KR100959693B1 - Apparatus for toilet seat having non-power chamber pot auto-flush feces and urine correspondence water supply controlled system by water pressure and body weight - Google Patents

Abstract

The present invention, the human body load detection unit for detecting the toilet with the human load sitting on the toilet seat;

A channel control unit for supplying / blocking water from the tap water by opening and closing the channel with the toilet load detected by the human load sensing unit;

Large and small water supply to determine the urine and toilet of the toilet in accordance with the moving distance of the cylinder rod advancing by the water pressure of the water supplied from the water channel control unit, and to supply the water to the automatic flushing device to discharge the washing water corresponding to the determined urine Wealth;

When the water supplied to the faeces is passed through the water channel control unit is discharged to the toilet body, characterized in that it comprises a check control valve for controlling to discharge the washing water corresponding to the faeces in accordance with the speed and amount of water to be discharged The present invention relates to a toilet seat system having a system for supplying water corresponding to a small urine to an automatic flushing device of a toilet using a hydraulic pressure and a human body load without a power supply.

According to the toilet seat equipped with a system for supplying water corresponding to the urine with no power to the automatic flushing device of the toilet by using the water pressure and human body load of the present invention, according to the movement distance of the cylinder rod that is moved in the load detection time of the toilet Judging the toilet urine of the toilet, and by using the water pressure and human load according to the determined urine urine to perform automatic flushing of the toilet with no power can save water more than 30-50% when urinating In addition, it is possible to provide a cleaner toilet environment by not only saving power but also solving environmental problems caused by the use of batteries. will be.

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

Description

Toilet seat with a system for supplying water to the toilet automatically by using water pressure and human body loads to respond to urine toilets (Apparatus for toilet seat having non-power chamber pot auto-flush feces and urine correspondence water supply controlled system by water pressure and body weight}

The present invention relates to the automatic flushing of the toilet, and more particularly, to determine the large and small urine of the toilet in accordance with the movement distance of the cylinder rod moved by the load detection time of the toilet, and to determine the water corresponding to the determined toilet. The present invention relates to a toilet seat having a system for supplying water corresponding to a small urine to the automatic flushing device of a toilet using a hydraulic pressure and a human load to supply the automatic flushing device so that automatic flushing of the toilet is performed.

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-mentioned conventional defects, and an object of the present invention is to determine a large and small urine of the toilet in accordance with the movement distance of the cylinder rod moved in the load sensing time of the toilet. The system for supplying water to the automatic flushing device of the toilet with no power by using water pressure and human body load to supply the water to the automatic flushing device according to the urine. In providing a toilet seat provided.

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 The present invention provides a toilet seat having a system for supplying water corresponding to a small urine to the automatic flushing device of a toilet using a water pressure and a human load capable of providing a toilet environment.

The toilet seat seat having a system for supplying water corresponding to the urine without a power supply to the automatic flushing device of the toilet using the water pressure and human body load of the present invention,

A body load sensing unit configured to detect a toilet by a body load sitting on a toilet seat;

A channel control unit for supplying / blocking water from the tap water by opening and closing the channel with the toilet load detected by the human load sensing unit;

Large and small water supply to determine the urine and toilet of the toilet in accordance with the moving distance of the cylinder rod advancing by the water pressure of the water supplied from the water channel control unit, and to supply the water to the automatic flushing device to discharge the washing water corresponding to the determined urine Wealth;

When the water supplied to the faeces is passed through the water channel control unit is discharged to the toilet body, characterized in that it comprises a check control valve for controlling to discharge the washing water corresponding to the faeces in accordance with the speed and amount of water to be discharged will be.

According to the toilet seat equipped with a system for supplying water corresponding to the urine with no power to the automatic flushing device of the toilet by using the water pressure and human body load of the present invention, according to the movement distance of the cylinder rod that is moved in the load detection time of the toilet Judging the urine of the toilet, and watering the automatic flushing device according to the determined urine toilet to perform the automatic flushing of the toilet to save the water more than 30-50% when urinating You can have it.

According to the toilet seat equipped with a system for supplying water corresponding to a small urine to the automatic flushing device of the toilet using the water pressure and human body load of the present invention, environmental problems due to power saving as well as use of batteries In addition to the solution to the toilet to see the water to the next toilet to be popularized without discomfort will 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 block diagram of the present invention, FIG. 2 is a perspective view of the present invention, FIG. 3 is an exploded perspective view of the water channel control unit of the present invention, FIG. 4 is a cross-sectional view of FIG. 3, and FIG. 6A is a side cross-sectional view of FIG. 5, and FIG. 6B is a plan view of FIG. 5.
The present invention, the human body load detection unit 100 for detecting the toilet seat by the human body load sitting on the toilet seat, the body load detected by the human body load detection unit 100 (211a) (211b) (211c) A water channel control unit 200 is configured to open and close the 211 d and 211 e to supply / block water from the tap, and the cylinder rod 320 is advanced by the water pressure of the water supplied from the water channel control unit 200. The small and small size water supply unit 300 is configured to determine the large and small urine of the toilet according to the moving distance, and to supply water to the automatic flushing device so that the washing water corresponding to the determined large and small urine is discharged. When the water supplied to the water is passed through the water channel control unit 200 is discharged to the toilet main body, and comprises a check control valve 400 for adjusting to discharge the washing water corresponding to the urine in accordance with the speed and amount of water discharged This is more concrete If the description follows.

The human load sensing unit 100 includes a human load sensing member 110 that compresses the restoring member 120 to the load of the molten iron on one side of the waterway control unit 200, and the human body load sensing member 110. It is provided to include a restoring member 120 for restoring the human load sensing member 110 when the load of the toilet is applied to, the rotating member 213 of the waterway control unit 200 on the outer peripheral surface of the human load sensing member 110 Gear 111 for rotating the is formed.

