TW201219628A - Ball tap and toilet flush tank device - Google Patents

Abstract

A ball tap which can save water by, irrespective of whether or not there is a hand wash water discharge section, maintaining constant the amount of water which flows to the supplement water pipe side in order to supply supplemental water to a toilet unit. A ball tap (28) is provided with: a float (40) which ascends and descends in association with the movement of the level of flush water within the flush water tank (10); and a water supply valve (34) which is opened and closed by the descent and ascent of the float (40). The ball tap (28) automatically supplies water to the flush water tank (10) and stops the supply of the water. The ball tap (28) is also provided with: an outlet section (64) which is provided downstream of the water supply valve (34) and from which hand wash water flows toward a hand wash water discharge section (18) provided to the flush water tank (10); and a resistance member (96) which is provided to the outlet section (64) and changes flow path resistance.

Description

201219628 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a water inlet (bal1 tap) and a toilet flushing water tank device. [Prior Art] Patent Document 1 discloses a conventional toilet flushing water tank device. The toilet flushing water tank device is provided with a water inlet device that opens and closes the water supply valve by raising and lowering the floating cylinder, and automatically performs water supply and water supply stop of the flushing water tank. As shown in Fig. 26, the flushing water tank device is a double water tank structure constituting the outer water tank 202 and the inner water tank 204. The outer water tank 202 is provided at the upper portion with a wash basin 206 for use as a cover. In the wash basin 206, a hand washing water pipe (hand washing and discharging unit) 2〇8 is provided in a state in which the hand basin 206 is raised. The wash basin 206 is provided with a drain 210 at the bottom. The hand washing water from the hand washing water outlet 208 is drained from the drain port 210 to the inside of the flushing water tank 2 . The toilet flushing water tank device has a rotatable flushing handle 212 provided on a side wall portion of the flushing water tank 200. The self-flushing handle 212 has an L-shaped lever arm 214 that projects toward the inner side of the flushing water tank 200. The front end portion of the lever arm 214 and the drain valve 216 provided at the bottom of the flush water tank are coupled by a chain 218. The drain valve 216 is opened by the chain 218 by the rotation operation of the flushing handle 212. The toilet flushing water tank device is opened by the drain valve 216, and the discharge port at the bottom of the flushing water tank 200 is opened, so that the flushing water in the flushing water tank 2 is discharged from the discharge port toward the toilet. The water inlet 2 2 in the flushing water tank is equipped with a built-in water supply valve. 100135244 3 201219628 Inlet main group 222. The influent water ii 22Q has a floating M 224 that is moved to and from the water level in the flushing tank lion, and a connecting arm 226 that connects the buoy 2 2 4 and the water supply weir. The water inlet 22 opens the water supply valve by the lowering of the float and supplies water from the water outlet 228 to the flush water tank 2 . Further, the water inlet 22 使 is closed by the rise of the pontoon 224, and the water supply is stopped. In the downstream of the water supply valve, the inlet water 220 is placed toward the ± hand washing water toward the hand washing water outlet 208 and the hand washing water outlet portion 23 that flows out. The water inlet 22 is connected to the end portion of the water guiding port 232 formed by the bellows for guiding the hand washing water to the hand washing pipe at the outlet portion 203. If the water inlet 22 opens the water supply valve, the water supply from the downstream water outlet 228 is directed to the flushing water tank for water supply, and the kitchen supplies the hand washing water for the hand washing water $2〇8, and then washes the hand from there. The basin 2〇6 flows out of the hand washing water. The pontoon 224 adjusts the screwing position with respect to the screw shaft 4 236 up and down by rotating it. That is, the position of the pontoon 224 at the upper and lower heights is 1 and the upper and lower positions of the pontoon 224 are used, which can adjust the amount of flushing water when the flush water tank 200 is filled with water. If the position of the pontoon 224 is moved to the lower side, the water supply of the water supply of 22 〇 when the water supply in the clean water phase 2 is closed is closed earlier, and the water supply amount in the purified water phase 200 is hedged. That is less. That is, the water level at the time of full water of the flush water in the flush water tank 2 (8) can be adjusted to be low. Conversely, the position of the ocean tube 224 is moved to the upper side, and when the water supply valve 200 is flushed into the water supply phase 200, if the water supply valve of the water inlet 22 is closed slowly, the water supply valve is closed slowly.

100135244 4 S 201219628 The amount of water supplied to the flushing water tank 200 is increased. That is, the water level at the time when the flushing water in the flushing water tank 200 is full can be adjusted to be high. Patent Document 5 discloses another conventional toilet flushing water tank device. The horse bucket flushing water tank device is provided with a water supply delay mechanism. The toilet flushing water tank device with the water inlet inside has the function of opening the drain valve and discharging the flushing water retained in the flushing water tank toward the toilet, so that the float of the water inlet is lowered due to the lowering of the water level. Water supply valve. Therefore, the toilet flushing water tank device starts to supply water into the water tank immediately after the drain valve is opened. In this case, the water supplied to the water tank by the valve opening of the water supply valve is also discharged from the discharge port of the flush water tank toward the toilet together with the flush water retained in the water tank, and is used as toilet flush water. . However, the amount of flushing water that was flushed as a toilet was originally sufficient only for the amount of flushing water that was retained in the flushing tank. Even if a new water supply was added to flush the toilet, the water supply was still redundant. The amount of water that causes too much water to be unnecessarily released. Therefore, it has been conventionally proposed that 'not the toilet flushing water tank device disclosed in Patent Document 5, the water supply is turned on immediately after the drain valve is opened, and the water supply is performed, and the drain valve is provided. The water supply delay mechanism for delaying the opening of the water supply valve after opening the valve. The toilet flushing water tank device 3 disclosed in Patent Document 5, for example, has a flush water tank 302 and a water inlet 304 disposed inside the flush water tank 3〇2. The water inlet 304 has a water supply valve, a water supply port 306 for water supply in the water tank by opening the water supply chamber, a connection pontoon 308, and a pontoon 3 〇 8 and a connection arm 310 for the water supply valve of 100135244 5 201219628. The water supply delay mechanism 312 has a delay groove 314 as a small portion of its main requirement. The delay slot 314 is provided with an aperture 316 at the bottom. The flushing water W2 inside the retardation groove 314 flows out through the small hole 316 to the outside of the retardation groove 314 (i.e., in the flush water tank 3〇2). The flush water tank 302 has a discharge port 318 provided at the bottom portion, and a drain valve 320 that opens and closes the discharge port 318. When the toilet flushing water tank device 300 is opened, the flushing water W1 stored in the flushing water tank 302 is discharged from the discharge port 318 toward the toilet. However, the flushing water W2 in the retardation groove 314 flows out through the small holes 316 in a small amount. Therefore, the water level of the flushing water W1 in the flush water tank 302 is rapidly lowered, and the water level of the flushing water W2 in the delay tank 312 is lowered. Therefore, even if the drain valve 320 is opened and the discharge of the flush water W1 is started, the water supply valve of the water inlet 304 is not immediately opened, and no water supply is supplied to the water tank. When the flushing water W1 is discharged and the drain valve 320 is closed, the toilet flushing water tank device 300 lowers the water supply valve of the water inlet 304 according to the water level of the flushing water W2, and starts to flush the water tank. The water supply in 302 (according to this, the size of the small hole 316 is determined, and the outflow flow from the small hole 316 is also determined). Therefore, the toilet flushing water tank device can prevent the water supplied from the water supply port 306 from being unnecessarily consumed as toilet flush water after the valve is opened. [Procedures] 100135244 6 201219628 [Patent Literature] Patent Literature Japanese Patent Laid-Open Publication No. JP-A-2002-167838 (Patent Document 2) Japanese Patent Laid-Open Publication No. Hei. No. 2000-160625. Patent Document 3: Japanese Patent Laid-Open No. Hei 6-30277. Patent Document 4: Japanese Patent No. 2801978 [Patent 5] The present invention is directed to the invention. The case 200 also has no hand washout 208. The flushing water tank 200, which does not have the hand washing water outlet 208, cannot correspond to the water inlet 220 in which the hand washing water outlet portion 230 is disposed upward. Therefore, for the flush water tank which does not have the hand washing water outlet 208, there is a water tank which is not provided with the hand washing water outlet portion 230. That is, depending on the presence or absence of the hand drain pipe 208, a separate water inlet is used. However, in this case, two types of water inlets are required. When the flushing water phase 200 does not have the hand washing water outlet 208, for example, the outlet portion of the hand washing water is inclined downward, and the water conduit 232 is not connected to