KR100475248B1 - Application of the valve to shut off the fluid - Google Patents

Abstract

The present invention is a "application method of the valve for blocking the fluid" invented for the purpose of being easy to use and automatically shut off when a part of the part is broken while minimizing waste, the main configuration is "valve collection with jaw 87 The cap 80 formed with the 75 and the flange 79 is sequentially covered on the outside of the bellows 92 and U-packed between the annular jaw 83 and the flange 82 of the fastening tube 91 on which the screw 90 is formed. After inserting (86), the screw (90) of the fastening tube (91) rotates along the inner wall gap of the bellows (92) and engages up to its limit point, and the flange (79) enters the bellows (92). Hurenji 82 of the fastening tube 91 is in close contact with each other, the inner tube 78 formed with the flange 95 and many teeth 77 in the hose 73 in the bellows 92 and the upper surface of the flange 95 The upper surface of the annular jaw 83 of the fastening tube 91 is flush with each other, and then the jaw 87 of the valve housing 75 and the flange 79 of the cap 80 come into contact with each other and the flange 95 of the inner tube 78. Top And the packing 88 on the upper surface of the annular jaw 83 of the fastening tube 91 and put the bag 34 of the valve 33 into the hose 73 thereon so that the valve 33 does not come off. The elastic ring (89) is inserted into the groove of the inner wall of the valve housing (75), and the hose (73) and the bellows (92) at the ends to block the fluid, characterized in that configured to mount the shower head by a known technique Application Method of Valve ”is easy to use and saves a lot of effects.

Description

Application of valves to shut off fluids

The present invention acts as a cartridge by applying a valve, the water temperature control and supply of hot and cold water, as well as preventing unnecessary water from coming out, while saving a lot of water in a bucket of water to prevent the overflow of water because it automatically comes out of a certain amount of water, Lifting the shower head without operation When the water comes out and released, the auto hose and the automatic shower head and the fluid invented for the purpose of developing a circuit breaker which automatically shuts off when the leakage of fluid increases due to the rupture of the water pipe, gas pipe, oil pipe and its hose The application method of the valve.

The present invention acts as a cartridge by applying a valve, the water temperature control and supply of hot and cold water, as well as preventing unnecessary water from coming out, while saving a lot of water in a bucket of water to prevent the overflow of water because it automatically comes out of a certain amount of water, Lifting the shower head without operation When the water comes out and released, the auto hose and the automatic shower head and the fluid invented for the purpose of developing a circuit breaker which automatically shuts off when the leakage of fluid increases due to the rupture of the water pipe, gas pipe, oil pipe and its hose The application method of the valve.

Existing faucets, such as the opening and closing device of various fluids are a lot of waste because the fluid does not need to close the closing device even if it is not closed, the production cost due to the inconvenience and complicated configuration of using a cartridge for the supply of hot and cold water As the discharge of the fluid increases rapidly due to the rupture of the gas pipe, the oil pipe and the water pipe, there are many problems such as waste, as well as causing a lot of damage and a big accident.

The present invention controls the water temperature by mounting two valves and packings instead of cartridges to fundamentally improve many of these problems, and automatically shuts off when a certain amount of water accumulates in the sink due to the automatic index so that various fluids, including water, do not overflow. It will be described in detail by the accompanying drawings as follows.

1A and 2A, as shown in FIG. 2B, the water supply holes 21 and 22 in the body 2 having the vertically drilled water supply holes 21 and 22 and the space 23 are provided. The packing (5) (6) is inserted into the bottom of the annular jaw (3) (4) formed around the upper end, and the bag (9) (10) of the valve (7) (8) toward the space (23) from below. The space 23 of the body 2 is equipped with an opening and closing device 12 in which the opening and closing device 12 in which the horizontal hole 56 is drilled and the rotating shaft 15 in which the plate 14 is formed as a single body is inserted. The cap 17 is coupled to the upper screw 16 of the body 2, but the O-rings 18 and 19 are respectively inserted into the upper end of the screw 16 and the outer diameter of the opening and closing device 12 so as not to leak water. The handle 24 is mounted on the top of the rotating shaft 15 penetrating the center hole 20 of the 17, and then fixed with a bolt 25, the branded lid 26 is inserted thereon, and then the handle 24 (9) and (10) are pushed by the mill (14) while turning the valve (7) and (8) open and close. .