In addition, the channel control unit 200 is provided with a switching unit 210 to rotate the opening and closing valve 212 by pressing the human load detection member 110 of the human load detection unit 100, the switching unit 210 ) on-off valve (212 of the on-off valve 212 is rotated via the first channel (211a) which opens to the toilet so as to move the cylinder rod 320, while supplying water to the water supply unit 300, the switching unit 210 of the A water supply control valve 220 is provided at the time of advancing the cylinder to close the first water passage 211a to block water supply according to the reverse rotation, and the second water passage (2) is rotated by the opening / closing valve 212 of the switching unit 210. 211b) is closed and the cylinder rod 320 is reversed via the second water passage 211b which is opened according to the reverse rotation of the switching valve 212 of the switching unit 210 while blocking the water supply to the large and small water supply unit 300. A water supply control valve 230 is provided at the time of reversing the cylinder for supplying water to the large and small water supply unit 300 so that the switching unit 210 is provided. The third channel 211c is closed by rotation of the on / off valve 212 to block the water supply to the large and small water supply 300, and the third channel opened according to the reverse rotation of the switching valve 212 of the switching unit 210 ( The small-variable water supply control valve 240 for supplying the water corresponding to the large and small urine to the automatic water lowering device via 211c is provided, and the fourth channel (2) is rotated by the opening / closing valve 212 of the switching unit 210. 211d) is opened to retract the cylinder rod 320 to close the water supply by closing the fourth channel 211d in accordance with the reverse rotation of the switching valve 212 of the switching unit 210 while retracting the water backwards The control valve 250 is provided, and the fifth channel 211e is closed by the opening / closing valve 212 of the switching unit 210 to block the water discharged to advance the cylinder rod 320 while the switching unit 210 is closed. The cylinder rod 320 is advanced through the fifth channel 211e opened according to the reverse rotation of the on / off valve 212. A discharge control valve 260 is provided to move the cylinder to discharge water.

The switching unit 210, the guide support piece 211 'on which the restoring member 120 of the human body load detection unit 100 is projected, and the water supply control valve 220 when the cylinder is moved forward and backward ( 230, the large-variable water supply control valve 240, and the cylinders. The first to fifth channels 211a, 211b, 211c, 211d, and 211e to which the discharge control valves 250 and 260 are mounted, respectively, when moving forward. ) Is formed, the body 211 is provided with a coupling hole (211f) orthogonal to the first to fifth channels (211a) (211b) (211c) (211d) (211e), the body 211 The water supply control valve 220 and 230 and the large and small variable water supply control valve 240 and the discharge control valve 250 and 260 when the cylinder is forward and backward while being rotatably coupled to the inside of the coupling hole 211f of the cylinder. ) Is provided with an on-off valve 212 is formed in a different angle the ribs (212a) (212b) (212c) (212d) (212e) curved in the same line, the body load while receiving the end of the opening and closing valve (212) The gear 111 of the sensing member 110 (213a) is engaged to rotate the opening and closing valve 212 is provided, and the water supply control valve 220, 230 and small and large variable water supply control valve 240 and the cylinder after the cylinder forward and backward. The first to third channels 211a, 211b, 211c and the supply hole 214a communicate with each other and prevent the separation of the discharge control valves 250 and 260 during the forward movement, and the fourth and fifth channels 211d ( 211e) and a supply guide member 214 mounted on one side of the body 211 to communicate with the discharge water inlet hole 214b, and the first to third water channels 211a and 211b on the other side of the body 211. 211c and the cylinder supply hole 215a communicate with each other, and the discharge guide member 215 mounted to communicate with the fourth and fifth channels 211d and 211e and the discharge water discharge hole 215b.

The water supply control valves 220 and 230 at the front and rear of the cylinder and the small-variable water supply control valve 240 at the front and rear of the cylinder and the water discharge control valves 250 and 260 at the back and forward of the cylinder are opening / closing valves of the water channel control unit 200. (212) Rollers 221 (231) (231) (241) (251) (261) are formed in contact with the ribs (212a) (212b) (212c) (212d) (212e) to rotate in accordance with the rotation, and the roller ( Rotation guide members 222, 232, 242, 252 and 262 are formed to guide the opening and closing valve 212 while 221, 231, 241, 251 and 261 rotate. In close contact with the rotation guide members 222, 232, 242, 252, and 262, the first to fifth channels 211a, 211b, 211c, 211d and 211e of the channel control unit 200 are opened and closed. The channel opening and closing parts 223, 233, 243, 253 and 263 are formed, and the support pieces are in close contact with one side of the channel opening and closing members 223, 233, 243, 253 and 263. Springs 225, 235, 245, 255 for restoring the channel opening and closing members 223, 233, 243, 253, and 263 by pressing 224, 234, 244, 254 and 264. 265).

In addition, the large and small water supply unit 300 receives the water from the tap water through the water supply control valve 220 when the cylinder advances in accordance with the detection of the toilet in the human load detection unit 100 cylinder rod 320 The small-variable on-off valve 350 for supplying water through the large-variable water supply control valve 240 to the automatic water lowering device is installed while advancing the water, and a part of the water discharged to the discharge control valve 250 is rested when the cylinder is retracted. A cylinder 310 is provided to supply the discarded time control valve 340. The cylinder 310 is coupled to the inside of the cylinder 310 to move forward by the water pressure of the water supplied through the water supply control valve 220 when the cylinder moves forward. A cylinder rod 320 is provided to pressurize the large-variable open / close valve 350 to supply water to the automatic water lowering device while reversing with the water pressure of the water supplied through the water supply control valve 230. Resting time for opening and closing the stop time control valve 340 operating as part of the water discharged to the discharge control valve 250 when the cylinder is retracted while the cylinder is retracted by the water pressure of the water supplied to the water supply control valve 230 when the cylinder is retracted The control valve opening and closing part 330 is provided, and the stopper is automatically taken into account when the water is discharged to the discharge control valve 250 when the cylinder is retracted through the interior opened by the time control valve opening and closing part 330. A time-draining valve 340 is provided to allow water to be flushed, and water from the tap water through the water supply control valve 230 when the cylinder is retracted by the human body load detection unit 100 according to undetected toilet. Is supplied by the cylinder rod 320 to be reversed to receive the water through the large-variable water supply control valve 240 is opened to the water supply to the automatic water lowering device It is provided, including the variance-off valve (350).

The cylinder rod 320, the urine opening and closing protrusion 322 for pressing the large-variable open and close valve 350 is formed at the front end of the rod body 321 coupled to the cylinder 310, the urine opening and closing projections 322 The sliding member 324 is formed to be located inside the slide body 321 is coupled to slide to the front end of the rod body 321 is a stool opening and closing protrusion 323 to press the small-variable valve valve 350.

The resting time control valve opening and closing portion 330, the rotary roller 331 is rotatably mounted to the front end of the rod body 321 of the cylinder rod 320, the same as the cylinder rod 320 is advanced An opening and closing operation member 333 is formed to press and open the time control valve 340 which rotates around the rotation center shaft 332 by the rotating roller 331.

The opening and closing operation member 333, the opening and closing operation body 333a through which the slide space 333b for receiving the rotation center shaft 332 mounted on one side of the cylinder 310 is formed, the opening and closing operation body ( A rotating space 333c is formed on one side of the 333a so that the rotating roller 331 is surface-contacted to be caught by the movement guide jaw 333c ', and the opening / closing operation body 333a is formed on the central axis of rotation ( 332 is a locking jaw 333d which prevents the opening / closing operation body 333a from being pushed when the pressurizing member 342 of the time control valve 340 is disposed when the lift 332 is centered.