open the outlet portion. Therefore, when the water supply is performed into the flush water tank 200, the outlet portion is used as the second water outlet of the flushing water tank 200, and the water flows out into the flush water tank 200. On the other hand, when the flushing water tank 200 has the hand washing water outlet 2〇8, the water guiding pipe is connected to the outlet portion, and the hand washing water is guided from the outlet portion to the hand washing water pipe 208. Thereby, the same water inlet can be used to correspond to the flushing water 100135244 7 201219628 Phase 200 has a hand washing water pipe and a case where there is no hand washing water pipe. In addition, it has been conventionally prepared to replenish the water officer on the inlet side of the hand washing water outlet portion, and to replenish water to the horse through the water main pipe. The makeup water is used to store the water in the toilet when the toilet is flushed, and then the water in the toilet is again stored until the water is supplied to the toilet. As described above, in order to utilize the flush water corresponding to the same water inlet |g 2〇〇, there is a case of washing the water outlet eagle and a case where the hand washing water f is not provided, such as connecting the water conduit 232 at the hand outlet of the hand washing water, or not connecting At the same time, there is a problem that the amount of supplementary water is different. The flushing water tank 200 has a hand washing water outlet 2〇8. Since the hand washing water outlet is located above the hand washing water outlet, the water is pushed up from the outlet of the hand washing water to the water outlet of the hand washing water outlet. Produce greater resistance. Therefore, when supplying water into the flushing water tank 2, if the water conduit is connected to the outlet of the hand washing water and the hand washing water is sent into the hand washing water outlet 2〇8, when the hand washing water flows out from the water outlet The ratio of the water flowing on the side of the supplementary water pipe becomes larger, and the amount of the supplementary water to the toilet becomes larger. On the contrary, when the flushing water tank 200 does not have the hand washing water outlet 2〇8, since the outlet portion of the hand washing water does not depend on the water guiding pipe, the water supply is directly supplied from the outlet portion (4) in the flushing water tank 200, so the outlet is self-exported. The water outflow resistance of the part is smaller. Therefore, the section in the water-filled ship-shaped water becomes smaller, and (4) the amount of water in the toilet's supplementary water is also reduced. If the amount of water in the thief is small, is there any way to keep the necessary amount of water in the toilet? * In order to prevent this phenomenon, it is necessary to set the amount of water to the horse to be reduced by the amount of water that is more than necessary. In the case of the makeup, if the supplementary water above the necessary amount of water is supplied to the toilet, the water is consumed unnecessarily. Further, as a prior art related to the first invention, as disclosed in Patent Document 2 and Patent Document 3, the disclosure of the section of the present invention does not stabilize the amount of water flowing in the makeup water pipe, so it is different from the i-th invention. . The first invention is provided in view of the above-mentioned conventional circumstances, and it is to be solved that the amount of water flowing to the side of the supplementary water pipe of the horse (four) becomes a constant water amount regardless of the presence or absence of the hand washing water outlet portion, and water saving can be achieved. The water inlet. Further, the flush tank of Patent Document i employs the height of the float 224 by rotating it. Therefore, a wide space for the pontoon to be rotated around it is required. In recent years, the flushing water tank has been gradually miniaturized. Therefore, when (10) is rotated, there is an interference problem with the peripheral parts. 1 The layout of the peripheral parts is further reduced in size. In addition, when the height of the pontoon 224 is adjusted by the screw, the screwing position of the pontoon 224 of the wide-axis portion 236 may be offset by a long period of time. Since the height of the pontoon 224 has been displaced from the original position, The flushing water level at full water also deviates from the set position. Second, it is a prior art related to the second invention. Patent No. 2 discloses a water inlet for a guided water storage tank. The water inlet unit is configured such that the annular positioning member screw 100135244 201219628 is coupled to the screw shaft portion, and the positioning member can be moved up and down along the screw shaft portion. However, the positioning member is a stopper that regulates the rising end of the float (buoy), and does not move up and down integrally with the float, which is different from the second invention. The second invention has been completed in view of the above-described conventional circumstances, and it is a problem to be solved by providing a space in which there is no need to rotate around the pontoon, and there is no problem of interference between the pontoon rotation and the peripheral components. Device. In addition, the toilet flushing water tank device 300 of the patent document 5 is adapted to open the water supply valve at an appropriate timing if it is suitable for a cold water area that is suitable for a flowing water outlet having a small amount of continuous flow of water and supplied to the toilet. 320 and supply the flushing water to the flushing water tank 302. In other words, if the delay tank 314 is located at a position where the flowing water of the flush water outlet is dropped, when the toilet flush is performed in the flowing water effluent, the flowing water enters the inside of the delay tank 314 even if the drain valve 320 is opened. The flushing water W1 remaining in the flushing water tank 302 is discharged, and the water level in the tank 314 is not delayed as expected. Specifically, when the flow rate of the flowing water entering the retardation groove 314 is larger than that of the small hole 316 from the retardation groove 314, the water level in the delay groove 314 does not decrease. On the other hand, even if the flow rate of the flowing water entering the delay groove 314 is smaller than the flow rate from the small hole 316, the water level drop in the delay groove 314 is slower than expected. In any case, the water supply valve of the water inlet 304 cannot be opened at an appropriate timing after the drain valve 320 is opened, and water is supplied into the flush water tank 302. 100135244 201219628 For example, the water supply in the flushing water tank 302 is difficult. Although it is desired that the drain valve 320 is opened and the flushing water W1 stored therein is placed at the end of the air outlet, the air outlet is closed, and then the drain valve 32 is closed. Good, but it is a helmet mana a L, Shi..., Ling is at such an appropriate time to open the water supply valve and start water supply. The third invention and the fourth invention are those that have been completed on the truth of the above-mentioned self-knowledge, and the problem to be solved is to provide: the right and the right, the water supply delay mechanism and the flowing water outlet horse. _The water tank device can prevent the water falling from the flowing water outlet from entering the delay tank of the water supply delay mechanism, and can start the water supply valve to open the water supply in the water tank at an appropriate time, so & Water tank device. (Means for Solving the Problem) The water inlet device according to the first aspect of the present invention includes: a pontoon that moves up and down in conjunction with a flush water level in the flush water tank; and a water supply valve that opens and closes by the lifting and lowering of the pontoon And automatically performing water supply and water supply stop to the flushing water tank; and characterized in that: the outlet portion is placed in the water supply_downstream portion, and faces the hand washing and discharging portion provided in the flushing water tank; The hand washing water flows out; and the resistance member's the outlet portion is provided to change the flow path resistance. / 1 day (4) Inlet water tank The flushing water tank does not have a hand washing water outlet, and when the water guiding water is connected to the hand washing water outlet portion, the flow path resistance can be made by the resistance member. Thereby, the water conduit can be connected to the hand washing water outlet portion, and the same flow path resistance can be obtained when the hand washing water is directed to the hand washing and discharging portion. Therefore, the amount of water flowing into the supplemental water officer can be determined regardless of whether or not the hand washing water outlet is present. By this, it is not necessary to set the amount of replenishment water supplied to the toilet through the supplementary water pipe to a large amount, and it is possible to save water. The water inlet device according to the second aspect of the present invention includes: a water supply valve that moves in conjunction with a flush water level in the flush water tank; a water supply valve that opens and closes by lifting and lowering the float; and a connecting arm that has an axis And connecting the pontoon and the water supply; and automatically performing the water supply and the water supply stop to the flushing water tank, wherein: /, the gas igniting operation member is mounted on the connecting arm The shaft portion is moved along the shaft portion together with the pontoon by the above-described float=holding and independently rotating the pontoon. Exercise ==:::r (four) r, degrees. · #十进朴动, and can adjust the height of the pontoon If you want to adjust the height of the material to break the pontoon rotation, float =1 to ensure the space for rotation. Therefore, the configuration of the peripheral parts of the pontoon can be improved, and the flushing water tank can be upgraded. Step 2 = 2 outside: !1: It is necessary to adjust the height of the pontoon so that the pontoon can be circulated to the south pontoon. The degree of