KR20030000030A - Water supply and water supply with water pressure and air pressure - Google Patents

Abstract

PURPOSE: A water supply device using water pressure and air pressure is provided to promote the utilization of water by using for washing a flush toilet, breeding or planting, preventing a fire, removing filth, etc. CONSTITUTION: The water supply device using water pressure and air pressure comprises the steps of interposing a piston(11) to a body(1) provided with a packing(18) fitted to a ring-shaped projection(17), fitting a packing(15) to a lower ring-shaped projection(16), placing a grip(10) of a valve(8) on the body(1), installing a spring(14) on the valve(8), fitting an U-packing(13) to the retreated groove of an outer frame(36) on the piston(11) coupled with a fixed ring(12), grinding the lower part of the ring-shaped projection(16) under the piston(11) not to be rugged, forming two arms under a handle shaft(2), forming an operating wheel(5) provided with a retreated groove on the middle of the handle shaft(2), fitting an O-ring(21) to the groove of the handle shaft(2), then fitting the handle shaft(2) to a hole(37) of a cover to prevent a water leakage, coupling a cover with a screw on the body(1) of a flush valve and contacting the operating wheel(5) to the end of a drainage way(24).

Description

Water supply with water pressure and air pressure and method thereof {omitted}

The present invention is invented to increase the efficiency of water while using water for various purposes, such as water and sewage water and rainwater to wash the flushing toilet, breeding and extinguishing or extinguishing or preventing fire, and removing and transporting of animals and plants. It relates to a water supply and a method for supplying water at atmospheric pressure.

The present invention is invented to increase the efficiency of water while using water for various purposes, such as water and sewage water and rainwater to wash the flushing toilet, breeding and extinguishing or extinguishing or preventing fire, and removing and transporting of animals and plants. It relates to a water supply and a method for supplying water at atmospheric pressure.

Conventional flush valve has a lot of facility cost because it has to be equipped with a 25mm water pipe, a large amount of water was consumed because it is washed with low pressure water, wasted water because it does not distinguish between urine and urine, and waste water, Not only was the method free, but there were also a number of problems, including the use of water pumps to supply once-used sewage or rainwater for use in flushing toilets or other uses.

In order to fundamentally improve many of the problems described above, the water saving effect is excellent by accumulating hydraulic energy or atmospheric energy or by intentionally generating such energy, and washing it with high pressure water by dividing large and urine by the pressure. Improve the control method or water supply method to save the budget, use the daily sewage or rainwater for various purposes, and supply the above water with the explosion energy of the internal combustion engine and apply it as fire fighting, fire prevention or removal and transportation Invented in order to explain in detail by the accompanying drawings as follows.

1 is a perspective view of the present invention

1 (b) is a perspective view of the piston of the present invention

Figure 1 (c) is a perspective view of the rotating shaft and the top valve of the present invention

Figure 1 (d) is an enlarged perspective view of the top valve of the present invention

Figure 1 (e) is an enlarged perspective view of the automatic cock of the present invention

Figure 2 (a) is a longitudinal cross-sectional view and principle of operation of the present invention

2 (b) is a longitudinal cross-sectional view and principle of operation of the present invention without a lid

Figure 2 (c) is a longitudinal cross-sectional view and principle of operation of the push valve of the present invention

Figure 2 (d) is a longitudinal sectional view and principle of operation of the present invention equipped with a pump

2 (e) is a longitudinal cross-sectional view and principle of operation of the present invention having an internal combustion engine

Figure 2 (bar) is a cross-sectional view and principle of operation of Figure 2 (b) of the present invention

Figure 2 (G) is a cross-sectional view and principle of operation of the second view (C) of the present invention.

As shown in Figs. 1 (a) (b) and 2 (a), the packing 18 is placed on the annular jaw 17 formed in the lower inner wall of the body 1 of the fresh valve. The drain hole 55 is drilled in the center of the annular jaw 17.

In addition, the packing 15 is mounted on the annular jaw 16 formed at the lower end of the piston 11, and the bag 10 of the valve 8 having the top bag 9 and the bag 10 formed thereon is disposed of the drain hole 55. ), The spring (14) is supported on the valve (8), and the retaining ring (12) is coupled to the piston (11) with the valve (8) and the packing (15) to open the drain hole (55). To prevent it.

The U-packing 13 is inserted into the groove cut into the circumferential surface of the upper outer frame 36 of the piston 11, and the bottom surface of the annular jaw 16 at the lower end of the piston 11 is polished in a plane so that there is no unevenness.

This piston (11) is put in the body (1) of the fresh valve so that the water does not leak between the piston (11) and the inner wall of the body (1) by the U-packing (13) and the piston (11) moves up and down by hydraulic pressure. do.

