated upward, It may be inserted into the discharging unit 131. [0050]

A ring-shaped connecting piece 52 is formed at one end of the second opening and closing part 50, and a second connecting part 613, which will be described later, is installed.

The second opening and closing part 50 described above can be formed of a rubber material so as to maintain airtightness with respect to the discharge part 131.

The water discharge unit 60 is installed in the storage unit 10 and moves the second opening and closing unit 50 upward and downward to open and close the discharge unit 131 of the water storage space 13 A second rotary part 61 and a button 62 for discharging the water.

The second rotary part 61 is further divided into a second lower rotary unit 611 and a second upper rotary unit 612.

A fixed piece 160 'is provided on the inner wall surface of the water storage space 13 and a circular hinge 110 is rotatably installed on the fixed piece 160'.

The second lower rotating unit 611 is coupled to the lower side of the hinge 110 and can be moved about the coupled portion.

The second lower rotatable unit 611 may be formed in a rectangular rod shape or an elliptical shape, and one side of the second lower rotatable unit 611 contacts the constant release button 62 described later.

The second upper rotating unit 612 is coupled to one side of the hinge 110 and is perpendicular to the second lower rotating unit 611. Therefore, the second upper rotating unit 612 is rotated in the upward and downward directions when the second lower rotating unit 611 is moved.

The second upper rotating unit 612 is formed to have a length longer than the length of the second lower rotating unit 611 by at least two times.

The center of gravity of the second upper rotating unit 612 is normally tilted toward the bottom surface of the water storage space 13 and the second lower rotating unit 611 moves the inner wall surface of the water storage space 13 Lt; / RTI >

The second rotary part 61 described above is connected to the second opening / closing part 50 via the second connection part 613.

Specifically, the second connection portion 613 may be formed of a chain or the like, and the lower end of the second connection portion 613 may be connected to the connection piece 52 of the second opening and closing portion 50.

The water discharge button 62 is inserted through a movable intake hole 132 connected to the water storage space 13 and passes through the second lower rotation unit 611.

The button 62 for discharging the water is formed to have the same shape and size as the movable eye opening hole 132 so that the constant water storage hole 13 or the outside of the storage box 10 Lt; / RTI > At this time, when the button 62 for discharging the water is moved toward the water storage space 13, it contacts the second lower rotating unit 611.

The button 62 for discharging the water is protruded out of the storage part 10 so that the user can press the finger partly.

Although not shown in the drawing, a stopping jaw (not shown) is formed around the water discharge button 62 to catch on the inner wall surface of the water storage space 13. Therefore, the button 62 for releasing the water is not released from the movable eye opening hole 132.

When the user presses the water discharge button 62, one surface of the water discharge button 62 pushes the second lower rotation unit 611. The second upper rotating unit 612 is rotated upward so that the second opening and closing part 50 is lifted up by the second connecting part 613 so that the discharging part 131 of the recycling water storage space 13 is opened, So that the constant is supplied to the inside of the toilet bowl body 20.

In this state, when the user releases his / her hand from the water discharge button 62, the second upper rotating unit 612 is rotated toward the bottom surface of the water storage space 13, The second opening / closing part 50 is lowered to the first opening / closing part 50 and the second opening / closing part 50, As shown in Fig.

The control unit 70 controls the operation of the recycled water discharging unit 40 or the water discharging unit 60 while being rotated in the upward and downward directions according to the amount of the recycled water discharged into the recycled water storage space 12 The lower projection 76, the upper projection 77, the stopper 72, the rotary shaft 73, the rotary unit 74, and the buoyancy cylinder 75. The buoyancy cylinder 75 is a rotary shaft.

The bracket 71 is installed on one side wall of the recycle water storage space 12 and one side wall of the water storage space 13 and may be formed in a rectangular or semicircular shape. Is positioned on the horizontal line with a space therebetween.

The bracket 71 is formed with a hole through which a rotation shaft 73, which will be described later, can pass.

The upper protrusion 76 is formed on the lower side of the center of the first lower rotating unit 411 and faces a stopper 72 described later.

The lower protrusion 77 is formed on the upper side of the center of the second lower rotating unit and faces a stopper 72 described later.