freedom of its own shape. Further, the water inlet device continuously moves the rotating 100135244 piece along the shaft portion of the connecting arm by the rotation of the rotating operation member, that is, the height of the pontoon 201219628 can be continuously adjusted in a stepless manner along (4). The horse (4) water purification device according to the third aspect of the invention includes: a flush water tank having: a discharge port, and a __; a material H' having: a float, a water supply meal f; and a secret cylinder linked to the H The water level of the seven waters in the net h is raised and lowered; the water supply valve is opened and closed by the lifting and lowering of the float; the connecting arm connects the buoy and the water supply valve; the water supply delay mechanism has a delay groove, the delay groove Disposed in the flushing water tank' and the buoy is located inside thereof, and the capacity is smaller than the flushing water tank, and the small water hole capable of flowing (four) water is formed; || The water level in the retardation groove generated by the water in the retardation groove flowing out through the small hole is lower than the water level in the flushing water tank outside the delay groove, and the valve opening of the water supply valve is delayed, and a flowing water outlet, which is intended to prevent the flowing water of the soil from being supplied to the flushing water tank; the masculine water is disposed; wherein the flowing water outlet is disposed in the flowing water and falls toward the retarding groove The above delay of the position At the same time, there is: _ which is disposed on the upper side of the narrow groove, and the flowing water from the flowing water = the above-mentioned delay tank _ the above-mentioned toilet flushing water tank device is discharged from the self-flowing water The nozzle is facing the inside. The flowing water falling from the retarding groove in the structure is received by the water receiving member = 100135244 201219628 Delayed outside the tank 'It prevents the flowing water from entering the retarding groove. Therefore, the toilet flushing water tank device can cause the water supply delay mechanism to operate normally, and the water supply valve is opened at an appropriate timing to start supplying water into the water tank. Further, the toilet flushing water tank device can also be arranged such that the flowing water outlet and the retarding groove do not have to be largely displaced in the horizontal direction. Further, the toilet flushing water tank device receives the flowing water dropped from the flowing water outlet by the water receiving member, so that the flowing water can be prevented from falling strongly into the water in the water tank, and the large watering sound can be prevented from being generated. A toilet flushing water tank device according to a fourth aspect of the present invention includes: a flushing water tank having a discharge port and a drain valve that opens and closes the discharge port; and the water supply device includes: a float, a water supply valve And the connecting arm; the pontoon is connected to the flushing water tank _ flushing water (4) for lifting; the water supply valve is opened and closed by the lifting and lowering of the pontoon; the connecting arm connects the pontoon and the water supply valve; i, XL a delay mechanism having a delay groove disposed in the flushing target and having the pontoon located therein, and having a smaller capacity than the flushing water tank, forming a small hole in the water (four) portion; The water level of the flush water tank (4) outside the delay tank is lowered by the t-bit drop (four) in the delay tank in which the delay tank_water_small hole flows out after the drain valve is widened, and the water supply valve is lowered. Open W delay ·, and the flowing water outlet, which will supply the rabbit 7 L soil to prevent the shaft water supply to the above-mentioned rushing 100135244 201219628 water purification tank; such a toilet flushing water tank device, characterized in that the above flow Water outlet Said delay slot to the horizontal position within the rinse tank is set to flow from said outlet of water flowing out of the flow of water does not fall in the delay slot positions. The toilet flushing water tank device also prevents the flowing water from the flowing water outlet from entering the delay tank. Therefore, the toilet flushing water tank device can cause the water supply delay mechanism to operate normally, and then open the water supply valve at an appropriate timing to start supplying water into the water tank. [Embodiment] A preferred embodiment of the first invention will be described below. The above-described resistance member of the first invention may be a throttle valve. In this case, it is possible to easily switch the opening of the throttle valve. Therefore, it can easily change the flow path resistance of the outlet portion. The throttle valve has a fixed valve body and a movable valve body; the fixed valve body has a first opening for water passage; and the movable valve body has a second opening for water passage, and is rotated by the fixed valve body. The area of overlap between the first opening and the second opening is changed to change the flow path resistance. In this case, by merely rotating the movable valve body, the flow path resistance can be easily changed. The outlet portion has a rotating portion that rotates in the up-down direction, and the front end side has an outlet for the hand washing water, and a part of the rotating valve body is the movable valve body. In this case, when the flushing water tank is not provided with the hand washing water outlet and the water conduit is not connected to the outlet portion of the hand washing water, that is, the outlet portion of the hand washing water is maintained at the opening 100135244 15 zuizi9628, the rotating portion is rotated. The wash is maintained below the open hand washing water outlet. Thereby, the water portion of the rotating portion can be smoothly supplied to the flushing water tank, and the washing machine can be provided with the second opening and the second opening. If the washing water tank is not provided with hand washing ==, the overlap between the first opening and the second opening is reduced. In the outer 4 ° portion, the hand washing water is directly flowed to the flushing water tank. The box has the hand wash and the H first hand water outlet part of the temple, can change the flow path resistance. Because the ^3 has a water inlet toilet flushing water tank device, its construction property can be changed well. /, people for the first invention water inlet The specific embodiment i will be described with reference to the drawings. <Example 1> The flush water tank 1 of the first embodiment is a double water tank which constitutes the outer water tank &quot; the inner water tank 14 as shown in Fig. The flushing water is provided in the upper part of the outer water tank. The wash basin 16 is provided with a cover of the water tank 12. The wash basin 16 is provided with a hand washing water pipe (washing water outlet) in the form of standing up from the wash basin 16 18 The hand washing and watering officer 18 series has the upper part 18A exposed from the basin facing the upper side of the basin 16 and the surface of the basin as shown in Fig. 2 Lower portion 18B on the lower side. The hand outlet pipe 18 is provided with a male screw portion 21 on the outer peripheral surface of the lower portion Β8Β; &gt; the nut portion u is screwed into the nut 23, and the hand washing water outlet pipe 18 is attached to the wash basin 16. The basin 16 is provided with a drain port 2 at the bottom. The water outlet of the hand washing water outlet 198 19 100135244 16 201219628 The hand washing water flowing out from the drain port 20 falls into the interior of the flushing water tank 10. As shown in Fig. 1, a flushing handle 22 is rotatably provided on the wall of the water tank. From the flushing handle 22, a lever arm 24 having a l-shape extends toward the inside of the flushing water tank 1 。. A drain valve is provided at a front end portion of the arm 24 and a bottom portion of the flush water tank 10 (not shown), and is connected by a ball chain 26. The drain valve is rotated by the handle 22 and is pressed by the ball key 26 Pulling up and opening the valve. With the opening of the drain valve, the discharge port at the bottom of the flushing water tank 10 is opened, and the flushing water retained in the flushing water tank 1 is released from the discharge port toward the toilet. The flush water tank 10 is internally provided with a water inlet 28. A water supply pipe 32 is connected to the water inlet main body 30.进 The water inlet main body 30 has a water supply valve 34. When the water inlet 28 of the water inlet 28 is opened, the water delivered through the water supply pipe is discharged from the water outlet 36 of the water tank downstream of the water supply valve 34 toward the flush water tank (4). The water inlet device 28 has a pontoon 4 〇 and a connecting arm * 2; the pontoon 4 is detached by buoyancy to the flushing water tank 1G _ flushing water (4) for lifting;

The screw shaft portion 46 is from the arm portion 44