As shown in FIG. 1 (c), the V-shaped arms 3 and 4 are formed at the lower end of the handle shaft 2, and the opening and closing wheel 5 having grooves 6 in the middle of the handle shaft 2. Is formed, and the O-ring 21 is inserted into the groove of the handle shaft 2, and then the top of the handle shaft 2 is inserted into the hole 37 of the lid 20 as shown in FIG. To prevent water from leaking.

Then, the lid 20 is coupled to the top screw of the body 1 of the fresh valve, but the opening and closing wheel 5 is in contact with the end of the drain 24.

As shown in FIG. 1 (c), the lid 20 is coupled to the bottom of the handle shaft 2 such that the top bag 9 is positioned between the two V-shaped arms 3 and 4. 20) Insert the handle (7) on the top of the handle shaft (2) that came out and secure with a bolt (22).

The drainage pipe 26 formed on the side of the fresh valve body 1 has a drainage channel 24 and a channel 25 penetrating the U-shape, and the flow adjusting bolt 23 is coupled to the upper female thread of the channel 25. .

Combining a firm and hermetic compression tank 27 having an inner tube 41 connected to the water supply pipe 28, the position of which may be close to or close to the drainage pipe 26, but may be apart from the compression tank 27 and the drainage pipe 26. ) Between the water supply pipe 28 of 25mm or more that can be supplied a lot of water and the inner pipe 41 is also 25mm or more.

The water pipe 45 of the sewage tank 42 connected to the compression tank 27 is equipped with a coke 77 having a hole 76. Since the water pipe 45 is sufficient as a 15 mm pipe, the pipe installation cost can be reduced. Can be.

At the lower end of the inner tube 41, the packing 46 is inserted into the left flat surface of the annular recess 44, and the valve 50 having the bag 47 is mounted, and the steamer 51 is coupled to the end of the bag 47. The packing 46 and the bag 47 push the valve 50 equipped with the steamer 51 to the annular jaw 44 and engage the lid 52.

The coke pipe 62 in which the water supply hole 59 of the tap water, the water supply hole 60 of the domestic sewage, and the exhaust hole 61 are drilled is connected to the sewage tank 42, the water pipe 45, and the domestic sewage diesel tank 71. The handle 63 is formed in the coke 64, which is mounted inside the coke pipe 62, and the water supply hole 67, the domestic sewage water supply hole 66, and the exhaust hole 65 are drilled. When the water supply hole 67 is closed in the direction in which the coke 64 is attached to the coke pipe 62 as shown in the drawing and rotates the cock 64 with the handle 63, the domestic sewage water supply hole 66 is provided. And the exhaust hole 65 is opened so that the living sewage in the living sewage oil passage 71 enters the sewage tank 42, and the air in the sewage tank 42 is discharged to the exhaust hole 65.

When the water supply hole 67 is opened in the direction of turning the cock 64 by the handle 63, the domestic sewage supply hole 66 and the exhaust hole 65 are closed, and the domestic sewage or rain water in the sewage tank 42 is closed. It is configured to be pushed into the inner tube 41 by the water pressure of the tap water.

The drainage pipe 71 of the living sewage is connected to a wash basin 72, a tub sewage 73, and a drain pipe 84 having a sewage 74, such as a washing machine sewage or rainwater, and a wash basin or a tub or a washing machine. Living sewage or rainwater drained from the living sewage tank (71) is composed of.

The air supply pipe (75) connected to the sewage tank (42) is equipped with a known coke (85) to cut off the air supply, and a plurality of branch pipes (86) branched from the air supply pipe (75) have pump holes (79), respectively. The pump hole 79 has an intake hole 80 through which air is sucked in and a closing plate 81 for preventing a reverse flow thereof, and an exhaust hole 82 and a closing plate 83 on the branch pipe 86 side. Is formed.

FIG. 2 (B) has the same purpose and function as FIG. 2 (A), but when the lid 20 is coupled to the top screw of the body (1) of the fresh valve, as shown in FIG. 5) should be in contact with the end of the drain 24, it is extremely difficult to assemble completely so that the screw does not turn anymore in place.

Therefore, the hole 37 is formed in the inner tube 38 formed below the plane 39 above the body 1 of the fresh valve instead of the lid 20 without coupling the lid 20 to the top screw of the body 1 of the fresh valve. The hole is drilled and the upper end of the handle shaft 2 is inserted into the hole 37 so that the opening / closing wheel 5 contacts the end of the drain passage 24 as shown in FIG.

The O-ring 35 is inserted into the outer frame 34 of the drain pipe 32 in which the annular jaw 33 and the outer frame 34 are formed, and then the annular jaw 33 is coupled to the lower female thread of the body 1 of the fresh valve. Since FIG. 2 is exactly the same, description thereof is omitted.

However, the coke 53 in which the water supply hole 67 is drilled has a handle 54 and the coke 53 is separated from the coke 64 separately.

