WO2009116834A2

WO2009116834A2 - Non-electric water passage control apparatus which supplies water to automatic toilet flushing apparatus by using water pressure and human weight

Info

Publication number: WO2009116834A2
Application number: PCT/KR2009/001435
Authority: WO
Inventors: 이재통
Original assignee: 주식회사 자동물내림
Priority date: 2008-03-21
Filing date: 2009-03-20
Publication date: 2009-09-24
Also published as: KR100946392B1; KR20090101021A; WO2009116834A3

Abstract

The present invention concerns a non-electric water passage control apparatus which supplies water to an automatic toilet flushing apparatus by using water pressure and human weight. It comprises a human-weight-sensing unit which senses the weight of a user who sits down on the toilet seat and a water passage control unit which supplies the water from a water pipe to a drainage unit or shuts it off. Since non-electric flushing of a toilet bowl is automatically performed by using water pressure and human weight, power consumption is reduced and any environmental contamination caused by used batteries is also alleviated. Additionally, automatic flushing of the disclosed water passage control apparatus cleans the toilet and makes the next user feel comfortable and has the potential to be popular.

Description

Waterway control device for supplying water to the automatic flushing device of toilet bowl by using water pressure and human load

The present invention relates to the automatic flushing of the toilet, and more specifically to the automatic flushing device of the toilet using the water pressure and the human body load to perform the automatic flushing of the toilet with no power using the water pressure and human body load. It relates to a water channel control device for supplying with no power.

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 in the bottom of the toilet and the front and the bottom is open, etc. The flush type is a post-water drainage, siphon jet according to the cleaning method of 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 use a hydraulic pressure and a human load so that the automatic flushing of the toilet is performed with no power using the hydraulic pressure and the human load. It is to provide a channel control device for supplying water to the automatic flushing device of the toilet with no power.

The water channel control device for supplying water to the automatic flushing device of the toilet using the water pressure and the human body load of the present invention, the human body load sensing member detects the toilet seat sitting on the toilet seat, and the load of the detected toilet in the faucet Characterized in that the channel control unit for supplying / blocking the water supplied to the drain portion is configured.

In another aspect, the present invention, characterized in that the human body load sensing member detects the toilet seat sitting on the toilet seat seat and the channel control unit for supplying / blocking the water supplied from the tap water to the drain while the channel opening and closing member is operated by the detected load of the toilet seat It is to be done.

According to the waterway control device for supplying water to the automatic flushing device of the toilet using the water pressure and human body load of the present invention, by using the water pressure and the human body load to perform automatic flushing of the toilet with no power supply, This will not only reduce power, but also solve environmental problems caused by the use of batteries, and will provide a cleaner toilet environment with a toilet that can be popularized without causing discomfort to the next toilet. It can be.

1 is a perspective view of the present invention

2 is an exploded perspective view of the present invention

3 to 4 is a cross-sectional view of the present invention

5 is an installation state diagram of the present invention

6 to 14 is an operating state diagram of the present invention

15 is an operating state of the control valve member of the present invention

16 is a perspective view of another embodiment of the present invention

Figure 17 is an exploded perspective view of another embodiment of the present invention

18 is a cross-sectional view of another embodiment of the present invention.

19 is an installation state of another embodiment of the present invention

20 to 28 is an operational state diagram of another embodiment

29 to 30 is an operating state diagram of the human body load detection zone

100: channel control unit

110: human body load sensing member

120: guide cover

130: channel control member

140: waterway guide member

According to the present invention, the waterway control unit 100 detects the toilet seat sitting on the toilet seat sheet and supplies / blocks water supplied from the tap water to the drainage unit 200 by the detected load of the toilet bowl. It will be described in more detail as follows.

The channel control unit 100 is provided with a human body load sensing member 110 that operates under the load of the toilet seat sitting on the toilet seat, and accommodates the human body load sensing member 110 to rotate the waterway control member 130. A guide cover 120 for guiding is provided, and a channel control member 130 for supplying / blocking water from the tap is provided by opening and closing the channel while rotating by the pressure of the human body load sensing member 110, A waterway guide member 140 for guiding water supplied from the tap water by the rotation of the waterway control member 130 is provided.

In addition, the human body load sensing member 110, the gear 111a on the outer circumferential surface to rotate the waterway control member 130 while compressing the restoring member 113 under the load of the toilet on one side of the guide cover 120 It is formed and provided with a human body load sensing region 111 through which the adjustment hole (111b) made of thread to the inner center, the control valve member 112 is fastened to the control hole (111b) is provided, the human body load When the load of the stool applied to the earth 111 is released, a restoring member 113 for restoring the human body load sensing region 111 is provided.

