KR20090084162A - Apparatus and control method for toilet seat having non-power chamber pot auto-flush by water pressure and body weight - Google Patents

Abstract

A toilet seat with an automatic battery-less flushing unit using water pressure and human body weight and a control method are provided to save the used amount of the water in the urine and the resources. A toilet seat control method with an automatic battery-less flushing unit using water pressure and human body weight is as follows. The check control valve is controlled according to the toilet bowl kind and water pressure. A human body load sensor and a water path controller are set up in order to work properly(ST1). The cylinder rod within the cylinder operation part moves forward with water pressure by supplying the water supplied to the cylinder operation part(ST2 ~ ST5) when the human body load sensor and water path controller are turned on and operates after setting up. The human body load sensor and water path controller after moving forward determine whether the human body load is off. The cylinder rod moves back and the water is supplied to the automatic flushing unit.(ST6,ST7).

Description

Toilet seat with controlless automatic flushing device of toilet using water pressure and human body load {Apparatus and control method for toilet seat having non-power chamber pot auto-flush by water pressure and body weight}

The present invention relates to the automatic flushing of the toilet, and in particular to allow the automatic flushing of the toilet with no power by using water pressure and human load, to enable power saving by the no-power as well as environmental problems due to the use of batteries The toilet seat and the control method equipped with a non-powered automatic flushing device of the toilet using water pressure and human load, which is suitable for developing and completing more environmental products by controlling the time to discard the toilet in the toilet after the toilet. It is about.

In addition, water is automatically flushed by classifying urine and urine, so water can be saved up to 30 ~ 50% when urine, depending on the type of toilet. The present invention relates to a toilet seat and a method of controlling the same, which are equipped with a non-powered automatic flushing device of a toilet using water pressure and human body load, which are suitable for saving precious resources.

In general, toilets include conventional toilets, urinals, and culture toilets. Aquaculture toilets are all flush, and conventional toilet drains include flush and plunger. In conventional toilets, the non-flush type includes a type that is perforated only by the edge of the toilet and an underside in front and only open in the rear. The flush type is divided into three types according to the cleaning method of the soil: after-water drainage, siphon jet, and before-water drainage.

Aquaculture toilets can be used for both large and small toilets, with a ceramic body, wooden enameled or plastic toilet seats and lids. It is divided into siphon jet type and wash out type according to the method of effluent discharge. One type of aquaculture toilet is a type in which the hot water is automatically washed by the hot water after toileting and warming out.

In order to perform automatic flushing at such toilet drainage, the electric apparatus was conventionally used.

Therefore, flushing is automatically performed at the toilet drainage with automatic flushing device only when connected to a power source or using a battery.

However, the prior art has to be installed and used only in special places because it must operate only with a power source, and there are disadvantages that cannot be popularized due to cost and administrative problems.

In addition, infrared sensor application and electric and electronic products cause errors due to disturbance light, such as errors caused by humidity, and suddenly the battery is not consumed when the battery is not drained, which causes a lot of discomfort to the next user. There was no choice but to.

Accordingly, the present invention has been proposed to solve the conventional problems as described above, the object of the present invention is to perform the automatic flushing of the toilet to the non-power supply using the water pressure and human body load, as well as power saving by no power supply The toilet seat is equipped with a non-powered automatic flushing device using water pressure and human body load to solve environmental problems caused by the use of batteries and to control the time to throw away the toilet paper after toileting. It is to provide a sheet and a control method thereof.

In addition, another object of the present invention is to automatically lower the water by distinguishing between the urine, urine according to the type of toilet can save up to 30-50% of water in urine 21, so the war against water in the 21st century war It is to provide a toilet seat and a control method equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load to protect the environment and save our precious resources.

1 is a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load according to an embodiment of the present invention.

As shown therein, the human body load sensor and the water channel controller 300 for sensing and operating the human body load and controlling and discharging the water supplied from the tap water in accordance with the on / off of the control valve; A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel controller 300 detects the human body load, the cylinder operation unit 500 to operate by the water pressure of the water supplied from the human body load sensor and the water channel controller 300 to automatically supply water to the automatic water lowering device 500 It characterized in that the configuration, including.

2 is a conceptual diagram illustrating an example of the configuration of FIG. 1.

As shown in the figure, the human body load sensor and the channel control unit 300, the human body load switch 310 to operate by sensing the human body load; When the body load switch 310 is turned on (ON) is supplied to the cylinder operation unit 500 by supplying water supplied to the cylinder operation unit 500 through the pipe water to move the cylinder operation unit 500 to operate by water pressure A control valve 320; A water down water supply control valve 340 for supplying water, which is turned off when the body load switch 310 is turned on, to the water down opening / closing valve 520 in the cylinder operation part 500 through a pipe; When the body load switch 310 is turned on, the discharged water control when the cylinder is retracted by supplying water supplied to the discharge check control valve 420 when the cylinder is retracted by the check control valve 400 so that the water is discharged. Valve 360; characterized in that configured to include.

The check control valve 400, when the retract control valve 360 when the cylinder in the body load sensor and the waterway control unit 300 is turned on, the retracted check control valve 420 when the cylinder is retracted by receiving water through the pipe It characterized in that the configuration, including.

The cylinder operation unit 500 receives water through a pipe when the water supply control valve 320 is turned on when the cylinder in the human body load sensor and the water channel controller 300 is turned on, and is advanced by the water pressure of the supplied water. A cylinder rod 510 having a protrusion 511 for flushing operation, which is located at an end portion of a direction to open the flushing opening / closing valve 520; Water that is lifted by the forward operation of the protrusion 511 for the water flushing operation so that the water supplied from the water load water supply control valve 340 in the human body load sensor and the channel control unit 300 is supplied to the automatic water flushing device. A water flushing valve 520 having a flushing valve rod 521; And a spring 540 for reversing the cylinder rod 510 when the human load switch 310 in the human body load sensor and the water channel controller 300 is turned off.

FIG. 3 is a block diagram illustrating an example in which the toilet seat seat of FIG. 1 is used in a building direct toilet. FIG.

As shown in the drawing, water is supplied from the internal pressure chamber (not shown in the drawing) of the piston of the building direct toilet flush valve, and the supplied water is controlled according to ON / OFF of the control valve. A human body load sensor and channel controller 300 for discharging (without flushing) less than the water supplied from the upper piston internal pressure chamber; A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel controller 300 detects the human body load, the internal pressure of the piston in the toilet flush valve of the building-type toilet is operated by the water pressure of the water supplied from the body load sensor and the channel controller 300. It characterized in that it comprises a; cylinder operation unit 500 for automatically lowering the water by draining the seal.

Figure 4 is a flow chart showing a control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body load according to an embodiment of the present invention.

As shown in the figure, a setting step (ST1) to adjust the check control valve 400 according to the water pressure and the amount of toilet bowl type, the setting of the human body load sensor and the water channel control unit 300; After the setting step, when the human body load sensor and the water channel controller 300 are turned on and operated, the water supplied to the cylinder operating part 500 is supplied to advance the cylinder rod 510 in the cylinder operating part 500 by water pressure. Advance steps ST2 to ST5; A water supply step (ST6, ST7) of supplying water to the automatic water lowering device by reversing the cylinder rod 510 when the human load sensor and the water channel controller 300 determine that the human load is in an off state after the advancing step; It characterized in that to perform including.

The setting step is characterized in that for adjusting the discharge check valve 420 when the cylinder retracts the check control valve 400 according to the hydraulic pressure and the amount of toilet bowl.

The setting step, when the human body load sensor and the water channel control unit 300 is set, the human body load switch 310 is off, when the cylinder advances the water supply control valve 320 is off, the water supply water supply control valve 340 is on , When the cylinder is retracted, the discharge control valve 360 is set to ON.

The advancing step may be operated when the human body load switch 310 in the human body load sensor and the channel controller 300 is turned on.