100135244 17 201219628 58. The main valve body 52 includes a diaphragm valve that blocks and opens the water passage 51 by abutting and disengaging the main valve seat 50. The back pressure chamber 54 is formed on the lower side of the main valve body 52, and the main valve body 52 is pressed against the upper valve closing direction. The introduction small hole is provided through the main valve body 52, and communicates with the primary side of the water passage 51 and the back pressure chamber 54. The introduction orifice introduces the water on the primary side into the back pressure chamber 54, and the pressure of the back pressure chamber 54 can be increased. The guide hole 56 is connected to the back pressure chamber 54. The pilot hole 56 removes water from the back pressure chamber 54, and the pressure of the back pressure chamber 54 can be reduced. The water supply valve 34 operates as follows. By the pontoon 40 descending, the pilot valve body 60 provided at the base end portion of the arm portion 44 is guided away from the pilot valve seat 58, and the guide hole 56 is opened. Thus, the pressure of the back pressure chamber 54 is reduced, and the main valve body 52 is opened by the water supply pressure of the primary side of the autonomous valve seat 50 toward the lower side in the drawing, and the water passage 51 is opened. Due to the opening of the water passage 51, the water sent through the water supply pipe 32 is sent to the water outlet port 3 of the downstream side through the water supply valve 34, and flows out therefrom into the flush water tank 10. On the other hand, when the flushing water is in a full water state by supplying water into the flushing water tank 10, the pilot valve body 60 can be seated on the pilot valve seat 58 by the rise of the float 40. The guide hole 56 is closed. Thus, the pressure of the back pressure chamber 54 rises, the pressure of the back pressure chamber 54 becomes higher than the water supply pressure of the primary side of the water passage 51, and the main valve body 52 is closed, blocking the water passage 51 and stopping the water discharge from the water outlet 36 of the water tank. The water inlet 28 is provided with a connecting pipe 62 connected to the water inlet main body 30 as shown in FIG. The water outlet 36 in the water tank is provided in the connecting pipe 62. The connecting pipe 100135244 18 201219628 ' is provided with a hand washing water outlet portion 64 for allowing the hand washing water to flow out to the hand washing hand outlet portion 64 as shown in Figs. 4, 5 and 7(B). It is placed at the downstream of the water supply valve 34. The supplementary water camp __ s which supplies the supplementary water toward the toilet is shown in Fig. 1 and Fig. 3, which is γ by the outlet portion 64 of the connecting pipe 62. &lt;The downstream portion 68 is constituted by a branch pipe connected to it. The front end portion of the downstream portion is bent at a right angle downward, and the branch pipe % is connected to the downstream portion 68 through the connection member installed at the space. The replenishing water pipe 66 is closed to the auxiliary pipe 34, and the supplementary water flows into the overflow pipe 48' and supplies the supplementary water to the toilet through the overflow pipe 48. The first hand Κ exit σρ64 has a connecting pipe 62 as shown in FIG. The mosquito tube portion 72 that protrudes in the direction perpendicular to the tube axis direction and the curved tube 74 that serves as the rotating portion: the solid portion 72 is a male tube portion as a whole. On the other hand, the bending tube % has a mother pipe portion 76 and a curved portion 78 bent at a right angle f. Become a solid part of the public management department. The crucible 72 is inserted into the parent tube portion %. The female pipe portion % is in the (four) off state with the retaining portion W by the retaining portion W, and is rotatable in a watertight state by the ring-shaped ring 82. The detachment prevention jig 80 has a base portion 84 and a pair of arc-shaped elastic arms 86 extending therefrom as shown in Fig. 4 . The retaining clip 80 is inserted into the inside of the elastic arm % side by the opening 88 (see Fig. 5) of the female tube portion 76 of the curved tube 74. Further, the pair of elastic arms 86 are elastically fitted to the annular groove 90 on the side of the fixing portion 72, thereby preventing the fixing portion 72 of the male pipe portion and the main pipe portion 76 of the bending of the pipe 100) 35244 201219628 pipe 74. Slip off. The material guide 74 rotates the fixed portion 72 by the female pipe portion 76, and the pipe bend I5 performs a rotational movement in the vertical direction. The curved portion 78 is as shown in Fig. *, and a hand washing water outlet 92 is provided on the front end side. The front end portion of the curved portion 78. There are connections.卩79. The connecting portion 79 is connected to one end side of the water conduit 108 of the telescopic tube having the extension (10). The hand washing water outlet portion 64 is provided with a throttle valve 96. The throttle valve 96 serves as a resistance member for increasing the flow path resistance (resistance of the flow path 94) by partially blocking the flow path 94 of the hand washing water (see Fig. 5). The throttle valve % is composed of a fixed valve body 98 and a movable valve body (10). The fixed valve body 98 is formed at the end of the fixing portion. The movable movable body 1 is opposed to the fixing portion 72 in the axial direction of the fixing portion 72, and is formed on the bending tube %. As shown in Fig. 4, the fixed body 98 has a first opening 102 on the fixed side for water passage. In another aspect, the movable valve body 1 has a second opening 1〇4 on the movable side for water flow. The second opening 104 on the fixed side has a substantially rectangular shape in plan view. On the other hand, the second opening 104 on the movable side has a D shape in plan view. Next, the first opening 102 on the fixed side and the second side on the movable side The relationship between the openings 104 will be described. The first opening 102 on the fixed side is formed as a front view from the right side (the right side in FIG. 4) of the front end surface of the fixing portion 72 as shown in FIG. 4 and FIG. The shape of the center portion extending obliquely upward to the left. As shown in Fig. 6(A), when the curved portion 78 of the bend 100135244 20 201219628 is turned in the opposite direction (i.e., when it is obliquely to the right, the first opening of the fixed side) 102 roughly - the half is blocked by the movable valve body. From this state, the curved portion 78 of the curved tube 74 is as As shown in Fig. 6 (9), when the angle from the position of Fig. 6 (4) is rotated clockwise by the angle θ (where the curved portion 78 is formed in the horizontal direction in the left direction (horizontal direction), the second opening of the fixed side is the second opening of the movable side. The overlapping state is formed. The throttle valve 96 of the age is in a fully open state. Further, from this state, the curved portion 78 is rotated clockwise from the position shown in Fig. 6(A) to the angle θ2 (where θ2 = 2 5 〇) When the f-curved portion is obliquely upward to the right, the fixed opening 102 also maintains the overall opening of the second opening 1〇4 of the movable side. In other words, while maintaining the priestly bucket, m is the immediate valve 96. In the fully open state, the i-th opening 1〇2 and the movable side of the fixed side are set. The shape of the phantom opening of the moving side is further, and the throttle is 96 in the curved center of the curved tube 74. When the money is transferred to the state shown in Fig. 6 (9), the first opening 1 〇 2 on the fixed side overlaps the second opening on the movable side. In detail, the linear portion of the second opening 1 〇 4 on the movable side 1〇4A, 1„ 1 When the straight side of the pair of side panels of the fixed side::2 is the side of the side panel, The first opening 1〇2 on the 疋 side is the second 对 on the movable side. The opening 2 of the music 2 is overlapped with the rotation of the curved portion 78 until the second opening 1〇4 of the movable side is fixed to the fixed The second opening 1〇2 on the fixed side is maintained in a state in which the second opening 1〇4 on the movable side is superposed until the straight portion 102B of the other side sheet 100135244 201219628 of the first opening U)2 on the side. That is, the throttle valve % is maintained in the fully open state. Therefore, in the state shown in Fig. 6(B), one end side of the water conduit 1A8A is connected to the connecting portion 79 of the bending tube 74 (refer to Figs. 4 and 8), and the other end side is inserted into the water outlet pipe 18 When the lower part is connected to the hand washing water outlet ( (refer to ® 2) 'When the throttle valve 96 is fully open, that is, the hand washing water flow path 94 is in the maximum open state, the hand washing water flows out from the outlet portion 64 and reaches the hand washing outlet pipe. 18, and then flow out from the water outlet 19 to the wash basin 16. Further, in the state shown in Fig. 6(C), the end portion of the water conduit 108B formed of the bellows is connected to the connecting portion 79 of the bending tube 74 (refer to Fig. 9), and the other side is connected to the washing machine. When the water pipe 18 guides the hand washing water from the outlet to the hand washing water pipe 18, also when the throttle valve 96 is fully opened, the hand washing water reaches the hand washing water pipe 18 and then flows out from the water outlet 19. Furthermore, the reason why the water conduit 1 8A is used as shown in FIG. 8 or the water guide s 1 〇 8 般 is used as shown in FIG. 9 is different depending on the type of the flush water tank. In this case, the difference in position corresponding to the hand washing water f is caused by the smoothing of the hand washing water into the hand washing water pipe. On the other hand, if the flushing water tank 10 does not have the hand washing water outlet 8 , the water guiding officer is not connected to the outlet portion 64 of the hand washing water (specifically, the curved pipe 7 is opened and the outlet portion 64 is kept open obliquely downward. (Refer to Fig. 6(a)). Under the sorrow of 100135244 22 201219628, the water flowing to the downstream side by the valve opening of the water supply valve 34 is from the front end of the water outlet 36 of the water tank and the curved pipe 74 of the outlet portion 64. The outflow port 92 is dropped below and supplied to the flushing water tank 1 〇. At this time, approximately half of the first opening 102 on the fixed side is blocked (refer to Fig. 6 (A)), and the water supply is supplied. The water of the tube 32 is supplied to the flushing water tank 10 via the throttle valve 96. Since the flow path resistance of the throttle valve 96 (the resistance of the flow path 94) is large, it is guided to the hand washing water pipe 18 with the hand washing water. Similarly, the same flow rate is supplied from the outlet portion 64 to the flushing water tank 1. The shape of the fixed valve body 98 and the movable valve body 100 is set in advance in this manner. Thereby, the flushing water pipe is bypassed regardless of the presence or absence of the hand washing water pipe 18. The water ratio in 66 is constant, and the equal flow is supplied to the horse through the supplementary water pipe 66. The water inlet 28 of the embodiment 1 having the above configuration, in the case of having the hand washing water outlet pipe 18, connects the water conduits 1A, 8A, 1B, 8B to the hand washing water. 