The resting time control valve 340, the control valve body 341 is formed with a supply hole (341a) and the discharge hole (341b) for receiving water is passed through the discharge control valve 250 when the cylinder retracted It is provided, and is provided in the control valve body 341 is provided with a pressing member 342 protruding into the cylinder 310, the adjustment is mounted to the control valve body 341 to support the pressing member 342 A valve rod 343 is provided, and is discharged through the supply guide hole 344 'which is mounted to the control valve body 341 so as to receive the control valve rod 343 and communicates with the discharge hole 341b therein. The closing member 344 is provided, and is provided with a spring 346 for restoring the discharge opening and closing member 344 by pressing the support piece 345 in close contact with one side of the discharge opening and closing member 344.

The large-variable open / close valve 350 has an open / close valve body having a supply hole 351a and a discharge hole 351b for receiving water that has passed through the large-variable water supply control valve 240 and discharging it to an automatic water lowering device ( 351 is provided, and is provided with a pressing member 352 mounted inside the opening and closing valve body 351 to protrude into the cylinder 310, the opening and closing valve body 351 to support the pressing member 352 The opening and closing valve rod 353 is provided, and the supply guide hole 354 ′ communicated with the discharge hole 351b therethrough while being mounted to the opening and closing valve body 351 to accommodate the opening and closing valve rod 353. The discharge opening and closing member 354 is provided, and is provided with a spring 356 for restoring the discharge opening and closing member 354 by pressing the support piece 355 in close contact with one side of the discharge opening and closing member 354. .

In addition, the check control valve 400, the cylinder of the waterway control unit 200. When moving forward with the discharge control valves 250 and 260 and the time-settling valve 340 of the large and small water supply 300, respectively. A check control body 410 is provided through which the discharge guide holes 411a, 411b, and 411c communicate with each other, and the fastening guide holes 412 pass through the discharge guide holes 411a, 411b, and 411c, respectively. And, the amount of discharge control member for adjusting the amount of discharge by adjusting the opening area of the discharge guide hole (411a) (411b) (411c) according to the height fastened to the fastening guide hole 412 of the check control body 410 420 is provided.

The filter 100a may further include a filter 100a that filters foreign substances contained in the water supplied from the tap water at the front end of the water channel controller 200, and is supplied from the tap water to the tip of the water channel controller 200. It can be configured to include a pressure reducing valve (100b) is installed to convert the water to a constant water pressure.

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

7 is an installation state diagram of the present invention.

First, when the toilet seat is not seated on the toilet seat, that is, the body load detection unit 100 does not detect the load of the toilet member, the human body load detection member 110 by the restoring force of the restoration member 120 of the human load detection unit 100. In addition, the opening and closing valve 212 of the switching unit 210 of the control unit 200 is in a state in which the gear 213a is engaged with the gear 111 of the human body load sensing member 110 while the air is rotated upward. Done.

The water supplied from the tap water in the on-off valve 212 of the switching unit 210 is rotated upward to filter foreign matter contained in the water via the filter (100a), while passing through the pressure reducing valve (100b) It is supplied to the water channel control unit 200 in the state converted into water pressure, which is supplied to the water supply control valve 220 and 230 when the cylinder is moved forward and backward through the supply hole 214a of the supply guide member 214 of the switching unit 210. The small variable water supply control valve 240 is supplied.

At this time, when water is supplied to the water supply control valves 220 and 230 and the large-variable water supply control valve 240 when the cylinder moves forward and backward, as shown in FIG. The roller 221 is detached from the upper surface of the rib 212a of the on-off valve 212 according to the upward rotation of the on-off valve 212 and positioned on the support piece 224 to which the spring 225 is pressurized while being positioned under the rib 212a. The close channel opening and closing member 223 closes the first channel 211a of the switching unit 210 to block the water supply from the tap water and at the same time, the water discharged from the cylinder rod 320 when the cylinder is advanced, the discharge control valve And the roller 261 of the discharge control valve 260 is located on the upper surface of the rib 212e of the opening / closing valve 212 according to the upward rotation of the opening / closing valve 212. Close to the support piece 264 pressurized by the spring 265 by the height difference The channel opening / closing member 263 does not close the fifth channel 211e of the switching unit 210 to open the fifth channel 211e, and the withdrawal of the opened fifth channel 211e and the discharge guide member 215 is performed. The water is discharged to the discharge hole 215b and at the same time, the water is discharged to the discharge guide hole 411b of the check control valve 400.

In addition, the roller 231 of the water supply control valve 230 when the cylinder is retracted is located on the upper surface of the rib 212b of the on-off valve 212 according to the upward rotation of the on-off valve 212 and the height difference of the rib 212e. The channel opening and closing member 233 in close contact with the support piece 234 pressed by the spring 235 does not close the second channel 211b of the switching unit 210, thereby opening and opening the second channel 211b. It is supplied to the inside of the cylinder 310 through the reverse supply hole 312 via the second water channel 211b, and is supplied to the discharge control valve 250 when the cylinder is retracted, and the discharge control valve 250 when the cylinder is reversed. The roller 251 of the support piece is released from the upper surface of the rib 212d of the on-off valve 212 in accordance with the upward rotation of the on-off valve 212 is positioned below the rib (212d), the spring (255) pressurized ( The channel opening / closing member 253 in close contact with 254 closes the fourth channel 211d of the switching unit 210 to supply the water supply control valve 230 when the cylinder is retracted. The leakage of water is prevented.

In addition, the roller 241 of the large-variable water supply control valve 240 is located on the upper surface of the rib 212c of the opening / closing valve 212 according to the upward rotation of the opening / closing valve 212, and the height of the rib 212c is increased. The channel opening / closing member 243 in close contact with the support piece 244 pressed by the spring 245 does not close the third channel 211c of the switching unit 210, thereby opening the third channel 211c, It is supplied to the large-variable open / close valve 350 through the third water channel 211c and the cylinder supply hole 215a of the discharge guide member 215, and the water pressure and the large-variable variable of the water supplied to the large-variable open / close valve 350 are provided. An automatic water flushing device because the opening / closing valve rod 353 in close contact with the support piece 355 pressurized by the spring 356 of the opening / closing valve 350 closes the supply guide hole 354 ′ of the discharge opening / closing member 354. The water supply to the furnace will be shut off.

When the toilet seat is sitting on the toilet seat in this state, as shown in Figure 8b, the body load detection member 110 of the human load detection unit 100 compresses the restoring member 120 by the load of the toilet seat sitting on the toilet seat. While moving to the lower portion and at the same time rotates the rotary member 213 is engaged downward in the gear 111 of the human body load sensing member 110, the on-off valve having one end coupled to the rotating member 213 212 rotates downward in the coupling hole 211f of the body 211.