The control valve member 112 is fastened to the control hole (111b) and adjusts the elasticity of the restoration member 113 according to the height of the fastening to control the rotational speed of the water channel control member 130 to drain portion 200 Adjust the amount of water supplied to the

The guide cover 120, the support guide piece 121 is provided on one side to accommodate and support the human body load sensing member 110, and rotates in the center to guide the rotation while receiving the waterway control member 130 Guide hole 122 is provided.

In addition, the waterway control member 130 is rotated under the load of the human body load detection unit 110 to be deflected to supply water while communicating with the supply and

discharge holes

143 and 144 of the waterway guide member 140. A body 131 having a water channel 131 a is provided, and a rotary gear 132 engaged with the gear 111 a of the human body load sensing region 111 on one side of the water channel 131 a to rotate the body 131. It is provided, the blocking piece 133 for controlling the movement of the fluid to the other side of the water channel (131a) is provided.

The waterway guide member 140 has a mounting space 141 in which the waterway control member 130 is rotatably mounted, and is recessed inwardly at an edge of the mounting space 141 to allow the waterway control member 130 to be mounted. The blocking piece 133 is fitted and is provided with an annular fluid storage space 142 for storing the fluid to control the rotational speed of the channel control member 130, the channel control member (141) inside the mounting space (141) 130 is in close contact with the water supply and

drainage holes

143 and 144 which are opened and closed by the rotation of the channel control member 130 to supply water.

In addition, the present invention, the human body load sensing member 110 detects the toilet seat sitting on the toilet seat and the water channel opening and closing member 130 is operated by the detected load of the toilet to the water supply to the drain 200 The channel control unit 100 ′ is configured to supply / cut off, which will be described in more detail as follows.

The waterway control unit 100 ′ is provided with a human body load sensing member 110 that operates by the load of the toilet seat sitting on the toilet seat, and accommodates the human body load sensing member 110 of the human body load sensing member 110. The channel opening and closing member 130 is provided with a channel control member 120 for supplying water from the tap water while opening and closing the channel guide hole 121 by pressure, and is mounted inside the channel control member 120. A water channel opening and closing member 130 is provided that operates by the load of the toilet member sensed by the human body load sensing member 110, and the water supply hole 124 and the supply guide hole 141 are prevented from being separated from the water channel opening and closing member 130. A supply guide member 140 mounted on the upper portion of the channel control member 120 is provided to communicate with each other, and is inserted into the channel control member 120 to support the lower support cover 160 while preventing water leakage. A piece 150 is provided and the human body sensing member 110 The lower support cover 160 is provided with a fluid storage space 161 in which fluid is stored so that the human body sensing member 110 operates smoothly while preventing the separation of the body.

In addition, the human body detecting member 110 is mounted on the lower end of the waterway control member 130, the human body having a fluid movement hole (111a) is pressed under the load of the toilet and the fluid stored in the lower support cover 160 is moved. A load sensing member 111 is provided, and a fluid adjusting hole 112a is formed to communicate with the fluid movement hole 111a of the human body load sensing region 111, and a pressing piece for pressurizing the channel opening and closing member 130 ( 112b is formed and the fluid control port 112 is provided with a packing (112c) for opening and closing the waterway guide hole 121 in the upper end of the pressing piece (112b).

While rotating the human body load detection region 111 by adjusting the opening area of the fluid control hole (112a) and the fluid movement hole (111a) of the fluid control port 112 to adjust the moving speed of the fluid to the drain portion 200 Adjust the amount of water supplied.

In addition, the waterway control member 120, the waterway guide hole 121 is opened and closed by the operation of the waterway opening and closing member 130 is formed, is in communication with the upper portion of the waterway guide hole 121 supply guide A mounting space 122 in which the member 140 is mounted is formed, and a coupling space 123 is formed to communicate with a lower portion of the waterway guide hole 121 so that the support piece 150 and the lower support cover 160 are coupled to each other. And a water supply hole 124 communicating with one side of the mounting space 122 to supply water from the tap, and a water channel communicating with one side of the channel guide hole 121 to receive water from the tap ( 125 is formed, and the discharge hole 126 is formed in communication with the waterway guide hole 121 at the lower end of the waterway 125.

