KR101014790B1 - methode and device for non-power auto-flush of chamber pot to used spring - Google Patents

Abstract

The present invention includes a human body detecting and channel control unit for opening and closing a water supply valve and a water shutoff valve for supplying / blocking water from the tap water to the toilet body;

A washing water discharge guide unit for determining the toilet of the toilet while the cylinder rod is moved by the water pressure of the water supplied through the human body sensing and channel control unit, and discharging the corresponding washing water to the toilet body;

When the cylinder rod of the washing water discharge guide portion moves to the water pressure of the washing water and discharges the washing water while the restoring force of the holding member is loaded, the holding member is loaded with the cylinder rod which does not move due to the pressure of water supplied from the tap water to the supply shutoff valve. It relates to a non-powered automatic flushing device and method of the toilet using the Jang member, characterized in that it comprises a rod restoring unit to restore the restoring force.

According to the present invention, a non-powered automatic flushing device and method of a toilet using the Jang member, toilet urine is determined according to the moving distance of the cylinder rod that is moved by the load detection time of the toilet, and the number of wash water corresponding to the determined toilet It can save 30 ~ 50% of water when urine by supplying the inside of toilet body by conduction from the challenge, and solve the environmental problems caused by the use of batteries as well as saving power by no power. In addition, it is possible to provide a cleaner toilet environment with a product that can be popularized without discomfort to the next toilet by looking at the toilet and guiding water.

Water pressure, human body load, no power, automatic flushing, toilet seat,

Description

Method and device for non-power auto-flush of chamber pot to used spring}

The present invention relates to automatic flushing of a toilet without power, and more particularly, the cylinder rod is moved by the hydraulic pressure of water supplied through the human body detection and the channel control unit opened by the toilet load, and the restoring force is pressurized at the same time. When restoring the discharged water by the restoring force of the charged member, restoring the cylinder rod which cannot move due to the pressure of water supplied from the tap water to the supply shutoff valve, A non-powered automatic flushing device and method thereof.

In general, toilets are divided into conventional toilets, urinals, aquaculture toilets (toilet toilet), etc., and aquaculture toilets are all flush, and conventional toilets have a flush and a feeding.

In the conventional toilet, the non-flush type has a bottom perforated only by the edge of the toilet and the bottom of the front, and the back is open only, the flush type of water-supply-pump, siphon jet according to the cleaning method of the dirt It is divided into three types: formula and pre-drain formula.

Aquaculture toilet can be used for both toilet and urine. It is composed of ceramic main body, wooden enameled or plastic toilet seat and lid, and is divided into siphon jet type and washout type according to the method of effluent. There is also a type in which the hot water is automatically washed by the hot water after the stool and the warmth comes out and dried.

In order to automatically perform such flushing of the toilet, the electric apparatus has been conventionally used, but the flushing of the toilet is automatically performed by operating the automatic flushing device by the power supplied from the electric power and the battery.

However, the above-described technology has to be installed and used only in a special place because it must operate only with a power source, and has disadvantages that cannot be popularized due to cost and administrative problems.

In addition, as infrared sensors and electric and electronic products, errors due to humidity such as errors caused by disturbance light occur, and suddenly the battery is not consumed, the water is not lowered to provide a rather unpleasant feeling to the next user. It could not but occur.

Accordingly, the present invention has been made in view of the above-described conventional defects, and an object of the present invention is to move a cylinder rod by a hydraulic pressure of water supplied to a water channel opened under a toilet load, and at the same time, move the cylinder rod. When restoring the toilet by supplying water to the toilet according to the urine determined by the moving distance of the cylinder rod, the cylinder rod with the restoring force even when the internal pressure of the supply shutoff valve is dropped. It is to provide a non-powered automatic flushing device and method of the toilet using the Jang member for restoring the automatic flushing of the toilet smoothly.

In addition, another object of the present invention is to reduce the power by the non-power source, as well as to solve the environmental problems caused by the use of batteries, as well as to see the toilet to guide the water to the next toilet to be popularized without being uncomfortable products An object of the present invention is to provide a non-powered automatic flushing device and a method of a toilet using a dustproof member capable of providing a bathroom environment.

The non-powered automatic flushing device of the toilet using the Jangjin member of the present invention,

A supply shutoff valve for supplying / blocking water from the tap water to the toilet body and a human body sensing and channel control unit for opening and closing the water channel supplied from the tap water with a toilet load;

A washing water discharge guide unit for determining the toilet of the toilet while the cylinder rod is moved by the water pressure of the water supplied through the human body sensing and channel control unit, and discharging the corresponding washing water to the toilet body;

When the cylinder rod of the washing water discharge guide portion moves to the water pressure of the washing water and discharges the washing water while the restoring force of the holding member is loaded, the holding member is loaded with the cylinder rod which does not move due to the pressure of water supplied from the tap water to the supply shutoff valve. It is characterized in that it comprises a load restoring unit to restore to the restoring force of.

In addition, the non-powered automatic flushing method of the toilet using the supply shutoff valve type dustproof member of the present invention,

Receiving water from the tap water to the human body sensing and channel control unit and the supply shutoff valve;

Supplying the water supplied to the human body sensing and channel control unit and the supply shutoff valve to the washing water discharge guide unit through the human body sensing and channel control unit which are opened and closed under the toilet load;

Moving the cylinder rod under the water pressure of the water supplied into the cylinder through the washing water discharge guide unit to increase the restoring force of the holding member;

Determining the toilet of the toilet in accordance with the movement distance of the cylinder rod;

If the fecal load is not detected in the state in which the urine is determined according to the movement distance of the cylinder rod, the water supplied to the washing water discharge guide part is discharged into the toilet main body through the human body sensing and channel control unit, and the water of the supply shutoff valve is removed. Repelling the water to supply water into the toilet body from the faucet to wash the stool;

And restoring the cylinder rod, which does not move due to a drop in pressure of water supplied from the tap water to the supply shutoff valve, when the washing water is discharged in a state in which the restoring force of the Jangseong member is loaded. will be.

According to the present invention, a non-powered automatic flushing device and method of a toilet using the Jang member, toilet urine is determined according to the moving distance of the cylinder rod that is moved by the load detection time of the toilet, and the number of wash water corresponding to the determined toilet It is possible to save 30 to 50% or more of water in urine by supplying the inside of the toilet body from the challenge so that automatic flushing of the toilet is performed.

According to the present invention, a non-powered automatic flushing device and method of the toilet using the Jangjin member, by reducing the power, as well as solving the environmental problems caused by the use of batteries as well as seeing the toilet to guide the water to the next toilet It is a product that can be popularized without giving, which can have the advantage of providing a cleaner toilet environment.

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

1 is a perspective view of the present invention, Figure 2 is an exploded perspective view of the human body detection and channel control unit of the present invention, Figure 3 is a cross-sectional view of Figure 2, Figure 4 is an exploded perspective view of the present invention the washing water discharge, Figure 5a 4 is a side cross-sectional view, and FIG. 5B is a flat cross-sectional view of FIG.