As shown in FIG. 2 (C), the hole 37 is drilled in the inner tube 38 under the plane 39 on the body 1 of the fresh valve, and the orin 21 is inserted into the hole 37. An upper end of the handle shaft 2 is pushed in (closely pushed in), and a handle 7 having a protrusion 100 is mounted on the side of the handle shaft 2 as shown in FIG.

This handle (7) When the projection 100 reaches the "large" shape while turning in the table direction, the water flow adjusting portion 43 contacts the end of the drainage passage 24 and closes the drainage passage 24 as shown in FIG. 7 While turning in the direction of the table to turn the protrusion 100 to reach the "small" ruler is configured to open the drainage passage 24 while the water quality control piece 43 is separated from the end of the drainage passage (24).

In addition, the packing 15 is mounted on the annular jaw 16 formed at the lower end of the piston 11, and the bag 10 of the valve 8 having the top bag 9 and the bag 10 formed thereon is disposed of the drain hole 55. ), Press the valve (8) with a spring (14) and then engage the retaining ring (12) so that the parts in it are not released.

The U-packing 13 is fitted into the groove of the upper outer frame 36 of the piston 11, and the unevenness is removed from the plane below the annular jaw 16 at the bottom of the piston 11.

The piston 11 is inserted into the body 1 of the fresh valve by the U-packing 73 so that water does not leak between the piston 11 and the inner wall of the body 1 of the fresh valve by the hydraulic pressure while the piston 11 is opened. This vertical movement is configured.

Insert the O-ring 35 into the drain pipe 32 in which the annular jaw 33 and the outer frame 34 are formed, and then the annular jaw 33 is coupled to the female screw at the bottom of the body 1 of the fresh valve, but the drain hole 55 is perforated. The packing 18 is mounted on the jaw 33 and the plane 18 is ground on the packing 18 so that the plane under the annular jaw 16 of the piston 11 comes into close contact with the packing 18.

The horizontal pipe 30 on the side of the drain pipe 32 is equipped with a lever 31 to operate the bag 10, which is a reference to a known technique as it is, so illustration or description is omitted.

The drainage pipe 26 formed on the side of the fresh valve body 1 has a drainage channel 24 and a channel 25 penetrated in a U-shape, and the flow adjusting bolt 23 is coupled to the upper female thread of the channel 25. .

Combining a firm and hermetic compression tank 27 having an inner tube 41 connected to the water supply pipe 28, the position of which may be close to or close to the drainage pipe 26, but may be apart from the compression tank 27 and the drainage pipe 26. ) Is connected to the water supply pipe 28 of 25mm or more that can be supplied with a lot of water, and the inner pipe 41 is also 25mm or more.

The sewage tank 42 is connected to the lower side of the compression tank 27, and the water pipe 45 and the basin sewer hole 72 are equipped with a cock 77 having a hole 76 on the tank 42. ), The sewage pipe (71) connected to the sewage pipe (84) having a sewage hole (74) such as a tub sewage hole (73), a washing machine sewage hole, or rainwater.

At the lower end of the inner tube 41, the packing 46 is inserted into the left flat surface of the annular recess 44, and the valve 50 having the bag 47 is mounted, and the steam tube 51 is coupled to the end of the bag 47. Next, the packing 46 and the bag 47 push the valve 50 equipped with the steamer 51 to the annular jaw 44 and combine the lid 52.

The air supply pipe (75) connected to the sewage tank (42) is equipped with a known cock (85) to cut off the air supply, the borehole (79) is connected to the branch pipe (86) branched from the air supply pipe (75), The pump hole 79 has an intake hole 80 through which air is sucked in and a closing plate 81 for preventing the reverse flow thereof, and an exhaust hole 82 and a closing plate 83 are formed at the branch pipe 86 side. have.

The water pipe 45 of the sewage tank 42 connected to the compression tank 27 is equipped with a coke 77 having a hole 76. Since the water pipe 45 is sufficient as a 15 mm pipe, the pipe installation cost can be reduced. have.

At the lower end of the inner tube 41, the packing 46 is inserted into the left flat surface of the annular recess 44, and the valve 50 having the bag 47 is mounted, and the steamer 51 is coupled to the end of the bag 47. The packing 46 and the bag 47 push the valve 50 equipped with the steamer 51 to the annular jaw 44 and engage the lid 52.

The coke pipe 62 in which the water supply hole 59 of the tap water, the water supply hole 60 of the domestic sewage, and the exhaust hole 61 are drilled is connected to the sewage tank 42, the water pipe 45, and the domestic sewage diesel tank 71. The handle 63 is formed in the coke 64 which is coupled to be connected to the inside of the coke pipe 62, and the water supply hole 67, the domestic sewage water supply hole 66, and the exhaust hole 65 are drilled. When the water supply hole 67 is closed in the direction in which the coke 64 is attached to the coke pipe 62 as shown in the drawing and rotates the cock 64 with the handle 63, the domestic sewage water supply hole ( 66 and the exhaust hole 65 are opened so that the living sewage in the living sewage oil passage 71 enters the sewage tank 42 and the air in the sewage tank 42 is discharged to the exhaust hole 65.

