KR20060002699A - Automatic switch with valve - Google Patents

Abstract

The present invention relates to an automatic switch that opens and closes a water channel with a valve, regulates water temperature and quantity, removes unnecessary water, and applies the valve invented for pumping with water pressure.

Its main constitution is that of the soft pleated tube 8 which is placed on the bag 6 of the valve 5 which has placed the packing 4 on the annular jaw 3 of the male screw 2 and penetrated the side ball 7 thereon. The flange 13 and the disk 13 in which the vertical hole 11 and the horizontal hole 12 are drilled are brought into close contact with the annular jaw 10, and the nut pipe 14 is coupled to the female screw of the side ball 7. The male screw 15 at the end of the bag 6 penetrating the vertical hole 11 is coupled to the female screw 17 of the mill 16, and the hole 19 is drilled in the female screw 18 at the lower end of the valve housing 1. The male screw 2 of the valve assembly 1 combined with the drain plate 20 is coupled to the female screw 99 of the water discharge pipe 97 of the faucet 21, and is formed in the back of the body 22 of the faucet 21. Put the packings 27 and 28 in the annular jaws 25 and 26 planes of the 23 and 24, respectively, and penetrate the holes of the annular jaws 25 and 26 behind the packings 27 and 28, respectively. The bent sacks 31 and 32 of the valves 29 and 30 are mounted on the supporting plates 33 and 34 formed in the bottom of the body 22, and the left and right adjusting plates under the rotating shaft 35 ( When the ends of the bags 31 and 32 are folded to the sides of the left and right adjustment plates 36 and 37 when the handles 36 and 37 are in the center, the valves 29 and 30 are opened in half, respectively. (29) (30) engages the T-bolts (40) and (41) fitted with large nuts (38) and (39) to the female threads of the valve housings (23) and (24) with built-in, and the T bolts (40) and (41). Then, the packing 42, 43 is inserted into the net pipe 44, 45, and then the back flow prevention ball 46, 47 is incorporated into the net pipe 44, 45, which is combined with the inner pipe 48, 49. The mounted eccentric union (50) (51) to the large nut (38) (39), and the center hole (55) of the bolt tube (54) coupled to the female screw of the horizontal tube (53) behind the body (22) Insert the adjusting shaft 57 with the locking jaw 56 and the circular 58, but insert the O-ring 59 in the groove of the adjusting shaft 57 and the bolt tube 54 with the O-ring 60 is fitted into the horizontal tube In combination with the female screw of 53, the end 61 of the adjustment shaft 57 passes through the hole 62 of the left and right adjustment plates 36 and 37, and is then inserted into the hole 64 of the partition 63. Number on the torso 22 of 21 The packing 67 is inserted into the annular jaw 65 of the inner wall 65 of the space 65 which has been perforated, and the double bags 69 and 70 of the valve 68 inserted therethrough penetrate the rectangular holes 71. Throat tube with fastening nut 75 covering drain pipe 74 of adjusting piece 73 drilled with drain hole 78 to be proximate to the side of the twine 69 and 70 protruding into the male screw tube 72 ( The adjustment piece 73 inserted into the upper end of the 76 is inserted into the lower end of the male threaded pipe 72 in which the O-ring 77 is inserted, and the fastening nut 75 is coupled to the male threaded pipe 72, and the annular jaw 79 is disposed. Put the packing 80 on it, put the valve 81 with the bag 82 formed thereon, and then catch the center hole 55 of the bolt tube 54 coupled to the female screw of the rear horizontal tube 53 of the body 22. The jaw 56 and the circular 58 are formed, and the adjustment shaft 57 into which the O-ring 59 is fitted is inserted into the groove, and the bolt pipe 54 into which the O-ring 60 is fitted is coupled to the female screw of the horizontal tube 53. End 61 of the adjustment shaft 57 to the hole 64 of the partition 63. The bearing is coupled to the bearing nut 84 of the O-ring 83 is inserted into the upper female thread of the space 65, and the rotary shaft 35 into which the O-ring 85 is inserted is inserted into the center hole thereof. The adjusting shaft 57 penetrates through the hole 62 of the adjusting plate 36 and 37, and the handle 86 is put on the upper end of the rotating shaft 35, and the bolts 87 are engaged with the stopper 88. The lever 89 is coupled to the adjustment shaft 57 protruding out of the bolt pipe 54, and the height adjustment plate 91 constructed by the upper end of the string 90 connected to the end and the shaft 91 'is spring-loaded. (92), the bottom of the string (90) is connected to the water tank (93) and the water tank (94) having a drain pipe (96) with a soft hose (95), and the bottom of the male threaded pipe (72) ( 72 ') automatic switch with valve, characterized in that the automatic hose (A) is fitted.

Description

Automatic switch with valve

Figure 1a is a perspective view of the actuator applying the valve of the present invention

1B is a perspective view of the adjusting piece and the drain pipe of the present invention;

Figure 1c is a perspective view of the adjustment shaft penetrated to the adjustment plate of the present invention

Figure 2a is a longitudinal cross-sectional view and principle of operation of the valve applied

Figure 2b is a longitudinal cross-sectional view and principle of action of the bag guide plate of the valve

Figure 2c is a vertical cross-sectional view and principle of operation of the valve applied

Figure 2d is a cross-sectional view and principle of operation of the valve applied

2E is a longitudinal sectional view and principle of action of an automatic kitchen switchgear

Figure 2f is a longitudinal sectional view and principle of action of the automatic switchgear for the bathroom

2g is a longitudinal sectional view of the automatic hose A and its working principle.

Figure 2h is an automatic hose (B) and longitudinal section and its working principle

Figure 2i is a longitudinal sectional view of the automatic hose (C) and its working principle

2J is a longitudinal sectional view of the automatic hose D and its working principle.

2K is a longitudinal sectional view of the automatic metal hose E and its working principle

Figure 2l is a longitudinal cross-sectional view of the automatic metal hose (F) and its working principle

2m is a longitudinal sectional view and principle of action of a three-phase automatic switch                 

2n is a cross-sectional view and principle of action of a three-sided automatic switchgear

Figure 2o is a valve application switch and water pump longitudinal section and principle of operation

2p] is a longitudinal sectional view and principle of action of the automatic switchgear for the kitchen

FIG. 2Q is a cross-sectional view and principle of action of line segment AA in FIG. 2P.

FIG. 2R is a cross-sectional view and principle of action of line segment AA in FIG. 2P

The present invention opens and closes the waterway by applying a valve, adjusts the temperature and quantity of water, and cuts off a lot of water when unnecessary water comes out. When used, the water comes back out, and when you take the shower head to the body, the water comes out, puts out and swells, pumps with water pressure without power or fuel, it is inexpensive because it does not have a handle and cartridge for opening and closing, it extends its life, When a hose is connected to a water pipe or an existing faucet, the invention relates to an 'automatic switch with a valve' invented for the purpose of blocking supply of all fluids including water while acting as an automatic water tap.

The present invention opens and closes the waterway by applying a valve, adjusts the temperature and quantity of water, and cuts off a lot of water when unnecessary water comes out. When used, the water comes back out, and when you take the shower head to the body, the water comes out, puts out and swells, pumps with water pressure without power or fuel, it is inexpensive because it does not have a handle and cartridge for opening and closing, it extends its life, When a hose is connected to a water pipe or an existing faucet, the invention relates to an 'automatic switch with a valve' invented for the purpose of blocking supply of all fluids including water while acting as an automatic water tap.

Conventional faucets and switches for various fluids (fluids for fluids) are wasteful because various fluids, including water, continue to come out even when the fluid is not needed, and cartridges are used to control the temperature and temperature of hot and cold water. Due to the inconvenience and complicated configuration, the production cost is high, there are many problems that the function and use are simple, and the failure is frequent.