The present invention, the human body detection and channel control unit 200 to open and close the supply shutoff valve 100 for supplying / blocking water from the faucet to the toilet main body 10 and the water channel of the water supplied from the faucet by the toilet load. It is configured, and after the cylinder rod 320 is moved by the water pressure of the water supplied through the human body detection and the water channel control unit 200 determines the feces of the toilet, washing water to be discharged to the toilet body 10 corresponding to this Discharge guide portion 300 is configured, when the cylinder rod 320 of the washing water discharge guide portion 300 is discharged in the state in which the restoring force of the mounting member 440 is loaded while moving to the water pressure of the water, from the tap water It is configured to include a rod restoring unit 400 for restoring the cylinder rod 320 that can not move due to the pressure of the water supplied to the supply shutoff valve 100 to the restoring force of the loaded Jangseong member 440, More specifically described as follows.

The human body sensing and channel control unit 200 is provided with a housing 210 through which a supply hole 211 is penetrated so that water is supplied from the tap water, and is mounted at an end of the housing 210 to restore a spring to a toilet load. A load sensing pressure member 220 for opening and closing the supply hole 211 is provided while compressing the pressure, and the first water channel 211a of the housing is opened and closed by the load sensing pressure member 220, and the cylinder rod 320 is closed. Is provided with a water supply control valve 230 for supplying water to the washing water discharge guide unit 300 to move forward / backward, the second channel 211b of the housing by the load sensing pressure member 220 A control valve 240 is provided when the cylinder is advanced to block the discharge and supply of the water supplied to the washing water discharge guide unit 300 to open / close the cylinder load 320 backward / advanced. The third channel 211c of the housing is closed and opened by the member 220. While the cylinder rod 320 is forward / reversed, the control valve 250 is provided when the cylinder is retracted to supply the water to the washing water discharge guide unit 300 and the water is provided, the load sensing pressure member 220 As a result, the fourth channel 211d of the housing is closed and opened, and a water lowering control valve 260 for supplying water and supplying water from the supply shutoff valve 100 is provided.

The water supply control valve 230 has a restoring spring 231 embedded in the first channel 211a of the housing 210, and pressurizes the restoring spring 231 to supply a supply hole of the housing 210. Opening and closing the 211, the supply opening and closing member 232, the supply space 233 is formed on the outer peripheral surface is formed.

The control valves 240 and 250 and the flushing control valve 260 when the cylinder moves forward and backward are respectively embedded in the second, third and fourth channels 211b, 211c and 211d of the housing 210. Restoration springs 241, 251, 261 are formed, and the channel opening and closing member for opening and closing the channels 211b, 211c, 211d by pressing the restoration springs (241, 251, 261) ( 242, 252 and 262 are formed.

In addition, the opening and closing member 232 of the water supply control valve 230 and the control valve 240, 250 and the channel opening and closing member 242, 252 of the water lowering control valve 260 when the cylinder is moved forward and backward. 262 is provided including a departure prevention member 270 mounted to the housing 210 to prevent the departure while guiding the movement.

The washing water discharge guide unit 300, the water is supplied to the supply guide hole 311 and the discharge guide hole 312 that is opened and closed by the load sensing pressure member 220 of the human body sensing and channel control unit 200. A cylinder 310 is provided to move / restore the cylinder rod 320 while being supplied / retracted. The cylinder 310 is movably coupled inside the cylinder 310 to move at a hydraulic pressure supplied through the control valve 240 when the cylinder is advanced. Determine the urine in accordance with the distance, and control the large and small variable opening and closing unit 340 so that the water corresponding to the determined urine is discharged, and adjusts the discharge rate of the water supplied through the control valve 250 when the cylinder retracted to stop the time A cylinder rod 320 is provided to control the time adjustment unit 350 to rest the paper to be considered, and the water main body 10 of the supply shutoff valve 100 is opened and closed by the load sensing pressure member 220. To be discharged inside A water flushing opening / closing valve 330 is provided, and when the cylinder rod 320 is retracted so that water corresponding to the small urine determined according to the moving distance of the cylinder rod 320 is discharged into the toilet body 10, the cylinder is retracted. The large-variable opening and closing part 340 is provided to receive the water discharged into the control valve 250 to discharge the water into the toilet body 10, and the control valve 250 when the cylinder rod 320 is reversed and the cylinder is retracted. Receiving water to be discharged into the restraint body 10 is provided including a time-draining portion 350 to perform the automatic flushing in consideration of the time to waste the discharge according to the time discharged into the interior.

While fixed to the end of the cylinder rod 320, the pressure roller 337 of the flushing opening and closing valve 330 and the rest of the time adjusting portion 350 to press the rotary cam 352g of the time adjusting unit 350 to be spaced apart from the outer peripheral surface by a predetermined interval; The two opening and closing protrusions (321a, 321b) is provided, and further comprises a moving member 321 protruding the movement guide projection (321c) at the end.

The water flushing opening and closing valve 330 is provided with an opening and closing valve body 331 is provided with a supply hole (331a) and a discharge hole (331b) for receiving and discharging the water discharged from the supply blocking valve 100, A spring 333 for restoring the on-off valve rod 336 by pressing the support piece 332 in the on-off valve body 331 is provided, and receives the on-off valve rod 336 in the on-off valve body 331. Ejection opening and closing member 334 is provided while the supply guide hole 334a is penetrated, and is movably coupled to the discharge opening and closing member 334, the packing 335 opening and closing the supply guide hole 334a The on-off valve rod 336 is provided, and is rotatably mounted at the end of the on-off valve rod 336 and is provided with a pressure roller 337 protruding into the cylinder 310.

The large and small variable opening and closing portion 340, the opening and closing member 341 for opening the feces discharge hole (342a ') and the urine discharge hole (342a ") of the toilet valve opening and closing valve 342 in accordance with the movement of the cylinder rod (320) A toilet stool opening / closing valve configured to discharge water discharged to the control valve 250 when the cylinder is retracted to the toilet stool discharge hole 342a ′ or 342 a ″ opened in the opening / closing member 341 ( 342).

The opening and closing member 341 may include first and second movements which are symmetrical to both ends of the opening and closing body 341a in the same line to press the moving guide protrusion 321c of the moving member 321 fixed to the cylinder rod 320. Guide protrusions 341b and 341c protrude, and a pressure guide protrusion 341d pressurizes the pressure roller 342g of the urine open / close valve 342 to one surface of the opening and closing body 341a.

The toilet stool opening and closing valve 342 is supplied with the water discharged from the control valve 250 when the cylinder retracted to discharge the water corresponding to the stool and the stool discharge hole (342a ') ( 342a ") is provided with an on-off valve body 342a, a spring 342c for restoring the on-off valve rod 342f by pressing the support piece 342b inside the on-off valve body 342a, A discharge opening / closing member 342d through which the supply guide hole 342d 'penetrates is provided in the opening / closing valve body 342a to accommodate the opening / closing valve rod 342f, and moves to the discharge opening / closing member 342d. It is coupled to the opening and closing valve rod (342f) to be coupled to the opening and closing of the supply guide hole (342d ') (342e), and is mounted on the end of the opening and closing valve rod (342f) protruding into the cylinder 310 It is provided with a pressure roller 342g.