When the water supply hole 67 is opened along the direction of turning the cock 64 by the handle 63, the water entering the water supply hole 67 is closed while the domestic sewage supply hole 66 and the exhaust hole 65 are closed. Life sewage or rainwater in (42) is configured to be pushed out to the inner tube 41 by the water pressure.

When there is no water in the sewage tank 42 because a lever 69 is connected to the left side of the coke 64 in the sewage tank 42 and a steamer 70 is connected to the end of the lever 69. The water supply hole 66 and the exhaust hole 65 are opened while the water supply tank 66 is lowered by the weight of the gas supply tank 70, and the water in the living sewage oil passage 71 is accumulated in the sewage tank 42. Therefore, the water supply hole 67 of the coke 64 is opened, and the living sewage water supply hole 66 and the exhaust hole 65 are closed by the buoyancy due to the float 70.

In addition, the sewage tank (71) is connected to a wash basin (72), a tub sewer (73), and a drain pipe (84) having a sewer (74), such as a washing machine sewage or rainwater. Living sewage or rainwater drained from the sewage in the sewer (71).

The air supply pipe (75) connected to the sewage tank (42) is equipped with a known coke (85) to cut off the air supply, and a plurality of branch pipes (86) branched from the air supply pipe (75) have pump holes (79), respectively. The pump hole 79 has an intake hole 80 through which air is sucked in and a closing plate 81 for preventing a reverse flow thereof, and an exhaust hole 82 and a closing plate 83 on the branch pipe 86 side. Is formed.

FIG. 2 (D) is the same configuration as FIG. 2 (C), instead of connecting the product 87 using living sewage, rain water, or tap water to the end of the water supply pipe 28 instead of the body 1 of the fresh valve. The air supply pipe 88 connected to the sewage tank 42 is equipped with a known cock 89 and connects the branch pipes 91 and 90 to the upper and lower sides of the cylinder 92, respectively. Prevent balls (94) and (93) are mounted, and intake holes (95) (96) are equipped with backflow prevention balls (97) and (98), respectively.

The V-packing 100 is fitted around the piston 99, and the push rod 102 with the handle 101 is connected to the piston 99 through the hole 103 of the cylinder 92. The O-ring 104 is inserted therein so that air does not leak, and the push rod 102 is inserted into the pusher 102 having the handle 101 to form a compression pump A for holding the handle 101.

In this configuration, the compression plate (A) (A ') (A ") is placed on the handle 101 of the well-rolled pressure plate 106 or chain plate is well fixed so as not to move back and forth, left and right Everything else is exactly the same as in Figure 2 (c).

FIG. 2 (e) shows that the fuel price 110, which has opened the lid 109 of the fuel chamber 108 of the known internal combustion engine 107 connected to the air supply pipe 88, is vaporized with the combustible gas 111. In the state ignited by the ignition device by the pressure of the expanded gas generated at this time by applying pressure on the surface of the living sewage, rain water or tap water accumulated in the sewage tank 42, the living sewage or rain water connected to the end of the water supply pipe 28 or The product 87 using tap water is configured to extrude the sewage, rain water or tap water, and the other configuration is the same as in FIG.

As described in FIG. 2 (a), the principle of the present invention is to close the air supply pipe 75 with the cock 85 and rotate the cock 64 with the handle 63 when using only tap water. The water supply hole 67 of the opening 45 is opened, the living sewage supply hole 66 and the exhaust hole 65 are closed, and then the hole 76 of the coke 77 is opened, and the water supply pipe 45 is connected to the sewage tank 42. Air is compressed at the upper end of the compression tank 27 and the sewage tank 42 as water is supplied from the water. When the pressure of the compressed air is equal to the water pressure of the water coming from the water pipe, the air is no longer compressed. Done.

When water is accumulated at the bottom of the compression tank (27) and the sewage tank (42), the valve (50) is opened while the steam tank (51) floats due to buoyancy, so that water can be discharged through this, but the body of the fresh valve body (1) Since the piston 11 is in close contact with the packing 18 on the annular jaw 17, water cannot be discharged to the drain hole 55.

In this state, when you want to wash urine as shown in Figs. When turned to the table direction, since the arm 3 rotates about the handle shaft 2 in the same direction as the handle 7 and pushes the top bag 9, the valve 8 opens and the body of the fresh valve 1 Water inside the piston 11) is discharged to the drain pipe 29 through the drain hole 55 of the annular jaw 17.

When the water in the piston 11 is discharged in this way, the piston 11 is released due to the pressure drop therein. Pushed up in the direction of the table, the top bag (9) The upper part of the top bag 9 is made thicker and the lower part of the top bag is thin so as not to be caught by the arm 3 thereon while going up in the table direction, but there is no problem in operation even when the top and bottom of the top bag 9 are equal in thickness.