The advancing step, when the human body load sensor and the water channel control unit 300 is operated, the human body load switch 310 is on, when the cylinder advances the water supply control valve 320 is turned off, the water supply water supply control valve 340 is Off, when the cylinder retracts the discharge control valve 360 is characterized in that to be changed to off.

The advance step, the water supplied by the on-state of the water supply control valve 320 when the cylinder in the body load sensor and the waterway control unit 300 is the pipe to the cylinder rod 510 in the cylinder operation unit 500. It characterized in that the cylinder rod 510 is advanced in the water pressure of the delivered water to be transmitted through.

In the advancing step, when the cylinder rod 510 moves forward, the opening / closing protrusion 511 for the water flushing operation of the cylinder rod 510 opens the water flushing valve rod 521 of the water flushing valve 520. Pushing up and down to turn on and off the water flushing valve 520, but the water supply control valve 340 is off, characterized in that to prevent water supply when the human load switch 310 is on.

The water supply step is characterized in that when the human load switch 310 in the body load sensor and the waterway control unit 300 is turned off.

In the water supply step, the water lowering water supply control valve 340 in the human body load sensor and the water channel control unit 300 is turned on to the automatic water lowering device through the water lowering opening / closing valve 520 in the cylinder operation unit 500. It is characterized by watering the water.

The water supply step is characterized in that the cylinder rod 510 is reversed by the spring 540 when water is supplied to the automatic flushing device.

Figure 5 is a block diagram showing a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load according to another embodiment of the present invention.

As shown in the figure, the filter 100 for filtering foreign matters of the water supplied from the water supply through the pipe; A pressure reducing valve 200 which receives water through a pipe from the filter 100 and converts the water into a constant water pressure; Body load sensor and channel control unit 300 to detect and operate the human body load, the water supplied from the pressure reducing valve 200 through the water pipe to control the discharge according to the on / off (ON / OFF) of the control valve )Wow; A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel controller 300 detects the human body load, the cylinder operation unit 500 to operate by the water pressure of the water supplied from the human body load sensor and the water channel controller 300 to automatically supply water to the automatic water lowering device 500 It characterized in that the configuration, including.

The toilet seat seat is provided with a non-powered automatic flushing device of the toilet using the water pressure and the human body load, so that the water volume control when the water is lowered by the manual lever 630 by the check control valve 400 is set, the manual When the lever 630 is rotated, the manual lever unit 600 to supply water to the automatic flushing device to perform the flushing;

7 is a detailed conceptual view of the human body load sensor and the channel control unit in FIGS. 5 and 6.

As shown in the figure, the human body load sensor and the channel control unit 300, the human body load switch 310 to operate by sensing the human body load; When the body load switch 310 is turned on (ON) when the cylinder forward to supply water supplied to the cylinder operation unit 500 through the pipe to the cylinder operation unit 500 to move forward by the water pressure A water supply control valve 320; When the body load switch 310 is turned on (ON) when the cylinder is retracted by supplying the water supplied to the cylinder operation unit 500 through the pipe to the reverse operation by the hydraulic operation unit 500 by water pressure A water supply control valve 330; A small-variable water supply control valve 341 for supplying off-water supply when the human body load switch 310 is turned on through a pipe to the large-variable open / close valve 522 in the cylinder operation unit 500; When the human load switch 310 is turned on, the water supplied to the cylinder rod in the cylinder operation part 500 is supplied through the pipe to the discharge check control valve 420 when the cylinder of the check control valve 400 is retracted. A discharge control valve 350 for advancing the cylinder so that water is discharged when advancing 510; When the human load switch 310 is turned on, the off-loaded water is supplied through the pipe to the discharge check control valve 420 when the cylinder is retracted by the check control valve 400 and the cylinder rod in the cylinder operation part 500. It is characterized in that it comprises a; 510, the retraction control valve 360 when the cylinder is retracted so that the water is retracted.

8 is a detailed conceptual view of the check control valve in FIGS. 5 and 6.

As shown in the drawing, the check control valve 400, when the cylinder in the human body load sensor and the waterway control unit 300 when the discharge control valve 350 is turned on when the cylinder is advanced to receive water through the pipe to discharge A discharge check control valve 410; A cylinder retraction check valve 420 for retracting by receiving water through a pipe when the retract control valve 360 when the cylinder retracts in the human body load sensor and the channel controller 300 is turned on; A pause time check control valve 430 connected to the pause time control valve 530 in the cylinder operation part 500 to adjust the time of the stop time; And a manual lever quantity check control valve 440 connected to the manual lever unit 600 to adjust the quantity of water by the manual lever unit 600.

9 is a detailed conceptual view of the cylinder operating unit in FIGS. 5 and 6.

As shown in the drawing, the cylinder operation unit 500 receives water through a pipe when the water supply control valve 320 is turned on when the cylinder load in the body load sensor and the channel controller 300 is turned on, and the water pressure of the received water is supplied. And a protrusion 512 for urine volume operation for opening the large-variable open / close valve 522 located at the distal end portion of the forward direction and moving forward than the protrusion 512 for urine volume operation. A cylinder having a projection 513 for a large-variable operation for opening the large-variable on-off valve 522 and having a pause-release time adjusting protrusion 514 for opening the idle time adjusting valve 530. A rod 510; Large and small variable on-off valve rod which is lifted by the forward operation of the cylinder rod 510 so that the water supplied from the large and small variable water supply opening and closing valve 341 in the human body load sensor and the channel control unit 300 is supplied to the automatic water lowering device. A large-variable open / close valve 522 having a 523; The amount of water passed by the adjustment of the idle time check control valve 440 in the check control valve 400 is provided with the idle time control rod 531 lifted by the forward operation of the cylinder rod 510. This adjustment is made, in consideration of the idle time, the automatic flushing time control valve 530 to perform the automatic flushing; characterized in that configured to include.

The cylinder operation unit 500 may further include a spring 540 for reversing the cylinder rod 510 when the body load switch 310 in the body load sensor and the water channel controller 300 is turned off. It is done.

The cylinder operation unit 500, the projection 512 for the urine volume operation to be fixed to the cylinder rod 510, the projection 513 for the large-variable operation to slide in the cylinder rod 510. Characterized in that configured.

10 is a detailed conceptual view of the manual lever unit in FIGS. 5 and 6.

As shown in the drawing, the manual lever part 600 may include a rubber packing that blocks a portion containing water supplied through a pipe in the manual lever part 600 and a portion where the manual lever cylinder rod 620 is located ( 610; A manual lever cylinder rod 620 connected to the rubber packing 610 and opening the rubber packing 610 when the manual lever 630 is operated so that the water supplied is supplied to the automatic water lowering device; Manual lever 630 to operate the cylinder rod 620 by the rotation operation of the manual lever cam (631) during rotation to open the rubber packing 610 so that the water supplied is supplied to the automatic water lowering device. )Wow; And a manual lever spring 640 connected to the cylinder rod 620 to allow the rubber packing 610 to close after water supply to the automatic flushing device.

FIG. 11 is a block diagram illustrating an example in which the toilet seat seat of FIG. 5 is used in a building direct toilet. FIG.

As shown therein, the filter 100 receives water from the pressure chamber inside the piston above the building direct toilet flush valve and filters foreign substances from the water supplied thereto; A pressure reducing valve 200 which receives water through a pipe from the filter 100 and converts the water into a constant water pressure; It operates by detecting the human body load, and receives water supplied from the pressure reducing valve 200 through a water pipe and controls it according to the ON / OFF of the control valve to supply water from the internal pressure chamber of the upper piston. A human body load sensor and a channel controller 300 for discharging a small amount (without flushing); A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel controller 300 detects the human body load, the body pressure sensor and the water channel controller 300 operate by the water pressure of the water supplied to the internal pressure chamber in the piston of the toilet flush valve of the toilet directly in the building pressure chamber It is characterized in that configured, including; a cylinder operation unit 500 for automatically draining the water by draining.

12 is a flowchart illustrating a control method of a toilet seat equipped with a non-powered automatic flushing device of a toilet using water pressure and a human body load according to another embodiment of the present invention.