The resting time adjusting unit 350 is provided with a time adjusting member 351 for pressing the rotary cam 352g of the discharge time adjusting valve 352 according to the movement of the cylinder rod 320, the time adjustment When the cylinder is retracted by the pressure of the member 351 is discharged from the control valve 250 is provided as a discharge time control valve 352 for controlling the discharge time of the water discharged to the toilet body 10.

The time adjusting member 351, the pressing piece 351a 'protrudes on one end to press the rotary cam 352g of the discharge time control valve 352, the rotation guide groove 351a "on the other end The formed time adjustment body 351a is formed and rotatably mounted in the rotation guide groove 351a "of the time adjustment body 351a to restore the time adjustment body 351a moving along the cylinder rod 320. Rotation guide member 351b is rotated so as to be formed, and is formed of a restoration member 351c for restoring the rotation guide member 351b rotated to restore the time control body 315.

The discharge time control valve 352, the control valve body 352a is formed with a supply hole (352a ') and a discharge hole (352a ") for receiving and discharged the water discharged from the control valve 250 when the cylinder retracted It is provided, the spring 352c for restoring the control valve rod 352f by pressing the support piece 352b in the control valve body 352a, the control valve rod (352a) inside the control valve body (352a) The discharge opening and closing member 352d is provided while the supply guide hole 352d 'is mounted to accommodate the 352f, and is movably coupled to the discharge opening and closing member 352d to supply the supply guide hole 352d'. A control valve rod 352f is provided to open and close the packing 352e, and a rotation cam 352g is provided to rotate in close contact with the end of the control valve rod 352f.

The rod restoring unit 400 is provided with a mounting support member 410 which is mounted on the locking jaw 411 inside the cylinder 310 while penetrating therein to accommodate the end of the cylinder rod 320. A coupling fixing member 420 is detachably coupled to the cylinder rod 320 through the inside of the member 410, and a moving guide groove 421 is formed at both ends, and moves along the coupling fixing member 420. While it is provided with a load restoring member 430 to press the long member 440 to restore the restoring force, including a long member 440 mounted between the coupling fixing member 420 and the rod restoring member 430 It is provided.

The rod restoring member 430 protrudes inside the body 431 for guiding the movement of the coupling fixing member 420 and is moved to the movement guide groove 421 of the coupling fixing member 420. ) Is formed, a roller guide groove 433 for guiding the movement of the guide roller 434 on one side of the body 431 is formed, the guide protrusion 434a is coupled to the roller guide groove 433 is coupled It is formed of a guide roller 434 to move in accordance with the movement of the fixing member (420).

It includes a cover 450 for closing the end of the cylinder 310 to prevent separation of the rod restoring unit 400 mounted in the cylinder 310.

In addition, when the water supplied to the washing water discharge guide unit 300 is passed through the human body sensing and channel control unit 200 to the toilet body 10, the discharge amount adjusting unit for adjusting the amount and speed of water discharged ( It is configured to further include a 500, the discharge amount control unit 500, the connection guide hole 511 is penetrated while communicating with the human body detection and water channel control unit 200 and the washing water discharge guide 300, respectively. At least one discharge guide hole 510 is provided, and the discharge guide hole 520 is provided in communication with the at least one discharge guide hole 510 to discharge water to the toilet body 10, and the fastening guide hole is provided. 511 is provided, including a discharge amount adjusting member 530 to adjust the opening area of the discharge guide hole 510.

In addition, the present invention, the step of receiving water from the water supply to the human body detection and water channel control unit and the supply shut-off valve (ST1);

Supplying the water supplied to the human body sensing and channel control unit and the supply shutoff valve to the washing water discharge guide unit through the human body sensing and channel control unit which are opened and closed under the toilet load;

A step (ST3) of restoring the restoring force of the standing member while moving the cylinder rod by the water pressure of the water supplied into the cylinder through the washing water discharge guide unit;

Determining the toilet of the toilet in accordance with the movement distance of the cylinder rod (ST4);

If the fecal load is not detected in the state in which the urine is determined according to the movement distance of the cylinder rod, the water supplied to the washing water discharge guide part is discharged into the toilet main body through the human body sensing and channel control unit, and the water of the supply shutoff valve is removed. Collecting water from the faucet by feeding water into the toilet body from the tap water (ST5);

And restoring the cylinder rod which cannot move due to the pressure drop of water supplied from the tap water to the supply shutoff valve when the washing water is discharged in the state where the restoring force of the standing member is loaded (ST6). .

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The following describes the operation process of the present invention configured as described above.

First, as shown in FIG. 6, when the present invention is not installed on the toilet seat in a state in which the toilet seat 10 is installed in the toilet seat 10, that is, the human body detecting and channel control unit 200 does not sense the load of the toilet, water supply. Restoring springs 231, 241, 251 and 261 of the control valve 230 and the control valves 240 and 250 and the flushing control valve 260 when the cylinder is moved forward and backward, the supply opening and closing member 232. And pressurizing the channel opening / closing members 242, 252 and 262 while simultaneously supplying the opening / closing member 232 and the channel opening / closing members 242, 252 and 262 by pressing the load sensing pressure member 220. The load sensing pressurizing member 220 stands by in a state of not being in close contact with the housing 210.

At this time, the supply opening and closing member 232 of the water supply control valve 230 is located in the first channel 211a by the pressure of the restoring spring 231 to the supply guide hole 311 of the cylinder 310 The water supply is supplied to the discharge guide hole 312 while blocking the water supply to maintain the restored state of the cylinder rod 320.

In addition, the channel opening and closing member 242 of the control valve 240 when the cylinder is advanced is located in the second channel 211b by the pressure of the restoring spring 241 is supplied to the discharge guide hole 312 of the cylinder 310 Do not allow water to drain.

In addition, the channel opening and closing member 252 of the control valve 250 when the cylinder is retracted is located in the third channel 211c by the pressure of the restoring spring 251 is supplied to the cylinder 310 supply guide hole 311 Water is discharged to the large and small discharge holes 342a 'and 342a "through the supply hole 342a-1 of the toilet valve opening and closing valve 342.

In addition, the water channel opening and closing member 262 of the water flush control valve 260 is located in the fourth channel 211d by the pressure of the restoring spring 261 while the water supplied from the supply shutoff valve 100 is opened and closed. The opening and closing valve 330 is supplied to the inside of the on-off valve body 331 through the supply hole 331a of the valve 330, and the water flushing valve 330 has a spring 333 having a support piece 332 and an on-off valve rod 336. Pressurize), and the packing 335 coupled to the on-off valve rod 336 keeps the supply guide hole 334a of the discharge opening / closing member 334 closed to block further water supply.

Here, the water supplied to the human body sensing and channel control unit 200 is supplied in a state in which it is converted to filter foreign matter contained in the water through a filter (not shown) and maintain a constant pressure through a pressure reducing valve (not shown). Preferably, the water supplied from the supply shut-off valve 100 is also in the state that the foreign matter is filtered.