The stopper 72 substantially controls the operation of the button 42 for discharging the recycled water or the button 62 for discharging the water, and a part of the stopper 72 is located in the recycled water storage space 12, Passes through the rotation allowing groove 111 of the wall 11 and is located in the constant storage space 13. [

The stopper 72 may be formed in a flat rectangular bar shape and one side faces the lower projection 76 or the upper projection 77.

In addition, engagement pieces 721 facing the bracket 71 are formed on both sides of the stopper 72.

The coupling piece 721 is formed with a hole that is connected to the hole of the bracket 71 and through which the pivot shaft 73 described later can pass.

The pivot shaft (73) is inserted through the bracket (71) and the engaging piece (721) in order. Accordingly, the stopper 72 can be pivoted up and down about the portion where the pivot shaft 73 is installed.

The pivot portion (74) is formed in a predetermined section in the horizontal direction on one side of the bracket (71).

The pivot portion 74 may be formed in a rectangular shape or a circular shape and may be pivoted up and down together with the stopper 72.

The buoyancy tube 75 is formed at one side of the swinging part 74 and is formed symmetrically with the stopper 72 with the swinging part 74 interposed therebetween.

The buoyancy tube 75 may be formed in an empty elliptical shape and may be made of a plastic material or the like so that it can be lifted by recycled water.

The buoyancy tank 75 may be lifted or lowered by the recycled water discharged or discharged into the recycled water storage space 12.

3, when the amount of the recycled water drained into the recycled water storage space is small, the buoyancy cylinder 75 is lowered and the stopper 72 is moved downward from the portion where the rotary shaft 73 is installed In this process, the rotation unit 74 is rotated toward the bottom surface of the recycled water storage space 12.

The stopper 72 is in contact with the lower protrusion 76 and is spaced apart from the upper protrusion 77 by a predetermined distance.

The lower protrusion 76 is blocked by the stopper 72 so that even if the button for discharging the recycled water 420 is pressed, the lower protrusion 76 can not push the first lower rotating unit 411 do.

Since the stopper 72 is spaced apart from the upper projection 77 located in the water storage space 13 by pressing the water discharge button 62, The second lower rotating unit 611 is pushed. As a result, the second lower rotating unit 611 is rotated forward, and the second upper rotating unit 612 is rotated upward, so that the second opening and closing unit 50 is lifted up by the second connecting unit 613 The discharge portion 131 of the constant storage space 13 is opened.

On the other hand, when the recycled water is drained to a sufficient amount in the recycled water storage space 12, the buoyancy cylinder 75 is raised by the recycled water, and the stopper 72 is moved upward And in this process, the rotation unit 74 is rotated upward.

The stopper 72 contacts the upper protrusion 77 and is spaced apart from the lower protrusion 76 by a predetermined distance.

The upper projection 77 is blocked by the stopper 72 so that the upper projection 77 can not push the second lower rotation unit 611 even if the user presses the water discharge button 62 .

Since the stopper 72 is spaced apart from the lower projection 76 located in the recycled water storage space 12 by pressing the button 42 for discharging the recycled water, And one side pushes the first lower rotating unit 411. As a result, the first lower rotating unit 411 rotates forward and the first upper rotating unit 412 rotates upward, so that the first opening and closing unit 30 is lifted up by the first connecting unit 413 The discharge portion 121 of the recycled water storage space 12 is opened.

Next, another embodiment of the control unit 80 applied to the present invention will be described with reference to Figs. 4 to 8. Fig.

The configuration of the button for discharging the recycled water 42 and the button for discharging the water 62 are changed when the configuration and operation method of the controller 80 are changed.

The control unit 80 will be described in detail below with reference to the button 42 for discharging the recycled water and the button 62 for discharging the water so that the operation of the control unit 80 can be easily understood.

The button 42 for discharging the recycled water is further divided into a first moving unit 421 and a first push unit 422.

The first moving unit 421 may be formed in a rectangular shape or a curved shape at an edge portion and is protruded to the outside of the storage unit 10 so that the user can press it with a finger.

The first pushing unit 422 extends horizontally from the upper end of the first moving unit 421 and is disposed in the recycled water storage space 12 through the moving inner hole 12, And is brought into contact with the first lower rotating unit 411.

Although not shown in the drawing, the first push unit 422 is formed with a stopping jaw which is hooked on the inner wall surface of the recycled water storage space 12. Therefore, the button 42 for discharging the recycled water can not be released from the movable eye opening hole 122.