As shown in the figure, the setting step (ST11) for adjusting the check control valve 400 according to the hydraulic pressure and the amount of toilet bowl type, and the setting of the human body load sensor and the water channel control unit 300; A filter step (ST12) for filtering foreign matters from the water supplied through the pipe supplied from the tap water after the setting step; A depressurization step (ST13) for converting the water supplied after the filter step into a constant water pressure; After the depressurization step, when the human load sensor and the water channel controller 300 are turned on and operated, the water supplied to the cylinder operating part 500 is supplied to move the cylinder rod 510 in the cylinder operating part 500 by water pressure. A advance step (ST14 to ST16) for performing urine separation and toilet time separation; When the human load sensor and the water channel control unit 300 determines that the human load is in the off state after the advancing step, water is supplied to the automatic flushing device according to the divided urine and resting time while reversing the cylinder rod 510. Characterized in that it comprises a; water supply step (ST17, ST18) to.

In the setting step, the check control valve 400, the discharge check control valve 410 when the cylinder advances, the discharge check control valve 420 when the cylinder is retracted according to the hydraulic pressure and the toilet type drainage check valve ( 430, the manual lever volume check control valve 440, characterized in that for adjusting the one or more valves.

In the setting step, when the human body load sensor and the water channel control unit 300 are set, the human body load switch 310 is turned off, and when the cylinder is advanced, the water supply control valve 320 is turned off and the cylinder water supply control valve 330 is turned on. On, large and small-variable water supply control valve 341 is on, the discharge control valve 350 when the cylinder advances off, the discharge control valve 360 is characterized in that the cylinder is set to on.

The advancing step may be operated when the human body load switch 310 in the human body load sensor and the channel controller 300 is turned on.

The advancing step, when the human body load sensor and the water channel control unit 300 is operated, the human body load switch 310 is on, the cylinder when the water supply control valve 320 is on, the water supply control valve 330 when the cylinder is retracted Off, the large-variable water supply control valve 341 is off, the discharge control valve 350 when the cylinder is forward, the discharge control valve 360 is characterized in that the cylinder is changed to the off.

The advancing step includes water supplied by the on state of the water supply control valve 320 when the cylinder is forwarded in the human body load sensor and the channel controller 300 to the front of the cylinder rod 510 in the cylinder operation part 500. It is characterized by advancing the cylinder rod 510 to the water pressure of the delivered water to be delivered through the pipe.

The advancing step, when the cylinder rod 510 is advanced, the urine volume or the large variable by the protrusion 512 for the urine volume operation of the cylinder rod 510 and the protrusion 513 for the large variable operation is distinguished. And to stop the waste time by the time adjustment projection 514, characterized in that to distinguish the waste time.

The toilet in the advance step is characterized in that, by the control of the discharge check valve 410 when the cylinder advances in the check control valve (400).

The urine classification in the advance step, the human load switch and the human body load switch 310 in the channel control unit 300 after the on 5 seconds ~ 20 seconds or more and 50 seconds ~ 180 seconds or less judging according to the urine Automatic flushing is performed, 50 seconds ~ 180 seconds or more is characterized in that the automatic flushing according to the stool is determined by the stool.

The water supply step is characterized in that when the human load switch 310 in the body load sensor and the waterway control unit 300 is turned off.

In the water supply step, the small-variable water supply control valve 341 in the human body load sensor and the water channel control unit 300 is turned on to the automatic water lowering device through the large-variable open / close valve 522 in the cylinder operation unit 500. It is characterized by watering the water.

The water supply step is characterized in that the cylinder rod 510 is reversed by the spring 540 when water is supplied to the automatic flushing device.

Accordingly, the present invention has been proposed to solve the conventional problems as described above, the object of the present invention is to perform the automatic flushing of the toilet to the non-power supply using the water pressure and human body load, as well as power saving by no power supply It is effective in providing a cleaner environment by solving environmental problems caused by the use of batteries and controlling the time to dispose of toilet paper in the toilet after toileting.

In addition, according to the present invention, since water is automatically flushed by distinguishing between urine and urine, water can be saved up to 30 to 50% at the time of urine according to the type of toilet. It has the effect of protecting and saving our precious resources.

Referring to the preferred embodiment of the toilet seat and the control method equipped with a non-powered automatic flushing device of the toilet using the water pressure and the human load according to the present invention configured as described above in detail as follows. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted if it is determined that the detailed description of the present invention may unnecessarily obscure the subject matter of the present invention. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intention or precedent of a user or an operator, and thus, the meaning of each term should be interpreted based on the contents throughout the present specification. will be.

First, the present invention is intended to perform automatic flushing of the toilet with no power using water pressure and human load. Referring to the operation of the present invention in detail according to an embodiment as follows.

<First Embodiment>

1 is a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load according to an embodiment of the present invention.

Thus, the human body load sensor and the water channel control unit 300 detect and operate the human body load, and discharge the water supplied through the pipe according to the on / off of the control valve.

The check control valve 400 adjusts the control valve of the human body load sensor and the water channel controller 300 according to the water pressure and the amount of the toilet bowl.

When the cylinder operation unit 500 detects the human body load by the human body load sensor and the channel controller 300, the cylinder operation unit 500 operates by the hydraulic pressure of the water supplied from the human body sensor and the channel controller 300 to automatically supply water to the automatic lowering device. .

2 is a conceptual diagram illustrating an example of the configuration of FIG. 1.

Thus, the human body load sensor and the water channel control unit 300 are integrally provided with a human body load switch 310, a cylinder water supply control valve 320, a water descending water control valve 340, and a cylinder discharge water control valve 360. It can be configured as. Accordingly, the on / off operation of the human body load switch 310, the water supply control valve 320 when the cylinder is advanced, the water supply control valve 340, and the discharge control valve 360 when the cylinder is retracted according to a preset on or off value Will work together.

At this time, the human body load switch 310 operates by sensing a human body load to determine whether a person or the like is seated on the toilet.

When the cylinder is advanced, the water supply control valve 320 is turned on when the human load switch 310 is turned on to supply the water supplied to the cylinder operating part 500 through a pipe to supply the cylinder operating part 500 by hydraulic pressure. To work.

The water lowering water supply control valve 340 is turned off when the human load switch 310 is turned on and supplies the water supplied to the water flushing valve 520 in the cylinder operation part 500 through a pipe.

The discharge control valve 360 when the cylinder is retracted is turned off when the human load switch 310 is turned on, and the water supplied is supplied through the pipe to the discharge check control valve 420 when the cylinder is retracted by the check control valve 400. Allow drainage.

In addition, the check control valve 400 is a body load sensor and when the discharge control valve 360 when the cylinder in the waterway control unit 300 is turned on, when the cylinder is retracted when the retracted check control valve 420 to supply water through the pipe It can be provided and comprised.

In addition, the cylinder operation unit 500 may include a cylinder rod 510, a flushing valve 520, and a spring 530.

The cylinder rod 510 receives water through a pipe when the water supply control valve 320 is turned on when the cylinder in the human body load sensor and the waterway controller 300 is turned on, and is advanced by the water pressure of the supplied water, and the end of the cylinder is moved forward. Located in the portion can be configured to include an on-off valve 511 for the flushing operation to open the water flushing valve 520. The opening / closing valve 511 for flushing operation may be configured to be positioned at the end of the cylinder rod 510 to be fixed to the cylinder log 510.

The flushing opening / closing valve 520 is lifted by the forward operation of the opening / closing valve 511 for the flushing operation so that the water supplied from the body load sensor and the flushing water supply control valve 340 in the channel control unit 300 is automatically watered. A water flushing opening / closing valve rod 521 for supplying water to the lowering device is provided.

The spring 540 reverses the cylinder rod 510 when the body load switch 310 in the body load sensor and the channel controller 300 is turned off.

FIG. 3 is a block diagram illustrating an example in which the toilet seat seat of FIG. 1 is used in a building direct toilet. FIG.