In addition, the supply cutoff valve 100 is applicable to all products operated by draining water, but here is a fresh valve as an example.

When the toilet seat is sitting on the toilet seat in this state, as shown in Figure 7a to 7l, by the load of the toilet seat sitting on the toilet seat, the load sensing pressure member 220 of the human body sensing and channel control unit 200 is the housing 210 When moving inward and in close contact with the release preventing member 270, the supply opening / closing member 232 of the water supply control valve 230 pressurized by the load sensing pressure member 220 compresses the restoring spring 231. While moving to the first channel 211a, the water supply to the discharge guide hole 312 is blocked and at the same time, water is supplied to the cylinder 310 through the supply guide hole 311.

In addition, the channel opening and closing member 242 of the control valve 240 when the cylinder is pressed by the load-sensing pressure member 220 moves to open the second channel 211b while compressing the restoring spring 241. At the same time, the water supplied to the discharge guide hole 312 is discharged through the second channel 211b opened.

In addition, the channel opening and closing member 252 of the control valve 250 when the cylinder is pushed back by the load sensing pressure member 220 is moved to the inside of the third channel 211c while closing the restoring spring 251 to close. At the same time, the water supplied to the cylinder 310 and the supply guide hole 311 may not be discharged.

In addition, the channel opening and closing member 262 of the water lowering control valve 260 pressurized by the load sensing pressure member 220 moves and closes in the fourth channel 211d while compressing the restoring spring 261. At the same time, the supply cutoff valve 100, that is, to block the supply of water from the pressure chamber of the fresh valve.

At this time, the cylinder rod 320 is pushed forward by the water pressure of the water supplied into the cylinder 310 through the supply guide hole 311 through the first channel 211a, and at the same time, The water that has retracted the cylinder rod 320 in accordance with the advance is discharged into the valve body 10 through the discharge guide hole 312 and the control valve 240 when the cylinder is advanced.

When the cylinder rod 320 is advanced by the hydraulic pressure of the water supplied to the supply guide hole 311 of the cylinder 310 in the above process, the coupling fixing member of the cylinder rod 320 and the mounted rod restoring unit 400 ( 420 is advanced along the cylinder rod 320, the guide roller 434 is in close contact with the inclined surface (320 ') of the cylinder rod 320 and at the same time out of the roller guide groove 433 along the inclined surface (320'). The guide roller 434 moves while the guide protrusion 434a moves.

Even when the guide roller 434 is moved to the outside of the roller guide groove 433, the cylinder rod 320 is continuously advanced by the water pressure of the water supplied to the supply guide hole 311, and the cylinder rod 320 is mounted on the cylinder rod 320. As the coupling fixing member 420 moves forward, the guide roller 434 is brought into close contact with the outer surface of the coupling fixing member 420 to be seated in the seating groove 420 'and at the same time, the end of the coupling fixing member 420 is the body of the rod restoring member 430. 431 is in close contact with the inner surface.

When the rod restoring member 430 in close contact with the coupling fixing member 420 is advanced along the cylinder rod 320, the long restoring member 440 is disposed between the rod restoring member 430 and the mounting support member 410. While moving forward to compress the restoring force is elongated, and the guide roller 434 of the rod restoring member 430 is advanced along the inner surface of the mounting support member 410 to leave the mounting support member 410 and at the same time coupled fixing member ( The guide roller 434 is seated on the curved surface 410 ′ of the mounting support member 410 while moving toward the outside of the roller guide groove 433 along the curved surface of the mounting groove 420 ′ of the 420.

When the guide roller 434 is seated and stopped on the curved surface 410 ′ of the mounting support member 410, the guide roller 434 maintains a state of being caught on the curved surface 410 ′, and thus the coupling fixing member 420 is fixed. ) Can be prevented from being restored by the compressed restoring force of the longevity member 440.

At this time, the mounting support member 410 is in close contact with the engaging jaw 411 of the cylinder 310 will be able to support all the above operations.

Even when the guide roller 434 is seated on the curved surface 410 ′ of the mounting support member 410, the locking protrusion 320 of the cylinder rod 320 continues to move forward with the water pressure of the water supplied to the supply guide hole 311. ') Is mounted on the elastic hook 420a of the coupling fixing member 420, but this is greater than the bearing force of the elastic hook 420' mounted on the engaging protrusion 320 '. In this case, the catching protrusion 320 'is separated from the elastic hook 420', and the cylinder rod 320 from which the catching protrusion 320 'is detached continues to move forward.

In addition, if the first opening and closing protrusion 321a of the movable member 321 presses the pressure roller 337 of the water flushing valve 330 while the cylinder rod 320 advances a predetermined distance in the above process, The pressure roller 337 and the opening / closing valve rod 336 move toward the opening / closing valve body 331 at the same time as the height of one opening protrusion 321a, and the packing 335 coupled to the opening / closing valve rod 336 is discharged. The supply guide hole 334a of the open closing member 334 is opened, and the support piece 332 in close contact with the packing 335 moves inside the open / close valve body 331 while compressing the spring 333.

At this time, the packing 335 moves to the outside of the discharge opening and closing member 334 to open the supply guide hole 334a as much as the moving distance of the opening / closing valve rod 336. Since the waterway 211d is closed, only water positioned between the water flush control valve 260 and the water flush valve 330 is discharged into the valve body 10 through the discharge hole 331b of the valve valve body 331. .

The cylinder rod 320 is advanced by the water supplied to the cylinder 310 supply guide hole 311 so that the first opening / closing protrusion 321a of the movable member 321 is pressurized by the water opening / closing valve 330. When passing through the 337, the supply guide hole of the discharge opening and closing member 334 while pressing the support piece 332 and the packing 335 with the restoring force of the compressed spring 333 and the on-off valve rod 336 is restored. The pressure roller 337 mounted on the opening / closing valve rod 336 while the packing 335 closes 334a protrudes into the cylinder 310.

In addition, as the cylinder rod 320 advances a predetermined distance, the second opening / closing protrusion 321b of the moving member 321 presses the rotary cam 352g of the discharge time control valve 352, and the rotary cam 352g. ) Moves the control valve rod 352f to the inside of the control valve body 352a while rotating in a counterclockwise direction about the axis 352g ', and at the same time, the packing 352e coupled to the control valve rod 352f is discharged. The supply guide hole 352d 'of the open closing member 352d is opened, and the support piece 352b in close contact with the packing 352e moves inside the control valve body 352a while compressing the spring 352c. .

At this time, the packing 352e moves to the outside of the discharge opening / closing member 352d as much as the moving distance of the control valve rod 352f to open the supply guide hole 352d '. Since the third channel 211c is closed, only the water located between the control valve 250 and the time control part 350 for resting the cylinder when the cylinder retracts is disposed through the discharge hole 352a "of the control valve body 352a. ) It is discharged to the inside.