At this time, the on-off valve 212 rotates downward and at the same time as shown in Figure 8c, the roller 221 of the water supply control valve 220 when the cylinder advances the on-off valve in accordance with the downward rotation of the on-off valve 212 The channel opening / closing member 223 positioned on the upper surface of the rib 212a of the 212 and being in close contact with the support piece 224 pressed by the spring 225 by the height difference of the rib 212a opens the first channel 211a. The first channel 211a is not closed and the water supplied to the supply hole 214a of the supply guide member 214 into the opened first channel 211a is opened through the forward supply hole 311. At the same time, a portion of the water supplied to the first water passage 211a is supplied to the discharge control valve 260 when the cylinder moves forward, and the discharge of the discharge control valve 260 when the cylinder moves forward. The roller 261 of) is separated from the upper surface of the rib 212e of the on-off valve 212 according to the downward rotation of the on-off valve 212, the rib 212e The water channel opening and closing member 263, which is located at the bottom and is in close contact with the support piece 264 that is pressurized by the spring 265, closes the fifth channel 211e of the switching unit 210 to move the water supply control valve 220 when the cylinder is advanced. It is to prevent the leakage of water supplied to the.

In addition, the rollers 231 and 241 of the water supply control valve 230 and the large-variable water supply control valve 240 when the cylinder retracts as the cylinder opens in the downward direction of the opening and closing valve 212 are ribs 212b of the opening and closing valve 212. 2) The waterway opening and closing member 233, 243, which is separated from the upper surface of the 212c and is positioned below the ribs 212b and 212c, is in close contact with the support pieces 234 and 244 to which the springs 235 and 245 are pressed. The second and third water passages 211b and 211c of the switching unit 210 are closed to shut off the water supply from the tap water, and at the same time, the roller 251 of the discharge control valve 250 when the cylinder is retracted is an on / off valve 212. Channel opening / closing member 253 positioned on the upper surface of the rib 212d and being in close contact with the support piece 254 pressed by the spring 255 due to the height difference of the rib 212d does not close the fourth channel 211d. As a result, the fourth channel 211d is opened, and the water that has retracted the cylinder rod 320 through the opened fourth channel 211d flows into the drainage inlet hole 214b of the supply guide member 214 to check. It is a toesu toesu guide hole (411a) of the valve section 400.

The water supplied into the cylinder 310, the forward supply hole 311 of the large and small water supply unit 300 through the feed water control valve 220 when the cylinder is advanced as described above to press the cylinder rod 320 to advance and At the same time, the water that has retracted the cylinder rod 320 is supplied to the discharge inlet hole 214b of the supply guide member 214 through the reverse supply hole 312 to the fourth channel of the discharge control valve 250 when the cylinder is retracted. The water is discharged to the check control valve 400 via the discharge water discharge hole 215b of the 211d and the discharge guide member 215.

At this time, the rotary roller 331 of the time control valve opening and closing part 330 is disposed on the front end of the rod body 321 as the cylinder rod 320 advances the opening and closing rotated upwardly about the rotation center axis 332. When moving forward of the movement space 333c of the operation member 333 and passing through the movement guide jaw 333c 'at the same time as the movement guide jaw 333c', the locking jaw 333d of the opening and closing operation member 333. Since the pressurizing member 342 of the time control valve 340 is put in close contact with the restraint), it is possible to prevent the opening and closing operation body 333a of the opening and closing operation member 333 from being pushed.

When the rotary roller 331 is moved to the front of the moving space 333c, as shown in Figure 8d to 8g, the opening and closing operation body 333a of the opening and closing operation member 333 is the rotation center axis 332 While pressing the pressing member 342 of the time control valve 340, which is in close contact with the locking projection 333d of the opening and closing operation member 333 while rotating horizontally upward, pressurizing member 342 Control valve rod (343) is mounted to the outer side of the control valve body (341) in the opposite direction to the discharge opening and closing member 344 while compressing the support piece 345 and the spring (346) Opening the supply guide hole 344 'of 344, and a part of the water passing through the discharge control valve 250 when the cylinder is retracted by the open supply guide hole 344' is supplied to the control valve body 341. 341a is discharged to the discharge hole 341b and is discharged to the discharge guide hole 411c of the check control valve 400.

In addition, when the pressure member 342 of the time control valve 340, which breaks down as the cylinder rod 320 moves forward, moves forward through the locking step 333d of the opening and closing operation member 333, the opening and closing operation member ( The rotation center axis 332 is positioned at the end of the slide space 333b of the 333.

The pressurizing member 342 of the resting timing control valve 340 pressurizes the opening and closing operation member 333, which is the support piece 345 and the regulating valve by the spring 346 restoring force of the resting timing control valve 340. The rod 343 moves inwardly of the control valve body 341 toward the discharge opening and closing member 344 to close the supply guide hole 354 'of the discharge opening and closing member 344 to close the opening and closing operation member 333. Pressurizing, the opening and closing operation member 333 is to move to the top to stop the operation in the inclined state by positioning the rotary center shaft 332 at the end of the curved slide space (333b).

In addition, as shown in Figure 8h to 8j, the rod body 321 of the cylinder rod 320 is advancing into the cylinder 310 and at the same time the urine opening and closing protrusions (protruding to the front end of the rod body 321) 322 pressurizes the pressing member 352 of the large-variable open / close valve 350. The opening / closing valve rod 353 on which the pressing member 352 is mounted is opened and closed while compressing the support piece 355 and the spring 356. The valve body 351 moves outward to open the supply guide hole 354 ′ of the discharge opening / closing member 354.

However, even when the supply guide hole 354 'is opened, the large and small variable water supply control valve 240 is closed so that water is not supplied from the tap water, and between the large and small variable water supply control valve 240 and the large and small open / close valve 350. The water located in the water is supplied to the automatic flushing device through the discharge hole (351b) of the opening and closing valve body 351, which does not form the water pressure is small water supply does not drive the automatic flushing device.

When the cylinder rod 320 is advanced by the water supplied to the cylinder 310, the forward supply hole 311, and the urine opening / closing protrusion 322 passes through the pressure member 352 of the large-variable open / close valve 350, FIG. As shown in FIGS. 8K to 8L, the support piece 355 and the opening / closing valve rod 353 are moved inwardly of the opening / closing valve body 351 by the restoring force of the compressed spring 356 to release the opening and closing member 354. While closing the supply guide hole 354 ′ of the pressing member 352 mounted on the on-off valve rod 353 protrudes into the cylinder 310.