卩 64, the throttle valve 96 The maximum opening degree (the hand washing water flow path 94 is maximized) is used to guide the hand washing water to the hand washing water pipe 18. On the other hand, in the case where the hand washing water pipe 18 is not provided, the water guiding pipe 1〇8a, i is made. 〇8b is not connected to the outlet portion 64 of the hand water, and (4) the outlet portion 64 is opened, and the flow path resistance (resistance of the flow path 94) is made by the partial ί5 shackle valve 96 (the opening degree of the narrowing flow path 94). Therefore, the case where the hand washing water pipe 18 is provided and the outflow of the hand washing water that does not have the 'outlet portion 64' can be set to the same = force: the amount of water flowing in the water supply pipe 66 can be formed to be constant In the It 曰, there is no need to supply the supplement 100135244 23 201219628 water supply through the supplementary water pipe 66 to the toilet, and the water quantity can be set to save water. In addition, the water inlet 28 is used as the flow path resistance (flow The resistance of the road 94 is increased by the resistance member 'because it has a regulating flow path 94 Since the throttle valve 96 is used, the flow path resistance (resistance of the flow path 94) can be changed by a simple operation. The first invention has been described using the above description and the drawings, but the present invention is not limited to the embodiment 1' For example, the following embodiments are also included in the technical scope of the first invention. (1) In the first embodiment, the movable valve body of the throttle valve rotates integrally with the curved pipe, but the movable valve body and the curved body may be bent. Each of the tubes is configured to rotate the movable valve body alone. (2) The throttle valve may be configured differently from the above-described configuration. (3) The throttle valve may be replaced with another resistance member. (4) The resistance member can also be set in an additional way. (5) The flow path opening degree of the partial clogging hand washing water is not in accordance with the rotation operation. &quot;5J&quot; 〇 Next, the preferred embodiment of the second invention will be described. The rotation operation member according to the second aspect of the invention is screwed to the shaft portion, and is fed by the screw to move along the shaft portion by rotation. In this case, it is possible to adjust the flush water level in the water tank easily and ingeniously and without stages. As a means for continuously adjusting the height position of the float along the shaft portion without a step, the rotary operation member and the shaft portion may be firstly mounted via a cam mechanism, or the rotational motion of the rotary operation member may be converted into an edge by the movement of the cam mechanism. Rotary operation 100135244 24 201219628 The linear motion of the shaft of the component. And: There are anti-rotation agencies in the second. The anti-rotation mechanism is disposed in the above-described buoy rotation of the buoy pontoon, and is guided to rotate the above-mentioned anti-rotation position only by one-hand operation along the = shape of the above-mentioned rotary operation member. The groove or ridge, and the recess provided in the shaft portion or embedded in the ridge. The convex portion embedded in the groove is additionally provided on the rotating operation member * The card has a locking portion and a member; the member: the member is locked to the locking portion, and the elasticity is maintained at two = The position of the piece of rotation in the direction of rotation. ^ 疋 (4) 杜 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕 匕In addition, it can prevent the rotating operating member from being misaligned (4) during long-term use, causing the height of the pontoon to deviate from the original position, that is, the water level in the flushing water tank when the water is full is changed from the set water level. The locking mechanism includes a recessed portion that is provided in the above-described locked portion of the rotary operation member or the pontoon, and a claw that is provided in the recessed portion of the recessed portion. The locking portion provided in the lion-like member or the portion to be locked 100135244 25 201219628 may be annularly disposed at a circumferential portion of the rotation operation member. Next, the water inlet embodiment embodiment 2 of the second invention will be described with reference to the drawings. &lt;Example 2&gt; The flush water tank 10 of the second embodiment is a double tank structure which constitutes the outer water tank 12 and the inner water tank 14 as shown in Fig. 1A. The flushing water tank 1 () is provided in the upper portion of the outer water tank 12, and is provided with a wash basin 16 for the cover of the outer water tank 12. In the form of the wash basin 16 which is raised from the wash basin 16, a hand washing water pipe 18 is provided. The wash basin 16 is provided with a drain 20 at the bottom. The hand washing water flowing out of the hand drain pipe 18 falls from the drain port 20 to the inside of the flushing water tank 1〇. The flushing water tank 10 is rotatably provided with a flushing handle 22 on the wall of the water tank. The L-shaped lever arm 24 extends from the flush handle 22 and projects toward the inside of the flush water tank 10. The front end portion of the lever arm 24 and the drain valve 'not shown in the bottom portion of the flush water tank 1 are connected by the ball chain 26. The drain valve is opened by the ball chain 26 by the rotation operation of the flushing handle 22 to open the valve. When the drain valve is opened, the discharge port at the bottom of the flush water tank 10 is opened, and the flush water remaining in the flush water tank 10 is strongly discharged from the discharge port toward the toilet. The flush water tank 10 is internally provided with a water inlet 28. The water inlet main body 3 is connected to the water supply pipe 32. The water inlet main body 3G has a water supply valve 34 and a water tank outlet 36 provided at a downstream portion of the water supply valve 34. The water inlet main body 30 is provided separately from the water outlet 36 in the water tank, and a separate hand washing side water supply port (not shown) for supplying the hand washing water to the hand washing water outlet pipe 18 is provided. Washing 100] 35244 26 201219628 The hand side water supply port and the hand washing water pipe 18 are connected by a water conduit 38 composed of a telescopic tube. When the water supply valve 34 is opened, the water delivered through the water supply pipe 32 and the water supplied from the water outlet 36 of the water tank to the flushing water tank 1 are passed through the water conduit 38 from the hand washing side water supply port. It is guided to the hand washing water outlet ι8, and then the hand washing water flows out from the washing basin 16 from there. The intake water 28 system has a buoy 40 that is moved up and down by buoyancy in the flush water level in the flush tank 1 and a connecting arm 42 that connects the float 4 to the water supply valve 34. As shown in FIG. 12, the connecting arm 42 has an arm portion 44 extending downward from the water supply valve 34 and extending in a substantially horizontal direction, and a screw shaft portion extending downward from the front end portion of the arm portion 44 (axis) Department) 46. The pontoon 40 is attached to the screw shaft portion 46 at an adjustable height. The flushing tank is provided with an overflow pipe 48 rising from the bottom as shown in Fig. 1. The water inlet 28 is disposed in the water inlet body 30, which has a weir, another cold, and a replenishing water supply port 37 that supplies the makeup water to the toilet. /, 闯, its rectangular shape is formed in a plan view. The pontoon 40 has a peripheral cup portion and an upper wall portion which are completely inverted cups, and the lower surface is open. The lower portion of the pontoon 4 is open at the time of starting water stop (when the pontoon 4 〇 starts to rise), and is formed in a shape inclined obliquely with respect to the horizontal direction. In other words, the lower surface of the pontoon 40 is the side of the shaft portion 43 which is turned toward the root of the connecting arm 42 toward the root portion of the connecting arm 42, and the opening is gradually reversed to form a shape which gradually slopes upward. The pontoon 40 integrally has a stomach-shaped, substantially identical portion 53 therein. The barrel portion 53 is inserted into the screw shaft portion 46 from the top of the 100135244 27 201219628. The water inlet 28 has a height adjustment dial (rotation operation member) 154 which performs height adjustment of the pontoon 4 as shown in Fig. 13 . The height adjustment dial 154 is rotatably held by a holding portion 156 provided on the pontoon 40. The height adjusting dial 154 is moved integrally with the pontoon 4 in the up-down direction of the screw shaft portion 46 by the holding of the holding portion 156. As shown in Fig. 14, the degree adjustment dial 154 includes a circular center portion 154A, a ring portion 154B on the outer circumference side, and a connection rib 154C that connects the four points in the peripheral direction. The outer peripheral surface of the ring portion 154B is provided with a concave-convex shape of a plurality of convex portions 158 and concave portions 16b so as to be easily rotatable by the hand grasping ring portion 154B. The central portion 154A is provided with a mother screw hole 162 that penetrates the axial direction. On the other hand, the outer peripheral surface of the screw shaft portion 46 is provided with a male screw portion 164. The height adjusting dial 154 is screwed into the male screw portion 164' in the female screw hole 162 and assembled to the screw shaft portion 46. The lower end portion of the screw shaft portion 46 is a plate portion 166. The male screw portion 164 is provided from the upper end of the screw shaft portion 46 to the upper end of the plate portion 166. As shown in FIG. 13 and FIG. 15, the holding portion 156 has a bridge shape in which a pair of