The cylinder rod 320 is advanced by the water supplied to the cylinder 310 supply guide hole 311 so that the second opening / closing protrusion 321b of the movable member 321 rotates with the discharge time control valve 352. When passing through 352g, the support piece 352b and the packing 352e are pressed by the restoring force of the compressed spring 352c, and at the same time, the control valve rod 352f is restored and the supply guide hole of the discharge opening / closing member 352d is provided. The end of the control valve rod 352f presses the rotary cam 352g while the packing 352e closes the 352d ', and the rotary cam 352g is rotated clockwise about the shaft 352g' and restored. do.

Even when the second opening and closing protrusion 321b of the moving member 321 passes through the rotation cam 352g of the discharge time control valve 352, the cylinder rod 320 is advanced so that the first opening and closing protrusion 321a rotates. Passes through the cam 352g, and passes through a groove (not shown) formed in the center of the rotary cam 352g, so that it moves forward without interference of the rotary cam 352g, and passes through the rotary cam 352g. The opening and closing protrusions 321b and 321a are advanced along the bottom surface of the time adjusting member 351 while passing through a groove (not shown) formed in the center of the pressing piece 351a '.

When the first and second opening and closing protrusions 321a and 321b of the moving member 321 move forward along a bottom surface of the time adjusting member 351, the moving guide protrusion 321c of the moving member 321 is moved. While pressing the second protruding protrusion 341c of the opening and closing member 341, the opening and closing member 341 also moves forward like the cylinder rod 320.

When the moving member 321 of the cylinder rod 320 moving inside the cylinder 310 while pressing the opening / closing member 341 is close to the inner end of the cylinder 310, the end of the moving member 321 is a time adjusting member. Pressing the rotation guide member 351b of the 351, the rotation guide member 351b rotates about the rotation guide groove 351a "while compressing the restoring member 351c to closely adhere to the inner surface of the cylinder 310. At the same time, the rotation guide member 351b is in close contact with the inner surface of the cylinder 310, and the time guide member 351 equipped with the rotation guide member 351b has a rotation guide member 351b in close contact with the inner surface of the cylinder 310. It is moved to the other direction by the distance which protrudes.

The pressure piece 351a 'presses the rotary cam 352g of the discharge time control valve 352 as the time adjustment member 351 moves in the other direction, and the rotary cam 352g is the shaft 352g'. While rotating the control valve rod 352f to the inside of the control valve body 352a while rotating in a clockwise direction, the packing 352e coupled to the control valve rod 352f supplies the discharge opening / closing member 352d. The guide hole 352d 'is opened, and the support piece 352b in close contact with the packing 352e moves inside the control valve body 352a while compressing the spring 352c to open the supply guide hole 352d'. Stay in one state.

In addition, the toilet member of the toilet rod 321 is pushed forward and the moving member 342 of the small and large variable opening and closing portion 340, that is, the toilet movement of the toilet rod is determined according to the moving distance of the cylinder rod 320 When the moving member 321 of the cylinder rod 320 is pressurized and the opening / closing member 341 is advanced, the pressure guide protrusion 341d of the opening / closing member 341 is the pressure roller of the urine opening / closing valve 342. The urine is judged to be the urine of the toilet until it presses 342g, and when the urging guide protrusion 341d of the opening / closing member 341 presses the pressure roller 342g of the urine open / close valve 342, Judging by credit.

At this time, when the pressure guide projection 341d of the opening and closing member 341 does not pressurize the pressure roller 342g of the toilet valve 342, the spring 342c mounted inside the opening and closing valve body 342a is supported. While pressing the 342b and the packing 342e and restoring the opening / closing valve rod 342f, the packing 342e closes the supply guide hole 342d 'of the discharge opening / closing member 342d to close the opening / closing valve rod 342f. The pressure roller (342g) mounted on the) is projected into the cylinder 310 to communicate the supply hole (342a-1) and the urine discharge hole (342a ").

In addition, when the pressure guide protrusion 341d of the opening and closing member 341 presses the pressure roller 342g of the toilet valve 342, the pressure roller 342g opens and closes by the height of the pressure guide protrusion 341d to pressurize. As the valve rod 342f moves inside the opening / closing valve body 342a, the packing 342e coupled to the opening / closing valve rod 342f opens the supply guide hole 342d 'of the discharge opening / closing member 342d. , The support piece 342b in close contact with the packing 342e moves inside the opening / closing valve body 342a while compressing the spring 342c, and the supply hole 342a-1 and the urine discharge hole 342a 'and 342a ". ) Are all connected.

Here, even when the pressure guide protrusion 341d of the opening / closing member 341 presses the pressure roller 342g of the toilet opening / closing valve 342 to determine the toilet of the toilet, the toilet is detected by the human body and the channel control unit 200. If the pressure is maintained, the cylinder is supplied to the supply hole 311 through the control valve 240 when the cylinder advances to pressurize the cylinder rod 320, but the cylinder rod 320 is no longer advanced. As a result, when the cylinder is advanced, the supply of water from the tap water to the control valve 240 is maintained.

In addition, if the toilet is separated from the toilet seat after the toilet of the toilet, the water supply control valve 230 and the cylinder control valve 240, 250 and the water down control valve 260 compressed by the load of the toilet. Restoring springs 231, 241, 251 and 261 pressurize the supply opening and closing member 232 and the channel opening and closing member 242, 252 and 262, and The channel opening / closing members 242, 252, and 262 pressurize the load sensing pressure member 220 to maintain the load sensing pressure member 220 spaced apart from the housing 210 by a predetermined distance.

At this time, the supply opening and closing member 232 of the water supply control valve 230 is located in the first channel 211a by the pressure of the restoring spring 231 to the supply guide hole 311 of the cylinder 310 The water supply is supplied to the discharge guide hole 312 while blocking the water supply to reverse the advanced cylinder rod 320.

When the moving member 321 of the cylinder rod 320 is retracted as the cylinder rod 320 retreats, the pressing force of the rotation guide member 351b of the time adjusting member 351 is released, and the rotation guide member 351b is The time adjusting member 351 rotates in the opposite direction rotated about the rotation guide groove 351a "by the restoring force of the restoring member 351c, and the time adjusting member 351 presses the rotating cam 352g of the discharge time adjusting valve 352. Will be released.

When the pressing force of the rotary cam 352g of the discharge time control valve 352 is released, the support piece 352b and the packing 352e are pressed by the restoring force of the spring 352c compressed by the rotation of the rotary cam 352g. At the same time as the control valve rod 352f is restored and the packing 352e closes the supply guide hole 352d 'of the discharge opening / closing member 352d, the control valve rod 352f end presses the rotary cam 352g. The rotary cam 352g is rotated clockwise about the shaft 352g 'and restored, and simultaneously presses the pressure piece 351a' of the time adjusting member 351 to move the time adjusting member 351 to the cylinder 310. ) To the inner end.

In addition, the channel opening and closing member 242 of the control valve 240 when the cylinder is advanced is located in the second channel 211b by the pressure of the restoring spring 241 is supplied to the discharge guide hole 312 of the cylinder 310 Do not allow water to drain.