Here, when the urine opening / closing protrusion 322 passes through the pressing member 352 of the large-variable open / close valve 350, the toilet of the toilet is determined to be urine.

In addition, if the toilet continues to pressurize the human body sensing member 110 even when the urine opening and closing protrusion 322 has passed through the pressing member 352 of the large-variable open / close valve 350, the water supply control valve when the cylinder is opened Water supplied from the tap water through the 220 is supplied to the cylinder 310, the forward supply hole 311 and at the same time to advance the cylinder rod 320, the slide member 324 coupled to the cylinder rod 320 The feces opening and closing protrusion 323 is caught in the pressing member 352 of the large-variable valve valve 350 is moved in the direction opposite to the forward direction of the cylinder rod (320).

When the slide member 324 moving in the opposite direction as the cylinder rod 320 moves forward is in close contact with the support member 320 'coupled to the cylinder rod 320, the cylinder is no longer moved in the opposite direction. Advance in the same direction as the rod 320, the stool opening and closing protrusion 323 of the slide member 324 presses the pressing member 352 of the large-variable valve valve 350, the opening and closing the pressure member 352 is mounted The valve rod 353 moves toward the outside of the opening / closing valve body 351 while compressing the opening / closing member 354, the support piece 355, and the spring 356 to supply the opening guide hole 354 ′ of the discharge opening / closing member 354. ) And at the same time the feces opening and closing protrusion 323 passes through the pressing member 352 of the large-variable valve valve 350, the support piece 355 and the valve valve rod ( 353 is moved to the inside of the opening and closing valve body 351, the supply guide hole (354 ') of the discharge opening and closing member 354 ) And the pressing member 352 mounted to the on-off valve rod 353 protrudes into the cylinder 310.

Here, when the stool opening and closing protrusion 323 passes through the pressing member 352 of the large-variable valve valve 350, the toilet of the toilet is determined as the stool, and the pressing member 352 protrudes into the cylinder 310. When the cylinder rod 320 is advanced by water supplied into the cylinder 310, the forward supply hole 311 through the water supply control valve 220 when the cylinder is advanced from the tap water, and is in close contact with the inner surface of the cylinder 310, At the same time as the forward movement of the cylinder rod 320 is stopped, the water supply control valve 220 also maintains the supply of water from the tap water when the cylinder is advanced.

In addition, when the toilet seat sitting on the toilet seat is separated from the toilet seat, as shown in Figure 8m, the body load sensing member (100) of the human load sensing unit 100 by the restoring force of the restoring member 120 compressed by the load of the toilet seat ( At the same time as the 110 moves, the rotating member 213 of the switching unit 210 in which the gear 213a is engaged with the gear 111 of the human body load sensing member 110 is rotated upward, and the rotating member 213 is rotated. The open / close valve 212 coupled to one end rotates upward in the coupling hole 211f of the body 211.

At this time, as shown in FIG. 8N, the roller 221 of the water supply control valve 220 is separated from the upper surface of the rib 212a of the on / off valve 212 according to the upward rotation of the on / off valve 212. The channel opening and closing member 223 positioned below the rib 212a and in close contact with the support piece 224 to which the spring 225 is pressed closes the first channel 211a of the switching unit 210 and is supplied from the tap water. At the same time, the roller 261 of the discharge control valve 260 is located on the upper surface of the rib 212e of the opening / closing valve 212 while the water is blocked and the cylinder is moved forward. The channel opening / closing member 263 in close contact with the support piece 264 pressed by the spring 265 by the height difference does not close the fifth channel 211e, thereby opening the fifth channel 211e and opening the fifth Water which has advanced the cylinder rod 320 through the water passage 211e flows into the discharge water inlet hole 214b of the supply guide member 214 to check check valve 4 It is to be discharged to the discharge guide hole (411b) of 00).

In addition, as shown in FIG. 8O, the roller 231 of the water supply control valve 230 is located on the upper surface of the rib 212b of the on / off valve 212 when the cylinder retracts according to the upward rotation of the on / off valve 212. The channel opening / closing member 233 in close contact with the support piece 234 pressurized by the spring 235 due to the height difference of the rib 212b does not close the second channel 211b of the switching unit 210 so that the switching unit ( The second channel 211b of the 210 is opened, and is supplied into the cylinder 310 through the backward supply hole 312 through the opened second channel 211b and at the same time, the discharge control valve 250 when the cylinder is retracted. When the cylinder is retracted, the roller 251 of the discharge control valve 250 is separated from the upper surface of the rib 212d of the opening / closing valve 212 according to the upward rotation of the opening / closing valve 212, thereby leaving the rib 212d. The channel opening / closing member 253, which is located at the bottom and is in close contact with the support piece 254 by pressing the spring 255, opens the fourth channel 211d of the switching unit 210. Chain to thereby prevent leakage of water supplied to the water supply control valve 230 during the backward cylinder.

In addition, the roller 241 of the large-variable water supply control valve 240 is located on the upper surface of the rib 212c of the opening / closing valve 212 and the height of the rib 212c is increased due to the upward rotation of the opening / closing valve 212. The channel opening and closing member 243 in close contact with the support piece 244 pressed by the spring 245 does not close the third channel 211c of the switching unit 210, and thus the third channel 211c of the switching unit 210. It is opened, and is supplied to the large-variable on-off valve 350 via the open third water channel (211c) and the supply hole (214a) of the supply guide member 214, but is supplied to the large-variable on-off valve 350 The water pressure of the water and the spring 356 of the large-variable on-off valve 350 pressurizes the on-off valve rod 353 to close the supply guide hole 354 'of the discharge opening / closing member 354 to the automatic water lowering device. Shut off the water supply.

When the cylinder is retracted as described above, the water supplied into the reverse supply hole 312 of the cylinder 310 through the water supply control valve 230 pressurizes the cylinder rod 320 and reverses the cylinder rod 320. ) Is advanced to the fifth channel (211e) and discharge guide of the discharge control valve 260 when the cylinder is advanced while being supplied to the discharge inlet hole (214b) of the supply guide member 214, as shown in Figure 8p The water is discharged to the check control valve 400 through the discharge water discharge hole 215b of the member 215.

At this time, the rotary roller 331 of the time control valve opening and closing part 330 is disposed in the front end of the rod body 321 to the rear of the cylinder rod 320 to the rear of the moving space (333c) of the opening and closing operation member 333. Simultaneously with the movement of the rotary roller 331, the opening and closing operation member 333 is operated horizontally in an inclined state while the other side of the opening and closing operation member 333 is pressurized by the time control valve 340. The member 342 is pressed.