The operation of FIG. 3 is the same as that of FIGS. 1 and 2. However, the human body load sensor and the water channel controller 300 receive water from the pressure chamber inside the piston of the building direct toilet flush valve, and control the supplied water according to ON / OFF of the control valve to wash the toilet. Drain the water without lowering the water supplied from the pressure chamber inside the upper piston of the valve. In addition, the cylinder operation unit 500 operates by the water pressure of the water supplied from the human body load sensor and the water channel control unit 300 to drain water from the internal pressure chamber of the toilet flush valve of the toilet directly in the toilet, and automatically lowers water. There is only a difference.

Figure 4 is a flow chart showing a toilet seat and a control method provided with a non-powered automatic flushing device of the toilet using water pressure and human body load according to an embodiment of the present invention.

First, the check control valve 400 is adjusted according to the water pressure and the amount of toilet bowl, and the setting of the human body load sensor and the water channel controller 300 is performed (ST1).

At this time, to adjust the discharge check valve 420 when the cylinder of the check control valve 400 in accordance with the hydraulic pressure and the amount of toilet bowl drainage.

In addition, when the human body load sensor and the water channel controller 300 are set, that is, the human body is normally separated from the automatic power down device, the human body load switch 310 is turned off and the water supply control valve 320 when the cylinder is advanced. Off, flushing water supply control valve 340 is turned on, the discharge control valve 360 is set to on when the cylinder retracted. The status of each setting is summarized as follows.

Normal (when out of human body) When using (Human load) Human Load Switch (310) OFF ON Water supply control valve (320) when cylinder moves forward OFF ON Lowering water supply control valve (340) ON OFF Inlet Control Valve (360) ON OFF Flushing valve (520) OFF ON

Therefore, when a human body load is applied to the non-powered automatic flushing device using a non-powered automatic flushing device, the human body load sensor and the water channel controller 300 are turned on to operate. That is, when the human load switch 310 in the human body load sensor and the waterway control unit 300 is turned on, the human body load sensor 310 operates accordingly, and it is determined that the person sits in the non-powered automatic flushing device to see the toilet (ST2).

At this time, when the human body load sensor and the water channel control unit 300 is operated, the human body load switch 310 is turned on, and when the cylinder is advanced, the water supply control valve 320 is turned off as shown in Table 1, and the water lowered water supply control valve 340 is turned off. , When the cylinder is retracted, the discharge control valve 360 is changed to OFF (ST3).

Then, the water supplied by the on state of the water supply control valve 320 when the cylinder is forwarded in the human body load sensor and the channel control unit 300 is transferred to the cylinder rod 510 in the cylinder operation unit 500 through the pipe. The cylinder rod 510 is advanced by the water pressure (ST4).

When the cylinder rod 510 moves forward, the protrusion 511 for flushing the cylinder rod 510 pushes the water flushing valve rod 521 of the water flushing valve 520 into the water flushing valve ( 520 is turned on (ST5).

At this time, when the cylinder rod 510 advances, although the protrusion 511 for flushing operation opens the flushing opening / closing valve 52, the water-loading water supply control valve 340 in the human body load sensor and the channel controller 300. ) Is blocked in the off state and will not flush.

Then, when the toilet stands out from the automatic power dispensing device when the toilet is finished, the human load switch 310 in the human body load sensor and the waterway control unit 300 is turned off (ST6).

Then, the water lowering water supply control valve 340 in the human body load sensor and the water channel control unit 300 is turned on to supply water to the automatic water lowering device through the water lowering opening / closing valve 520 in the cylinder operation unit 500. When water is supplied to the automatic flushing device in this way, the cylinder rod 510 is reversed by the spring 540 (ST7).

Second Embodiment

Figure 5 is a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using the water pressure and human body load according to another embodiment of the present invention, Figure 6 is a conceptual diagram showing an example of the configuration of FIG.

First, the filter 100 filters foreign substances of water supplied through the main water supply pipe. Therefore, the water supply hose from the existing water pipe is connected to the water supply to the filter 100 assembled in the toilet type drainage to receive the main water supply. And the filter 100 is applied by the consumer can easily pull out the filter net (not shown in the figure) in the case (not shown in the figure) of the filter 100 by hand to shake off the foreign matter, etc. can do.

In addition, the pressure reducing valve 200 receives the water supplied from the filter 100 through a pipe and converts it into a constant water pressure and supplies it to the human body load sensor and the water channel controller 300. The pressure reducing valve 200 is a valve for converting a predetermined water pressure is set in advance when the water pressure is received into the toilet. For example, if the received water pressure is 10kg / f, it can be converted to 1.5kg / f when coming out through the pressure reducing valve 200. If the pressure reducing valve 200 is not used, the received water pressure is not constant in each building or home, and thus there is an inconvenience in that the check valve must be opened in accordance with the water pressure entering each building or home. Thus, if the pressure reducing valve 200 is used, such troublesome and wrong setting can reduce the problem that the toilet can be clogged if the amount of water is lowered and the water is lowered or lowered.

The human body load sensor and the water channel controller 300 detect and operate a human body load, and receive water supplied from the pressure reducing valve 200 through a pipe to control and discharge the water according to the on / off of the control valve. .

The check control valve 400 adjusts the control valve of the human body load sensor and the water channel controller 300 according to the water pressure and the amount of the toilet bowl.

When the cylinder operation unit 500 detects the human body load by the human body load sensor and the channel controller 300, the cylinder operation unit 500 operates by the hydraulic pressure of the water supplied from the human body sensor and the channel controller 300 to automatically supply water to the automatic lowering device. .

The manual lever unit 600 is set by the check control valve 400 to control the amount of water at the time of flushing by the manual lever 630, and when the manual lever 630 is turned, the water is supplied by the automatic water flushing device To be done.

7 is a detailed conceptual view of the human body load sensor and the channel control unit in FIGS. 5 and 6.

Thus, the human body load sensor and the water channel controller 300 include the human body load switch 310, the cylinder feed water control valve 320, the cylinder feed water control valve 330, the large and small variable feed water control valve 341, and the cylinder advance. The discharge control valve 350, the discharge control valve 360 when the cylinder can be configured. Each of these switches and valves 310 to 360 may be configured in one piece. Therefore, the human body load switch 310, the cylinder water supply control valve 320, the cylinder retracted water supply control valve 330, the large and small variable water supply control valve 341, the cylinder forward discharge control valve 350, cylinder retracted The on / off operation of the discharge control valve 360 is operated together according to a preset on or off value.

The human body load switch 310 operates by sensing a human body load.

When the cylinder is advanced, the water supply control valve 320 is turned on when the human load switch 310 is turned on to supply the water supplied to the cylinder operating part 500 through a pipe to supply the cylinder operating part 500 by hydraulic pressure. Allow forward movement.

When the cylinder is retracted, the water supply control valve 330 is turned off when the human load switch 310 is turned on to supply the water supplied to the cylinder operating part 500 through a pipe to supply the cylinder operating part 500 with water pressure. Let it reverse.

Large and small variable water supply control valve 341 is off when the human load switch 310 is turned on to block the water supply.

The discharge control valve 350 at the time of cylinder advance is supplied when the human load switch 310 is turned on to supply water supplied through the pipe to the discharge check control valve 420 when the cylinder of the check control valve 400 is retracted. Water is withdrawn when the cylinder rod 510 in the part 500 advances.

When the cylinder is retracted, the discharge control valve 360 is turned off when the human load switch 310 is turned on to block the water supplied.

8 is a detailed conceptual view of the check control valve in FIGS. 5 and 6.

Thus, the check control valve 400 is the discharge check control valve 410 when the cylinder is moved forward, the discharge check control valve 420 when the cylinder is retracted, the idle time check control valve 430, the manual lever quantity check control valve 440 Can be configured.

The discharge check control valve 410 when the cylinder is advanced, when the discharge control valve 350 is turned on when the cylinder in the body load sensor and the waterway control unit 300 is turned on, the water is supplied through the pipe and discharged, and the control degree of the valve Therefore, it is possible to determine whether the feces or urine according to the time the cylinder rod advances.