In addition, the channel opening and closing member 252 of the control valve 250 when the cylinder is retracted is located in the third channel 211c by the pressure of the restoring spring 251 while the cylinder 310 by the reverse of the cylinder rod 320 Water supplied to the supply guide hole 311 is discharged to the fecal discharge hole (342a ') (342a ") through the supply hole (342a-1) of the toilet opening and closing valve 342.

In addition, the water channel opening and closing member 262 of the water flush control valve 260 is located in the fourth channel 211d by the pressure of the restoring spring 261 while the water supplied from the supply shutoff valve 100 is opened and closed. The opening and closing valve 330 is supplied to the inside of the on-off valve body 331 through the supply hole 331a of the valve 330, and the water flushing valve 330 has a spring 333 having a support piece 332 and an on-off valve rod 336. Pressurize), and the packing 335 coupled to the on-off valve rod 336 keeps the supply guide hole 334a of the discharge opening / closing member 334 closed, thereby preventing further water supply.

At this time, the cylinder rod 320 is pushed back by the water pressure of the water supplied into the cylinder 310 through the discharge guide hole 312 through the first channel 211a, and at the same time, the cylinder rod 320 The water, which has advanced the cylinder rod 320 according to the reverse, is supplied to the supply hole 342a-1 of the urine open / close valve 342 through the supply guide hole 311 and the control valve 250 when the cylinder is retracted. The water supplied to the ball 342a-1 is discharged into the stool main body 10 through the urine discharge hole 342a "when the feces of the toilet is determined to be urine, and when the feces of the feces are determined to be feces, It is discharged through the fecal discharge hole (342a ') (342a "), that is, the urine base body 10 more quickly than when urine.

In addition, when the cylinder is retracted, it is supplied to the supply hole 352a 'of the discharge time control valve 352 through the control valve 250, and the spring 352c of the discharge time control valve 352 is the support piece 352b. And pressurizing the on / off valve rod 352f, and the packing 352e coupled to the on / off valve rod 352f keeps the supply guide hole 352d 'of the discharge opening / closing member 352d closed so that it is idle. Water discharged to the cylinder rod 320 to the discharge time control valve 352 of the control unit 350 is prevented from being discharged.

In this state, when the cylinder rod 320 is retracted by a predetermined distance due to the water pressure supplied to the discharge guide hole 312 of the cylinder 310, the first and second openings of the movable member 321 fixed to the end of the cylinder rod 320 are closed. The protrusions 321a and 321b retreat through a groove (not shown) formed in the center of the pressing piece 351a 'along the bottom of the time adjusting member 351, and the groove (not shown) of the pressing piece 351a'. The first opening and closing protrusion 321a is passed through the groove (not shown) formed in the center of the rotary cam 352g while the second opening and closing protrusion 321b is pressed against the rotary cam 352g and pressurized. Done.

The rotating cam 352g pressurized by the second opening / closing protrusion 321b rotates clockwise about the shaft 352g 'and moves the control valve rod 352f to the inside of the control valve body 352a. While the packing 352e coupled to the control valve rod 352f opens the supply guide hole 352d 'of the discharge opening / closing member 352d, the support piece 352b in which the packing 352e is in close contact is a spring 352c. While moving to the inside of the control valve body 352a.

When the supply guide hole 352d 'of the discharge time control valve 352 is opened in the above process, the water discharged to the control valve 250 when the cylinder is retracted is the control valve body 352a of the discharge time control valve 352. ) Is supplied to the supply hole 352a ', and the water supplied to the supply hole 352a' is discharged into the toilet body 10 through the supply guide hole 352d 'and the discharge hole 352a ".

The second opening and closing protrusion 321b of the movable member 321 pressurizes the rotation cam 352g of the discharge time control valve 352 to maintain the state rotated clockwise, and the first opening and closing protrusion 321a is water. When the pressure roller 337 of the down opening / closing valve 330 is pressurized, the pressure roller 337 and the opening / closing valve rod 336 move to the inside of the opening / closing valve body 331 by the height of the first opening / closing protrusion 321a to pressurize. At the same time, the packing 335 coupled to the opening / closing valve rod 336 opens the supply guide hole 334a of the discharge opening / closing member 334, and the support piece 332 in close contact with the packing 335 is a spring. While moving 333, the on / off valve body 331 moves inside.

When the packing 335 moves outside the discharge opening / closing member 334 to open the supply guide hole 334a as much as the moving distance of the opening / closing valve rod 336, the water flushing control valve 260 is opened so that the supply cutoff The water stored in the valve 100 pressure chamber is supplied to the water supply opening / closing valve 330 through the water supply control valve 260 to the supply hole 331a, and the water supplied to the supply hole 331a is supplied to the supply guide hole ( Through the 334a and the discharge hole 331b is discharged into the toilet body 10.

Here, as the pressure chamber pressure of the supply shut-off valve 100 is lowered, the piston 112 is raised inside the valve body 110 by the water pressure of the water supplied to the tap water to open the drain pipe 111, and the open drain pipe Water supplied from the tap water through 111 is discharged into the toilet body 10 to wash the stool located inside the toilet body 10.

At this time, since the water flushing opening and closing valve 330 and the large and small variable opening and closing portion 340 and the time-saving portion 350 are all open, the water of the supply shutoff valve 100 and the cylinder rod 320 are advanced. At the same time it is discharged into the toilet body (10).

In addition, even when the water of the supply shutoff valve 100 is discharged to the water flushing valve 330 through the water flush control valve 260 of the water supplied to the cylinder 310, the discharge guide hole 312 from the tap water When the cylinder rod 320 is reversed by the hydraulic pressure and the first opening / closing protrusion 321a of the movable rod 321 passes through the pressure roller 337 of the flushing opening / closing valve 330, the restoring force of the compressed spring 333 is achieved. While pressing the support piece 332 and the packing 335 and at the same time the opening and closing valve rod 336 is restored while the packing 335 closing the supply guide hole 334a of the discharge opening and closing member 334, the opening and closing valve rod The pressure roller 337 mounted at 336 protrudes into the cylinder 310.

At this time, the engaging protrusion 320 'of the retracting cylinder rod 320 is coupled to the elastic hook 420a of the rod restoring unit 400 and at the same time by pressing the coupling fixing member 420 protruding from the elastic hook 420a. The guide fixing member 420 is moved backwards, while the guide roller 434 is detached from the curved surface 420 'while supporting force is lost and at the same time the supporting roller 434 loses the supporting force is closely attached to the mounting support member 410. The roller guide groove 433 of the rod restoring member 430 is separated from the curved surface 410 ′ of the mounting support member 410 when the rod restoring member 430 is restored with the restoring force of the long standing member 440. The guide roller 434 is moved along the inner surface of the mounting support member 410.

In the above process, the cylinder rod 320 can be smoothly restored even in a state where the pressure of water supplied to the tap water is lowered.