The water channel opening and closing member 130, the water channel opening and closing valve with a guide piece (131a) is installed to open and close the channel guide hole 121 and the supply guide hole 141 by the pressure of the human body load sensing member 110 ( 131 is formed, and is mounted to the channel opening and closing valve 131 is provided with a spring 132 to elastically support the human body load sensing member 110, the channel opening and closing valve 131 is a channel guide hole 121 The restoring spring 133 is provided to restore the water channel opening and closing valve 131 which is raised to close the supply guide hole 141 and to close the supply guide hole 141.

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

1 is a perspective view of the present invention, Figure 2 is an exploded perspective view of the present invention, Figures 3 to 4 is a cross-sectional view of the present invention, Figure 5 is an installation state diagram of the present invention, Figure 6 to 14 the operation of the present invention State diagram.

First, as shown in Figure 6, when the toilet seat is not sitting on the toilet seat, that is, the human load sensing member 110, if the load of the toilet member is not detected, the restoring member 113 of the human load sensing member 110 restoring force As the human body load sensing region 111 is moved, the channel 131a of the channel control member 130 in which the rotary gear 213a is engaged with the gear 111a of the human body load sensing region 111 is a channel guide member ( Waiting in communication with the discharge hole 144 of 140.

The water supplied to the tap water in the state in which the channel 131a of the channel control member 130 and the drain hole 144 of the channel guide member 140 communicate with each other filters the foreign substances contained in the water through the filter. , And is supplied to the water supply hole 143 of the waterway guide member 140 while being converted to a constant water pressure while passing through the pressure reducing valve, which is in close contact with the body 131 of the waterway control member 130. It is closed and no more water is supplied.

When the toilet seat is seated on the toilet seat in this state, as shown in Figures 7 to 14, the human body load detection region 111 compresses the restoring member 113 by the load of the toilet seat sitting on the toilet seat seat at the same time The channel control member 130 in which the rotating gear 132 is engaged with the gear 111a of the human body load sensing region 111 while the fluid stored in the storage space 142 of the guide member 140 moves to the opposite side of the blocking piece 133. ) Is guided to the mounting space 141 of the waterway guide member 140 and the rotation guide hole 122 of the guide cover 120 so that the waterway 131a rotates in an arc while drawing an arc.

The fluid may be an oil or a sticky liquid.

The water channel 131a of the water channel control member 130 rotated as described above is excessively sequentially passed through the discharge hole 144 and the water supply hole 143 of the water channel guide member 140, and at the same time the body of the water channel control member 130 ( 131 is in close contact with the waterway guide member 140 to close the water supply hole 143 and the discharge hole (144).

In addition, when the waterway control member 130 is rotated by the human body load sensing member 110, the water supply hole 143 of the waterway 131a and the waterway guide member 140 of the waterway control member 130 is Communication is opened, which rotates at a high speed and closes the water supply hole 143, so that the amount of water supplied is small so that the water pressure cannot be formed so that the drainage part 200 cannot be operated.

The water channel control member 130 rotated as described above maintains a state in which the supply of water from the tap water is stopped at the same time as the rotation is stopped when the human body load sensing member 110 is finished.

In addition, when the toilet seat sitting on the toilet seat is separated from the toilet seat, the body load sensing region 111 is moved by the restoring force of the restoring member 113 compressed by the load of the toilet seat and the storage space of the waterway guide member 140 at the same time. While rotating the fluid stored in the (142) in the opposite direction of rotation of the blocking piece 133, to rotate the waterway control member 130 in which the rotary gear 132 meshes with the gear (111a) of the human body load detection member 111 in the forward direction. do.

The channel 131a of the channel control member 130 rotating as described above is in communication with the water supply hole 143 of the channel guide member 140, and water is supplied from the tap water through the connected water supply hole 143. It is supplied to the drain part 200 via the hose H via 131a.

The water supplied to the drain portion 200 is supplied to the pressure space 230b via the guide channel 230a of the supply guide member 230, and the cylinder rod (d) by the water pressure of the water supplied to the pressure space 230b. At the same time as pressing the upper portion of the 220, the amount of water stored in the pressure space 230b is increased by the amount of water supplied, compressing the restoring spring 240 is weaker than the water pressure of the water supplied to the pressure space 230b The siphon cover is opened by the rising cylinder 210.

At this time, since the lower end of the cylinder rod 220 is in close contact with the bottom of the water tank, the cylinder 210 may be raised upward by the water pressure of the water supplied to the pressure space 230b.