The discharge check control valve 420 when the cylinder is retracted is discharged by receiving water through a pipe when the discharge control valve 360 is turned on when the cylinder is retracted in the human body load sensor and the channel controller 300. It is possible to control the amount of water discharged by the water pressure or the toilet type drainage condition.

The idle time check control valve 430 is connected to the idle time control valve 530 in the cylinder operation part 500 to adjust the idle time.

The manual lever amount check control valve 440 is connected to the manual lever part 600 to adjust the amount of water by the manual lever part 600.

9 is a detailed conceptual view of the cylinder operating unit in FIGS. 5 and 6.

Thus, the cylinder operation unit 500 may be configured as a cylinder rod 510, a large-variable open / close valve 522, a resting time control valve 530, a spring 540.

The cylinder rod 510 is supplied with water through a pipe when the water supply control valve 320 is turned on when the cylinder load in the body load sensor and the channel controller 300 is turned on, and is advanced by the water pressure of the supplied water.

In addition, the projection 512 for urine volume operation in the cylinder rod 510 is located at the distal end portion in the forward direction, and pushes the large-variable open / close valve rod 523 when the cylinder rod 510 is moved forward. 522).

In addition, the projection 513 for the large-variable operation in the cylinder rod 510 is located in the rear portion of the forward direction than the projection 512 for the urine volume operation, and the large and small variable on-off valve rod when the cylinder rod 510 is moved forward and backward Push 523 to open the large-variable open / close valve 522.

At this time, the protrusion 512 for urine volume operation is to be fixed to the cylinder rod 510, and the protrusion 513 for the large variable operation is to be slide in the cylinder rod 510.

In addition, the idle time adjusting projection 514 at the cylinder rod 510 pushes the idle time adjusting rod 531 at the time of advancing the cylinder rod 510 to open the idle time adjusting valve 530.

The large-variable open / close valve 522 includes a large-variable open / close valve rod 523. The large-variable open / close valve rod 523 is lifted by the reverse operation of the cylinder rod 510 so that the water supplied from the large-scale variable water supply control valve 341 in the human body load sensor and the channel control unit 300 feeds the automatic water lowering device. Be sure to

The idle time control valve 530 has a idle time control rod 531 lifted by the forward operation of the cylinder rod 510, and the idle time check control valve 440 in the check control valve 400. The amount of water passed by the control of is adjusted, so that the automatic flushing is performed in consideration of the waste time.

The spring 540 reverses the cylinder rod 510 when the body load switch 310 in the body load sensor and the channel controller 300 is turned off.

10 is a detailed conceptual view of the manual lever unit in FIGS. 5 and 6.

Thus, the manual lever unit 600 may be composed of a rubber packing 610, the manual lever cylinder rod 620, the manual lever 630, the manual lever spring 640.

The rubber packing 610 blocks a portion containing water to be supplied through the pipe in the manual lever part 600 and a portion where the manual lever cylinder rod 620 is located.

The manual lever cylinder rod 620 is connected to the rubber packing 610, open the rubber packing 610 during the operation of the manual lever 630 so that the water supplied is supplied to the automatic water lowering device.

The manual lever 630 operates the cylinder rod 620 by the rotation operation of the manual lever cam 631 during rotation to open the rubber packing 610 so that the water supplied can be supplied to the automatic water lowering device. .

The manual lever spring 640 is connected to the cylinder rod 620 so that the rubber packing 610 is closed after water supply to the automatic flushing device.

Thus, when the manual lever unit 600 operates after viewing the toilet, turning the manual lever 630 causes the manual lever 630 to advance the manual lever cylinder rod 620 in a cam manner. Then, the valve that is blocked by the rubber packing 610 is opened to the water supplied to the manual lever part 600 passes through the portion blocked by the rubber packing 610 to the pipe connected to the automatic water lowering device.

And a predetermined amount of water supplied to the manual lever unit 600 is supplied to the automatic water lowering device through the pipe, the remaining amount is introduced into the manual lever direction of the manual lever cylinder rod 620. Thus, the cylinder rod 620 is restored to its original position by the water introduced into the rear of the manual lever cylinder rod 620 and the manual lever spring 640 to stop the flushing operation.

In this case, the opening time of the rubber packing 610 may be controlled by the manual lever amount check control valve 440 of the check control valve 400. That is, by adjusting the amount of water exiting the manual lever volume check control valve 440, it is possible to extend or reduce the time for the manual lever cylinder rod 620 to be restored to its original position by the manual lever spring 640. You can flush the feces or urine to your liking.

FIG. 11 is a block diagram illustrating an example in which the toilet seat seat of FIG. 5 is used in a building direct toilet. FIG.

This operation of FIG. 11 is the same as the operation of FIGS. 5 to 10. However, the filter 100 receives water from the pressure chamber inside the piston of the building direct toilet flush valve and filters foreign matters from the water supplied thereto, and the cylinder operation part 500 includes the body load sensor and the water channel control unit 300. There is a difference in the fact that it operates by the water pressure of the supplied water to drain the water inside the toilet flush valve piston of the building direct toilet.

12 is a flowchart illustrating a control method of a toilet seat equipped with a non-powered automatic flushing device of a toilet using water pressure and a human body load according to another embodiment of the present invention.

First, the check control valve 400 is adjusted according to the water pressure and the amount of toilet bowl type, and the setting of the human body load sensor and the water channel controller 300 is performed (ST11).

At this time, the discharge control valve 410 when the cylinder advances, the discharge check control valve 420 when the cylinder is retracted, the idle time check control valve 430, manual lever One or more valves of the quantity check control valve 440 are adjusted. By the adjustment of each of the valves (410 ~ 440) it is possible to adjust the time in each state according to the conditions such as water pressure or toilet.

When the human body load sensor and the water channel controller 300 are set, that is, when the human body is separated from the automatic power down device, the human body load switch 310 is turned off and the cylinder feed water control valve 320 is moved forward. Off, cylinder retract water supply control valve 330 is on, large and small variable water supply control valve 341 is on, cylinder retracted discharge control valve 350 is off, cylinder retracted discharge control valve 360 is set to on do. The status of each setting is summarized as follows.

Normal (when out of human body) When using (Human load) Human Load Switch (310) OFF ON Water supply control valve (320) when cylinder moves forward OFF ON Water supply control valve (330) when cylinder is retracted ON OFF Large and small variable water supply control valve (341) ON OFF Withdrawal control valve (350) when cylinder moves forward OFF ON Inlet Control Valve (360) ON OFF Large and small variable shutoff valve (522) OFF ON Pause time control valve (530) OFF ON

And filter the foreign material using the filter 100 to the water supplied through the main water supply pipe. Therefore, the water supply hose from the existing water pipe is connected to the water supply to the filter 100 assembled in the toilet type drainage to receive the main water supply. And the filter 100 is applied by the consumer can easily pull out the filter net (not shown in the figure) in the case (not shown in the figure) of the filter 100 by hand to shake off the foreign matter, etc. It can be done (ST12).

In addition, the supplied water is converted into a constant water pressure using the pressure reducing valve 200. The pressure reducing valve 200 is a valve for converting a predetermined water pressure is set in advance when the water pressure is received into the toilet. For example, if the received water pressure is 10kg / f, it can be converted to 1.5kg / f when coming out through the pressure reducing valve 200. If the pressure reducing valve 200 is not used, the received water pressure is not constant in each building or home, and thus there is an inconvenience in that the check valve must be opened in accordance with the water pressure entering each building or home. Thus, when the pressure reducing valve 200 is used, when the troublesome and wrong setting is made, the amount of water lowered and the water can be lowered to reduce the problem that the toilet can be blocked (ST13).

Therefore, when a human body load is applied to the non-powered automatic flushing device using a non-powered automatic flushing device, the human body load sensor and the water channel controller 300 are turned on to operate. That is, when the human load switch 310 in the human body load sensor and the waterway controller 300 is turned on, the human body load sensor 310 operates accordingly, and it is determined that the person sits in the automatic power dispensing device and stool or urinates (ST14). .