Even if the top sack (9) is inclined to the side, the top sack (9) is in a vertical state because the side where the arm (3) is in contact is vertical. The piston (11) as a whole

There is no problem in going up the table.

Thus, the whole piston 11 When it is raised in the table direction, the drain hole 55 of the annular jaw 17, which was closed by the lower end of the piston 11, is opened and water is discharged.

At this time, the discharged water is extruded at a high pressure while the water pressure of the water coming from the water pipe and the pressure of the air compressed in the compression tank 27 and the sewage tank 42 work together, the water coming from the water pipe and the compression tank (27) And since the water in the sewage tank 42 is discharged at the same time at a high pressure to clean the toilet bowl with a small amount of water.

Handle (7) When turning in the table direction, the groove 6 of the opening / closing wheel 5 also rotates in the same direction about the handle shaft 2, so that the groove 6 is connected to the drainage passage 24, so that the groove Water enters the fresh valve body (1) and into the piston (11).

In this case, since the piston 11 has the same pressure above and below, the piston 11 is lowered toward the annular jaw 17 by the flow rate of water flowing down into the drain pipe 29 and the weight of the piston 11 itself. Is proportional to the rate at which water enters the body (1) of the fresh valve and into the piston (11) in the drain passage (24).

Therefore, when the drainage path 24 is opened by the groove 6, the descending speed of the piston 11 is increased, so that the piston 11 closes quickly, so that the time for which the piston 11 opens the drain hole 55 is shortened. Because less water is discharged.

However, since the water is extruded at a high pressure by the pressure of the compressed air compressed in the compression tank 27 and the sewage tank 42, the toilet is well cleaned even with a small amount of water.

As shown in Figure 2 (a) (d), the handle 7 should be Turning in the opposite direction of the table pushes the top bag 9 while the arm 4 rotates in the same direction about the handle shaft 2, so that the valve 8 opens and the piston (1) and the piston ( 11) the water in the discharge is discharged into the drain pipe 29 through the drain hole 55 of the annular jaw (17).

When the water inside the body (1) of the fresh valve and the piston (11) is discharged, the piston (11) is released due to the pressure drop inside the piston (11). Since it is pushed up to the surface direction, the drain hole 55 of the annular jaw 17 blocked by the piston 11 opens, and the water from the water supply pipe 28 and the water from the compression tank 27 and the sewage tank 42 It is discharged to the drain pipe 29 through the drain hole (55).

Use the handle (7) to clean the stool. When turned in the opposite direction of the table, the groove 6 of the opening / closing wheel 5 also rotates in the same direction about the handle shaft 2 so that the groove 6 is separated from the drain passage 24.

When the recess 6 is separated from the drain 24, the drain 24 opens a little, so that less water enters the body 1 and the piston 11 of the fresh valve so that the piston 11 descends toward the annular jaw 17. Since the piston (11) is closed late and a lot of water comes out.

This large amount of water is suitable for cleaning feces.

When the water level is lowered while the water of the compression tank 27 and the sewage tank 42 is discharged by the compressed air of the compression tank 27 and the sewage tank 42, the steam tank 51 descends, so that the valve 50 is closed. The water will drain.

If the valve 50 is not closed in this way, the compressed air in the compression tank 27 and the sewage tank 42 is continuously discharged, which causes waste of compressed air.

When water is supplied from the water pipe 45, the water is accumulated from the compression tank 27 and the sewage tank 42, and the same action is repeated.

When using the domestic sewage, the wash basin (72) and the tub sewer (73) and washing machine sewage or drainage pipe (84) having a sewage hole (74), such as rain water wash basin or enter the living sewage tank (71) When the living sewage or rainwater drained from the bathtub or washing machine is accumulated in the living sewage oil passage 71, turn the handle 63 as shown in FIG. 2 (a) to close the water supply hole 67 of the coke 64. When the living sewage water supply hole 66 and the exhaust hole 65 are opened, the living sewage accumulated in the living sewage oil passage 71 enters the sewage tank 42 and the air therein is exhausted through the exhaust hole 65. It is discharged and the sewage is quickly moved to the sewage tank (42).

In such a state, the living sewage water supply hole 66 and the exhaust hole 65 are closed while turning the cock 64 with the handle 63, and the water supply hole 67 is opened.

Then, when discharging the tap water into the sewage of the sewage tank 42, the hole 76 is opened by the coke 77, and the tap water of the water pipe 45 enters the sewage tank 42 and the sewage tank 42. Discharge to the water supply pipe 28 while pushing out the sewage accumulated in the.