And the lower end of the water supply hole (21) 22 is configured to supply hot and cold water by combining hot and cold water supply pipes or hoses (27) 28, respectively.

Magnets of all valves (7) (8) (33) (41) and their bags (9) (10) (34) (40) and all packings (5) (6) (31) (39) of the present invention are magnetized. Or, it may be made of ceramic, but there may be an O-ring seat on the back of all of these packings (5) (6) (31) (39), but all of these packings, valves and bags may be made of conventional packings, valves and bags.

The packing 31 is inserted into the left side plane of the annular jaw 30 of the valve housing 29 inserted into the faucet 1 formed on the side of the body 2 as described above, and is inserted into the support plate 32 from the left side thereof. The bag 34 of the valve 33 is brought close to the upper end 36 of the lever 35, and then the spring 37 is pushed to push the valve 33. 39 and the valve 41 with the push rod 40 arranged on the shaft 72, and the well-known foam net 44 having a plurality of holes 43 drilled in the water discharge pipe 42. The cover handle 69 is coated on the lever 35.

As shown in FIGS. 2D and 2B, the bent portion 47 of the lever 35 is placed on the upper groove 46 of the support plate 45 of the faucet 1, and then the inner wall of the faucet 1. The valve ring 29 fitted with the O-ring 48 is mounted so that the wedge 49 of the valve block 29 comes into close contact with the upper end of the support plate 45 on the bent portion 47 of the lever 35. Smooth operation without leaving the groove 46, and put the soft flexible pipe 50 of the bottom under the bent portion 47 of the lever 35, the flange 51 of the bottom of the soft pipe 50, the faucet The control panel 53 in close contact with the bottom of the flange 51 against the bottom of the female screw 52 of (1) is joined with the bolt pipe 54 so that water does not leak.

The collar covered with the pusher 40 arranged by the shaft 72 in the valve 41 penetrating the horizontal screw hole 55 and the horizontal hole 56 of the opening and closing device 12 perforated on the rear side of the body 2. The flange 59 of the type soft pipe 58 is fixed to the bottom 11 of the horizontal screw hole 55 by a bolt pipe 57 to which the pipe 13 is connected, and the push rod 40 is pulled back. 41 is opened, the pusher 40 is pushed forward, the valve 41 is configured to close, but the soft pipe (58) so that water does not leak.

The shaft 40 is arranged in the shaft 119 in the vertical section 65 of the lever 64 which is formed by the shaft 63 on the bearing 62 fixed to the wall 60 with the bolt 61. 64, the spring 66 and the water bottle 67 connects the middle of the string 68 connected to the upper and lower, respectively.

The water bottle 67 and the wash basin or sink and the tub 70 are connected by a well-bent hose 71 to allow fluid to flow through the hose 71.

FIG. 2C is a cross-sectional view of the present invention in which the switch 12 is rotated 180 degrees in the same configuration as that of FIG. 2A. The shaft is formed at the end of the pusher 40 passing through the horizontal hole 56 of the switch 12. 72 is formed by the bottom of the body 2. The flange 59 of the soft pipe 58, which is attached to the packing 39 mounted on the inner surface of the annular jaw 38, is covered by the valve 41. 11) and then the flange 59 is combined with the bolt tube 57 formed with the tube 13, and the description of other configurations is omitted since it has been described above.

2d shows that the bent portion 47 of the lever 35 is placed on the groove 46 of the upper support plate 45 formed inside the faucet 1, and then the wedge 49 of the valve housing 29 is placed. The bending part 47 of the lever 35 is configured to operate smoothly without being separated from the groove 46 while being in close contact with the upper end of the support plate 45 on the bent part 47.

FIG. 2E shows the control panel 53 attached to the bottom of the faucet 1 with the female screw 52 attached to the bottom of the faucet 1 by a bolt pipe 54. The lever 35 moves forward and backward in the ↑ table direction. When moving backwards in the hole 93, the lever 35 enters the side hole 94, when caught on the jaw 117 can not be returned to the original state, so the water will continue to come out, and if the control panel 53 is turned upside down, the side hole ( 94) will change direction.