At this time, as shown in Figures 8p to 8s, the control valve rod 343 equipped with the pressing member 342 compresses the support piece 345 and the spring 346, the outer side of the control valve body 341 Direction to open the supply guide hole 344 'of the discharge opening / closing member 344 and at the same time the cylinder rod 320 via the discharge control valve 250 when the cylinder retracts to the open supply guide hole 344'. ) Is reversed to the discharge guide hole (411a) of the check control valve (400).

That is, the water discharged to the discharge control valve 260 when the cylinder is advanced, the discharge guide of the check control valve 400 through the discharge guide hole 411b of the check control valve 400 and the time control valve 340 for resting. By simultaneously withdrawing to the ball (411c) it is possible to speed up the reverse time of the cylinder rod (320).

When the rotating roller 331 reversing like the rod body 321 of the cylinder rod 320 is located in the movement guide jaw 333c 'while reversing along the movement space 333c of the operation opening and closing member 333, The pressurizing member 342 of the time control valve 340 for restraining pressurizes the operation opening / closing member 333. The pressing member 342 is supported by the restoring force of the compressed spring 346 and the control valve rod. 343 is pressurized while moving inwardly of the control valve body 341.

Even in this state, when the cylinder rod 320 is retracted by the water supplied to the water supply control valve 230 when the cylinder is retracted, the rotary roller 331 of the time control valve opening / closing part 330 is opened and closed operating member 333. While being in close contact with the end of the moving space 333c, the opening and closing operation member 333 moves in the backward direction of the cylinder rod 320.

The rotation center shaft 332 is positioned at the end of the slide space 333b of the opening and closing operation member 333 moving in the backward direction of the cylinder rod 320, and rests on the locking step 333d of the opening and closing operation member 333. At the same time as the pressure member 342 of the time control valve 340 is positioned, the support member 345 and the control valve rod 343 are adjusted by the restoring force of the compressed spring 346 of the time control valve 340. While moving inwardly of the valve body 341, the control valve rod 343 closes the supply guide hole 344 ′ of the discharge opening / closing member 344 to block water discharge to the check control valve 400. The member 333 is rotated upward by the center of gravity around the rotation center axis 332 located in the slide space 333b to stop the operation in the inclined state.

In addition, the water that has advanced the cylinder rod 320 is introduced into the discharge inlet hole (214b) of the supply guide member 214 and the discharge guide member 215 via the discharge control member 215 when the cylinder is moved forward. The cylinder rod 320 is retracted at the same time as the liquid is discharged to the check control valve 400 through the discharge discharge hole 215b, and as shown in FIGS. 8T to 8W, the cylinder rod 320 moves backward. Accordingly, the slide member 324 coupled to the rod body 321 moves backward, and the stool opening and closing protrusion 323 of the slide member 324 moving backward moves the pressing member 352 of the large-variable open / close valve 350. While moving to the opposite direction of the reverse direction of the cylinder rod (320).

When the feces opening and closing protrusion 323 of the slide member 324 moving in the opposite direction according to the reverse of the cylinder rod 320 is in close contact with the urine opening and closing protrusion 322, it is no longer moved in the opposite direction, the cylinder rod ( While reversing in the same direction as 320, while pressing the pressing member 352 of the large-variable open / close valve 350, the opening / closing valve rod 353 on which the pressing member 352 is mounted includes a support piece 355 and a spring ( 356 is moved in the outward direction of the on-off valve body 351 while compressing.

At this time, the supply guide hole 354 ′ of the discharge opening / closing member 354 is opened by the movement of the opening / closing valve rod 353, and the water passing through the large and small variable water supply control valve 240 is connected to the opening and closing valve body 351. The water is introduced into the supply hole 351a and is supplied to the automatic water lowering device via the supply guide hole 354 'and the discharge hole 351b.

The description here is based on the case in which the feces of the toilet are feces, that is, when the feces of the feces are feces, the urine opening / closing protrusions 323 and 322 are pressurization protrusions 352 of the large-variable valve valve 350. Pressurizing sequentially to increase the opening time of the large-variable open / close valve 350 to supply a large amount of water to the automatic flushing device, and if the toilet of the toilet is urine, only the urine opening and closing protrusion 322 is large and small The pressurizing protrusion 352 of the valve 350 shortens the opening time of the large-variable open / close valve 350 to supply a small amount of water to the automatic flushing device.

The automatic flushing device refers to the automatic flushing device of the toilet using water pressure filed by the applicant of the Patent No. 84475 in 2006 and registered as No. 764836.

At the same time as the drain hole of the tank is opened by the water supplied to the automatic flushing device, the water stored in the tank is discharged into the toilet body to wash the toilet.

Through the check control valve 400 it is possible to adjust the withdrawal speed of the water discharged into the toilet body.

As shown in FIG. 9, the water discharge control member 420 fastened to the fastening guide hole 412 of the check adjusting body 410 is rotated in one direction, and the retreat fastened to the fastening guide hole 412. By adjusting the opening area of the water discharge guide holes 411a, 411b, and 411c while the length of the water discharge adjustment holes 411a, 411b, and 411c changes depending on the height of the water quantity adjusting member 420, Guide holes 411a, 411b, and 411c, respectively, to control the speed of the water discharged.

In addition, when the urine opening / closing protrusion 322 of the cylinder rod 320 retreating to the other side of the cylinder 310 passes through the pressing member 352 of the large-variable switching valve 350, the large-variable switching valve 350 The support piece 335 and the on-off valve rod 353 are lowered by the restoring force of the compressed spring 356 to close the supply guide hole 354 'of the discharge opening / closing member 354 to the on / off valve rod 353. The mounted pressing member 352 protrudes into the cylinder 310.

When the human body load sensing member 110 of the human body load sensing unit 100 is restored by the restoring member 120 while the above process is completed, the gear 213a is formed on the gear 111 of the human body load sensing member 110. The on-off valve 212 is restored by the engaged rotating member 213 and at the same time the water supply control valve 220 is closed when the water channel control unit 200 moves forward, and the water supply control valve 230 is opened when the cylinder is retracted to open the tap water. The water supplied from the cylinder rod 320 maintains the backward operation, the small-variable water supply control valve 240 is opened and the next operation in the state that the water supplied from the tap water is supplied to the large-variable open / close valve 350. Will wait.

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 block diagram of the present invention

2 is a perspective view of the present invention

3 is an exploded perspective view of the channel control unit of the present invention

4 is a cross-sectional view of FIG.

Figure 5 is an exploded perspective view of the present invention large and small water supply

6A is a side cross-sectional view of FIG. 5

6B is a cross sectional view of FIG. 5.