The siphon cover is opened by the water supplied to the drain 200 and at the same time, the water stored in the tank is drained to the toilet to wash the toilet, and the control valve member 112 of the human body load sensing member 110. Through it will be able to adjust the amount of water supplied to the drain 200.

As shown in FIG. 15, the control valve member 112 fastened to the control hole 111b of the human body load sensing region 111 is rotated in one direction, and the control valve member fastened to the control hole 111b ( By adjusting the elasticity of the restoration member 113 in accordance with the height of the 112 to adjust the rotation radius of the water channel control member 130 it is possible to adjust the amount of water supplied to the drain portion (200).

In addition, when the channel control member 130 continues to rotate in the reverse direction and the channel 131a is separated from the water supply hole 143, the body 131 of the water channel control member 130 closes the water supply hole 143. The supply of water from the water is stopped and the supply of water to the drain 200 is stopped, and the restoration member 113 of the human body load sensing member 110 is restored to its initial state while the channel 131a of the channel control member 130 is restored. When it communicates with the drainage hole 144 of the waterway guide member 140, the water supplied to the drainage part 200 and raising the cylinder 210 opens the channel 131a and the drainage hole 144 through the hose H. The water is discharged to the toilet via the water supply, and the water supplied from the tap water waits for the next operation while being supplied to the water supply hole 143.

When water that raises the cylinder 210 to the water channel control unit 100 ′ is discharged, the pressure of the pressure spring 230b decreases, and the restoring force of the restoring spring 240 compressed by the rise of the cylinder 210 is reduced. At the same time as pressing the 210 to the lower portion of the tank and the cylinder 210 is lowered to close the siphon cover so that water is not drained to the toilet.

In addition, another embodiment of the present invention will be described in detail as follows.

First, as shown in FIG. 20, when the toilet seat is not seated on the toilet seat, that is, when the load of the toilet seat is not sensed by the human body load sensing member 110, the restoring force of the channel opening / closing member 130 and the restoring spring 133. The human body load sensing member 110 moves and the channel opening / closing valve 131 waits in a state where the channel guide hole 121 is closed.

The water supplied from the tap water with the channel opening and closing member 130 closing the channel guide hole 121 of the channel control member 120 filters the foreign matter contained in the water through the filter, thereby reducing the pressure reducing valve. While passing through the water supply hole 124 of the water channel control member 120 is converted to a constant water pressure, which is because the water supply opening and closing valve 131 closed the water guide hole 121 supply guide hole 141 Only through the supply guide member 140 is supplied to the inside.

When the toilet seat is seated on the toilet seat in this state, as shown in Figures 21 to 28, the human body load detection region 111 and the fluid regulator 112 is moved upward by the load of the toilet seat sitting on the toilet seat. At the same time, the fluid stored in the upper portion of the fluid storage space 161 is moved to the lower portion of the fluid storage space 161 through the fluid movement hole 111a and the fluid control hole 112a.

The fluid may be an oil or a sticky liquid.

The end of the pressing piece 132 of the fluid control port 112 moving as described above presses the guide piece 131a of the water channel opening and closing valve 131 while compressing the spring 132 and simultaneously the packing 112c guides the water channel. It is in close contact with the ball 121 to close the discharge hole 126 that is in communication with the waterway 125.

The channel opening / closing valve 131 on which the guide piece 131a is mounted by the pressure of the pressure piece 112b is moved upward, and at the same time, the channel guide hole 121 of the channel control member 120 is opened. The channel opening and closing valve 131 closes the supply guide hole 141 while being in close contact with the inside of the supply guide member 140.

Further, when the channel opening and closing valve 130 opens the channel guide hole 121 by the human body load sensing member 110, the channel guide hole 121 and the channel 125 communicate with each other and supply the supply guide member 140. The water that was inside is supplied to the water channel 125, but this is because the water supply amount is small and the supply guide hole 141 is closed quickly so that the drain 200 cannot operate.

After the operation of the human load sensing member 110 and the channel opening and closing valve 131 as described above, the water supplied from the tap water is maintained to the water supply hole 124 and the supply guide hole 141.