The present invention is to control the water temperature and quantity by applying a valve and packing to fundamentally improve many of these problems, and when the unnecessary water comes out to save water, water is automatically shut off when the reserved water is accumulated in the bucket, When the shower head is brought into the body, the water comes out, and the invention was developed for the purpose of developing a switch that pumps fluid without power or fuel, which will be described in detail by the accompanying drawings.

As shown in FIGS. 1A and 2A and 2B and 2C, the packing 4 is placed on the annular jaw 3 formed on the bottom inner wall of the male screw 2 of the valve assembly 1 and picked up thereon. The bag (6) of the valve (5) to be inserted penetrates the side ball (7), but the flange (9) of the conical soft pipe (8) inserted in the bag (6) is in close contact with the annular jaw (10) The disk 13 in which the vertical hole 11 and the horizontal hole 12 inserted into the bag 6 are brought into close contact with the flange 9, and then the nut tube 14 is coupled to the female screw of the side ball 7. In addition, the male screw (15) of the end of the bag (6) is coupled to the female screw (17) of the mill plate (16), and the drain plate (20) with many holes (19) is coupled to the female screw (18) at the bottom of the valve housing (1). do.

When using the switch configured as described above, the male screw 2 of the valve assembly 1 is coupled to the female screw 99 of the water discharge pipe 97 of the faucet 21 to which water is supplied.

As shown in FIG. 2b, when the horizontal hole 12 is on the right side as shown in the drawing, when the horizontal hole 12 is on the right side as shown in the drawing, the plate 16 is pushed in the direction of ← mark and then pushed to the right again. As it enters the horizontal hole (12) is caught on the disc 13 jaws below the horizontal hole (12) and can not be returned to normal because the valve (5) is still open, the water will continue to come out.

When joining the disc 13, when the disc 13 is turned upside down so that the horizontal hole 12 is on the left side opposite to [FIG. 2B], push the plate 16 in the ← table direction and then push it to the left again. As the main bag (6) enters the horizontal hole (12), it is caught by the disc (13) jaw below the horizontal hole (12), and the bag (6) cannot be returned to normal. It is configured to.

Therefore, the disc 13 is one part but is used for two purposes, the right-handed use and the left-handed use, which are different in the direction of pushing the plate 16 left and right when water continues to come out depending on how to combine it.

As shown in Fig. 2c, this is the same configuration as in Fig. 2a and its purpose, function, and effect are also the same as in Fig. 2a.                     

However, the difference is that the shape of the bag 5 is different, the flange 9 and the annular jaw 10, the vertical hole 11 and the horizontal hole 12 of the conical soft wrinkle tube (8) inserted in the bag (5) The perforated disk 13 and the female screw of the side hole 7 and the nut pipe 14 are biased toward the center of the valve assembly 1, and all other configurations are the same as in FIG. do.

As shown in FIG. 2D, the packings 27 and 28 are fitted in the inner planes of the annular jaws 25 and 26 of the valve housings 23 and 24 formed in the rear of the body 22 of the faucet 21. Next, the bent sacks 31 and 32 of the valves 29 and 30 inserted behind the packings 27 and 28 penetrate the holes of the annular jaws 25 and 26. The end of the bag 31, 32 on the side of the left and right adjustment plates 36, 37 formed under the rotating shaft 35 in a state where the 32 is placed on the support plates 33, 34 formed on the inner bottom of the body 22. Configure it to touch.

When the left and right adjustment plates 36 and 37 and the handle 86 configured as described above are in the center without rotating to either side, the left and right adjustment plates 36 and 37 come into contact with the ends of the bag 31 and 32. 29) (30) are configured to open each semi-formal.

In this way, the valves 29 and 30 are mounted inside the valve housings 23 and 24, and then the T bolts 40 with the large nuts 38 and 39 fitted into the female threads of the valve housings 23 and 24. Join 41.

Insert the packing (42) (43) at the back of the T bolt (40) (41), and then incorporate the non-return ball (46) (47) in the net pipe (44) (45), and prevent the deviation from the inner pipe (48). (49) is then coupled to the eccentric union (50) (51) to which the mesh tube (44) (45) is mounted to the large nut (38) (39).

The bolt pipe 54 is coupled to the female screw of the horizontal pipe 53 formed at the rear center of the body 22, but the O-ring 59 is provided in the groove of the adjusting shaft 57 where the locking jaw 56 and the circular 58 are formed. Insert the adjusting shaft 57 into the center hole 55 of the bolt tube 54, and then combine the bolt tube 54 with the O-ring 60 in the groove to the female screw of the horizontal tube 53 to adjust the adjustment shaft ( The end 61 of the 57 is configured to penetrate the hole 62 of the left and right adjustment plates 36 and 37 to be inserted into the hole 64 of the partition 63.

표 방향으로 돌리면 조정편(73)이 쌍자루(70)를

표 방향으로 밀어 주기 때문에 밸브(68)가 열리며, 나오는 물이 목돌림관(76) 끝으로 배출되도록 구성한다.As shown in FIG. 2E, the packing 67 is inserted into the annular jaw 66 formed in the inner wall of the space 65 vertically punched from the center of the body 22 of the faucet 21 and inserted therein. Since the double bag 69, 70 of the 68 has passed through the rectangular hole 71, the valve 68 and the double bag 69, 70 cannot rotate inside the male threaded pipe 72. The drain pipe 74 of the adjusting piece 73 in which the drain hole 78 to be proximate to the side surfaces of the projected twins 69 and 70 is inserted into the upper end of the neck tube 76 covered with the fastening nut 75. Next, the adjusting piece 73 is inserted into the lower end of the male threaded pipe 72 in which the O-ring 77 is inserted, and the fastening nut 75 is coupled to the male threaded pipe 72 to connect the necking pipe 76.

When turned to the table direction, the adjusting piece 73 rotates the double bag 70.

The valve 68 is opened because it is pushed in the table direction, and the water coming out is configured to be discharged to the end of the neck tube 76.

The packing 80 is placed on the annular jaw 79 and the valve 81 having a bag 82 formed thereon is placed thereon, and the lever 58 connected to the adjusting shaft 57 and the circular shape 58 of the adjusting shaft 57 are provided. When the bag 82 of the valve 81 is rotated clockwise by the circle 58 while rotating clockwise when viewed from the front of the faucet 21, the valve 81 is opened and water is below the valve 81. Configure to drain.

And when the lever 89 connected to the adjusting shaft 57 and the circular 58 of the adjusting shaft 57 are rotated counterclockwise as seen from the front of the faucet 21, the bag 82 of the valve 81 is circular. When the counterclockwise rotation is performed by the reference numeral 58, the valve 81 is closed and water is not discharged under the valve 81.

The bearing nut 84 with the O-ring 83 is fitted to the upper female thread of the space 65, and the rotary shaft 35 with the O-ring 85 is inserted into the center hole thereof, and the left and right adjustment plates formed under the rotary shaft 35 ( The end 61 of the adjustment shaft 57 penetrating the hole 62 of the 36 and 37 is comprised so that it may be inserted into the hole 64 of the partition 63. As shown in FIG.

And the bolt pipe 54 is coupled to the female screw of the horizontal tube 53 formed in the center of the rear of the body 22, the locking jaw 56 and the circular 58 is formed in the central hole 55 and the O-ring in the groove ( 59 is inserted into the adjusting shaft 57 and then the bolt pipe 54 with the O-ring 60 in the groove is coupled to the female screw of the horizontal pipe 53.

Put the handle 86 on the top of the rotary shaft 35 and combine with the bolt 87 and then plug the stopper 88 on the bolt (87).