plate-shaped leg portions 168 and 17b rising from the upper surface of the pontoon 40 and a plate-like connecting portion 172 connecting the upper ends thereof are integrated. Formed on the pontoon 4〇. The holding portion 156 having a bridge shape is formed with a holding recess 174 on the inner side. The height adjustment dial 154 is inserted into the holding recess 174 in the direction of the arrow p in Fig. 13 and held at 100135244 28 201219628. One of the leg portions 168 is provided with a curved abutting portion 176 which projects along the outer peripheral surface of the height adjusting dial 154. By the abutting action of the abutting portion 176 on the height adjusting dial 154, the height adjusting dial 154 can be inserted into the holding recess 174 only from the direction of the arrow p in Fig. 4, and the self-retaining portion 156 can be prevented from coming off in the p direction in the drawing. Thereby, when the height adjustment dial 154 is inserted into the holding recess 174 inside the holding portion 156 and assembled, the assemblability can be improved. The connecting portion 172 is provided with a circular fitting #178 at the center portion. The fitting portion 178 is formed with a circular insertion hole 18A, and the screw shaft portion % is inserted therein. In other words, the fitting portion 178 is formed in a state in which the rod shaft portion 46 is fitted. Two different 180° directions. Corresponding to the groove 182, the insertion hole screw shaft portion 46 is provided at a peripheral portion as shown in Fig. 14, and a groove 182 (10) extending in the longitudinal direction is provided as shown in Figs. 13 and 15, and a pair of convex portions 184 are provided. The projections 184 are snapped into the grooves 182 of the screw shaft portion 46 in the radial direction. The grooves 182 and the projections 184 constitute an anti-rotation mechanism of the pontoon 40 to the screw shaft portion 46. The pontoon 40 is engaged with the rotation direction of the groove 182 by the convex portion 184 to prevent the screw shaft portion 46 from rotating. However, the pair of convex portions 184 are slidable in the groove (8) in the axial direction of the screw shaft portion 46. When the pontoon 4 is moved in the vertical direction along the screw shaft portion 46, the projections m and the grooves 182 are moved and guided, and the cylinder 40 is opened at the upper end of the tubular portion μ as shown in FIG. „There are the same convex portions 184. The convex portions (8) are engaged in the grooves 182 of the screw shaft portion 46 as shown in Fig. 8 (8). 100135244 29 201219628 The height adjusting turntable 154 is held in the holding concave portion of the holding portion 156. In the state of 174, the screw shaft portion 46 is screwed. In this state, the height adjusting dial 154 is as shown in Fig. 12(A), and the central portion 154A is supported by the plate-like connecting portion 172 of the holding portion 156 and the buoy. The upper wall portion 40B of the main body 40 is vertically sandwiched. If the height adjusting dial 154 is rotated to be moved by the screw feed and then moved up and down along the screw shaft portion 46, the integral float 40 is advanced along the screw shaft portion 46. In order to prevent the free rotation of the height adjusting dial 154, a locking mechanism is provided across the height adjusting dial 154 and the pontoon 40 (in particular, the holding portion 156 of the pontoon 40). As shown in FIGS. 13 and 14. The height adjustment dial 154 is attached to the upper portion of the ring portion 154B. As the recessed portion 188 for the engaged portion of the locking mechanism, as shown in Fig. 13 and Fig. 15, the holding portion 156 is provided with an elastic piece 190 to the connecting portion 172. The elastic piece 190 is provided at the front end. The claws 192 are used as the locking portions. The claws 192 enter the concave portion 188, and the concave portions 188 are elastically locked with the claws 192. The concave portions 188 are annularly arranged on the circumference of the height adjusting dial 154 across the entire circumference. The height adjustment dial 154 can be rotated around the screw shaft portion 46 only when the rotational operation force necessary to elastically cross the ridge between the concave portion 188 and the concave portion 188 is applied to the height adjustment dial 154. When the operating force is applied to the height adjusting dial 154, the height adjusting dial 154 is locked according to the elasticity between the claw 192 and the recess 188, and cannot be rotated around the screw shaft 100135244 30 201219628 portion 46. In other words, the water inlet 28 After being used for a long period of time, there is no buoyancy or the like applied to the pontoon 40, so that the height adjustment dial 154 naturally rotates due to the action of the screw, and the position of the height adjustment dial 154 (i.e., the pontoon 4) is biased. In the case of the original position, the height adjusting mechanism of the pontoon 40 of the water inlet 28 applies a rotational operating force to the height adjusting dial 154, and the elastic locking action of the resisting claw 192 and the recess 188 causes the height adjusting dial 154 to rotate. The screwing position of the screw shaft portion 46 of the height adjusting dial 154 is changed toward the up and down direction, and the position of the pontoon 40 is also moved to the height adjusting dial 154, and the height position of the pontoon 4 可 can be adjusted. The water level can be adjusted by adjusting the amount of water in the flush water tank to supply water. Since the lower surface of the sweat 40 is open and forms a shape in which the inclination au ^ is oblique to the horizontal direction, the following advantages can be obtained. Fig. 17 is a comparative example for explaining the advantage. In the comparative example, although the point of opening of the vent 4 4 of the pontoon 40X is the same, the lower side of the pontoon 40X is horizontal. The pontoon 40X of this comparative example is as shown in Fig. 17 (1), and + at the start of water stop, only buoyancy is generated which is just the size of the pontoon 40X. However, as the rise of the water surface is as shown in Fig. 17 (Π), the connecting arm 42 is inclined, and the pontoon is generally inclined (four). By means of the 'float (4), the air in the portion indicated by the dotted line leaks, and the water intrudes into the portion, and the buoyancy of the guide tube 40 & As a result, there is a problem that the water stop operation is unstable. 100135244 201219628 In contrast, the pontoon 40 is as shown in Fig. 16 (1), and when the water stop is started, the buoyancy for the pontoon 40 is less than the buoyancy of the size of the pontoon 40. However, after the water stop is started, the pontoon 40 is inclined with the connecting arm 42, and when it is in the most terminated water state, the open lower surface is in a horizontal direction (the lower inclined shape is determined accordingly). Therefore, the air inside the pontoon 40 is not leaked, and the advantage that the water stopping operation is stabilized (the buoyancy applied to the pontoon 40 does not change from the start of the water stop to the time of reaching the water stop). In the water inlet 28 of the second embodiment having the above configuration, when the height adjusting dial 154 is rotated, the height adjusting dial 154 is moved along the screw shaft portion 46 with the pontoon 40, so that the height of the pontoon 40 can be adjusted. Therefore, it is not necessary to rotate the pontoon 40 for adjusting the height of the pontoon 40, and it is not necessary to secure a space for the rotation around the pontoon 40. Therefore, it is possible to increase the degree of freedom in arrangement and arrangement of peripheral components of the pontoon 40, and it is possible to further reduce the size of the flush water tank 10. Further, since the pontoon 40 is not required to be rotated for the height adjustment of the pontoon 40, the advantage of increasing the shape freedom of the pontoon 40 itself can be obtained. Further, the water inlet 28 is continuously moved in position along the screw shaft portion 46 of the connecting arm 42 by the rotation of the height adjusting dial 154. In other words, the height position of the pontoon 40 can be continuously adjusted steplessly along the screw shaft portion 46. Therefore, it is possible to easily and ingeniously and continuously adjust the flush water level in the flush water tank 10. In addition, the water inlet 28 is provided with an anti-rotation mechanism for preventing the pontoon 40 from rotating and guiding the floating cylinder 10040244 32 201219628 to move along the screw shaft portion 46, so that the operator can perform the height adjustment dialing with only one hand operation. The rotational operation of the 154 allows the height position of the pontoon 40 to be easily adjusted. Further, the water inlet 28 prevents the height adjustment dial 154 from being inadvertently rotated during long-term use, resulting in a situation in which the height position of the pontoon 4 is biased away from the original position. That is, it can prevent the water level in the flushing water tank 1 from being displaced from the set water level when the water level in the flush water tank is full. The second invention will be described with reference to the above description and drawings, but the present invention is not limited only to the second embodiment. For example, the following embodiments are also included in the technical scope of the second invention. (1) The groove 182 provided in the screw shaft portion 46 is replaced with a ridge, and the convex portion 184 provided on the side of the pontoon 40 is replaced with a concave portion that is engaged with the ridge, and the anti-rotation mechanism thus constituted. (2) The concave portion 188 provided on the side of the height adjustment dial 154 is replaced with a claw, and on the other hand, a concave portion for allowing the claw to enter is provided on the side of the pontoon 40, thereby constituting the locking of the rotational direction of the elastic locking height adjustment dial 154. Institutions, so too. (3) The rotary operation member may be configured in various other forms than the height adjustment dial 154. Next, a preferred embodiment of the third invention will be described. The flowing water outlet