When the second opening and closing protrusion 321b of the moving member 321 passes through the rotation cam 352g of the discharge time control valve 352 by restoring the cylinder rod 320, the support is supported by the restoring force of the compressed spring 352c. While pressing the piece 352b and the packing 352e and restoring the control valve rod 352f, the packing valve 352e closes the supply guide hole 352d 'of the discharge opening / closing member 352d and the control valve rod ( 352f) an end presses the rotary cam 352g, which rotates counterclockwise about the axis 352g 'and is restored.

In addition, when the moving guide protrusion 321c of the moving member 321 presses the first protruding protrusion 341b of the opening / closing member 341 to restore the cylinder rod 320, and reverses the opening and closing member 341. As the pressure guide protrusion 341d of the opening / closing member 341 fails to pressurize the pressure roller 342g of the toilet valve 342, the spring 342c mounted in the opening / closing valve body 342a is supported by the support piece ( 342b) and the packing 342e are pressurized and the opening and closing valve rod 342f is restored, and the packing 342e closes the supply guide hole 342d 'of the discharge opening / closing member 342d to open and close the valve opening 342f. Pressure roller 342g mounted on the protruding into the cylinder 310 while waiting for the next operation while maintaining a state in which the supply hole (342a-1) and the urine discharge hole (342a ") in communication.

In addition, when the cylinder of the human body detection and water channel control unit 200 advances the control valve 240 and the flushing water discharge guide portion 300 of the water discharge opening and closing valve 330 and the large and small variable opening and closing portion 340 and the rest of the time control unit Water discharged to the valve body 10 through the 350 is introduced into the discharge guide hole 510 of each of the discharge amount adjusting unit 500, and the water introduced into the discharge guide hole 510 is a discharge amount adjusting member. 530 is fastened to the fastening guide hole 511 to control the amount and speed of the water discharged by adjusting the opening area of the water discharge guide hole (510).

As described above, the present invention, although described by the limited embodiments and drawings, terms or words used in the present specification and claims are not limited to the ordinary or dictionary meanings and should not be interpreted, the technical spirit of the present invention It must be interpreted to mean meanings and concepts. Therefore, the configuration shown in the embodiments and drawings described herein are only one embodiment of the present invention, and do not represent all of the technical spirit of the present invention, various changes within the scope of the claims of the present invention It should be understood that there may be equivalents and variations.

1 is a perspective view of the present invention

Figure 2 is an exploded perspective view of the human body detection and channel control unit of the present invention

3 is a cross-sectional view of FIG.

Figure 4 is an exploded perspective view of the present invention washing water discharge portion

5A is a side cross-sectional view of FIG. 4

5B is a cross sectional plan view of FIG.

6 is an installation state diagram of the present invention

7a to 7l is an operating state diagram of the present invention

8 is an operational state diagram of the present invention withdrawal control unit

9 is a flow chart of the present invention

<Explanation of symbols for the main parts of the drawings>

100: supply shutoff valve 200: human body detection and channel control unit

210: housing 220: load sensing pressure member

230: water supply control valve 240: control valve for cylinder advance

250: cylinder retraction control valve 260: flushing control valve

300: washing water discharge guide 310: cylinder

320: cylinder rod 330: water flushing valve

340: large and small variable open and close valve 350: stop the waste time control unit

400: rod restoring unit 410: mounting support member

420: coupling fixing member 430: rod restoring member

440: Jean member 450: cover

500: discharge amount control unit 510: discharge guide

520: discharge discharge hole 530: discharge amount adjusting member

Claims (22)