The lever 89 is coupled to the adjustment shaft 57 protruding out of the bolt tube 54, and the height adjustment plate 91 constructed by the shaft 91 'and the upper end of the string 90 connected to the end of the lever 89 is mounted. It is connected to the spring 92, the water tank 93 is suspended at the bottom of the string 90, and the water tank 94 with the water tank 93 and the drain pipe 96 is connected to the soft hose (95).

When the height adjusting plate 91 arranged on the shaft 91 'is lifted up, the height adjusting plate 91 is rotated about the shaft 91' while being fixed while being fixed in the entire state of the spring 92. 91) This is because the locking jaws at the rear and the locking jaws at the front of the pedestal where the shaft 91 'is fixed are caught.

When the adjusting plate 91 is lowered, the height adjusting plate 91 is rotated about the axis 91 ', and the entire spring 92 is lowered and fixed in place.

The water passed through the space 65 by coupling the male screw 2 of the valve assembly 1 of FIG. 2A or 2C to the female screw 99 of the faucet 21 and the female screw 99 is annular projection 66. It is configured to be discharged through the rectangular hole 71 or the hole 98 of).

Description of the drawings of [FIG. 2A] and [FIG. 2C] couple | bonded with the female screw 99 of the water discharge pipe 97 of the faucet 21 is abbreviate | omitted the description.

As shown in [FIG. 2F], most of this configuration is the same as [FIG. 2E] except that the valve 68 in which the packing 67, the double bag 69, 70 is formed in the figure of [FIG. 2E], Remove the necking pipe 76, the fastening nut 75, the O-ring 77, and the like, into which the drain pipe 74 having the adjusting piece 73 is inserted, and then the packing 72 'at the lower end of the male screw pipe 72. 2G] [FIG. 2H] [FIG. 2I] [FIG. 2J] [FIG. 2K] [FIG. 2L] of the automatic hoses (A), (B), (C), (D), (E), It is an alternative among (F), and the top nut 116 is couple | bonded with the male threaded pipe 72. As shown in FIG.

Description of the configuration of these automatic hoses (A), (B), (C), (D), (E), and (F) is shown in [FIG. 2E] [FIG. 2G] [FIG. 2H] [FIG. 2I] [FIG. 2j] [FIG. 2K] Since it demonstrates in detail in drawing description of [FIG. 2L], the description is abbreviate | omitted.

표 방향으로 돌리면 조정편(73)이 쌍자루(70)를

표 방향으로 밀어 주기 때문에 밸브(68)가 열리며, 나오는 물이 목돌림관(76) 끝으로 배출되도록 구성한다.As shown in FIG. 1B, this is a perspective view of the adjusting piece 73 inserted into the upper end of the necking tube 76 of FIG. 2E. The drain pipe 74 of the adjusting piece 73 in which the drain hole 78 is drilled is shown. After the fastening nut 75 is mounted on the upper end of the necking tube 76, the adjusting piece 73 is inserted into the lower end of the male threaded pipe 72 in which the O-ring 77 is inserted, and the fastening nut 75 is inserted. Coupling to the male threaded pipe (72) to the necking pipe (76)

When turned to the table direction, the adjusting piece 73 rotates the double bag 70.

The valve 68 is opened because it is pushed in the table direction, and the water coming out is configured to be discharged to the end of the neck tube 76.

표 반대 방향으로 돌리면 조정편(73)이 밸브(68)의 쌍자루(70)에서 분리되므로 수압과 중력에 의하여 밸브(68)가 닫히기 때문에 물이 멎도록 하는 기능이 있는 부품이다.And this wood pipe (76)

When turned in the opposite direction to the table, since the adjusting piece 73 is separated from the double bag 70 of the valve 68, the valve 68 is closed due to hydraulic pressure and gravity, so that the water is released.

The upper plane 73 'of the adjusting piece 73 is provided so that the valve 68 is not opened further even if the neck pipe 76 is rotated further after the end of the double bag 70 is placed on the plane 73'. Irrespective of the position of the necking pipe (76) is to bring out the same amount of water.

As shown in FIG. 1C, this is a perspective view in which the left and right adjusting plates 36 and 37 and the adjusting shaft 57 formed under the rotating shaft 35 of FIG. 2E are coupled to each other. The 35 'is for preventing the handle 86 and the rotating shaft 35 from turning when the handle 86 is coupled to the upper end of the rotating shaft 35, and the female thread 87' is provided with the handle 86 and the rotating shaft 35. ) Is where bolt 87 is to be joined.

As shown in FIG. 2g, a cap 102 having a flange 101 is put on the outside of the hose 100, and a nipple 105 having a flange 103 and a tooth 104 is coupled to the hose 100. The cap 102 is then covered with a hexagon nut 107 having an annular jaw 106, and the packing 108 is brought into close contact with the flange 103.                     

The fastening pipe 109 is put on the right side of the hose 100, the flange 110 and the nipple 112 formed with the flange 110 and the teeth 111 are formed in the hose 100, and then the valve 113 penetrates the nipple 112. The bag 114 is brought into the hose 100, the packing 115 is brought into close contact with the annular jaw 117 of the top nut 116, and the female screw of the top nut 116 is connected to the male screw of the fastening pipe 109. Make an automatic hose (A) to combine.

Then, the male screw of the well-known shower head 120 having the O-ring 118 fitted to the right-side nut 116 of the automatic hose A is inserted into the shower head 120 having the drain hole 119. An automatic shower head incorporating 121 is constructed.

As shown in FIG. 2h, this constitutes an automatic hose B in which the packing 122 is in close contact with the flange 110 of the automatic hose A in the same configuration as the automatic hose A of FIG. 2g. Since the description of the configuration has been described in detail in the automatic hose A, the description thereof will be omitted.

As shown in FIG. 2i, a cap 102 having a flange 101 is put on the outside of the hose 100, and a nipple 105 having a flange 103 and a tooth 104 is coupled to the hose 100. The cap 102 is then covered with a hexagon nut 107 having an annular jaw 106, and the packing 108 is brought into close contact with the flange 103.

A cap 125 having a fastening tube 109, an O-ring 123, and a flange 124 formed on the right side of the hose 100 is covered with the end of the hose 100, and the flange 110 and the saw tooth ( 111 is formed, the nipple 112 is formed, and then the bag 114 of the valve 113 penetrating the nipple 112 reaches into the hose 100 and the packing 115 is the annular jaw of the top nut 116. It is in close contact with (117) and constitutes an automatic hose (C) for coupling the female screw of the top nut 116 to the male screw of the fastening pipe (109).

Then, the male screw of the well-known shower head 120 having the O-ring 118 fitted to the right-hand nut of the top nut 116 of the automatic hose C, but the skin treatment agent in the shower head 120 having the drain hole 119 ( To make an automatic shower head.

As shown in FIG. 2j, this constitutes an automatic hose D in which the packing 122 is in close contact with the flange 110 of the automatic hose C in the same configuration as the automatic hose C of FIG. Since the description of the configuration has already been described in detail in the automatic hose C, the description thereof will be omitted.

As shown in FIG. 2K, the flange 128 is inserted into the metal hose 126 by rotating the nipple 129 having the flange 127 and the screw 128 formed therein, so that the screw 128 has a gap 130 in the inner wall of the metal hose 126. ) And then the flanges 103 and the teeth 104 in the hose 100 inserted into the nipples 129, and the cap 102 formed with the flanges 101 on the outer surface of the metal hose 126. After the formed nipple 105 is mounted, a hexagon nut 107 formed with an annular jaw 106 is placed on the outer surface of the cap 102, and the packing 108 is brought into close contact with the flange 103.