When the domestic sewage is discharged into the compressed air in a state in which the sewage is accumulated in the sewage tank 42, the sewage is discharged while operating the cock 77 to close the hole 76 and then turning the cock 64 with the handle 63. When the water supply hole 66 and the exhaust hole 65 are closed and the water supply hole 67 is opened, the sewage tank 42 in which the living sewage is accumulated is completely sealed. In this state, the coke 85 is opened to open the branch pipe 86. When the pressure is applied to the pump hole (79) connected to the air supply pipe (75) through the air), the compressed air opens the closing plate (83) of the exhaust hole (82) on the branch pipe (86) side. When the pressure applied to the pump hole 79 is removed, the closing plate 83 of the branch pipe 86 is closed, the closing plate 81 is opened, and the outside air flows into the intake hole 80. Is inhaled.

If the above operation is repeated for each of the pump holes 79, 79 ', 79 ", 79'" and 79 "", the high pressure compressed air is compressed in the sewage tank 42 and the compression tank 27. Pressure is applied to the living sewage accumulated in the sewage tank 42 and the compression tank 27.

Each pump hole (79) (79 ') (79 ") (79'") (79 "") is placed in a sea where traffic is frequent, so that each pump hole (79) (79 ') (79 ") (79) When stepping on the "79" "79", the compressed air is stored in the sewage tank 42 and the compression tank 27.

Since the working principle of FIG. 2 (b) is the same as that of FIG. 2 (a), description thereof will be omitted.

The principle of operation of FIG. 2 (C) is the same as that of FIG. 2 (A) except that the lever 69 is connected to the left side of the cock 64 and the end of the lever 69 has a steamer 70 so that sewage When there is no water in the tank 42, the water supply hole 66 and the exhaust hole 65 are opened by the weight of the water supply box 70, and the water supply hole 66 and the exhaust hole 65 are opened. Water is accumulated in the sewage tank 42 through the water supply hole 66.

If water is accumulated in the sewage tank 42, the water supply hole 67 of the coke 64 is opened while the steam tank 70 is floated due to its buoyancy, and the domestic sewage supply hole 66 and the exhaust hole 65 are closed. The living sewage accumulated in the tank 42 is in a completely closed sewage tank 42.

When opening the hole 76 of the cock (77) mounted in the water pipe 45 in this state, the living sewage accumulated in the compression tank (27) and sewage tank (42) by the water pressure of the tap water from the water pipe (45) Is discharged into the water supply pipe 28, and other principles of operation are the same as those of FIG.

The principle of operation of FIG. 2 (D) is the same as that of FIG. 2 (A) (B) (C), except that compressed air is stored in the compression tank 27 and the sewage tank 42 through the supply pipe 88. The method is different, but the contents are as follows.

By operating the cock (89) to allow air to pass through the air supply pipe (88), and then a person climbs on the pressure plate 106 or chain plate well flexed or the vehicle ascends the spring 105 by the weight of the handle Since the pusher 102 with 101 lowers the piston 99, the V-packing 100 mounted on the periphery thereof comes into close contact with the inner wall of the cylinder 92 and descends downwards, whereby the air under the piston 99 Since the intake hole 96 is blocked by the backflow prevention ball 98, the compressed air is pushed against the backflow prevention ball 93 and compressed to the compression tank 27 and the sewage tank 42. The backflow prevention ball 97 is opened in the upper cylinder 92 and the outside air is sucked into the intake hole 95.

When a person or a vehicle descends on the pressure plate 106 or the chain plate, which is well flexed, the piston 99 of the handle 101 and the pusher 102 is returned to its original position by the elasticity of the spring 105, In the state where the mounted V-packing 100 rises in close contact with the inner wall of the cylinder 92, the air on the piston 99 is compressed, and the backflow prevention ball 97 is closed and the intake hole 95 is blocked. Compressed air pushes backflow prevention ball (94) and is compressed in compression tank (27) and sewage tank (42).

Several compressed pumps (A) (A ') (A ") repeat the above operation, and the compressed air in the compression tank (27) and the sewage tank (42) is supplied to the compression tank (27) and the sewage tank (42). Drained sewage or tap water is discharged to the water supply pipe (28).

The principle of operation of FIG. 2 (e) is the same as that of FIG. 2 (d), except that the compressed air is stored in the compression tank 27 and the sewage tank 42 through the air supply pipe 88. Is as follows.

Open the cork (89) to allow air to pass through the supply pipe (88), and then open the lid of the fuel chamber (108) of the internal combustion engine (107), a known technique connected to the supply pipe (88), and put the fuel therein. When the ignition unit 110 is ignited by the ignition apparatus in the state of being vaporized with the combustible gas 111, the pressure on the surface of living sewage, rain water or tap water accumulated in the sewage tank 42 is caused by the pressure of the expanded gas generated at this time. By applying the living sewage or rainwater or tap water is extruded into the product 87 using the living sewage or rainwater or tap water connected to the end of the water supply pipe (28).

The working effect of the present invention can be installed with a 15mm water pipe, so the working principle of FIG. 2 (D) is the same as that of FIG. 2 (A) (B) (C), except that the compression tank 27 ) And the method of storing the compressed air in the sewage tank 42 is different.