At this time, when the human body load sensor and the water channel control unit 300 is operated, as shown in Table 2, the human body load switch 310 is on, the cylinder feed water control valve 320 when the cylinder is on, the water supply control valve 330 when the cylinder is retracted Off, large and small-variable water supply control valve 341 is off, the discharge control valve 350 when the cylinder advances on, the discharge control valve 360 when the cylinder is reversed to be changed to off.

In addition, the water supplied by the ON state of the water load control valve 320 when the cylinder in the body load sensor and the water channel control unit 300 is delivered to the front of the cylinder rod 510 in the cylinder operation unit 500 through the pipe. The cylinder rod 510 is advanced by the water pressure of the delivered water (ST15).

In addition, when the cylinder rod 510 is advanced, it is determined whether the urine volume or the large variable by the protrusion 512 for urine volume operation of the cylinder rod 510 and the protrusion 513 for the large variable operation according to the degree of advancement. In order to distinguish, and to break down the idle time by the idle time adjusting projection 514 (ST16).

At this time, the toilet is divided by the control of the discharge check valve 410 when the cylinder advances in the check control valve (400). In addition, in the advance step, the urine is divided into 5 seconds to 20 seconds or more after the human load switch 310 in the body load sensor and channel control unit 300 and 50 seconds to 180 seconds or less judging by automatic water according to the urine The lowering is performed, 50 seconds ~ 180 seconds or more is determined to be feces so that the automatic flushing according to the stool. That is, if the time interval is between 5 seconds and 180 seconds maximum or the time interval is between 20 and 50 seconds, it is judged as urine to perform automatic flushing according to the urine, and the minimum time is over 50 seconds or maximum 180 seconds. If it is over, it is judged as a stool so that the automatic flushing according to the stool is performed. Thus, if the human load switch 310 is less than 5 seconds or less than 20 seconds, the automatic flushing is not performed, if the person touches the toilet seat for the purpose of cleaning, such as automatic flushing operation This is not done and malfunction can be prevented.

Thus, when the cylinder rod 510 is advanced, the water supply control valve 320 is opened when the cylinder is moved forward, and the cylinder rod 510 of the cylinder operating part 500 connected to the water supply control valve 320 when the cylinder is advanced. Water is supplied through the pipe to the first half.

Then, when the cylinder rod 510 is advanced, the projection 512 for urine volume operation of the cylinder rod 510 and the projection 513 for large variable operation lift the large-variable open / close valve rod 523 to make the large-variable open / close valve. Opening the opening 522, the idle time control projection 514 lifts the idle time control rod 531 to open the time control valve 530 to release the pause, the body load sensor and the water channel control unit 300 Large and small-variable water supply control valve 341 and the discharge control valve 360 when the cylinder is retracted because it is turned off, the water supplied to the human body load sensor and the water channel controller 300 through the filter 100 and the pressure reducing valve 200 It is in a state of not supplying water to the automatic flushing device.

Then, when the human load switch 310 in the human body load sensor and the waterway control unit 300 is turned off, the automatic flushing operation is performed (ST17).

Thus, when water is supplied to the automatic flushing device, the cylinder rod 510 is reversed by the spring 540 or the cylinder rod 510 is reversed by changing the state of the human body load sensor and the water channel controller 300. The flushing will be performed. In addition, water is supplied to the automatic flushing device according to the separated urine and toilet waste time (ST18).

On the other hand, when the toilet sees the toilet and withdraws from the drainage of the toilet type will be operated as follows.

First, when the toilet is left in the urine, the human body load sensor 300 is changed to the state of the human body as shown in Table 2 when the cylinder rod 510 is reversed. That is, the water in the first half of the cylinder rod 510 is discharged through the discharge check control valve 420 when the cylinder is retracted by the OFF state of the water supply control valve 320 when the cylinder is advanced, and the water supply control valve 330 when the cylinder is retracted. Water is supplied to the second half of the cylinder rod 510 by the on state, and the cylinder rod 510 is reversed by hydraulic pressure.

When the idle time adjusting protrusion 514 of the cylinder rod 510 is advanced to the position of the idle time adjusting valve 530, the idle time adjusting rod 531 is stopped by the time adjusting protrusion 514. Since the control valve 530 is pressed and the idle time is opened, a constant idle time is secured. Thus, the time set by the check time regulating valve 430 and the time set by the amount of urine are summed, so that the cylinder rod 510 is rapidly reversed.

Then, when the cylinder rod 510 is retracted until the idle time control valve 530, the projection 512 for urine volume operation is fixed to the cylinder rod 510 is the large-variable on-off valve 522 Press to feed the water flushing device to perform the automatic flushing corresponding to the amount of urine, the cylinder rod at a speed as much as the time set by the discharge check valve 420 at the time of the cylinder back to the time to lower the water corresponding to the urine volume ( 510 is reversed.

In addition, if the toilet stool withdrawal after seeing the feces to automatically flush the water corresponding to the stool variable.

So when large variable draining, first, the cylinder rod 510 moves forward when the toilet seats, the projection 513 for the large variable operation slides in the cylinder rod 510, and does not cross the large-variable on-off valve 522. Will slide. When the cylinder rod 510 is advanced to the large variable position, the cylinder rod 510 is caught by the jaw of the cylinder rod 510.

Then, when the toilet member is removed, the state value of the human load sensor unit 300 is converted to the human body as shown in Table 2, so that the cylinder rod 510 is reversed.

At this time, the flushing operation is operated in the same manner as the flushing operation in the urine volume, but the projection 513 for the large variable operation that can slide in front of the protrusion 512 for urine volume operation fixed to the cylinder rod 510 Since is located first, it is possible to continuously flush the water corresponding to the large variable.

As described above, the present invention allows the automatic flushing of the toilet to the non-power supply using the water pressure and the human body load, so that the power can be reduced by the non-power supply, and the time to separate the stool or urine while automatically performing the flushing is also available. It will be controlled to save water.

Although the present invention has been described in more detail with reference to the examples, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

1 is a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load according to an embodiment of the present invention.

2 is a conceptual diagram illustrating an example of the configuration of FIG. 1.

FIG. 3 is a block diagram illustrating an example in which the toilet seat seat of FIG. 1 is used in a building direct toilet. FIG.

Figure 4 is a flow chart showing a control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body load according to an embodiment of the present invention.

Figure 5 is a block diagram of a toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load according to another embodiment of the present invention.

6 is a conceptual diagram illustrating an example of the configuration of FIG. 5.

7 is a detailed conceptual view of the human body load sensor and the channel control unit in FIGS. 5 and 6.

8 is a detailed conceptual view of the check control valve in FIGS. 5 and 6.

9 is a detailed conceptual view of the cylinder operating unit in FIGS. 5 and 6.

10 is a detailed conceptual view of the manual lever unit in FIGS. 5 and 6.

FIG. 11 is a block diagram illustrating an example in which the toilet seat seat of FIG. 5 is used in a building direct toilet. FIG.