Insert the flange 132 and the nipple 134 formed with the screw 133 into the right side of the metal hose 126 by rotating it so that the screw 133 is caught in the gap 130 'of the inner wall of the metal hose 126. The fastening pipe 109 is coupled to the outer surface of the metal hose 126, and the flange 110 and the nipple 112 having the teeth 111 formed in the hose 100 fitted inside the nipple 134 are combined with the flange. The packing 122 is brought into close contact with the 110, and then the bag 114 of the valve 113 penetrating the nipple 112 reaches the hose 100, and the packing 115 is connected to the top nut 116. After being in close contact with the annular jaw 117, an automatic hose E for coupling the female screw of the top nut 116 to the male screw of the fastening pipe 109 is constructed.

Combine the male screw of the well-known shower head 120 in which the O-ring 118 is fitted to the right-hand nut of the top nut 116 of the automatic hose E, but the skin treatment agent 121 in the shower head 120 having the drain hole 119. Configure the automatic shower head with).

As shown in FIG. 2L, the flange 128 is inserted into the metal hose 126 by rotating the nipple 129 formed with the flange 127 and the screw 128, so that the screw 128 is inserted into the gap 130 of the inner wall of the metal hose 126. Then, the cap 102 of the flange 101 is formed on the outer surface of the metal hose 126, and the flange 103 and the tooth 104 are formed in the hose 100 inserted into the nipple 129. (105) is mounted, the hexagonal nut (107) having the annular jaw (106) formed on the outer surface of the cap (102), and the packing (108) is brought into close contact with the flange (103).

The cap 125 having the fastening pipe 109, the O-ring 123, and the flange 124 is formed on the right side of the metal hose 126, and the flange 132 and the screw 133 are disposed inside the right side of the metal hose 126. The nipple 134 is formed while turning, so that the screw 133 is caught in the gap 130 'of the inner wall of the metal hose 126, and then the cap 125 is mounted at the end of the metal hose 126.

Couple the nipples 112 formed with the flange 110 and the teeth 111 in the hose 100 inserted into the nipples 134, and then closely seal the packing 122 to the flanges 110 of the nipples 112. The bag 114 of the valve 113 penetrating the nipple 112 reaches the hose 100, and the packing 115 is brought into close contact with the annular jaw 117 of the top nut 116 and then the fastening pipe ( The automatic hose F which couples the female screw of the top nut 116 to the male screw of 109 is comprised.

The male thread of the well-known shower head 120 in which the O-ring 118 is fitted to the right-hand nut of the top nut 116 of the automatic hose F ', but the skin treatment agent in the shower head 120 having the drain hole 119 ( Configure an automatic shower head with 121).

As shown in FIG. 2N, a semicircular left and right in which a rotating shaft 35 is formed on an annular jaw 135 formed in an inner wall of a space 65 vertically punched from the center of the body 22 of the faucet 21. Mount the adjusting plate (36) (37), and insert the rotary shaft (35) of the adjusting plate (36) (37) with the O-ring (85) into the center hole of the bearing nut (84) with the O-ring (83). The nut 84 is coupled to the female screw on the upper end of the body 22, and the handle 86 is put on the upper end of the rotating shaft 35, and then coupled with the bolt 87, and the stopper 88 is fitted thereon.

Bolt holes 138 and 139 are drilled in the protruding pieces 136 and 137 formed at the front and rear of the lower end of the body 22 of the faucet 21, and the intermediate front and rear space 140 of the body 22 ( The packings 27 and 28 are respectively inserted under the upper annular jaws 25 and 26 of the 141, and the bag 31 and 32 of the valves 29 and 30 are inserted upward from the annular jaws 25, respectively. The end of the bag 31, 32 which penetrated the hole of 26 is comprised so that the side surface of the front-back adjustment board 36 and 37 formed under the rotating shaft 35 may be made.                     

※ The reason that the real thing is different from the drawings in FIG.

Coupling bolt pipes 144 and 145 to the lower female threads of the spaces 140 and 141 in the middle left and right of the body 22, respectively, and high pressure hoses 146 and 147 to the bolt pipes 144 and 145, respectively. ), And configured to connect the lower ends of the high pressure hoses 146 and 147 to the water pipes.

The male screw 149 of the elbow 148 is coupled to the female screw punched in the center of the rear of the body 22, and the valve 154 with the bag 153 is embedded in the inside 150 of the elb 148, and then The packing 157 is covered with the 153 and then an automatic hose G is formed by combining the male screw of the flange 151 with the female screw of the elbow 148.

The automatic hose (G) is configured by putting the hose 155 on the outer surface of the nipple 152 of the flange 151 with the external thread, combining the cap 156 on the outer surface of the hose 155, and packing 157 on the flange 151. The handle 153 of the valve 154 penetrating the flange 151 and the nipple 152 into the hose 155, and then the flange 151 with the male thread is attached to the female screw of the elbow 148. Combining the hose 155 bends the bag 153 of the valve 154 is configured to tilt the water out.

Water passing through the space 65 and the faucet 21 by coupling the male screw 2 of the valve assembly 1 of FIG. 2A or 2C to the female screw 99 of the faucet 21 of the water discharge pipe 97. The discharge plate 20 is configured to be discharged through the hole 19.

Description of the structure of the valve assembly 1 couple | bonded with the female screw 99 of the water discharge pipe 97 of the faucet 21 is the same as that of the figure of [FIG. 2A] or [FIG. 2C].

The protrusions 136 and 137 formed at the bottom of the body 22 of the washbasin faucet 21 configured as described above are brought into close contact with the wash basin 158 and the binding piece 159 is placed under the wash basin 158 with bolts 160. The body 22 of the faucet 21 is fixed on the wash basin 158.

After passing through the drain pipe 163 with the O-ring 163 inserted into the drain hole 161 of the wash basin 158, the packing 164 and the nut 165 are coupled to the bottom male screw of the drain pipe 162 to the side of the drain pipe 162. The hole 166 and the drain pipe 167 of the basin 158 meet, and the bag 170 of the stopper 169 fitted with the O-ring 168 is inserted from the top of the drain pipe 162, and then the bag 170 is inserted. The lever 172 is inserted into the hole 171 of the lever 172 so that the bent end of the lever 172 is in contact with the right-hand line, and the push rod 173 is connected to the ring of the lever 172, and the push rod ( Pull up the handle 174 connected to the upper end of the 173, the lever 172 is lifted open the stopper 169 and the water accumulated in the basin 158 is drained, and when the handle 174 is pushed down, the stopper (174) is opened. 169) to close.

Pulling up the handle 174 and then lying on either side keeps the stopper 169 open, allowing excess water to drain into the drain 175.

As shown in FIG. 2O, the configuration of the two faucets 21 has been described in [FIG. 2D] and [FIG. 2E], and thus the description thereof is omitted.

Water pipe by connecting the hole 177 at the bottom of the large water tank 176 that is rust-free and the T bolt 40 coupled to the back of the body 22 of the faucet 21 with a known eccentric union 50. The water supplied to the large water tank 176 through the 178 is configured to be supplied to the body 22 of the faucet 21.

A valve that connects the upper end of the water pipe 178 equipped with a known ball valve 179 to the hole 200 at the bottom of the large water tank 176 and is coupled to the upper end of the water pipe 178 protruding into the large water tank 176. The packing 182 is inserted into the bottom surface of the annular jaw 181 of the house 180, and then the steam tube 185 is coupled to the top male screw of the bag 183 of the valve 183 penetrating the hole of the annular jaw 181.

A packing 187 is inserted into the elbow 186 mounted on the upper side of the large water tank 176, and a backflow prevention ball 188 is embedded therein to prevent backflow of inhaled air, and the upper end of the large water tank 176. And a compressed air storage chamber 207 is connected to the exhaust pipe 190, and a ball valve 191 is mounted to the exhaust pipe 208 connecting the compressed air storage chamber 207 and the living sewage tank 189.