In addition, when the toilet seat sitting on the toilet seat is separated from the toilet seat, the restoring force of the restoring spring 133 of the water channel opening and closing member 130, which is moved to the load of the toilet seat and closed the supply guide hole 141 and supplied from the faucet The water channel opening and closing valve 131 is pressurized by the water pressure of the water, and the spring 132 of the water channel opening and closing member 130 pressurizes the pressure piece 112b and the human body load sensing member 110, and the human body load sensing region ( The fluid moved below the fluid movement hole 111a of the 111 is moved to the fluid movement hole 111a and the fluid control hole 112a so that the channel opening / closing valve 131 opens the supply guide hole 141.

Water is supplied from the tap water to the supply guide hole 141 opened as described above, and the supplied water is supplied to the channel 125 in communication with the channel guide hole 121 via the channel guide hole 121. The water supplied is supplied to the drain 200 through the hose (H).

The siphon cover is opened by the water supplied to the drainage part 200, and the water stored in the water tank is drained to the toilet bowl to wash the toilet. The waterway control part by rotating the human body load sensing region 111 ( 100 ') to adjust the amount of water supplied to the drain 200.

As shown in FIGS. 29 to 30, the human body load sensing region 111 is rotated in one direction, in the fluid movement hole 111a and the fluid control unit 112 formed in the human body load sensing region 111. The fluid control hole 112a formed is capable of adjusting the fluid movement speed according to the area in communication with each other and controlling the time for supplying water to the channel 125 of the channel control member 120 to be supplied to the drain 200. You can control the amount of water.

In addition, when the channel opening and closing member 130 continues to move with the restoring force of the restoring spring 133, the guide piece 131a of the channel opening and closing valve 131 is the fluid control port 112 and the human body load formed with the pressing piece 112b. The detection port 111 is pressurized, and the human body load detection region 111 and the fluid control port 112 transfer the fluid stored in the fluid storage space 161 to the fluid movement hole 111a and the fluid control hole 112a. It moves while moving in the opposite direction of movement.

The channel opening and closing member 130 moved as described above closes the channel guide hole 121 of the channel control member 120 and at the same time, a packing 112c formed in the fluid control port 112 is formed in the channel guide hole 121. The water channel 125 and the discharge hole 126 of the channel control member 120 communicate with each other while the channel guide hole 121 is separated from the channel.

The channel opening and closing member 130 closes the channel guide hole 121 to block the supply of water from the tap and stops the supply of water to the drain 200, and is supplied to the drain 200 to supply the cylinder 210. To raise the water is discharged to the toilet via the water channel 125 and the discharge hole 126 of the water channel control member 120 through the hose (H), when the water is discharged to lower the pressure in the pressure space (230b) As the restoring force of the restoring spring 240 compressed by the rise of the cylinder 210 pressurizes the cylinder 210 to the lower part of the tank, the cylinder 210 descends to close the siphon cover.

At the same time as the water is discharged into the toilet bowl, the water supplied from the tap water waits for the next operation in a state in which the water is supplied to the inside of the supply guide member 140 through the water supply hole 124 and the supply guide hole 141. .

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.

Claims

The body load sensing member detects the toilet seat sitting on the toilet seat, and the water flow control unit is configured to supply / block water supplied from the tap water to the drain by the detected load of the toilet bowl. Channel control device for supplying water to the automatic flushing device with no power.
The method of claim 1, wherein the channel control unit,

A human body load sensing member operating under the load of the toilet seat seated on the toilet seat;

A guide cover which guides the rotation of the channel control member while accommodating the human body load sensing member;

A channel control member for supplying / blocking water from the tap water by opening and closing the channel while rotating by pressurization of the human body load sensing member;

Waterway control for supplying water to the automatic flushing device of the toilet using no water pressure and human load, characterized in that a waterway guide member for guiding the water supplied from the tap water by the rotation of the waterway control member is provided. Device.
The method of claim 2, wherein the human body load sensing member,

One side of the guide cover is formed on the outer circumferential surface to rotate the waterway control unit while compressing the restoring member under the load of the toilet, and the human body load sensing region through which the adjustment hole made of thread through the inner center is provided, and fastened to the adjustment hole The control valve member is provided, and the automatic lowering device of the toilet by using the hydraulic pressure and the human body load, characterized in that the restoring member for restoring the human body load detection zone is provided when the load of the toilet is applied to the human body load detection zone. Channel control device for supplying water to the power supply.
The method of claim 3, wherein the control valve member,

It is fastened to the adjusting hole and adjusts the elasticity of the restoring member according to the height of the fastening to control the rotational speed of the waterway control member to adjust the amount of water supplied to the drainage portion, characterized in that the automatic use of the toilet Waterway control device for supplying water to the flushing device without power.
The method according to claim 2, The guide cover,