A supply shutoff valve for supplying / blocking water from the tap water to the toilet body and a human body sensing and channel control unit for opening and closing the water channel supplied from the tap water with a toilet load; A washing water discharge guide unit for determining the toilet of the toilet while the cylinder rod is moved by the water pressure of the water supplied through the human body sensing and channel control unit, and discharging the corresponding washing water to the toilet body; When the cylinder rod of the washing water discharge guide portion moves to the water pressure of the washing water and discharges the washing water while the restoring force of the holding member is loaded, the holding member is loaded with the cylinder rod which does not move due to the pressure of water supplied from the tap water to the supply shutoff valve. Non-powered automatic flushing device of the toilet using the Jangjin member, characterized in that it comprises a rod restoring unit for restoring the restoring force. The method of claim 1, wherein the human body detection and channel control unit, A housing through which a supply hole passes so that water is supplied from the tap water; A load sensing pressurizing member mounted to the housing end to open and close the supply hole while compressing the restoration spring by the toilet load; A water supply control valve for supplying water to the washing water discharge guide unit to advance / reverse the cylinder rod while the first channel of the housing is opened and closed by the load sensing pressure member; A cylinder control valve for advancing the cylinder to block the discharge and supply of the water supplied to the cleaning water discharge guide unit so that the second water channel of the housing is opened and closed by the load sensing pressure member to reverse / advance the cylinder rod; A control valve for retracting the cylinder and supplying water to the washing water discharge guide unit so as to move the cylinder rod forward and backward while the third channel of the housing is closed and opened by the load sensing pressure member; The fourth power channel of the housing is closed and opened by the load sensing pressure member, and the water supply control valve for supplying water and supplying water from the supply shutoff valve is provided. Flushing device. The water supply control valve of claim 2, A restoring spring is formed in the first channel of the housing, pressurizing the restoring spring to open and close the supply hole of the housing, and a supply opening / closing member having a supply space indented on an outer circumferential surface thereof. Powerless automatic flushing device of the toilet using the toilet. The control valve and the flushing control valve of claim 2, wherein Restoration springs are formed in each of the second channel to the fourth channel of the housing is formed, and a water channel opening and closing member for opening and closing each channel by pressing the restoring spring is formed, the power supply of the toilet using the damping member Automatic flushing device. The method according to claim 3 or 4, The water supply control valve and the supply opening and closing member of the cylinder and the forward and backward when the control valve and the water lowering control valve guides the movement of the water channel opening and closing member while guiding the movement to prevent separation Non-powered automatic flushing device of the toilet using a long member. The method of claim 1, wherein the washing water discharge guide portion, A cylinder which moves / restores the cylinder rod while water is supplied / retracted to the supply guide hole and the discharge guide hole which are opened and closed by the load sensing pressure member of the human body sensing and channel control unit; It is coupled to the inside of the cylinder movably to determine the toilet in accordance with the distance moved to the water pressure supplied through the control valve when the cylinder advances, and controls the toilet valve opening and closing valve so that the water corresponding to the determined toilet is discharged, A cylinder rod for controlling a time adjusting unit for stopping the waste by adjusting the withdrawal speed of water supplied through the control valve; A water flushing opening / closing valve which opens and closes by the load sensing pressure member to discharge / block the water of the supply blocking valve into the toilet body; A large and small variable opening and closing portion for receiving water discharged to a control valve when the cylinder rod is retracted and the cylinder is retracted so that water corresponding to the urine that is determined according to the moving distance of the cylinder rod is discharged into the toilet body; ; When the cylinder rod is retracted, when the cylinder is retracted when the water is discharged to the control valve is provided with a restraining time adjusting unit to perform the automatic flushing in consideration of the restraining time according to the time discharged into the toilet main body Non-powered automatic flushing device of the toilet using the Jangjin member, characterized in that. The method according to claim 6, The first and second opening and closing protrusions protrude from the outer circumferential surface at a predetermined interval so as to press the rotating roller of the water adjusting valve of the water flushing opening / closing valve while being fixed to the cylinder rod end, and the movement guide protrusion protrudes at the end. Non-powered automatic flushing device of the toilet using the Jangjae member, characterized in that it further comprises a member. The water flushing valve according to claim 6, An on / off valve body having a supply hole and a discharge hole for receiving water discharged from the supply shutoff valve and discharged is provided, and a spring for restoring the on / off valve rod by pressurizing a support piece in the open / close valve body is provided. A discharge opening and closing member through which the supply guide hole penetrates is provided inside the body to accommodate the opening and closing valve rod, and is provided with an opening and closing valve rod that is movably coupled to the discharge opening and closing member to open and close the packing. And a pressurized roller which is rotatably mounted at the open / close valve rod end and protrudes into the cylinder. The method according to claim 6, Large and small variable opening and closing portion, An opening / closing member for opening a stool discharge hole and a urine discharge hole of the toilet stool valve according to the movement of the cylinder rod; An automatic power down device for a toilet using a toilet member, characterized in that the toilet is provided with a toilet valve for retracting the water discharged by the control valve when the cylinder is retracted into the toilet. The method according to claim 9, The opening and closing member, The first and second protruding protrusions are symmetrical to both ends of the opening and closing body in the same line to press the moving guide protrusion of the moving member fixed to the cylinder rod, and pressurizes the pressure roller of the urine valve on the one side of the opening and closing body. Powerless automatic flushing device of the toilet using the Jang member, characterized in that the pressure guide projection to protrude. The toilet of claim 9, wherein The opening and closing valve body is provided with a supply hole for discharging the water corresponding to the urine and receiving the water discharged from the control valve when the cylinder is retracted, and the on-off valve body is pressed to restore the opening and closing valve rod A spring is provided, and the discharge opening / closing member through which the supply guide hole penetrates is installed inside the opening / closing valve body to accommodate the opening / closing valve rod, and the packing is opened and closed to be coupled to the discharge opening / closing member. The on-off valve rod is provided so as to be provided, and the non-powered automatic flushing device of the toilet using a damping member, characterized in that it is provided with a pressure roller protruding into the cylinder is mounted on the end of the on-off valve rod. The method of claim 6, wherein the idle time adjusting unit, A time adjusting member pressurizing the rotary cam of the discharge time adjusting valve according to the movement of the cylinder rod; When the cylinder is retracted by the pressurizing the time adjustment member is discharged from the control valve when discharged from the control valve, characterized in that it is provided with a discharge time control valve for controlling the discharge time of the water discharged to the toilet body main body. The method according to claim 12, wherein the time adjustment member, A pressure piece protrudes on one end to pressurize the rotary cam of the discharge time control valve, and a time adjusting body having a rotating guide groove formed on the other end thereof is formed, and is rotatably mounted on the rotating guide groove of the time adjusting body. Toilet seat using a Jang member, characterized in that the rotating guide member is formed to rotate to restore the time-controlled body moving along, the restoring member to restore the rotating guide member rotated to restore the time-controlled body Powerless automatic flushing device. The method of claim 12, wherein the discharge time control valve, The cylinder is provided with a control valve body formed with a supply hole and a discharge hole for receiving water discharged from the control valve when the cylinder is retracted, and is provided with a spring for restoring the control valve rod by pressing the support piece inside the control valve body, A control valve rod is provided inside the control valve body to accommodate the control valve rod, and a discharge opening / closing member through which the supply guide hole penetrates is provided. The non-powered automatic flushing device of the toilet using a Jang member, characterized in that the rotary cam is rotated in close contact with the control valve rod end. The method of claim 1, wherein the rod restoration unit, A mounting support member mounted to a locking jaw inside the cylinder while penetrating therein to receive the cylinder rod end; A coupling fixing member detachably coupled to the cylinder rod through the inside of the mounting support member and having movement guide grooves formed at both ends thereof; A rod restoring member configured to press the longing member while moving along the coupling fixing member so that the restoring force is extended; The automatic power dispensing device of the toilet using the Jang member, characterized in that it comprises a Jang member is mounted between the coupling fixing member and the rod restoring member. The method of claim 15, wherein the rod restoring member, Protruding inside the body for guiding the movement of the coupling fixing member is formed with a movement guide projection coupled to the movement guide groove of the coupling fixing member, a roller guide groove for guiding the movement of the guide roller is formed on one side of the body, A non-powered automatic flushing device of a toilet using a long member, characterized in that the guide projection is mounted to the roller guide groove, the guide roller is moved according to the movement of the coupling fixing member. The method according to claim 15, The automatic power dispensing device of the toilet using a seismic member characterized in that it comprises a cover for closing the end of the cylinder to prevent the detachment of the rod restoring portion mounted in the cylinder. The method according to claim 1, When the water supplied to the washing water discharge guide portion is passed through the human body sensing and channel control unit to be discharged to the toilet body, using the Jangjin member, characterized in that it further comprises a discharge amount control unit for adjusting the amount and rate of water discharged No-power automatic flushing device of toilet bowl. The method according to claim 18, The discharge amount adjusting unit, One or more discharge guides are provided in communication with the human body sensing and channel control unit and the washing water discharge guide, respectively, through which the fastening guide hole passes, and the discharge discharge hole communicates with the one or more discharge guides and discharges water to the toilet body. It is provided, the power supply automatic flushing device of the toilet using a mating member characterized in that it is provided with a fastening member is fastened to the fastening guide comprises a discharge amount adjusting member for adjusting the opening area of the discharge guide. The method according to claim 1,  The automatic power dispensing device of the toilet using a Jang member, characterized in that it further comprises a filter for filtering foreign substances contained in the water supplied from the tap water to the front end of the human body detection and channel control unit. Receiving water from the tap water to the human body sensing and channel control unit and the supply shutoff valve; Supplying the water supplied to the human body sensing and channel control unit and the supply shutoff valve to the washing water discharge guide unit through the human body sensing and channel control unit which are opened and closed under the toilet load; Moving the cylinder rod under the water pressure of the water supplied into the cylinder through the washing water discharge guide unit to increase the restoring force of the holding member; Determining the toilet of the toilet in accordance with the movement distance of the cylinder rod; If the fecal load is not detected in the state in which the urine is determined according to the movement distance of the cylinder rod, the water supplied to the washing water discharge guide part is discharged into the toilet main body through the human body sensing and channel control unit, and the water of the supply shutoff valve is removed. Repelling the water to supply water into the toilet body from the faucet to wash the stool; And restoring the cylinder rod, which does not move due to a drop in pressure of water supplied from the tap water to the supply shutoff valve, when the washing water is discharged in a state in which the restoring force of the Jangseong member is loaded. Automatic power flushing method of toilet seat using Jangjin member. delete

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