The elbow 204 is mounted between the exhaust pipe 190 and the large water tank 176, and the ball 205 and the packing 206 are embedded in the elbow 204 to prevent backflow of compressed air.

A flexible hose 203 is connected to the upper end of the pumping pipe 193 equipped with a known ball valve 192, and the lower end of the pumping pipe 193 is connected to be close to the bottom of the living sewage tank 189. The packing 196 is fitted inside the annular jaw 195 of the valve assembly 194 connected to the end of the tube 193, and the valve 197 having the bag 198 is embedded in the valve assembly 194, and then the bag 198. The bolt tube 201 is attached to the female screw of the valve housing 194 to prevent the valve 197 from being separated, and the steam tube 199 is mounted at the end of the bag 198.

The lever 89 is coupled to the adjustment shaft 57 protruding out of the bolt tube 54 coupled to the female screw of the horizontal tube 53 formed at the center of the rear body 22 of the faucet 21 and at the end of the lever 89. Connect the upper end of the string (90) and the height adjustment plate (91) with a spring (92), and hang the water tank (93) at the bottom of the string (90) and the water tank with the water tank (93) and the drain pipe (96) ( 94 is connected to the soft hose (95), and the drain pipe (96) with the ball valve (202) is connected to the domestic sewage tank (189).

Since the height adjustment plate 91 has been described above, its explanation is omitted.

As shown in FIG. 2p, this is a kitchen one-hole faucet, and the configuration of the body 22 of the faucet 21 is the same as that of FIG. 2m and FIG.

Figure 2m removes the projections 136, 137 in the drawing to make a female screw in place to combine the male screw of the top of the center tube 209 to the female screw, but each O-ring in the upper and lower filth groove of the center tube 209 (210) (211) and then cover the body 213 of the water discharge pipe (212) to configure the body 213 to rotate left and right about the center tube (209).

The packing 215 is inserted into the annular jaw 214 formed on the inner wall of the water discharge pipe 212 so that the valve 217 with the bag 216 comes into close contact with the packing 215 and prevents its departure. The spring 218 is mounted to facilitate the coupling, and the nut pipe 219 is coupled to the female screw of the inner wall of the water discharge pipe 212.                     

표 방향으로 돌리면 자루(216)가 기울어지면서 밸브(217)가 열리고, 토수관(212)을

표의 반대 방향으로 돌리면 자루(216) 끝이 반원관(220)의 원 외벽에서 이탈하면 밸브(217)가 닫히도록 구성한다.The water discharge pipe 212 is opened in a state in which the bag 216 of the valve 217 is in contact with the outer wall of the semicircular pipe 220 having a concentric circle with the central pipe 209 at the bottom of the central pipe 209.

When turned to the table direction, the bag 216 is inclined to open the valve 217, and the water discharge pipe 212 is opened.

Turning in the opposite direction of the table is configured to close the valve 217 when the end of the bag 216 is separated from the outer outer wall of the semi-circular tube (220).

The hole 222 drilled in the upper end 221 of the semi-circular tube 220 penetrates the high pressure hose 147 to keep water from leaking, and the hole 223 penetrates the high pressure hose 146 to leak water. The high pressure hoses 146 and 147 are connected to water pipes so as to supply hot water and cold water.

Fixing pieces 227 and 228 with female threads are formed on the lower inner wall of the center pipe 209, which fixes the faucet 21 and the water discharge pipe 212 to the sink 229. It is a part to make.

As shown in FIG. 2q, the valves 29 and 30 opened by drilling the drain holes 224 and 225 next to the spaces 140 and 141 which are punctured in the middle left and right of the body 22 of the faucet 21. The water coming out) is supplied to the space 226 through the drain holes 224 and 225, and when the valve 217 is opened, the water is discharged to the water discharge pipe 212.

The operating principle of the present invention as described above [2a] [FIG. 2B] [FIG. 2C] [FIG. 2D] [FIG. 2E] as shown in the water discharge pipe 97 of the faucet 21 female screw 99 Push the close plate 16 of the valve housing 1 mounted in the ← mark direction, the soft corrugated pipe 8 contracts and the valve 5 opens and the water comes out into the hole 19 of the drain plate 20. The drained water accumulates in the water container 94.

When pushing the plate 16 in the ← table direction, the bag 6 opens up along the vertical hole 11 of the disc 13, and the valve 5 opens and water comes out, and the plate 16 is turned in the ← table direction. If you remove the hand or bowl was pushed by the valve (5) by gravity and water pressure and the water is released.

Push the plate 16 in the ← direction and push it to the right, and the bag 6 enters the horizontal hole 12 and the bag 6 is caught on the jaw of the disc 13 below the horizontal hole 12. 6) and the valve (5) cannot be returned to normal, so water continues to come out.

When the horizontal hole 12 of the disc 13 is coupled to the left side, push the plate 16 in the ← mark direction, and then push the plate 16 again to the left, and the bag 6 moves to the horizontal hole 12. As it enters into the disk (13) jaw below the horizontal hole (12), even if you remove the hand or bowl that pushed the mill 16, the bag (6) and the valve (5) can not be returned to the original water comes out.

As the water continues to come out and collects in the bucket 94, the water level entering the bucket 93 along the soft hose 95 becomes the same as the water level of the bucket 94. Because of the weight, the water tank 93 pulls down the string 90 suspended from the spring 92 so that the string 90 side of the lever 89 is pulled down together.

In this case, since the circular circle 58 of the adjustment shaft 57 rotates counterclockwise as seen from the front of the faucet 21 and pushes the bag 82 in the same direction, the valve 81 comes into close contact with the packing 80. Since the waterway is blocked, the water discharged through the hole 19 does not come out.                     

When the water is so thinned, the water level of the water container 94 is lowered and the water level of the water tank 93 is lowered. Therefore, the spring 92, which has been contracted, is suspended by the elasticity of the water tank 93 by the elasticity. As the strap 90 of the lever 89 is raised, the circular portion 58 of the adjustment shaft 57 rotates clockwise when viewed from the front of the faucet 21, so that the bag 82 of the valve 81 is pulled up. By pushing the same), the valve 81 is opened and the blocked water is supplied again and collects in the bucket 94.

By the repetition of this action, the water does not overflow in the water container 94, and when water used in the water container 94 is used, water comes out again and becomes solid.

표 방향으로 돌리면서 그 토수구를 물통(94)의 안으로 돌리면 목돌림관(76)의 상단에 삽착시킨 조정편(73)이 밸브(68)의 쌍자루(70)를

표 방향으로 밀어주기 때문에 밸브(68)가 열리며 목돌림관(76)으로 물이 배출되면서 물통(94)에 고인다.Throat tube (76)

When the water jet hole is turned into the water container 94 while turning in the table direction, the adjusting piece 73 inserted into the upper end of the neck pipe 76 moves the double bag 70 of the valve 68.

Since the valve 68 is opened and pushed in the table direction, water is discharged to the neck tube 76 and accumulated in the bucket 94.

표의 반대 방향으로 밀어주면 작동하였던 모든 부품이 원상복귀되면서 밸브(68)가 닫히기 때문에 물이 멎는다.Throat tube (76)

Pushing in the opposite direction of the table releases water because the valve 68 is closed while all the parts that were operated are returned to normal.