By operating the cock (89) to allow air to pass through the air supply pipe (88), and then a person climbs on the pressure plate 106 or chain plate well flexed or the vehicle ascends the spring 105 by the weight of the handle Since the pusher 102 with 101 lowers the piston 99, the V-packing 100 mounted on the periphery thereof comes into close contact with the inner wall of the cylinder 92 and descends downwards, whereby the air under the piston 99 Since the intake hole 96 is blocked by the backflow prevention ball 98, the compressed air is pushed against the backflow prevention ball 93 and compressed to the compression tank 27 and the sewage tank 42. The backflow prevention ball 97 is opened in the upper cylinder 92 and the outside air is sucked into the intake hole 95.

When a person or a vehicle descends on the pressure plate 106 or the chain plate, which is well flexed, the piston 99 of the handle 101 and the pusher 102 is returned to its original position by the elasticity of the spring 105, In the state where the mounted V-packing 100 rises in close contact with the inner wall of the cylinder 92, the air on the piston 99 is compressed, and the backflow prevention ball 97 is closed and the intake hole 95 is blocked. Compressed air reduces backflow installation costs, and compresses the air by means of hydraulic pressure to the compression tank (27) and sewage tank (42) and extrudes water under high pressure, so it can be washed clean with a small amount of water. After turning the handle (7) clockwise, a small amount of water is extruded at a high pressure, after turning the handle (7) counterclockwise after the stool, the high pressure water for the stool is extruded, and the flow rate of the water is adjusted to the groove (6) Can be determined according to the rotational direction of the adjusting piece 43, Ball (79) (79 ') (79 ") (79'") (79 ""), or compression pump (A) (A ') (A "), by explosion of flammable gas of internal combustion engine (107) The pressure in the compression tank 27 and the sewage tank 42 has an effect of supplying the product 87 using the domestic sewage, rain water or tap water at the end of the water supply pipe 28.

Claims (1)