12 is a flowchart illustrating a control method of a toilet seat equipped with a non-powered automatic flushing device of a toilet using water pressure and a human body load according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

100: filter

200: pressure reducing valve

300: human body load sensor and channel control unit

310: human body load switch

320: Water supply control valve at cylinder advance

330: water supply control valve for cylinder retraction

340: water down feed water control valve

341: Large and small variable water supply control valve

350: discharge control valve for cylinder advance

360: discharge control valve for cylinder retraction

400: check control valve

410: withdrawal check valve for cylinder advance

420: discharge valve for cylinder retraction

430: rest time check control valve

440: manual lever volume check control valve

500: cylinder operating portion

510: cylinder rod

511: protrusion for flushing operation

512: projection for urine volume operation

513: projection for large variance operation

514: idle time adjusting projection

520: flushing valve

521: flushing valve opening and closing

522: large and small variable shutoff valve

523: large and small variable opening and closing rod

530: rest time control valve

531: idle time adjustment rod

540: spring

600: manual lever part

610: Rubber Packing

620: Manual Lever Cylinder Rod

630: Manual lever

631: Manual lever cam

640: Manual lever spring

Claims (34)

A human body load sensor and a channel controller 300 for sensing and operating a human body load and controlling and discharging water supplied through a pipe according to an on / off of a control valve; A check control valve 400 for adjusting the amount of water passing through the water channel from the control valve of the human body load sensor and the water channel control unit 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the waterway controller 300 detects the human body load, the cylinder operation unit 500 to operate by the water pressure of the water supplied from the human body load sensor and the waterway controller 300 to automatically supply water to the automatic water lowering device 500 ); Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. Direct flush toilet flush valve The water is supplied from the pressure chamber inside the upper piston, and the supplied water is controlled according to the control valve ON / OFF to discharge less than the water supplied from the pressure chamber inside the upper piston. A human body load sensor and a water channel control unit 300 to make it possible; A check adjustment valve 400 for adjusting the amount of water passing through the water channel from the control valve of the human body load sensor and the water channel control unit 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel control unit 300 detects the human body load, the body load sensor and the water channel control unit 300 is operated by the water pressure of the water supplied to the toilet flush valve of the toilet directly in the toilet of the toilet directly in the internal pressure chamber A cylinder operating part 500 which retracts water by the amount of water supplied and automatically lowers the water; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 1 or 2, The human body load sensor and channel control unit 300, A human body load switch 310 which operates by sensing a human body load; When the body load switch 310 is turned on (ON) is supplied to the cylinder operation unit 500 by supplying water supplied to the cylinder operation unit 500 through the pipe water to move the cylinder operation unit 500 to operate by water pressure A control valve 320; A lowering water supply control valve 340 for supplying water, which is turned off when the body load switch 310 is turned on, to the water lowering opening / closing valve 520 in the cylinder operation part 500 through a pipe; When the body load switch 310 is turned on, the water discharged when the cylinder is retracted by supplying water supplied through the pipe to the discharge check control valve 420 when the cylinder of the check control valve 400 is retracted. Control valve 360; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 2, The check control valve 400, A cylinder retraction check valve 420 for retracting by receiving water through a pipe when the discharge control valve 360 when the cylinder retracts in the human body load sensor and the channel controller 300 is turned on; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 1 or 2, The cylinder operation unit 500, When the water supply control valve 320 is turned on when the cylinder in the human body load sensor and the waterway controller 300 is turned on, water is supplied through the pipe, and is advanced by the water pressure of the supplied water, and is located at the end portion of the water forward direction. A cylinder rod 510 having a projection 511 for opening and lowering the lowering valve 520; Water that is lifted by the forward operation of the protrusion 511 for the water flushing operation so that the water supplied from the water load water supply control valve 340 in the human body load sensor and the channel control unit 300 is supplied to the automatic water flushing device. A flushing valve 520 having a flushing valve rod 521; A spring 540 for reversing the cylinder rod 510 when the body load switch 310 in the body load sensor and the water channel controller 300 is off; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. A setting step (ST1) of adjusting the check control valve 400 according to the water pressure and the amount of the toilet bowl, and setting the human body load sensor and the water channel control unit 300; After the setting step, when the human body load sensor and the water channel controller 300 are turned on and operated, the water supplied to the cylinder operating part 500 is supplied to advance the cylinder rod 510 in the cylinder operating part 500 by water pressure. Advance steps ST2 to ST5; A water supply step (ST6, ST7) of supplying water to the automatic water lowering device by reversing the cylinder rod 510 when the human load sensor and the water channel controller 300 determine that the human load is in an off state after the advancing step; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 6, The setting step, Toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that for adjusting the discharge check valve 420 when the cylinder retracts the check control valve 400 according to the water pressure and the amount of toilet type drainage How to control the sheet. The method according to claim 6, The setting step, When the human body load sensor and the water channel controller 300 are set, the human body load switch 310 is turned off, and when the cylinder is advanced, the water supply control valve 320 is turned off and the water lowered water supply control valve 340 is turned on. Control valve 360 is a control method of the toilet seat equipped with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that set to on. The method according to claim 6, The advance step, Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and the human load, characterized in that when the human load sensor and the human body load switch 310 in the waterway controller 300 is turned on. The method according to claim 6, The advance step, When the human body load sensor and the water channel control unit 300 are operated, the human body load switch 310 is turned on, and when the cylinder is advanced, the water supply control valve 320 is turned off and the water lowered water supply control valve 340 is turned off and discharged when the cylinder is retracted. Control valve 360 is a control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that to be changed to off. The method according to claim 6, The advance step, The water supplied by the on state of the water supply control valve 320 when the cylinder in the body load sensor and the water channel control unit 300 is transferred to the cylinder rod 510 in the cylinder operation unit 500 to be delivered through a pipe. The control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human load, characterized in that for advancing the cylinder rod (510) to the water pressure of the water. The method according to claim 6, The advance step, When the cylinder rod 510 is moved forward, the protrusion 513 for the large-variable operation of the cylinder rod 510 pushes the water flush valve valve 521 of the water flush valve 520 to open and close the water flush. Turn on the valve 520, but the water supply water supply control valve 340 is off, the human load switch 310 is a non-powered automatic water lowering device of the toilet using water pressure and human load, characterized in that to prevent the water supply when the water on Control method of the toilet seat provided with. The method according to any one of claims 6 to 12, The water supply step, Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body load, characterized in that the human body load sensor and the human body load switch 310 in the waterway control unit 300 is turned off. The method according to any one of claims 6 to 12, The water supply step, The water supply control valve 340 in the human body load sensor and the water channel control unit 300 is turned on to supply water to the automatic water lowering device through the water flushing valve 520 in the cylinder operation unit 500. Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body characterized in that. The method according to any one of claims 6 to 12, The water supply step, Control of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human load, characterized in that the cylinder rod 510 is reversed by the spring 540 when water is supplied to the automatic flushing device Way. A filter 100 for filtering foreign matters from the water supplied from the tap water and supplied through the pipe; A pressure reducing valve 200 which receives water through a pipe from the filter 100 and converts the water into a constant water pressure; Body load sensor and channel control unit 300 to detect and operate the human body load, the water supplied from the pressure reducing valve 200 through the water pipe to control the discharge according to the on / off (ON / OFF) of the control valve )Wow; A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the waterway controller 300 detects the human body load, the cylinder operation unit 500 to operate by the water pressure of the water supplied from the human body load sensor and the waterway controller 300 to automatically supply water to the automatic water lowering device 500 ); Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. A filter 100 which receives water from the pressure chamber inside the piston above the building direct toilet flush valve and filters foreign substances from the water received; A pressure reducing valve 200 which receives water through a pipe from the filter 100 and converts the water into a constant water pressure; It operates by detecting the human body load, and receives water supplied from the pressure reducing valve 200 through a water pipe and controls it according to the ON / OFF of the control valve to supply water from the internal pressure chamber of the upper piston. A human body load sensor and a channel controller 300 for discharging a small amount; A check control valve 400 for adjusting the amount of water passing through the waterway from the control valve of the human body load sensor and the waterway controller 300 according to the water pressure and the amount of the toilet bowl; When the human body load sensor and the water channel control unit 300 detects the human body load, the body load sensor and the water channel control unit 300 operates by the water pressure of the water supplied to the toilet toilet valve of the water-directed toilet bowl of the