표 방향으로 밀어주어서 물이 계속 나오게 하였을 때 물통(94)에 미리 정해놓은 양의 물이 고이면 연결호스(95)를 통해 물통(93)으로 들어가는 물의 수위도 물통(94)의 수위와 같이 되면서 무거워진 물통(93)이 하강하면서 나오던 물이 멎고, 물통(94)에 고인 물을 쓰면 다시 물이 나오는데 그 상세한 작용원리는 이미 위에서 설명한바와 같다.Throat tube (76)

When the water keeps coming out by pushing in the direction of the table, if a predetermined amount of water is accumulated in the water tank 94, the water level entering the water tank 93 through the connecting hose 95 becomes heavy as the water level of the water tank 94. When the water coming out of the water tank 93 is lowered, and the water standing in the water tank 94, the water comes out again The detailed principle of action is as described above.

How to adjust the water level so that the water rises after the water in the bucket 94 is adjusted by adjusting the height of the bucket (93), which controls the length of the string 90 or the height of the height adjustment plate 91 or the spring (92) The easiest way is to adjust the position of the adjusting plate 91. If a lot of water is accumulated in the water container 94, the liquid is raised after the adjusting plate 91 is lifted up around the axis 91 '. While rotating the adjustment plate 91, the spring 92, the string 90, the lever 89, the water tank 93 is raised.

In order to accumulate water in the bucket 93 thus raised, a large amount of water must accumulate in the bucket 94. Therefore, when the position of the adjusting plate 91 is raised, a large amount of water is accumulated in the bucket 94 while the water in the bucket 93 is at the same level. After this decay, the water tank 93 is lowered and the valve 81 is closed and water is drained.

By lowering the position of the adjusting plate 91 by the above principle, the water is accumulated in the bucket 94 and then the water floats.

The method of adjusting the water temperature is that when the handle 86 is turned to the left, the left adjusting plate 36 pushes the bag 31 of the valve 29 to the left, so the valve 29 on the side of the hot water is opened and the hot water is More, the right adjustment plate 37 is separated from the bag 32 of the valve 30, so the valve 30 on the side where the cold water comes out is closed more and the cold water comes out less, so The water temperature rises.

If the handle 86 is turned to the right to lower the overall water temperature, the valve 29 on the side of the hot water is further closed because the left adjusting plate 36 is separated from the bag 31 of the valve 29. Since the right adjustment plate 37 pushes the bag 32 of the valve 30 further to the right side, the valve 30 on the side of the cold water is opened more and the cold water comes out so that these hot and cold water are mixed. The water temperature of the whole thing becomes low.

When the handle 86 is positioned at the center of the faucet 21 without being biased to the left or right, the left and right adjusting plates 36 and 37 are left and right respectively to the bags 31 and 32 of the valves 29 and 30, respectively. Since the same pressure is pushed to both sides, the valve 29 on the hot water side and the valve 30 on the cold water side are opened in the same way. Becomes the average water temperature of hot / cold water.

As shown in [FIG. 2F], the principle of its operation is exactly the same as that of [FIG. 2E], but the difference is that when the hose 100 of the automatic hose A is pulled in any direction, the bag 114 of the valve 113 is 114 ) Is inclined in the same direction as the hose 100, the valve 113 is opened, so the water comes out of the hexagon nut 107 of the automatic hose (A), the shower head 120 is coupled to the hexagon nut 107 When it comes to the drain hole 119 of the shower head 120 through the medicine 121, the effect of the medicine 121 is generated.

When the hose 100 is vertical, the bag 114 of the valve 113 is also vertical, and the valve 113 is closed, so that the water stops.

FIG. 2G, FIG. 2H, FIG. 2I, FIG. 2J, FIG. 2K, and FIG. 2L, the operation principle thereof is the bottom of the body 22 of the faucet 21 of FIG. 2F. The working principle of the automatic hose (B), automatic hose (D), automatic hose (E), automatic hose (F) is coupled to the male screw tube 72 formed as an automatic hose (A) principle of operation of the automatic hose (A) The description is omitted because it is exactly the same as.                     

However, in the male screw 72 at the bottom of the body 22 of the faucet 21 in the drawing of [FIG. 2F], an automatic hose (A), an automatic hose (B), an automatic hose (C), an automatic hose (D), and an automatic The principle of action when the hexagon nut 107 of the hose (E) and the automatic hose (F) is combined is to hold the top nut 116 or the shower head 120 coupled to the top nut 116 vertically, and then the top nut When the 116 or the shower head 120 is inclined to face the body, the bag 113 of the valve 113 is inclined while the hose 100 under the fastening tube 109 is bent, so that the valve 113 is opened and the water is opened. This comes out.

Therefore, the hex nut 107 or the top nut 116 of this automatic hose (A) (B) (C) (D) (E) (F) is a male threaded pipe 72 at the bottom of the body 22 of the faucet 21. The function is different depending on the method of combining with).

[Fig. 2m] As shown in [Fig. 2n] it is a washbasin faucet push the mill 16 in the direction of the table ←, the water comes out, remove the hand or bowl was pushed out of the water, the mill 16 is ← After pushing in the table direction and pushing it to the left again, the water continues to come out, so the description thereof is omitted.

For the hose 155, the bag 153 is lifted in the same direction, so the valve 154 opens and water comes out at the end of the hose 155. When the hose 155 is released, the valve 154 is closed and water is released. .

When the handle 174 of the basin 158 is lifted up, the stopper 169 is opened because the bag 170 is lifted while the rod 173 and the lever 172 are lifted, so that water accumulated in the basin 158 is drained. Is discharged.

Lifting the handle 174 up and lying in any direction, the stopper 169 is kept open, push the handle 174 down the drain pipe 167, the stopper 169 closes and water is accumulated.

As shown in FIG. 2o, this is a kitchen faucet, and its operation principle is the same as that of FIG. 2e, and thus description thereof is omitted.

When the ball valve 179 of the water pipe 178 is opened, the water is accumulated from the bottom of the large water tank 176 and the air thereon is compressed, and the compressed air is a backflow prevention ball 205 of the compressed air embedded in the elbow 204. ) Is stored in the compressed air storage chamber 207 while pushing up).

Using the water in the faucet 21 and opening the ball valve 202 to transfer the living sewage collected in the bucket 94 to the living sewage tank 189, the living sewage collected in the bucket 94 Enter).

When the ball valve 191 of the exhaust pipe 208 is opened to pump living sewage accumulated in the living sewage tank 189, the compressed air stored in the compressed air storage chamber 207 enters the living sewage tank 189. It puts pressure on the living sewage.

In this state, when the ball valve 192 of the pump pipe 193 is opened, the living sewage accumulated in the living sewage tank 189 under the pressure of the compressed air is pumped to the soft hose 203 through the pump pipe 193. .

When the water level of the living sewage accumulated in the living sewage tank 189 reaches the lower limit due to the pumping of the living sewage, the discharge of the compressed air can be prevented because the valve 197 is closed while the steam container 199 falls.

When water is used in the faucet 21, water accumulated in the large water tank 176 is supplied to the faucet 21 through the eccentric union 50. As such, when the water level of the water accumulated in the large water tank 176 goes down, the upper portion thereof is vacuumed. As it is in the state, the backflow prevention ball 188 built in the elbow 186 opens and inhales air, so that the water is smoothly supplied to the faucet 21, and the ball valve 179 is opened to open the large water tank (178). When the water is supplied to 176, the water supplied to the faucet 21 is well compressed while the air thereon is compressed.

[Fig. 2p] [Fig. 2q] [Fig. 2r] Push the plate 16 in the direction of the ← mark by using a hand or a bowl to open the valve (5), the water comes out, and when the water is released, , Push the plate 16 in the direction of the ← mark by using a hand or a bowl, and then pushes it to the left again, as described above.