The packing 18 is fitted on the annular jaw 17 formed on the inner wall of the body 1 of the fresh valve, and the drainage hole 55 is drilled in the center of the annular jaw 17, and the annular jaw formed at the bottom of the piston 11. Put the packing 15 on top of 16, and put the bag 10 of the valve 8 on which the top bag 9 and the bag 10 were formed on the drain hole 55 side, and then the valve 8 Hold the spring (14) on the top, insert the U-packing (13) into the groove of the upper edge 36 of the piston (11) with the fixing ring (12), and the bottom of the annular jaw (16) at the bottom of the piston (11) The piston 11 is polished in a plane so that there is no irregularities, and the piston 11 is inserted into the body 1 of the fresh valve to prevent water from leaking between the piston 11 and the inner wall of the body 1 by the U-packing 13. 11) opening and closing the drain hole 55 while vertically moving by the hydraulic pressure, the V-shaped arms (3) (4) is made at the lower end of the handle shaft (2), grooves (6) in the middle of the handle shaft (2) Open and close wheels (5) The O-ring 21 is inserted into the groove of the handle shaft 2, and then the top of the handle shaft 2 is inserted into the hole 37 of the lid 20 so that water does not leak, and the lid 20 is closed. It is coupled to the upper screw of the body of the fresh valve (1), but the opening and closing wheel (5) is in contact with the end of the drain passage (24), the top of the handle shaft (2) between the V-shaped arms (3) (4) The lid 20 must be engaged so that the 9 is positioned, and the handle 7 is inserted into the upper end of the handle shaft 2 extending out of the lid 20 to be fixed with the bolt 22, and the body of the fresh valve 1 The drainage pipe 26 formed on the side is a drainage channel 24 and the channel 25 penetrated in a U-shape, coupled to the flow control bolt 23 to the upper female thread of the channel 25, connected to the water supply pipe 28 Combining a firm and hermetic compression tank 27 with an inner tube 41, the position of which may be close to or away from the drainage pipe 26, but the compression tank 27 and the drainage pipe 26 may be separated. This is connected to the water supply pipe 28 of 25mm or more, which can supply a lot of water, and the inner pipe 41 is also 25mm or more, and the water pipe 45 of the sewage tank 42 connected to the compression tank 27 has a hole 76. And a coke (77), and the bottom of the inner tube (41) is fitted with a packing (46) on the left flat surface of the annulus formed 44, and the valve (50) with a bag (47) 47) Combine the steamer 51 at the end, and then push the valve 50 equipped with the steamer 51 in the packing 46 and the bag 47 to the annular jaw 44 and combine the lid 52, tap water Coke pipe 62 in which the water supply hole 59 and the water supply hole 60 and the exhaust hole 61 of the living sewage are perforated is combined with the sewage tank 42, the water pipe 45, and the domestic sewage oil passage 71. A handle 63 is formed in the coke 64 mounted inside the coke pipe 62, and a water supply hole 67, a domestic sewage supply hole 66, and an exhaust hole 65 are perforated. The cork 64 is as shown in the cork tube 62 When the water supply hole 67 is closed while rotating the cock 64 with the handle 63, the living sewage supply hole 66 and the exhaust hole 65 are opened while the sewage tank 42 is connected to the sewage tank 42. The living sewage which is in the water flows into the exhaust pipe 65, and the air in the sewage tank 42 is configured to be discharged. A drain pipe 84 having sewage holes 74, such as sewage or rainwater, is connected, and a known coke 85 is attached to the air supply pipe 75 connected to the sewage tank 42, and in the air supply pipe 75, A plurality of branch pipes 86 are connected to the pump hole 79, respectively, the pump hole 79 has an intake hole 80 and a closing plate 81 and the exhaust pipe 82 toward the branch pipe 86 side. ) And a closing plate 83, a hole 37 may be drilled into the inner tube 38 under the plane 39 on the body 1 of the fresh valve instead of the lid 20, and the sewage tank 42 may be used. Air supply connected to) A well-known coke 85 is attached to 75, and the pump hole 79 is connected to the branch pipe 86 branching from the air supply pipe 75, and the pump hole 79 is closed with the intake hole 80. There is a plate 81, the exhaust pipe 82 and the closing plate 83 is formed on the branch pipe 86 side, the hole 76 in the water pipe 45 of the sewage tank 42 connected to the compression tank 27 To the left side of the annulus 44 formed at the lower end of the inner tube 41 and to the valve 50 with the bag 47. 47) Combine the steamer 51 at the end, and then push the valve 50 equipped with the steamer 51 in the packing 46 and the bag 47 to the annular jaw 44 and engage the lid 52, the water supply hole The coke pipe 62 in which the 59, the water supply hole 60, and the exhaust hole 61 are drilled is connected to the sewage tank 42, the water pipe 45, and the living sewage oil passage 71 so as to be in contact with each other. The handle 63 is formed in the coke 64 mounted inside the pipe 62, and is provided with the water supply hole 67. The water supply hole 66 and the exhaust hole 65 are drilled, and this cock 64 is mounted on the cock pipe 62, and when the cock 64 is turned by the handle 63, the water supply hole 67 is closed. The 66 and the exhaust hole 65 are opened, and the sewage from the living sewage tank 71 enters the sewage tank 42, and the air from the sewage tank 42 is discharged into the exhaust hole 65. When the water supply hole 67 is opened in the direction in which the coke 64 is turned to 63, the water entering the water supply hole 67 is closed to the sewage tank 42 while the water supply hole 66 and the exhaust hole 65 are closed. The living sewage or rainwater which is in the process is pushed out to the inner tube 41 by the water pressure, and the lever 69 is connected to the left side of the coke 64 in the inside of the sewage tank 42, and the end of the lever 69 is a hot tub. (70) is connected, when there is no water in the sewage tank 42, the water supply hole 66 and the exhaust hole 65 is opened while the air supply 70 is lowered by the weight of the water supply tank (70). To sewage tank (71) Since the existing water accumulates in the sewage tank 42, the buoyancy floats 70 and the water supply hole 67 of the coke 64 is opened, and the living sewage supply hole 66 and the exhaust hole 65 are closed. The sewage drainage pipe (71) is connected to a water drain pipe (72) and a drain pipe (84) having a tub sewage hole (73) and a sewer hole (74), and an air supply pipe connected to the sewage tank (42). The well-known coke 85 is attached to 75, and the pump hole 79 is connected to the branch pipe 86 of the air supply pipe 75, respectively, and the intake hole 80 and the closing plate are connected to this pump hole 79. (81) and the exhaust pipe 82 and the closing plate 83 is formed on the branch pipe (86) side, the product 87 directly connected to the end of the water supply pipe 28 instead of the body (1) of the fresh valve or the water pipe Alternatively, a hose (91) and a branch pipe (91) (90) are connected to the upper and lower sides of the cylinder (92), respectively. Reverse flow prevention ball at each end (94) and (93), each of the intake holes (95) and (96) is equipped with backflow prevention balls (97) and (98), and the V-packing (100) is fitted around the piston (99) and the handle The push rod 102 having the 101 is connected to the piston 99 through the hole 103 of the cylinder 92, and the O-ring 104 is inserted into the hole 103 to prevent air leakage and the handle 101. The push rod 102 is formed with a compression pump A for gripping the handle 101 by inserting a spring 105 into the pressing plate on the handle 101 of the compression pump A, A ', A'. The fuel cell 110 having the 106 or the chain plate fixed and the periphery thereof, or the lid 109 of the fuel chamber 108 of the known internal combustion engine 107 connected to the air supply pipe 88, opened and placed therein Water supply and a method for supplying water with a water pressure and air pressure that the combustible gas 111 is ignited and pressurizes the water surface of the sewage tank 42 by the pressure