As shown in FIG. 2F, the packings 5 and 6 are mounted on the outer planes of the annular jaws 3 and 4 of the body 2 and the bags 9 and 10 of the valves 7 and 8, respectively. ) Into the inside and then the lids 84 and 85 are coupled to the female screws at both ends of the body 2, and the horizontal hole 56 of the opening and closing device 12 mounted in the space 23 of the body 2 is The valve 41, which is formed in the shaft 72 at the end of the penetrating rod 40, contacts the packing 39 mounted on the inner surface of the annular jaw 38, and the solid soft tube 58 covered with the rod 40. Hurenji 59 of the) is fitted with a stopper 102 fitted with an O-ring 101 to the horizontal tube 100 of the body (2), and the stopper 102 is caught from the jaw 116, bolt tube 103 After fixing to the bottom 11 of the stopper 102, the flange 59 is in close contact, the tube 13 is formed with a bolt pipe 57 is coupled and the description of the other configuration is as described above.

As shown in FIGS. 1B and 2G, the O-ring 76 is inserted into the upper end of the valve housing 75 that couples the known shower head hose 73 to the drain pipe 74 of the faucet, and the teeth 77 ), The hose 73 is inserted into the inner tube 78 having a large number, and then the cap 80 having the flange 79 formed on the outside thereof to prevent the hose 73 from being pulled out, and the flange 82 formed at the upper end of the inner tube 78. ) U-packing 86 is inserted between the annular jaw 83 and the hose 73 and the cap 80 are inserted downward from the top of the valve housing 75 so that the flange 79 has a lower end of the valve housing 75. The U-packing 86 is brought into close contact with the inner wall of the valve housing 75 while not being caught by the jaw 87.

In this state, the packing 88 is placed on the annular jaw 83 and the bag 34 of the valve 33 is inserted into the hose 73 thereon, and the elastic ring 89 is disposed so that the valve 33 does not come off. ) Is inserted into the groove of the valve wall 75, and the end of the hose 73 is configured to mount the shower head by a known technique.

When the drain pipe 74 is a male screw, a female screw is made at the upper end of the valve housing 75, and when the drain pipe 74 is a female screw, a male screw is made at the top of the valve housing 75.

As shown in FIG. 2h, the cap 80 having the jaw 87 and the flange 80 formed with the jaw 87 are sequentially covered on the outer surface of the bellows 92, and a fastening tube having a screw 90 formed therein. The U-packing 86 is inserted between the annular jaw 83 and the flange 82 of the 91 and then the screw 90 of the fastening tube 91 rotates along the inner wall gap of the bellows 92 to its limit point. Combine to enter.

Then, pressure is applied to the air cylinder so that the cap 80 enters the outer surface of the bellows 92 so that the flange 82 of the fastening tube 91 and the flange 79 of the cap 80 come into close contact with each other. Do not bond to separate.

An inner tube 78 having a flange 95 and a number of teeth 77 formed therein was inserted into a hose 73 inserted into a bellows 92, and a pressure was applied to the upper cylinder of the flange 95 and an annular shape of the fastening tube 91. After the upper surface of the jaw 83 is flush, the upper surface of the flange 95 and the upper surface of the flange 95 of the inner tube 78 are brought into contact with the jaw 87 of the valve housing 75 and the flange 79 of the cap 80. The packing 88 is placed on the upper surface of the annular jaw 83 of 91 and the bag 34 of the valve 33 is inserted into the hose 73 on the upper side of the annular jaw 83. 89 is inserted into the groove of the inner wall of the valve housing 75, the hose 73 and the bellows 92 are configured to mount the shower head by a known technique.

When the drain pipe 74 is a male screw, a female screw is made at the upper end of the valve housing 75, and when the drain pipe 74 is a female screw, a male screw is made at the top of the valve housing 75.

The O-ring 76 is inserted into the upper groove of the valve housing 75 which couples the shower head hose 73 and the bellows 92 to the drain pipe 74 of the faucet, and the valve housing 75 is connected to the drain pipe 74. When installed, the Teflon is wound around the drain pipe 74 or the valve housing 75 is mounted on the drain pipe 74 so that water does not leak.