upper piston internal pressure chamber A cylinder operating part 500 which retracts water by the amount of water supplied and automatically lowers the water; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 16 or 17, The toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body load, By the check control valve 400 to control the amount of water at the time of the water down by the manual lever 630 is set, the manual lever 630 is a manual lever for water supply by water supply to the automatic water lowering device is turned Part 600; The control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that further comprises. The method according to claim 18, The manual lever unit 600, A rubber packing 610 for blocking a portion containing water supplied through a pipe in the manual lever part 600 and a portion where the manual lever cylinder rod 620 is located; A manual lever cylinder rod 620 connected to the rubber packing 610 and opening the rubber packing 610 when the manual lever 630 is operated so that the water supplied is supplied to the automatic water lowering device; Manual lever 630 to operate the cylinder rod 620 by the rotation operation of the manual lever cam (631) during rotation to open the rubber packing 610 so that the water supplied is supplied to the automatic water lowering device. )Wow; A manual lever spring 640 connected to the cylinder rod 620 to close the rubber packing 610 after water supply to the automatic flushing device; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 16 or 17, The human body load sensor and channel control unit 300, A human body load switch 310 which operates by sensing a human body load; When the body load switch 310 is turned on (ON) when the cylinder forward to supply water supplied to the cylinder operation unit 500 through the pipe to the cylinder operation unit 500 to move forward by the water pressure A water supply control valve 320; When the body load switch 310 is turned on (ON) when the cylinder is retracted by supplying the water supplied to the cylinder operation unit 500 through the pipe to the reverse operation by the hydraulic operation unit 500 by water pressure A water supply control valve 330; A small-variable water supply control valve 341 for supplying off-water supply when the human body load switch 310 is turned on through a pipe to the large-variable open / close valve 522 in the cylinder operation unit 500; When the human load switch 310 is turned on, the water supplied to the cylinder rod in the cylinder operation part 500 is supplied through the pipe to the discharge check control valve 420 when the cylinder of the check control valve 400 is retracted. A discharge control valve 350 for advancing the cylinder so that water is discharged when advancing 510; When the human load switch 310 is turned on, the off-loaded water is supplied through the pipe to the discharge check control valve 420 when the cylinder is retracted by the check control valve 400 and the cylinder rod in the cylinder operation part 500. A discharge control valve 360 for retracting the cylinder to allow the water to be discharged upon retraction of the 510; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 16 or 17, The check control valve 400, A discharge check control valve 410 for advancing the cylinder when water is supplied through the pipe when the discharge control valve 350 is turned on when the cylinder is forwarded in the human body load sensor and the channel controller 300; A cylinder retraction check valve 420 for retracting by receiving water through a pipe when the retract control valve 360 when the cylinder retracts in the human body load sensor and the channel controller 300 is turned on; A pause time check control valve 430 connected to the pause time control valve 530 in the cylinder operation part 500 to adjust the time of the stop time; A manual lever amount check control valve 440 connected to the manual lever part 600 to adjust the amount of water by the manual lever part 600; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 16 or 17, The cylinder operation unit 500, When the water supply control valve 320 is turned on when the cylinder in the human body load sensor and the waterway controller 300 is turned on, water is supplied through the pipe, and is advanced by the water pressure of the supplied water, and is located at the end portion of the forward direction. Stool having a protrusion 512 for urine volume operation to open the urine volume opening and closing valve 522, located in the rear portion of the forward direction than the protrusion 512 for the urine volume operation stool for opening the small-variable valve valve 522 A cylinder rod 510 having a projection 513 for the amount of operation and having a pause time adjusting protrusion 514 for opening the pause time adjusting valve 530; Large and small variable on-off valve rod which is lifted by the forward operation of the cylinder rod 510 so that the water supplied from the large and small variable water supply control valve 341 in the human body load sensor and the water channel controller 300 is supplied to the automatic water lowering device. A large-variable open / close valve 522 having a 523; The amount of water passing by the adjustment of the idle time check control valve 440 in the check control valve 400 is provided with the idle time control rod 531 lifted by the forward operation of the cylinder rod 510. This adjustment is made, in consideration of the time to throw away the automatic waste flushing time control valve 530 to be performed; Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method according to claim 22, The cylinder operation unit 500, The projection 512 for the urine volume operation is to be fixed to the cylinder rod 510, the hydraulic pressure and human load, characterized in that the projection 513 for the large variable operation is configured to slide in the cylinder rod 510 Control method of toilet seat with a non-powered automatic flushing device of the toilet using. A setting step (ST11) for adjusting the check control valve 400 according to the water pressure and the amount of the toilet bowl, and setting the body load sensor and the water channel control unit 300; A filter step (ST12) for filtering foreign matters from the water supplied through the pipe supplied from the tap water after the setting step; A depressurization step (ST13) for converting the water supplied after the filter step into a constant water pressure; After the depressurization step, when the human load sensor and the water channel controller 300 are turned on and operated, the water supplied to the cylinder operating part 500 is supplied to move the cylinder rod 510 in the cylinder operating part 500 by water pressure. A advance step (ST14 to ST16) for performing urine separation and toilet time separation; When the human load sensor and the water channel control unit 300 determines that the human load is in the off state after the advancing step, water is supplied to the automatic flushing device according to the divided urine and resting time while reversing the cylinder rod 510. Making water supply step (ST17, ST18); Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human body load, characterized in that configured to include. The method of claim 24, The setting step, The discharge control valve 410 when the cylinder is moved forward in the check control valve 400, the discharge check valve 420 when the cylinder is retracted, the idle time check control valve 430, manual lever Control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human load, characterized in that for adjusting one or more of the water level check control valve (440). The method of claim 24, The setting step, When the human body load sensor and the water channel control unit 300 are set, the human body load switch 310 is turned off, and when the cylinder is advanced, the water supply control valve 320 is turned off and the cylinder water supply control valve 330 is turned on. The control valve 341 is on, the discharge control valve 350 is turned off when the cylinder is moved forward, the discharge control valve 360 is turned on when the cylinder is retracted, characterized in that the automatic power supply of the toilet using water pressure and human body load Control method of toilet seat equipped with the device. The method of claim 24, The advance step, Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and the human load, characterized in that when the human load sensor and the human body load switch 310 in the waterway controller 300 is turned on. The method of claim 24, The advance step, When the human body load sensor and the water channel control unit 300 are operated, the human body load switch 310 is turned on, and when the cylinder is advanced, the water supply control valve 320 is turned on, and when the cylinder is reversed, the water supply control valve 330 is turned off. The control valve 341 is turned off, the discharge control valve 350 when the cylinder is forward, the discharge control valve 360 when the cylinder is reversed, characterized in that the change to the off, automatic power supply of the toilet using water pressure and human body load Control method of toilet seat equipped with a lowering device. The method of claim 24, The advance step, The water supplied by the on state of the water supply control valve 320 when the cylinder in the human body load sensor and the water channel control unit 300 is transferred to the front of the cylinder rod 510 in the cylinder operation unit 500 through the pipe. The control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human load, characterized in that for advancing the cylinder rod (510) to the water pressure of the delivered water. The method of claim 24, The advance step, When the cylinder rod 510 is advanced, the urine volume or the large variable is distinguished by the protrusion 512 for urine volume operation of the cylinder rod 510 and the protrusion 513 for the large variable operation, and the paper is stopped. The control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and the human body load, characterized in that to distinguish the time to rest by the time adjusting projection (514). The method of claim 30, The urine classification in the advance step, The control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body, characterized in that the check control valve 400 to be separated by the control of the discharge check valve (410) when moving forward. The method according to claim 31, The urine classification in the advance step, After the human load switch 310 in the human body load sensor and the water channel controller 300 is on for 5 seconds to 20 seconds or more and 50 seconds to 180 seconds or less, it is determined to be urine so that automatic watering according to the urine is performed. The control method of the toilet seat with a non-powered automatic flushing device of the toilet using water pressure and human load, characterized in that the automatic flushing according to the stool is determined by determining the stool for 50 seconds ~ 180 seconds or more. The method according to any one of claims 24 to 32, The water supply step, Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body load, characterized in that the human body load sensor and the human body load switch 310 in the waterway control unit 300 is turned off. The method according to any one of claims 24 to 32, The water supply step, The water supply control valve 341 in the human body load sensor and the water channel controller 300 is turned on to supply water to the automatic water lowering device through the large-variable open / close valve 522 in the cylinder operation unit 500. Control method of the toilet seat with a non-powered automatic flushing device of the toilet using the water pressure and human body characterized in that.

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