When the user presses the first moving unit 421, the first push unit 422 pushes the first lower rotating unit 411. The first upper rotating unit 412 is rotated upward so that the first opening and closing part 30 is lifted up by the first connecting part 413 so that the discharging part 121 of the recycling water storage space 12 is opened, So that the recycled water is supplied to the inside of the toilet bowl body 20.

In this state, when the user releases his / her hand from the first moving unit 421, the first upper rotating unit 412 rotates toward the bottom surface of the recycled water storage space 12, The unit 411 pushes the first push unit 422 so that the entire button for discharging the recycled water 42 returns to its original position and at the same time the first opening and closing part 30 is lowered to the recycle water storage space 12 to seal the discharge portion 121 thereof.

The button 62 for discharging the water is installed through the movable eye opening hole 132 connected to the water storage space 13 and is further divided into a second moving unit 621 and a second push unit 622 .

The second moving unit 621 may be formed in a rectangular shape or a curved shape at an edge portion and is protruded to the outside of the storage unit 10 so that the user can press it with a finger.

The second push unit 622 extends in the horizontal direction at the upper end of the second moving unit 621 and is positioned in the water storage space 13 through the moving eye hole 132, And is brought into contact with the lower rotating unit 611.

Although not shown in the drawing, the second push unit 622 is formed with a locking protrusion around the inner wall surface of the water storage space 13 around the second push unit 622. Therefore, the button 62 for releasing the water is not released from the movable eye opening hole 132.

When the user presses the second moving unit 621, the second push unit 622 pushes the second lower rotating unit 611. The second upper rotation unit 612 is rotated upward so that the second opening and closing part 50 is lifted up by the second connection part 613 so that the discharge part 131 of the water storage space 13 So that the constant is supplied to the inside of the toilet bowl body 20.

In this state, when the user releases the second moving unit 621, the second upper rotating unit 612 is rotated toward the bottom surface of the water storage space 13, The first push-button unit 611 pushes the second push unit 622 so that the entirety of the button 62 for discharging the water returns to its original position. At the same time, the first switch unit 30 is lowered, Thereby sealing the discharge portion 131.

The recycling water discharge button 42 and the water discharge button 62 described above are not limited to the above-described shape but may be formed in a button shape as shown in Fig.

The control unit 80 includes a rotary shaft 81, a rotary body 82, a first rotary unit 83, a stopper 84, a second rotary unit 85, and a buoyancy cylinder 86 .

The rotary shaft 81 is formed in a circular rod shape and one side is installed on one side of the recyclable water storage space 12 and the other side is installed on one side of the partition wall 11 and a recyclable water storage space 12, As shown in FIG.

The rotating body 82 is formed in a ring shape and mounted on the outer periphery of the rotating shaft 81 and can be rotated in both directions on the rotating shaft 81.

The first rotary part 83 is installed on one side of the rotary body 82 and is rotated in the upward and downward directions when the rotary body 82 is rotated.

The first rotary part 83 has a structure in which one end is directed to the first lower rotary unit 411.

The stopper 84 substantially controls the operation of the recycle water discharge button 42 or the water discharge button 62. The stopper 84 is formed on one side of the first rotation part 83, And the remaining portion is located in the constant storage space 13 through the rotation allowable groove 111 of the partition wall 11. [

The stopper 84 may be formed in the shape of a flat rectangular bar and one side of the stopper 84 may face the first lower rotating unit 411 or the second lower rotating unit 611.

The second rotary part 85 is provided on the other side surface of the rotary body 82 and positioned on the same line as the first rotary part 83 with the rotary body 82 interposed therebetween.

Thus, the second rotary part 85 is rotated in the opposite direction to the first rotary part 83.

For example, when the first rotary part 83 is rotated in the upward direction, the second rotary part 85 is rotated in the downward direction. When the first rotary part 83 is rotated in the downward direction, (85) is rotated in the upward direction.

The buoyancy tank 86 is formed at one side of the second rotary part 85 and is raised and lowered by recycled water discharged or discharged into the recycled water storage space 12.