Figure 7 is an installation of the present invention

8a to 8w is an operating state diagram of the present invention

9 is an operational state diagram of the check control valve of the present invention

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

100: human body load detection unit 110: human body load detection member

120: restoration member 200: channel control unit

210: switching unit 220: cylinder feed water control valve

230: water supply control valve when the cylinder is retracted 240: large and small variable water supply control valve

250: discharge control valve for cylinder retraction 260: discharge control valve for cylinder retract

300: large and small water supply 310: cylinder

320: cylinder rod 330: stopper time control valve opening and closing portion

340: time control valve 350: large and small variable on-off valve

Claims (15)

A human body load sensing member in which a gear 111 for rotating the rotating member 213 of the channel control unit 200 is formed on the outer circumferential surface while compressing the restoring member 120 by the toilet load so as to detect the toilet seat sitting on the toilet seat. 110 is provided, the human body load sensing unit 100 is provided with a restoring member 120 for restoring the human body load sensing member 110 when the load of the toilet applied to the human body load sensing member 110; Waterway control unit 200 for supplying / blocking water from the tap water by opening and closing the waterways 211a, 211b, 211c, 211d and 211e with the toilet load detected by the human body load detection unit 100. Wow; Determine the urine and urine of the toilet in accordance with the moving distance of the cylinder rod 320 to advance by the water pressure of the water supplied from the water channel control unit 200, and to the automatic flushing device to discharge the washing water corresponding to the determined urine Small and small size water supply unit 300 for supplying water; When the water supplied to the faeces water supply unit 300 passes through the water channel control unit 200 and is discharged to the stool body, the check control valve 400 for controlling the washing water corresponding to the faeces discharged in accordance with the speed and the amount of water discharged Toilet seat is equipped with a system for supplying the water corresponding to the urine with no power to the automatic flushing device of the toilet by using water pressure and human body load, characterized in that configured to include. delete delete The water channel control unit 200 of claim 1, A switching unit 210 in which the on / off valve 212 rotates by the human body load sensing member 110 pressurized by the human body load sensing unit 100; Switching unit 210 while supplying water to the small and medium water supply unit 300 to advance the cylinder rod 320 via the first channel 211a opened by the opening / closing valve 212 of the switching unit 210. A water supply control valve 220 for advancing the cylinder to block the water supply by closing the first channel 211a according to the reverse rotation of the on / off valve 212; The second channel 211b is closed by the opening / closing valve 212 of the switching unit 210 to block the water supply to the large and small water supply unit 300, and according to the reverse rotation of the switching valve 212 of the switching unit 210. A water supply control valve 230 for reversing the cylinder for supplying water to the large and small water supply unit 300 so as to reverse the cylinder rod 320 via the second water passage 211b that is opened; The third channel 211c is closed by the opening / closing valve 212 of the switching unit 210 to block the water supply to the large and small water supply unit 300, and according to the reverse rotation of the opening and closing valve 212 of the switching unit 210. A large and small variable water supply control valve 240 for supplying water corresponding to large and small urine to the automatic water lowering device via the third water channel 211c to be opened; The fourth channel 211d is opened by the opening / closing valve 212 of the switching unit 210 so that the water that has retracted the cylinder rod 320 is discharged while the opening / closing valve 212 of the switching unit 210 reverses. A discharge control valve 250 for reversing the cylinder to close the fourth water passage 211d to block the water supply; The fifth channel 211e is closed by the opening / closing valve 212 of the switching unit 210 so as to block the discharge of the water that has advanced the cylinder rod 320 to the reverse rotation of the switching valve 212 of the switching unit 210. The toilet is provided using a hydraulic pressure and human body load, characterized in that it comprises a discharge control valve 260 for advancing the cylinder to withdraw the water advanced the cylinder rod 320 via the fifth water passage 211e. The toilet seat is provided with a system for supplying water corresponding to urine without power to the automatic flushing device. The method according to claim 4, The switching unit 210, The guide support piece 211 ′ on which the restoring member 120 of the human load sensing unit 100 is seated protrudes, and when the cylinder is moved forward and backward, the water supply control valves 220 and 230 and the large and small variable water supply control valves. After the 240 and the cylinder, the first to fifth channels 211a, 211b, 211c, 211d, and 211e to which the discharge control valves 250 and 260 are mounted, respectively, are formed. And a body 211 having a coupling hole 211f orthogonal to the fifth channels 211a, 211b, 211c, 211d, and 211e, and is provided inside the coupling hole 211f of the body 211. Rib rotatably coupled to be in parallel with the water supply control valve 220, 230 and large and small variable water supply control valve 240 and the discharge control valve 250, 260 when the cylinder is moved forward and backward. (212a) (212b) (212c) (212d) (212d) is provided with an on-off valve 212 is formed at a different angle, the gear of the human body load sensing member (110) while accommodating the end of the on-off valve (212) Gear 213a meshes with 111 to open and close Rotating member 213 for rotating the groove 212 is provided, the water supply control valve 220, 230 and the large and small variable water supply control valve 240 when the cylinder is moved forward and backward and the discharge control valve when the cylinder is moved forward and backward ( The first to third channels 211a, 211b, 211c and the supply hole 214a communicate with each other while preventing the separation of the 250 and 260, and the fourth and fifth channels 211d and 211e and the discharge inlet hole. A supply guide member 214 mounted on one side of the body 211 is provided to communicate 214b, and the first to third water channels 211a, 211b, 211c and the cylinder are located at the other side of the body 211. Water supply and human body characterized in that it comprises a discharge guide member 215 is provided so that the supply hole (215a) is in communication, the fourth and fifth channels (211d) (211e) and the discharge water discharge hole (215b) is in communication with each other. Toilet seat with a system for supplying water to toilets automatically by using a load. The method of claim 4, wherein the water supply control valves 220 and 230 at the front and rear of the cylinder, the large-variable water supply control valve 240, and the water discharge control valves 250 and 260 at the back and forward of the cylinder, Rollers 221, 231, 241, and 251 in contact with the ribs 212a, 212b, 212c, 212d and 212e to rotate in accordance with the opening and closing valve 212 of the water channel control unit 200 ( 261 is formed, the rotation guide member 222, 232, 242 (252) for supporting the opening and closing valve 212 while guiding the rotation of the rollers (221, 231, 241, 251, 261). ) 262 is formed, the first to the fifth channel (211a) (211b) (211c) of the channel control unit 200 is in close contact with the rotation guide member (222, 232, 242, 252, 262) Channel opening and closing members 223, 233, 243, 253, and 263 are formed to open and close the channels 211d and 211e, and the channel opening and closing members 223, 233, 243, 253, and 263 are formed. A spring 225 restoring the channel opening and closing members 223, 233, 243, 253 and 263 by pressing the support pieces 224, 234, 244, 254 and 264 in close contact with one side. (235) (245) (255) (265) is provided with a system for supplying water corresponding to a small urine to the automatic flushing device of the toilet using water