As shown in FIG. 2I, the packing 98 is placed on the upper surface of the annular jaw 97 formed on the inner wall of the valve housing 96 and the bag 106 of the valve 105 having the jaw 99 is placed thereon. Put the spring 107 in the bag 106 under the jaw (99), and then combine the pipes 104 and 108 to the upper and lower screws of the valve housing (96) to prevent fluid leakage However, the height of the valve 108 is adjusted by rotating the pipe 108 so that the bottom of the valve 105 is separated from the packing 98 on the upper surface of the annular jaw 97, and the bottom of the valve 105 is fixed by the spring 107. Allow to separate on packing (98).

The pipe 104 is connected to a supply pipe for fluids such as a water pipe, a gas pipe, and an oil supply pipe, and the pipe 108 is connected to a supply breaker for fluids such as a faucet, a gas valve, and an oil feeder.

As shown in FIG. 2J, the packing 98 is mounted on the bottom surface of the annular jaw 97 formed on the inner wall of the valve housing 96, and the bag 106 of the valve 105 is inserted into the bottom of the valve 105. The support frame 109 formed at the top of the pedestal 110 is in contact with the pedestal 110, and the pedestal 110 into which the O-ring 111 is fitted is inserted into the hole 114 of the pedestal 113 formed at the bottom of the supply pipe 112. ) Is coupled to the screw, and the handle 115 is coupled to the pedestal 110 protruding out of the supply pipe 112.

In addition, the pipes 108 and the supply pipes 112 are coupled to the upper and lower screws of the valve housing 96 so that the fluids do not leak, but the valve 105 is separated from the bottom of the packing 98 at the bottom of the annular jaw 97. To adjust the height of the support frame 109 by the screw while turning the knob 115 outside the supply pipe 112 to be.

The supply pipe 112 is connected to a supply pipe for fluids such as a water pipe, a gas pipe and an oil supply pipe, and the pipe 108 is connected to a supply breaker for a fluid such as a faucet, a gas valve and an oil feeder.

As described above, the principle of operation of the present invention as shown in FIGS. 1A and 2A and 2B is that when the handle 24 is turned clockwise, the wheat plate 14 is separated from the bag 9 while the bag 10 is removed. Since the valve 7 is closed and the valve 8 is opened, the hot water comes out less from the valve 7 that was provided with hot water, and the cold water came out much from the valve 8 from which the cold water came out.

When the handle 24 is rotated counterclockwise, the plate 14 is pushed out of the bag 10 while pushing the bag 9, and the valve 8 is closed and the valve 7 is opened. In the hot water comes out more, the cold water comes out of the valve (8) less cold water comes out because the water temperature is lowered in this way, the water temperature can be arbitrarily adjusted according to the direction and the degree of rotation of the handle (24).

As shown in FIG. 2C, when the handle 24 is turned clockwise, the valve 7 is opened more and the valve 8 is further opened because the mill plate 14 pushes the bag 9 and separates it from the bag 10. Since the hot water comes out of the valve (7), which is closed because it is closed, the water temperature rises because the cold water comes out of the valve (8) where the cold water came out.

Thus, even if the direction of turning the handle 24 according to the direction of mounting the opening and closing device 12, which is the same component to the space 23 in the same direction as the water temperature is different, the water temperature can be arbitrarily adjusted as needed. .

As shown in FIG. 2b, when the spring 66 is pulled up, the lever 68 rotates counterclockwise about the shaft 63 while the string 68 and the water bottle 67 are raised, and the vertical portion As the 65 pulls back the push rod 40, the valve 41 opens and the soft tube 58 collapses, and the water discharged into the space 23 passes through the packing 39 and is discharged from the valve 33. .

In this state, the clasp handle 69 is held by a hand or a bowl. When pushed in the table direction, the valve 33 is opened because the upper end 36 of the lever 35 pushes the bag 34 while rotating counterclockwise about the support plate 45 under the groove 46. The water coming out is bubbled out through the hole 43.

When the hands or bowls are removed from the cover handle 69, the operated parts are returned to their original state and the water is scooped up, so there is almost no wasted water, so much water is saved, and there is no inconvenience intentionally opening or closing.