As shown in FIG. 7 (solid line), when the amount of the recycled water drained into the recycled water storage space 12 is small, the buoyancy cylinder 86 is lowered by its own weight, . In this case, the stopper 84 is spaced apart from the second lower rotation unit 611 by a predetermined distance as shown in FIG. 8 (dotted line) while being in contact with the first lower rotation unit 411.

The second lower rotating unit 611 is formed to have a longer length than the first lower rotating unit 411 so that when the stopper 84 is horizontal with the buoyancy tube 86, Lt; / RTI >

7, since the first lower rotating unit 411 is blocked by the stopper 84, even if the first pushing unit 422 presses the first moving unit 421, The first lower rotating unit 411 can not be pushed.

Since the stopper 84 is separated from the second lower rotating unit 611 located in the water storage space 13 by a predetermined distance as shown in FIG. 8 (dotted line), the second moving unit 621, The second pushing unit 622 pushes the second lower turning unit 611. The second lower rotating unit 611 is rotated forward and the second upper rotating unit 612 is rotated upward so that the second opening and closing unit 50 is lifted up by the second connecting unit 613 The discharge portion 131 of the constant storage space 13 is opened.

On the other hand, as shown in FIG. 7 (dotted line), when the amount of recycled water in the recycled water storage space 12 is adequately drained, the buoyancy cylinder 86 is raised by the recycled water, . The stopper 84 is separated from the first lower rotating unit 411 by a predetermined distance while being in contact with the second lower rotating unit 611 as shown in FIG. 8 (solid line reference).

Since the second lower rotating unit 611 is blocked by the stopper 84, even if the second pushing unit 622 presses the second moving unit 621, the second lower rotating unit 611 You will not be able to push.

The stopper 84 is spaced apart from the first lower rotating unit 411 located in the recycled water storage space 12 as shown in FIG. 7 (dotted line), so that the first moving unit 421, The first pushing unit 422 pushes the first lower turning unit 411. The first upper rotating unit 412 is rotated upward so that the first opening and closing part 30 is lifted up by the first connecting part 413 so that the discharging part 131 of the recycling water storage space 12 is opened, Is opened.

Meanwhile, as shown in FIG. 9, a viewing window 90 may be installed in the storage unit 10 connected to the recycled water storage space 12.

The viewing window 90 is formed of a transparent material so that the user can visually confirm the amount of the water recycled into the recycled water storage space 12 without pressing the button 42 for discharging the recycled water.

That is, the user visually confirms the amount of the water recycled into the recycled water storage space 12 through the viewing window 90, and when the recycled water is not sufficiently stored in the recycled water storage space 12, If the recycled water is desiccated in an appropriate amount in the recycled water storage space 12, the discharged water can be processed by pressing the button 42 for discharging the recycled water.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, Of the right.

10: Storage part 11: Compartment wall
111: Rotation allowable groove 12: Recyclable water storage space
121, 131: discharge part 122, 132:
13: Constant storage space 20:
30: first opening / closing part 31, 51:
32,52: Connecting piece 40: Recycled water discharging part
41, 83: first rotating part 411: first lower rotating unit
412: first upper rotating unit 413: first connecting portion
42: button for discharging recycled water 421: first moving unit
422: first push unit 50: second opening /
60: a constant water discharging portion 61, 85:
611: second lower rotating unit 612: second upper rotating unit
613: Second connection portion 62: Button for discharging the constant
621: second moving unit 622: second pushing unit
70, 80: control unit 71: bracket
72,84: Stopper 721: Coupling piece
73,81: Pivot shaft 74:
75, 86: buoyancy passage 82: rotating body
90: Viewing window 100, 110, 130, 130 ': Hinge
120, 120 ': Flush valve 140:
150: Recycled water supply pipe

Claims (8)