pressure and human body load, characterized in that it is formed as Toilet seat. The method of claim 1, wherein the small and large water supply unit 300, Large and small-variable water supply control valve 240 while receiving the water from the tap water through the water supply control valve 220 when the cylinder is opened in accordance with the detection of the toilet in the human load detection unit 100 to advance the cylinder rod 320 The small-variable on-off valve 350 for supplying the water passing through the automatic water lowering device is mounted, and supplies a portion of the water discharged to the discharge control valve 250 to the time control valve 340 when the cylinder retracts. Cylinder 310; It is coupled to the inside of the cylinder 310 advances to the water pressure of the water supplied through the water supply control valve 220 when the cylinder is moved forward, and reverses to the water pressure of the water supplied through the water supply control valve 230 when the cylinder is reversed, large and small variable on-off valve A cylinder rod 320 for pressurizing the 350 to supply water to the automatic flushing device; The cylinder rod 320 opens and closes the time control valve 340 which operates as a part of the water discharged to the discharge control valve 250 when the cylinder is retracted while the cylinder reverses to the water pressure supplied to the water supply control valve 230 when the cylinder moves backward. Shut down time control valve opening and closing portion 330 to; The pause-draining time adjustment is performed so that automatic water flushing is performed in consideration of a time for restraining water received by the water discharged to the discharge-water control valve 250 when the cylinder is retracted through the interior opened by the time-control valve opening / closing part 330. A valve 340; The large and small variable which is lifted by the cylinder rod 320 which receives water from the tap water through the water supply control valve 230 and moves backward when the cylinder is opened in the human load detection unit 100 according to the undetected toilet. The toilet is equipped with a small-variable on-off valve 350 for supplying water to the automatic water lowering device via the water supply control valve 240. The toilet seat is provided with a system for supplying water corresponding to the non-power supply. The method of claim 7, wherein the cylinder rod 320, A urine opening / closing protrusion 322 is formed at the front end of the rod body 321 coupled to the cylinder 310 to pressurize the large-variable open / close valve 350 and is located inside the urine opening / closing protrusion 322. The slide member 324 is coupled to the front end of the 321 to slide the stool opening and closing protrusion 323 to pressurize the small-variable valve valve 323 is formed, characterized in that the automatic pressure of the toilet using the water pressure and human body load The toilet seat is provided with a system for supplying water corresponding to the urine with no power. The method of claim 7, wherein the resting time control valve opening and closing portion 330, A rotating roller 331 is rotatably mounted at the tip of the rod body 321 of the cylinder rod 320, and is rotated by a rotating roller 331 moving forward in the same manner as the cylinder rod 320. Responding to the urine in the automatic flushing device of the toilet by using the water pressure and human load, characterized in that the opening and closing operation member 333 is formed by pressing the time control valve 340 to rotate while rotating around the 332 is formed. Toilet seat with system for supplying water without electricity. The method according to claim 9, the opening and closing operation member 333, An opening / closing operation body 333a through which a slide space 333b for receiving the rotation center shaft 332 mounted on one side of the cylinder 310 is formed is formed, and a rotating roller (1) on one side of the opening / closing operation body 333a. The movement space 333c concaved to be caught by the movement guide jaw 333c 'is formed while the surface contact 331 moves, and the opening / closing operation body 333a rises around the rotation center axis 332. The rest of the time control valve 340, the pressure member 342 is positioned so that the locking jaw (333d) is formed to prevent the opening and closing operation body (333a) is formed, characterized in that the automatic use of the toilet using hydraulic pressure and human load The toilet seat is provided with a system for supplying water corresponding to the urine with no power. The method of claim 7, wherein the resting time control valve 340, The control valve body 341 is provided with a supply hole (341a) and discharge hole (341b) for receiving and passing the water passed through the withdrawal control valve 250 when the cylinder retracted, the control valve body 341 inside It is provided with a pressure member 342 mounted on the protruding into the cylinder 310, the control valve rod 343 mounted to the control valve body 341 to support the pressure member 342 is provided, the adjustment The discharge opening and closing member 344 is provided with a supply guide hole 344 ', which is mounted to the control valve body 341 to receive the valve rod 343, and communicates with the discharge hole 341b therein. Automatic closing of the toilet using water pressure and human body load, characterized in that it is provided with a spring 346 for restoring the discharge opening and closing member 344 by pressing the support piece 345 in close contact with one side of the open closing member 344 Sheath which supplies water corresponding to urine with no power supply The toilet seat having the seat. The method of claim 7, wherein the large-variable on-off valve 350, The opening and closing valve body 351 is provided with a supply hole 351a and a discharge hole 351b for receiving the water passed through the large-variable water supply control valve 240 and discharging it to the automatic water lowering device. 351 is provided therein is provided with a pressure member 352 protruding into the cylinder 310, the on-off valve rod 353 is mounted to the on-off valve body 351 to support the pressure member 352 is provided. And a discharge opening / closing member 354 through which a supply guide hole 354 ′ communicated with the discharge hole 351 b is mounted to the opening / closing valve body 351 to accommodate the opening / closing valve rod 353. By using the hydraulic pressure and the human body load, characterized in that provided with a spring 356 for restoring the discharge opening and closing member 354 by pressing the support piece 355 in close contact with one side of the discharge opening and closing member 354 To supply water to the urine with no power supply The toilet seat is provided with a seat system. The method according to claim 1, Check control valve 400, After the cylinder of the water channel control unit 200, the discharge control hole (411a) (411b) which is in communication with each of the discharge control valves (250) (260) and the time control valve (340) of the large and small water supply (300). 411c is penetrated, and the check control body 410 is provided with a fastening guide hole 412 through the discharge guide hole (411a, 411b, 411c), respectively, the fastening of the check control body 410 It is characterized in that it comprises a discharge amount adjusting member 420 for adjusting the discharge amount by adjusting the opening area of the discharge guide hole (411a) (411b) (411c) according to the height fastened to the guide hole (412) The toilet seat with a system for supplying water to the automatic toilet flushing device of toilet seats with no power by using water pressure and human body load. The method according to claim 1, Automatic flushing of the toilet using water pressure and human body load, characterized in that it comprises a pressure reducing valve (100b) mounted to the front end of the water channel control unit 200 to convert the water supplied from the tap water to a constant water pressure Toilet seat with a system for supplying water to the device corresponding to urine without power. The method according to claim 1, To the automatic flushing device of the toilet using a hydraulic pressure and human body load, characterized in that it further comprises a filter (100a) to filter the foreign substances contained in the water supplied from the tap water at the front end of the water channel control unit 200 Toilet seat with a system that supplies water to toilets with no power.

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