표 방향으로 돌리면 밸브(217)의 자루(216) 끝이 반원 관(220)의 원 외벽에 접하면서 자루(216)가 기울어지는 까닭에 밸브(217)가 열리며 공간(226)에 공급되어 있는 물이 토수관(212)으로 배출되며, 토수관(212)을

표의 반대 방향으로 돌리면 밸브(217)의 자루(216) 끝이 반원 관(220)의 원 외벽에서 분리되며 반원 관(220) 뒤쪽으로 이동되면서 수압과 스프링(218)의 탄력에 의하여 밸브(217)가 닫히므로 물이 멎는다.In addition, when the valves 29 and 30 are opened by the operation of the handle 86, the water discharged from the space 65 is supplied to the space 226 through the drain holes 224 and 225.

When turned to the table direction, the valve 217 opens and is supplied to the space 226 because the end of the bag 216 of the valve 217 is in contact with the circular outer wall of the semicircular tube 220. Water is discharged to the water discharge pipe 212, the water discharge pipe (212)

Turning in the opposite direction of the table, the end of the bag 216 of the valve 217 is separated from the outer outer wall of the semi-circular tube 220 and moved to the rear of the semi-circular tube 220 while the valve 217 is caused by the hydraulic pressure and elasticity of the spring 218. Closes, so the water stops.

The working effect of the present invention can be recycled by pumping domestic sewage with water index (止水), water saving and water pressure, and saving energy with efficient use of water, and because the handle operation of the faucet is less, the life of the faucet is extended. There are various effects such as.

Claims (1)