A support guide piece is provided at one side to accommodate and support the human body load sensing member, and a rotation guide hole is provided at the center to guide the rotation while accommodating the waterway control member. Waterway control device for supplying water to the flushing device without power.
The channel control member of claim 2,

The body has a waterway formed to be deflected to supply water while being in communication with the supply and discharge holes of the waterway guide member by rotating with the load of the human body load sensing unit, and is engaged with the gear of the human body load sensing area on one side of the waterway to rotate the body. Rotating gear is provided, a waterway control device for supplying water to the automatic flushing device of the toilet using a hydraulic pressure and human body load characterized in that the block is provided to control the movement of the fluid to the other side of the waterway.
The waterway guide member of claim 2,

An annular fluid having a mounting space in which the channel control member is rotatably mounted, and fitted into a rim of the mounting space so that a blocking piece of the channel control member is inserted and a fluid for controlling the rotational speed of the channel control member is stored. A storage space is provided, and the water pressure and the human body load are characterized in that the water supply and drainage hole for supplying water is provided by closing the close contact with the waterway control member on the inside of the mounting space by the rotation of the waterway control member. Waterway control device for supplying water to the automatic flushing device of the toilet with no power.
Water pressure and human body, characterized in that the body load sensing member detects the toilet seat sitting on the toilet seat seat and the channel control unit for supplying / blocking the water supplied from the tap water to the drain while the channel opening and closing member is operated by the detected load of the toilet A channel control device for supplying water to the automatic flushing device of a toilet using no load.
The method of claim 8, wherein the channel control unit,

A human body load sensing member operating under the load of the toilet seat seated on the toilet seat;

A waterway control member which receives the human body load sensing member and supplies water from the tap water while the waterway opening and closing member opens and closes the waterway guide hole by pressurization of the human body load sensing member;

A channel opening / closing member mounted inside the channel control member and operated by a load of the toilet detected by the human body load sensing member;

A supply guide member mounted on an upper portion of the channel control member so that a water supply hole and a supply guide hole communicate with each other while preventing the channel opening / closing member from being separated;

A support piece inserted into the channel control member to support a lower support cover while preventing water from leaking;

In the automatic flushing device of the toilet by using a hydraulic pressure and a human body load, characterized in that the lower support cover is formed with a fluid storage space for storing the fluid so that the human body sensing member to operate smoothly while preventing the detachment of the human body sensing member. Channel control device to supply water without power.
The method according to claim 9, wherein the human body sensing member,

It is mounted on the lower end of the waterway control member is provided with a human body load sensing zone formed with a fluid movement hole for pressurized by the load of the toilet and the fluid stored in the lower support cover, the fluid control hole is formed in communication with the fluid movement hole of the human load detection zone The water pressure and the human body load using the water pressure and the body load is characterized in that the pressurizing piece is formed to pressurize the channel opening and closing member and the packing formed to open and close the waterway guide hole at the upper end of the pressurizing piece Channel control device for supplying power with no power.
The method according to claim 10,

By adjusting the opening area of the fluid control hole and the fluid movement hole of the fluid control port while rotating the human load detection unit to adjust the amount of water supplied to the drain portion by using the water pressure and human body toilet Channel control device for supplying water to the automatic flushing device of the power supply.
The method of claim 9, wherein the channel control member,

The channel guide hole is opened and closed by the operation of the channel opening and closing member is formed, the upper surface of the channel guide hole is formed to form a mounting space for mounting the supply guide member is formed, the lower surface of the channel guide hole is connected to the support piece A coupling space is formed so that the lower support cover is coupled to each other, and a water supply hole communicating with one side of the mounting space is supplied with water from the tap, and a water channel communicating with one side of the water guide hole to receive water from the tap. Is formed, the waterway control device for supplying water to the automatic flushing device of the toilet using a hydraulic pressure and human body load, characterized in that the bottom of the waterway to communicate with the waterway guide hole is formed.
The channel opening and closing member of claim 9,

The channel opening and closing valve with a guide piece is formed to open and close the channel guide hole and the supply guide hole by pressurization of the human body load sensing member, and the spring is mounted on the channel opening and closing valve to elastically support the body load sensing member. In the automatic flushing device of the toilet by using the hydraulic pressure and the human body load, characterized in that the support for closing the waterway opening and closing the waterway opening and restoring the waterway opening and closing valve raised to close the supply guide. Channel control device to supply water without power.