Wherein the recycling water storage space and the water storage space are divided into a recycle water storage space and a constant water storage space by a partition wall,
A first opening and closing part installed in a discharge part of the recycled water storage space,
A recycling water discharge unit installed in the storage unit and moving the first opening and closing unit in the upward and downward directions to open and close the discharge part of the recycled water storage space,
A second opening and closing part provided at a discharge part of the water storage space,
A water discharge unit installed in the storage unit and moving the second opening and closing unit in the upward and downward directions to open and close the discharge unit of the water storage space,
And a control unit which is rotated in the upward and downward directions depending on the amount of the recycled water to be drained in the recycled water storage space, thereby limiting the operation of the other one when any one of the recycled water discharge unit and the constant discharge unit is operated,
Wherein,
A bracket installed on one side wall of the recycled water storage space and one side wall of the water storage space,
A lower projection formed on the lower side of the center portion of the first lower rotating unit of the recycled water discharging portion,
An upper protrusion formed on the upper side of the center portion of the second lower rotating unit of the recycled water discharging portion,
A stopper which is located in the recycled water storage space and the water storage space and has one side surface facing the upper projection or the lower projection and a coupling piece facing the bracket on both sides,
A rotating shaft which is sequentially inserted through the bracket and the engaging piece so that the stopper can be rotated in the upward and downward directions,
A rotating part formed at a predetermined position in a horizontal direction on one surface of the bracket and rotatable up and down together with the stopper,
And a buoyancy tank formed on one side of the swing unit and being lifted and lowered by recycled water that is desiccated or discharged into the recycled water storage space,
When the buoyant canister is lowered, the stopper is brought into contact with the lower protrusion so that the button for discharging the recycled water is not operated. When the buoyant canister rises due to the filling of the recycle water, the upper stopper A toilet seat to prevent the button for discharging the water from being operated while being contacted. The method of claim 1,
And a viewing window installed at one side of the storage unit connected to the recycled water storage space. The method of claim 1,
The recycling water discharging portion
A first lower rotating unit hinged to the inside of the recycling water storage space and capable of being moved around the hinge, a second lower rotating unit coupled to the hinge and being perpendicular to the first lower rotating unit, A first turning unit including a first upper turning unit that is pivoted in an upward and downward direction and is connected to the first opening and closing unit via a first connecting unit,
The first upper rotating unit is pivotally moved upward by pushing the first lower rotating unit so that the first upper rotating unit is pivotally moved upwardly by being pushed through one side of the storage unit connected to the recycled water storage space, And a button for discharging the recycled water so that the one opening and closing part is lifted by the first connecting part. The method of claim 1,
The constant-
A second lower rotating unit hinged to the inside of the water storage space and being able to move about the hinge, a second lower rotating unit coupled to the hinge and being perpendicular to the second lower rotating unit, A second turning unit including a second upper turning unit that is rotated in the upward and downward directions and is connected to the second opening and closing unit via a second connecting unit,
And the second upper rotating unit is pivotally moved upward by pushing the second lower rotating unit so that the second upper rotating unit is rotated upward, And a button for releasing the constant opening of the opening / closing portion by the second connecting portion. delete 4. The method of claim 3,
Wherein the button for discharging the recycled water comprises:
A first moving unit that can be moved toward the recycling water storage space of the storage unit or the outside of the storage unit and a part of which protrudes to the outside of the storage unit,
A first pushing unit that extends horizontally at an upper end of the first moving unit and pushes the first lower rotating unit,
. 5. The method of claim 4,
Wherein the button for discharging the constant-
A second moving unit that can be moved toward the outside of the storage space or the storage unit of the storage unit and a part of which protrudes outside the storage unit,
A second pushing unit that extends horizontally at a lower end of the second moving unit and pushes the second lower rotating unit,
. 8. The method according to claim 6 or 7,
Wherein,
A rotary shaft horizontally installed between one side wall of the recycled water storage space and the partition wall,
A rotating body mounted on an outer periphery of the rotating shaft and capable of rotating in both directions on the rotating shaft,
A first pivoting part provided on one side of the rotating body and rotated in an upward and downward direction and having one end directed toward the first lower rotating unit,
A stopper which is formed on one side of the first rotary part and is located in the recycled water storage space and the constant water storage space and whose one side faces the first lower rotary unit or the second lower rotary unit,
A second pivoting portion that is provided on the other side of the rotating body and is disposed on the same line as the first pivoting portion with the rotating body therebetween and is rotated in a direction opposite to the first pivoting portion,
And a buoyancy tank which is formed at one side of the second rotary part and is lifted and lowered by recycled water discharged or discharged into the recycled water storage space,
/ RTI >
The stopper is rotated upward when the buoyancy container is lowered by using recycled water, so that the button for discharging the recycled water is not operated while being in contact with the first lower rotation unit. When the buoyancy container is lifted up, So that the button for discharging the water can not be operated while being in contact with the second lower rotating unit.

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