Use cloth or hand to put cloth handle (69) When pushing to the left while pushing in the table direction, as shown in FIG. 2D, the lever 35 moves into the hole 94 while moving in the ↑ table direction along the hole 93 of the control panel 53. Since the jaw 117 of (94) is caught, the lever 35 does not return to normal even when the hand or the bowl is removed.

In this way, the water that continues to come up in the washbasin or sink and the bath (70) and the water level rises, so that the water is added to the water tank (67) through the hose 71, the weight of the spring 66 is extended While pulling down the lever 64 while the vertical rod 65 pushes the pusher 40, the valve 41 is in close contact with the packing 39 and water is automatically scooped out.

Therefore, there is no overflow because the faucet automatically turns off without intentionally closing it.

Since the working principle of FIG. 2F is similar to the above working principle, the description thereof will be omitted.

The action principle of Figure 2g pulls the hose 73 in any direction, front and rear, left and right, while the bag 34 moves in the same direction, the valve 33 is opened and water comes out of the hose 73 and the shower head at the end of the hose 73. When you connect the shower head to the body comes out of the water is easy to use and saves a lot of water.

2h the operation principle of pulling the bellows 92 in the front, rear, left, and right directions, the bag 33 is moved in the same direction while opening the valve 33 and the water comes out to the bellows 92, shower at the end of the bellows 92 When the head is connected, the shower head is brought to the body so that water comes out, which is easy to use and saves a lot of water.

FIG. 1C. As shown in FIG. 2I, when the present invention operates normally, the packing is provided on the upper surface of the annular jaw 97 of the valve assembly 96 through the pipe 104 connected to the gas pipe, the oil pipe, and the water pipe. Via the space between the 98 and the valve 105 is discharged to the gas valve or oiler and faucet connected to the pipe 108 and is used normally.

In this case, if the amount of fluid used is small, the space between the valve 105 and the packing 98 may be narrow, so that the space is narrowly adjusted while turning the pipe 108, and the pipe 108 is large when the amount of fluid is large. The space between the valve 105 and the packing 98 is widened by turning.

However, when the supply amount of the fluid rapidly increases while the portion below the valve 105 is broken, the valve 105 is closed by the pressure, so that not only the loss of the fluid can be prevented but also the accident caused by the valve 105 is closed.

As shown in FIG. 2J, when the present invention operates normally, the packing 98 is located at the bottom of the annular jaw 97 of the valve assembly 96 through the supply pipe 112 connected to the gas pipe, the oil pipe, and the water pipe. Via the space between the valve 105 is discharged to the gas valve or oiler and faucet connected to the pipe 108 is used normally.

In this case, if the amount of fluid used is small, the space between the valve 105 and the packing 98 may be narrow, so that the space is adjusted narrowly by turning the knob 115, and when the amount of fluid is large, the knob 115 is adjusted. The space between the valve 105 and the packing 98 is widened by turning.

However, when the supply amount of the fluid rapidly increases while the portion below the valve 105 is broken, the valve 105 is closed by the pressure, so that not only the loss of the fluid can be prevented but also the accident caused by the valve 105 is closed.

The effect of the present invention is to control the water temperature by the valve without a known cartridge, and because the automatic index (止水) and unnecessary water does not come out a lot of water saving, high durability by simplifying the configuration, reduction of production cost, automatic hose It is also easy to use and saves a lot of water, and the valve assembly 96 connected to the supply pipe of the fluid has a beneficial effect such as automatic closing when an abnormality occurs.

Figure 1a is a perspective view of the hot and cold water supply device by the valve of the present invention

Figure 1b is a perspective view of the main part of the automatic hose by the valve of the present invention

1C is a perspective view of a fluid circuit breaker by the valve of the present invention.