of the third aspect of the invention is disposed at a position where the flowing water flows down the connecting arm. In this case, since the self-flowing water outlet 100135244 33 201219628 == street flow, it can prevent the flowing water from falling strongly into the storage water in the phase, and can prevent a large sound of water from being generated. It is possible to provide a drain portion in which the flowing water flowing down the connecting arm flows in the water receiving member and faces the water receiving member. In this case, the flowing water_water_flowing down the connecting arm falls well on the side of the water receiving member', and the outside of the groove can be guided by the water receiving member. The specific embodiment 3 of the toilet flushing water tank device of the third invention will be described with reference to the drawings. &lt;Example 3&gt; The toilet flushing water tank of Example 3|£11 is provided with a flushing water|head 10 as shown in Item 18. The flush water tank has a double tank structure of a water tank 12 made of a pottery or resin, and a resin inner tank 14 which is an inner water storage tank. The flushing water tank 10 is attached to the upper portion of the outer water tank 12, and is provided with a wash basin 16 for covering the outer water tank 12. The wash basin 16 is provided with a hand washing water pipe 18 from the stand of the wash basin 16 standing up. The wash basin 16 has a drain at the bottom. The hand washing water flowing out of the hand outlet pipe 18 is dropped from the drain port to the inside of the flushing water tank 10. The flush water tank 10 is internally provided with a water inlet 28. The water inlet 28 is provided with a water inlet body 30. The water inlet body 3 is attached to the inner water tank 14. A water supply pipe 3 2 is connected to the inlet water main body 30. The water supplied through the water supply pipe 32 is opened by the water supply valve 34, which will be described later, of the water inlet 28, so that the water supply inside the clean water tank 1 can be flushed and the water supply is stopped by the closing of the water supply valve 34. 100135244 34 201219628 The inlet water 28 has a pontoon 40 that moves up and down in conjunction with the flush water W2 level inside the delay tank 400, and a connecting arm 42 that connects the pontoon 4 and the water supply valve 34 (both the pontoon 40 and the connecting arm 42) As shown in Fig. 20, the connecting arm 42 has an arm portion 44 and a screw shaft portion 46 extending downward from the front end. The pontoon 40 is assembled to the screw shaft portion 46. The height adjustment dial 154 of the screw hole is rotatably held by the holding portion 156 provided on the pontoon 4B. The female screw hole of the height adjustment dial 154 is screwed to the male thread portion of the screw shaft portion 46. The pontoon 4〇 By rotating the height adjusting dial 154, the position can be adjusted up and down along the screw shaft portion 46. The flushing water tank 10 is rotatably provided with a flushing handle 22 on the wall portion. The L-shaped lever arm 24 It is attached to the inside of the flushing water tank 1 and is rotated in conjunction with the flushing handle. The front end of the lever arm 24 is connected to the drain valve 15 which is opened and closed via the discharge port 13 at the bottom of the flushing water tank by the ball chain 26. The 15 series is operated by flushing the handle 22 The valve is opened in the state of the self-closing valve, whereby the flushing water W1 remaining inside the flushing water tank 10 is strongly discharged toward the toilet from the discharge port 13 at the bottom of the flushing water tank 1 . As shown in Fig. 18, the rafter is provided with an overflow pipe 48 rising from the bottom. The main body 31 of the water inlet main body 3G is generally cylindrical as shown in Fig. 19. The main body 31 is connected to the water supply pipe at the left end. 32 ^ Further, the main body η is connected to the left end portion of the connecting pipe 62 in the outer end portion of the right end portion. The connecting pipe is attached to the main body 31 as another individual, and is configured as a water inlet main body, one of which is a portion of 100135244 35 201219628. The connection pipe 62 is provided with a water outlet (water outlet in the water tank) 36 that flows water from the main body 31 into the flush water tank 1 (specifically, the inner water tank 14), and is used for washing the hand to the hand washing water pipe 18. The water supply port (not shown) and the water supply port 37 for supplying the supplementary water to the toilet through the overflow pipe 48. The water supply port for hand washing is connected to the hand washing water discharge member 18 by a telescopic tube (not shown). Figure 18, connected to the tube (tube) 7 〇 from the main body 31 The water is supplied to the hand washing water outlet i8 through the telescopic pipe, and the auxiliary pipe 70 is supplied from the water supply port 37 to the inside of the overflow pipe 48. The water inlet main body 30 is provided with the water passage 51 connected or read as shown in FIG. The water supply valve 34 is blocked. The water supply valve 34 is connected to the shaft portion 43 by the raising and lowering of the pontoon 40 as shown in Fig. 21, and the valve is closed and closed. Specifically, When the pontoon 4 is raised, the connecting arm 42 is rotated, and the circumference of the M3 is rotated clockwise, the water supply is widened. Further, the lowering of the slinger 4'''''''''' Then, the water supply valve 34 is opened. _ , fire wide 34 open 'waterway 51 is connected to the state (ie open state) ^ water from seven, water S 32 from the main body 31 to the connecting pipe 62 and from the water tank 36 in the tank 2 The water flows into the clean water tank. Further, the water supply port 37 is supplied to the hand washing water outlet 18 through the front, the front, the hand seven, and the water outlet, and the water is supplied to the toilet through the overflow pipe 48. Please use 34 for the mode and guide the valve. Main valve body of water supply valve 34 100135244 36 201219628 52 is composed of a diaphragm valve body as shown in Fig. 21 . The main valve body 52 is formed of a diaphragm 55 made of an elastic material such as rubber, and a harder (here, resin-made) diaphragm holder 57 (diaphram holder). The outer peripheral portion 59 of the diaphragm 55 is thick. The outer peripheral portion 59 of the diaphragm 55 is sandwiched by the main body 31 and the cup-shaped diaphragm holder 73. Thereby, the outer peripheral portion 59 of the diaphragm 55 is fixed to the main body 31. The outer peripheral portion 59 of the diaphragm 55 has a sealing portion at the same time. In other words, the outer peripheral portion 59 of the diaphragm 55 has a function of sealingly blocking the water passage 51 from the outside with watertightness. The cup-shaped diaphragm member 73 is fitted to the cylindrical portion 75 integrally formed on the main body 31 in an embedded state from the lower side. The male screw 77 on the outer circumferential surface of the cylindrical portion 75 is screwed by the female screw 83 on the inner circumferential surface of the fixing nut 81, and the diaphragm member 73 is fixed to the cylindrical portion 75 (main body 31). By screwing the fixing nut 81 upward, the diaphragm holder 73, which is embedded in the cylindrical portion 75 in an inlaid state, is pushed upward. Thereby, the diaphragm retaining member 73 interacts with the main body 31 to fasten the outer peripheral portion 59 of the diaphragm 55 in an elastically compressed state with a predetermined pitch. The cup-shaped diaphragm holder 73 also has the function of a back pressure chamber forming member. In other words, the back pressure chamber 54 is formed on the lower side of the main valve body 52 constituted by the diaphragm valve body. The back pressure chamber 54 is such that the internal pressure acts on the main valve body 52 as a pressing force in the upward valve closing direction. On the other hand, the main valve body 52 is provided at an eccentric position deviated from the center, and is provided with an introduction hole 100135244 37 201219628 85 which communicates with the primary side of the water passage 51 and the back pressure chamber 54. The water on the primary side of the water passage 51 flows into the back pressure chamber 54 through the introduction small hole 85. The pressure of the back pressure chamber 54 can be increased by the flow of water on the primary side into the back pressure chamber 54. On the other hand, the diaphragm retaining member 73 is provided at its center portion with a guide hole 56 for passing through the diaphragm retaining member 73 as a drain water passage. The water in the back pressure chamber 54 flows out through the guide holes 56. The pressure in the back pressure chamber 54 can be reduced by the outflow of water in the back pressure chamber 54. The connecting arm 42 is provided with a pilot valve body 60 at the base end portion of the arm portion 44. The sealing portion 61 of the pilot valve body 60 is sealed to the guide valve seat 58 by being placed upward, thereby blocking the guide hole 56. The water supply valve 34 has the following effects. When the water supply valve 34 is in the closed state (refer to FIG. 21), if the connecting arm 42 is rotated about the shaft portion 43 by the lowering of the float 40, the pilot valve body 60 is opened downward from the pilot valve seat 58 to open the valve. . Thereby, the water in the back pressure chamber 54 flows out through the guide hole 56, so that the pressure of the back pressure chamber 54 can be reduced. Further, the pressure of the primary side of the water passage 51 is larger than the pressure of the back pressure chamber 54, and the main valve body 52 is opened downward from the closed valve state to open the valve. When the main valve body 52 is opened, the water passage 51 is in a communicating state, and water flows from the main body 31 toward the connecting pipe 62 and the water supply port 37. On the other hand, in conjunction with the rise of the pontoon 40, the connecting arm 42 performs a clockwise rotational movement about the circumference of the shaft portion 43. When the pontoon 40 reaches the ascending end, in other words, the water in the rinsing water tank 1 成为 is in the set full water