The packing (4) is placed on the annular jaw (3) of the male thread (2) of the valve assembly (1), and the soft wrinkle pipe (8) of the bag (6) of the valve (5) penetrated through the side hole (7) therefrom. The flange 13 and the disk 13 in which the vertical hole 11 and the horizontal hole 12 are drilled are brought into close contact with the annular jaw 10, and the nut pipe 14 is coupled to the female screw of the side ball 7. The male screw 15 at the end of the bag 6 penetrating the vertical hole 11 is coupled to the female screw 17 of the mill 16, and the hole 19 is drilled in the female screw 18 at the lower end of the valve housing 1. The male screw 2 of the valve assembly 1 combined with the drain plate 20 is coupled to the female screw 99 of the water discharge pipe 97 of the faucet 21, and is formed in the back of the body 22 of the faucet 21. Put the packings 27 and 28 in the annular jaws 25 and 26 planes of the 23 and 24, respectively, and penetrate the holes of the annular jaws 25 and 26 behind the packings 27 and 28, respectively. The bent sacks 31 and 32 of the valves 29 and 30 are placed on the supporting plates 33 and 34 formed in the bottom of the body 22, and the left and right adjusting plates 36 and 37 below the rotating shaft 35 are provided. )this B. When the handles 86 are at the center and the ends of the bags 31 and 32 contact the sides of the left and right adjustment plates 36 and 37, the valves 29 and 30 are opened in half, respectively, and the valves 29 and 30 are T-bolts (40) and (41) fitted with large nuts (38) and (39) are fitted to the female threads of the valve housings (23) and (24) with built-in, and the packing (42) behind the T bolts (40) (41). (43) and then the eccentric union equipped with a backflow prevention ball (46) (47) in the net tube (44) (45), and the net tube (44) (45) combined with the inner tube (48) (49) (50) and (51) are coupled to the large nut (38) and (39), and the locking jaw (56) to the central hole (55) of the bolt tube (54) coupled to the female screw of the horizontal tube (53) behind the body (22). Insert the adjusting shaft 57 with a circular 58, and insert the O-ring 59 into the groove of the adjusting shaft 57, and the bolt pipe 54 with the O-ring 60 is inserted into the female screw of the horizontal tube 53. End 61 of the adjustment shaft 57 through the holes 62 of the left and right adjustment plates 36, 37, and then inserted into the holes 64 of the partition 63, the body of the faucet 21 Perpendicular to 22 The packing 67 is inserted into the annular jaw 66 of the inner space 65 of the hollow space 65, and the twins 69 and 70 of the valve 68 inserted therethrough pass through the rectangular holes 71. (72) Throat pipe (76) on which the fastening nut (75) is covered with the drain pipe (74) of the adjusting piece (73) in which the drain hole (78) to be proximate to the side of the double projecting (69) (70) protruding into the interior (72). Insert the adjusting piece 73 inserted into the upper end of the lower end of the male threaded pipe 72 in which the O-ring 77 is inserted, and the fastening nut 75 is coupled to the male threaded pipe 72, and the upper part of the annular jaw 79. Place the packing 80 and put the valve 81 with the bag 82 formed thereon, and then the locking jaw in the center hole 55 of the bolt tube 54 coupled to the female screw of the rear horizontal tube 53 of the body 22 (56) and the circular (58) is formed and the adjustment shaft 57 is inserted into the groove, the O-ring 59 is inserted, and the bolt pipe 54 with the O-ring 60 is fitted to the female screw of the horizontal tube 53 The end 61 of the adjustment shaft 57 is inserted into the hole 64 of the partition 63. , The bearing nut 84 of the O-ring 83 is fitted to the upper female thread of the space 65, and the rotary shaft 35 into which the O-ring 85 is inserted is inserted into the center hole, and the left and right adjustment plates formed under the rotary shaft 35 ( The adjustment shaft 57 penetrates the hole 62 of the 36 and 37, the handle 86 is put on the upper end of the rotation shaft 35, the bolts 87 are engaged, and the stopper 88 is inserted thereon. The lever 89 is coupled to the adjustment shaft 57 protruding out of the bolt pipe 54, and the height adjustment plate 91 constructed by the upper end of the string 90 connected to the end and the shaft 91 ′ is spring 92. And a bucket (93) with a hanging bucket (93) and a drain pipe (96) at the bottom of the string (90) with a soft hose (95), and a packing (72 ') at the bottom of the male threaded pipe (72). The top nut 116 of the automatic hose (A) with the fitting), and the cap 102 with the flange 101 on the outside of the hose 100, and the flange 103 and the tooth 104 in the hose 100. Nipple 105 with) and then annular jaw to cap 102 Cover the hexagonal nut 107 with the 106, the packing 108 in close contact with the flange 103, the fastening tube 109 on the right side of the hose 100, and the flange 100 in the hose 100. 110 and the nipple 112 formed with the teeth 111 are combined, and then the bag 114 of the valve 113 penetrating the nipple 112 reaches the hose 100 and the packing 115 is the top nut 116. The automatic hose (A) and the flange 110 of the automatic hose (A) and the automatic hose (A) for coupling the female screw of the top nut 116 to the male thread of the fastening pipe 109 after being in close contact with the annular jaw 117 of Cap 102 with flange 101 on the surface of the automatic hose B and the hose 100 in close contact with each other, and the nipple 105 with the flange 103 and the tooth 104 in the hose 100. And then attach the hexagon nut 107 having the annular jaw 106 to the cap 102, and the fastening pipe 109 on the right side of the hose 100 in which the packing 108 is in close contact with the flange 103. The cap 125 with the O-ring 123 and the flange 124 is formed at the end of the hose 100. Cover, and combine the flange 110 and the teeth nipples 112 formed in the hose (100) in the hose 100, so that the bag 114 of the valve 113 penetrating the nipples (112) to reach into the hose (100) And the packing 115 is brought into close contact with the annular jaw 117 of the top nut 116, and then an automatic hose C for coupling the female thread of the top nut 116 to the external thread of the fastening pipe 109, and automatically The auto hose D is formed by closely fitting the packing 122 to the flange 110 of the hose C, and the nipple 129 having the flange 127 and the screw 128 inside the metal hose 126. A nipple 105 having a flange 103 and a tooth 104 formed in a hose 100 fitted inside a nipple 129 by coupling a cap 102 having a flange 101 to an outer surface of the fitted metal hose 126. And a hex nut 107 having an annular jaw 106 formed on the outside of the cap 102, and a flange 132 inside the right side of the metal hose 126 in which the packing 108 is in close contact with the flange 103. And nipples 134 with screws 133 formed The fastening pipe 109 is coupled to the outer surface of the metal hose 126 fitted with the coupling, and the flange 110 and the nipple 112 formed with the teeth 110 in the hose 100 fitted inside the nipple 134, After the packing 122 is brought into close contact with the flange 110, the bag 114 of the valve 113 penetrating the nipple 112 reaches the hose 100, and the packing 115 is the top nut 116. It is in close contact with the annular jaw 117 of the fastening plate 109 constitutes an automatic hose (E) for coupling the female screw of the top nut 116 to the male screw, and the flange 127 and the inside of the metal hose 126 Insert the nipple 129 formed with the screw 128 and the cap 102 formed with the flange 101 on the outside of the metal hose 126, and the flange 103 in the hose 100 inserted into the nipple 129. And a nipple 105 having a tooth 104 formed thereon, and a hexagon nut 107 having an annular jaw 106 formed on the outside of the cap 102, and the packing 108 closely attached to the flange 103. On the right side of this metal hose 126 Put on the cap 125 formed with the tube 109 and the O-ring 123 and the flange 124 and insert the nipple 134 formed with the flange 132 and the screw 133 in the metal hose 126. Mount the cap 125 with the flange 124 at the end of the metal hose 126, and then combines the flange 110 and the nipple 112 formed with the teeth 110 in the hose 100 inserted into the nipple 134. , The packing 122 is brought into close contact with the flange 110, and the bag 114 of the valve 113 penetrating the nipple 112 reaches the hose 100, and the packing 115 is the top nut 116. It is in close contact with the annular jaw of 117 and then constitutes an automatic hose (F) for coupling the female thread of the top nut 116 to the external thread of the fastening pipe 109, these automatic hoses (A) (B) (C) ( D) (E) (F) Joins the male screw of the shower head 120 with the O-ring 118 fitted to the right-hand female screw of the top nut 116, and the skin treatment agent in the shower head 120 having the drain hole 119. Configure the automatic shower head to incorporate the 121 The left and right adjustment plates 36 and 37 having a rotating shaft 35 are mounted on the annular jaw 135 of the inner wall 65 of the space 65 vertically drilled to the center of the body 22 of the faucet 21. Insert the rotary shaft 35 of the adjusting plate 36, 37 into the center hole of the bearing nut 84 into which the O-ring 83 is inserted, and then attach the bearing nut 84 to the female screw on the top of the body 22. And, the handle 86 is coupled to the upper end of the rotary shaft 35 with a bolt 87, the stopper 88 is fitted thereon, the protruding piece 136 formed in front and rear of the lower body 22 Drill holes 138 and 139 in 137, and packings 27 and 28 respectively below the annular jaws 25 and 26 in the upper left and right spaces 140 and 141 of the body 22. And the bottom end of the bag 31, 32 of the valves 29, 30, which penetrates the holes of the annular jaws 25, 26, in contact with the side surfaces of the left and right adjustment plates 36, 37, Coupling the bolt pipes (144, 145) equipped with a high pressure hose (146, 147) to the lower end of the thread (140, 141), the body (22) A valve 154 with a bag 153 is embedded in the inner 150 of the elbow 148 of the elbow 148 coupled to the female screw of the rear center, and then the flange 151 of the flange 151 having the male screw in the female screw of the elbow 148. The bag 153 of the valve 154 penetrating the flange 151 and the nipple 152, which is coupled to the cap 156 on the outside of the hose 155 covered with the nipple 152, After reaching the hose 155, and constitutes an automatic hose (G) for coupling the male screw of the flange 151 to the female screw of the elbow 148, and a protrusion formed at the bottom of the body 22 of the faucet 21 ( 136) (137) in close contact with the wash basin 158, the binding piece 159 is placed under the wash basin 158, and the body 22 of the faucet 21 is fixed on the wash basin 158 with a bolt 160, and the wash basin The drain hole 161 of the drain hole 161 is inserted through the drain pipe 162, and then the packing 164 and the nut 165 to the bottom male screw of the drain pipe 162 by the side hole of the drain pipe 162 166 and the drain pipe 167 of the basin 158 meet, and the bag 170 of the stopper 169 with the O-ring 168 is inserted into the top of the drain pipe 162, so that the hole of the bag 170 ( The bent end of the lever 172 inserted into the 171 abuts the right cold line, connects the pusher 173 to the ring of the lever 172, and the handle 174 connected to the upper end of the pusher 173. A center pipe with an o-ring (210) (211) fitted to the upper and lower halves of the faucet (21) or the upper and lower filth grooves is coupled to the female screw of the inner wall of the lower body of the body (22) of the faucet (21). 209 covers the body 213 of the water discharge pipe 212, and the valve 217 with the packing 215 and the bag 216 inside the annular jaw 214 of the water discharge pipe 212 spring 218. ) And a nut tube 219, the bag 216 of the valve 217 is in contact with the outer wall of the semicircular tube 220 formed at the bottom of the central tube 209, and the upper end 221 of the semicircular tube 220. The high pressure hoses 147 and 146 through the holes 222 and 223 of the Keep the water tight, connect the end of the high-pressure hose 146, 147 to the water pipe, and fix the fixing pieces 227, 228 of the lower inner wall of the center pipe 209 to the sink 229, faucet A hole at the bottom of the large water tank 176 is drilled by drilling the drain holes 224 and 225 next to the spaces 140 and 141 in the middle left and right of the body 22 of the 21 (21). (177) and the T-bolt (40) coupled to the rear of the body (22) of the faucet (21) by the eccentric union (50), the top of the water pipe (178) with the ball valve 179 is mounted on a large water tank ( 176) and the packing 182 to the bottom of the annular jaw 181 of the valve assembly 180 coupled to the top of the water pipe 178 protruding into the large water tank 176, and then annular The steamer 185 is coupled to the top male screw of the bag 184 of the valve 183 penetrating the hole of the jaw 181, and the packing 187 is inserted into the elbow 186 mounted on the top of the large water tank 176. And a built-in backflow prevention ball 188 thereon. The upper end of the large water tank 176 and the compressed air storage chamber 207 is connected to the exhaust pipe 190, and the ball valve (208) to the exhaust pipe 208 connecting the compressed air storage chamber 207 and the domestic sewage tank 189 ( 191, a ball 205 and a packing 206 for mounting the elbow 204 between the upper end of the exhaust pipe 190 and the large water tank 176, and preventing backflow of compressed air to the elbow 204. The flexible hose 203 is long connected to the upper end of the pump pipe 193 equipped with a ball valve 192, and the lower end of the pump pipe 193 is connected to the bottom of the living sewage tank 189. However, the packing 196 is inserted into the annular jaw 195 of the valve assembly 194 connected to the end of the pump pipe 193, and then the valve 197 having the bag 198 is embedded therein, and the bolt that covers the end of the bag 198 is installed. The tube 201 is coupled to the female screw of the valve assembly 194, and the steamer 199 is attached to the end of the bag 198, and the female screw of the horizontal tube 53 formed at the center of the rear body 22 of the faucet 21. Combination The lever 89 is coupled to the adjustment shaft 57 outside the bolt tube 54. The upper end of the string 90 connected to the end of the lever 89 and the height adjustment plate 91 are connected by a spring 92. The bottom of the (90) is connected to the water tank (93) with the water tank (93) and the drain pipe (96) with a soft hose (95), and the drain pipe (96) on which the ball valve (202) is mounted. 189) automatic switch with a valve characterized in that the connection.

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