Figure 2a is a longitudinal cross-sectional view and the principle of action of the rear surface of the present invention for three holes

Figure 2b is a longitudinal cross-sectional view and principle of operation of the faucet side for the present invention

Figure 2c is a cross-sectional view and principle of action of the three-hole one-hole faucet for the present invention

Figure 2d is a longitudinal cross-sectional view and principle of operation of the faucet support plate of the present invention

2E is a plan view and working principle of the present invention control panel and bolt pipe

Figure 2f is a longitudinal cross-sectional view and principle of operation of the present invention hot / cold water control device

Figure 2g is a longitudinal sectional view and principle of action of the present invention vinyl auto hose

Figure 2h is a longitudinal sectional view and principle of action of the metal automatic hose of the present invention

Figure 2i is a longitudinal cross-sectional view and principle of action fluid short circuit by elastic

Figure 2j is a longitudinal cross-sectional view and principle of action of the fluid circuit breaker by gravity

Claims (1)

Packing (5) on the bottom of annular chin ((3) (4) on top of water supply hole (21) (22) inside body (2) with vertically drilled water supply hole (21) (22) and space (23) (6), underneath, the bag (9) (10) of the valve (7) (8) is inserted into the space (23), and then the opening and closing device (12) and the sealing plate (14) in which the horizontal holes (56) are perforated. The space (23) of the body (2) is mounted to the opening and closing device (12) consisting of a single body of the rotating shaft 15 is formed, and the cap 17 is coupled to the top screw (16) of the body (2) 16) O-rings (18) and (19) are fitted to the upper and outer diameters of the opening and closing device (12), respectively, and the handle (24) is mounted on the upper end of the rotating shaft (15) passing through the central hole (20) of the cap (17). And then secure it with bolts 25, insert a branded lid 26 on it, and couple hot and cold water supply pipes or hoses 27 and 28 to the bottom of the water supply holes 21 and 22, respectively. And, from the left side of the packing 31 fitted in the left side plane of the annular jaw 30 of the valve housing 29 inserted into the faucet 1 formed on the side of the body (2) The end of the bag 34 of the valve 33 inserted into the needle plate 32 is placed on the upper end 36 of the lever 35, and then a spring 37 for pushing the valve 33 is mounted. 38) The packing 39 is brought into close contact with the end plane, and thereafter, a valve 41 in which the push rod 40 is arranged on the shaft 72 is mounted, and a plurality of holes 43 are drilled in the water discharge pipe 42. Of the foam mesh 44, the cover handle 69 is coated on the lever 35, and the bent portion 47 of the lever 35 is provided in the groove 46 at the upper end 46 of the support plate 45 of the faucet 1. After mounting, the valve housing 29 with the O-ring 48 is fitted to the inner wall of the faucet 1 so that the wedge 49 of the valve housing 29 is supported by the support plate 45 on the bent portion 47 of the lever 35. While being in close contact with the upper end, the lever 35 does not escape from the groove 46, and covers the soft pipe 50 under the bent portion 47 of the lever 35 and then the flange 51 of the soft pipe 50. Control against the bottom of the flange 51 against the bottom of the female screw 52 of the faucet 1 Coupling 53 to the bolt tube 54, the shaft in the valve 41 penetrating the horizontal screw hole 55 and the horizontal hole 56 of the opening and closing device 12 perforated on the rear side of the body (2) The flange 59 of the solid soft pipe 58 covered by the push rod 40 formed by the 72 to the bottom 11 of the horizontal screw hole 55 is connected to the bolt pipe 57 connected to the pipe 13. And the pusher shaft 40 is formed on the shaft 119 in the vertical section 65 of the lever 64 arranged on the shaft 62 on the bearing 62 fixed to the wall 60 with the bolt 61. , The spring 66 and the bucket 67 to the lever 64, respectively connecting the middle of the string 68 connected to the upper and lower, connecting the bucket 67 and the basin or sink and the bath 70 with a hose 71 In addition, the valve 41 having the shaft 72 formed at the end of the push rod 40 passing through the horizontal hole 56 of the opening and closing device 12 in which the opening and closing device 12 is rotated by 180 degrees has an inner plane of the annular jaw 38. The flange 59 of the soft pipe 58, which is in contact with the packing 39 mounted on the rod 40, and adheres to the bottom 11 of the body 2; Next, the flange 59 is connected to the bolt tube 57 formed with the tube 13, and the packings 5 and 6 are respectively mounted on the outer plane of the annular jaw 3 and 4 of the body 2. Insert the bag (9) (10) of the valve (7) (8) inward, and then combine the lids (84) (85) with the female threads at both ends of the body (2), and the space (23) of the body (2). At the end of the push rod 40 which penetrates the horizontal hole 56 of the opening and closing device 12 mounted on the shaft, the valve 41 arranged on the shaft 72 contacts the packing 39 mounted on the inner plane of the annular jaw 38. Hurenji 59 of the soft tube 58 covered on the rod 40 is fitted with a stopper 102 fitted with an O-ring 101 to the horizontal tube 100 of the body 2 and the stopper 102 is a jaw. 116, the bolt tube 103 is fixed, and then the flange 59 is brought into close contact with the bottom 11 of the stopper 102, and the tube 13 is formed with a bolt tube 57, Insert the O-ring 76 on the upper end of the valve housing 75 for coupling the hose 73 for the shower head to the drain pipe 74 of the faucet The hose 73 is inserted into the inner tube 78 having a large number of teeth 77, and then a cap 80 having a flange 79 formed on the outer surface thereof, and the flange 82 and the annular jaw formed at the top of the inner tube 78. U-packing 86 is inserted between the 83 and then the hose 73 and the cap 80 are pushed down from the top of the valve housing 75 so that the flange 79 is attached to the jaw 87 of the valve housing 75. The packing 88 is placed on the annular jaw 83 so that the U-packing 86 is brought into close contact with the inner wall of the valve housing 75, and the bag 34 of the valve 33 is inserted into the hose 73, and then elastically The ring 89 is inserted into the groove of the inner wall of the valve chamber 75, and the end of the hose 73 is configured to mount the shower head by a known technique, and in the case where the drain pipe 74 is a male screw, the valve housing 75 If the drain pipe 74 is a female screw, the male screw is made at the top of the valve housing 75, and the cap 80 with the jaw 87 and the flange 79 is formed. ) In turn on the outside of the bellows (92) The U-packing 86 is inserted between the annular jaw 83 and the flange 82 of the fastening pipe 91 on which the screw 90 is formed, and then the screw 90 of the fastening pipe 91 is bellows 92. Rotate along the gap between the inner wall of the joint to enter the limit point and then apply pressure to the cap 80 along the outside of the bellows 92, the flange 82 of the fastening tube 91 and the flange 80 of the cap 80 ) Adheres to each other and adheres with an adhesive, and inserts the inner pipe 78 formed with the flange 95 and the many teeth 77 into the hose 73 inserted into the bellows 92 and applies pressure to the upper surface of the flange 95; The upper surface of the annular jaw 83 of the fastening tube 91 is flush with each other, and the flange 79 of the cap 80 is in contact with the jaw 87 of the valve housing 75 and the flange of the inner tube 78 ( 95, the packing 88 is placed on the upper surface and the upper surface of the annular jaw 83 of the fastening tube 91, and the bag 34 of the valve 33 is inserted into the hose 73, and then the valve 33 is Burnt off The ring ring (89) is inserted into the groove of the inner wall of the valve housing (75), and the hose (73) and the bellows (92) are configured to mount a shower head by a known technique, and the drain pipe (74) is a male screw. A female screw is made at the top of the valve housing 75, and if the drain pipe 74 is a female screw, a male screw is made at the top of the valve housing 75, and the hose 73 and the bellows 92 for the shower head are connected to the drain pipe 74 of the faucet. The o-ring 76 is inserted into the upper groove of the valve housing 75 coupled to the valve housing, and the packing 98 is placed on the upper surface of the annular jaw 97 formed on the inner wall of the valve housing 96 and the jaw (99) thereon. ) Inserts the bag 106 of the valve 105 with the spring, and then attaches the spring 107 to the bag 106 under the jaw 99, and attaches the pipes to the upper and lower screws of the valve 104) 108, but the bottom of the valve 105 is separated on the packing 98 by a spring 107, connecting the pipe 104 to the supply pipe of the fluid, the supply of fluid to the pipe 108 Open on breaker The packing 98 is mounted on the bottom of the annular jaw 97 of the valve assembly 96, and the bag 106 of the valve 105 is inserted below the upper end of the pedestal 110 under the valve 105. The support frame 109 formed in contact with the pedestal 110, the O-ring 111 is fitted into the hole 114 of the base 113 formed in the bottom of the supply pipe 112 by screwing the pedestal 110, the supply pipe ( Application of the valve to block the fluid, characterized in that for coupling the handle (115) to the pedestal (110) protruding out of the (112).