state, the sealing portion 61 of the pilot valve body 60 is seated on the guiding valve seat 58 upwards. And closed the valve. Thereby, the flow of water from the back pressure chamber 54 is stopped. Thereby, the pressure of the back pressure chamber 54 rises by introducing the small holes 85 and flowing water toward the back pressure chamber 54. Further, by the pressure rise, the main valve body 52 composed of the diaphragm 朝 is seated on the main valve seat 50 and closed. Thereby, the flow of the water of the water passage 51 is stopped, and the supply of water to the flushing water tank 10 and the hand washing water outlet pipe 18 is stopped. As shown in Fig. 21, the water supply valve 34 has a cleaning pin 97 that is inserted into the introduction small hole 85 and is introduced into the small hole 85. The cleaning tip 97 continues upwardly along the lower end of the coil spring 95, and is formed on the coil spring 95. As shown in FIG. 19, the flow valve device 500 has a flow water passage 5〇2 and a cylindrical tubular wall 504; the flow water passage 502 extends from the primary side branch of the upstream side of the water supply valve 34 of the water passage 51; The wall 504 is for forming a flow path 502 on the inside. The flow water path 502 has a branch port 5〇8 (see Fig. 22). The cylinder wall 5〇4 is integrally formed on the water inlet main body 30 (more specifically, the main body 31) in an upwardly rising configuration. As shown in Fig. 22, the opening 506 for discharging the flowing water from the cylinder wall 504 is disposed at a position closer to the upper side than the root portion of the cylindrical wall 504, and is disposed transversely (outward in the radial direction) through the cylindrical wall 5〇4. The water on the primary side which is guided to the flow path %] is continuously discharged from the opening 5〇6 to the outside of the cylinder wall 504 by the opening of the flow valve 510 as will be described later. The flowing water flowing out from the opening 5〇6 is 100135244 39 201219628 and flows out to the outside from the flowing water outlet 150 described later, and is supplied to the flushing water tank 1〇. The supplied flowing water is continuously supplied to the toilet through the overflow pipe 48 in the flushing water tank H). The cylinder wall 504 is internally provided with a flow valve 510 that opens and closes the claw water path 502. The flow valve 510 has a cylindrical shape 3, A. c. &lt;Outer valve phase 512, and shaft-shaped valve body 514. (4) The inside of 4 is fixed in a fitted state. Also, outside the valve I: outside "". The coffee body (up and down direction) is slidably fitted to the valve body 514. The outer valve phase 512 utilizes a fixed bail wall 5〇4. The valve body 514 which is fixed to the cylinder in the vertical direction (the up-and-down direction) has a right side τ ^ , a valve portion 522 provided on the lower side, and a connecting portion 524 provided on the upper side. The other transmission members 542 are: "&quot; 524" is connected to the operation unit described later. The lower end side reading portion 522 is obstructed by the front end 53 of the inner line 544 of the system, and the valve portion 522 of the lower end side of the intermediate portion between the connecting portions 524 having the cross-sectional shape of the cross-shaped side is made The sealing member 5 is filled with the sealing member 526. The valve seat 528 on the circumferential side of the valve portion is closed. In addition, the inner sealing member 526 formed in the outer casing 512 is moved downward from the valve seat 528 toward the surface by the body 514, and the flowing water path is opened and opened. In the valve-opening state, the water in the open water path (flow bad: 51 flows from the first side to the outside.), flows out from the opening 506 to the wall 5〇4, and the transmission member 542 is provided as shown in Fig. 19 100135244. An inner cable (internal member) 544 that is flexible and has a non-stretchable 201219628 in the axial direction, and an appearance line (outer branch) 546 that guides the movement thereof. The inner cable 546 is slidably inserted inside the outer cable 546. The inner cable 544. The inner body cable 544 is pushed toward the right, and the valve body 514 is moved downward to open. In contrast, the inner cable 544 is pulled toward the left, and the valve body 514 is upward. However, if it is necessary to prevent freezing, the valve body 514 is maintained in the open state. Thereby, the water on the first side of the water passage 51 flows in the flowing water passage 5〇2 in a small amount. The drive member 542 is inserted into the inside of the curved tube 576 from the opening 5〇6. The transmission member 542 is such that the front end portion is held downward by the curved tube 576. It is assembled to the flow valve 51〇 by the assembly nut 578. 5 Yang Luzhi, as shown in Fig. 22, assembled The female threaded portion of the cap 578 is screwed into the male threaded portion of the valve outer casing of the gripping jaw 510. Thereby, the flange portion of the receiving member 584 that receives the lower end of the outer wire 546, and the flange portion of the curved tube 5% The inner flange portion of the assembly nut 578 is torn and the outer casing 512 is held up and down. Thereby, the lower end portion of the receiving member 584 and the curved tube 576 is fixed, and the lower end of the outer line 546 is The end member 588 fixed to the inner tank line 544 is engaged with the engaging recess 590 of the valve body 514 of the flow valve 51G. Thereby, the front end portion of the inner gauge line 544 can be The body is fixedly coupled to the valve body 514. The set nut 578 is vertically downwardly facing away from the lateral opening 鄕100) 35244 201219628 away from the radial direction, opposite to the opening 506, integrated There is a cylindrical cover wall 592 that covers the opening 506 from the outside. The cover wall 592 extends further downward than the opening 506 and forms a downward flowing water outlet 550 between the wall 504 and the barrel wall 504. The flowing water flowing out of the opening 506 becomes a downward flow after coming against the cover wall 592, and then flows downward from the flowing water outlet 550. Most of the flowing water flowing out of the flowing water outlet 550 is pushed back to the outer side of the cylindrical wall 504 by the reaction force from the cover wall 592, and then flows downward along the outer surface of the cylindrical wall 504. Of course, part of it does not fall outside the wall 504 but falls directly from the flowing water outlet 550. To secure the connecting arm 42 of the water inlet 28 to the fixed nut 81 on the water inlet body 30, it is larger than the cover wall 592 of the assembled nut 578. Therefore, the fixing nut 81 protrudes more radially outward than the cover body wall 592. Therefore, the fixing nut 81 has a function of receiving the water receiving portion of the water from the cover body wall 592 and the cylinder wall 504 where the downward flowing water outlet 550 does not directly fall along the cylinder wall 504. Further, the cylindrical portion 75 integrally formed on the main body 31 also functions as a part of the water receiving portion. Therefore, the flowing water flowing out of the flowing water outlet 550 flows almost entirely along the connecting arm 42 via the fixing nut 81. Specifically, the connecting arm 42 extends from the lower side of the inlet body 30 opposite to the opposite side of the cylindrical wall 504, and the screw shaft portion 46 and the pontoon 40 enter the flushing water. Therefore, the water flowing down the outside of the cylinder wall 504, and the water which is not directly falling down the outside of the cylinder wall 504, almost all flow down along the connecting arm 42 of the inlet water 100135244 42 201219628 28. As shown in Fig. 18, the toilet flushing water tank device 1 has a smaller capacity than the inner water tank Μ, and is provided in the inner tank 14 with a delay groove 4〇0 which is a main component of the water supply delay mechanism 4〇2. The retardation groove 400 is provided such that its upper end is slightly lower than the upper water level of the flushing water W1 in the inner water tank 14 inner water state. As shown in Fig. 23, the retardation groove 400 is integrally provided with a pair of arms 406° extending upwardly, and a fixing portion 408 having a meandering shape at the upper end. The retardation groove 400 is in a state in which the upper end surface of the wall portion of the inner water tank 14 before and after the inner water tank 14 (in the direction perpendicular to the paper surface in Fig. 19) is locked to the inner water I mesh 14 by the fixing hole 410. The retardation groove 4 is provided with a pair of concave portions extending in the longitudinal direction on the outer surface. The recessed portion 412 is provided with a locking portion 414 in a state where the upper end protrudes from the bottom surface of the concave portion 412. The locking portion 414 is locked to a claw portion 426 which will be described later. As shown in Fig. 18, the retardation groove 400 is provided with a small hole penetrating through the bottom portion 415. The flushing water W2 inside the retardation groove 400 passes through the small hole 404 and flows out to the outside of the retardation groove 400 and inside the inner water tank 14. The small hole 404 is set to be smaller than the water level of the flushing water wi in the inner water tank 14 after the drain valve 15 is opened, so that the water level of the flushing water W2 in the delay tank 4 is lowered. Specifically, the flushing valve 15 is opened, the flushing water W1 in the inner water tank 14 is released, and the water supply valve 34 is opened (full open state) at the time when the drain valve 15 is closed, and the water inlet π Set the size by starting the water supply with the maximum water supply. The float 40 is fitted with a delay tank _ internal water level to reduce the water supply 100135244 43 201219628 delay tank 400. The s-sea delay tank 400 is opened, and the open portion from the upper side of the retardation groove 400 is inserted in the upper side of the flow water outlet 505. The flowing water flowing out of the 5% water 550 flows along the connecting arm 42," - &quot;iu ϊ mv l jyy The flowing water directly enters the delay tank 4〇〇. Therefore, if the flowing water flowing down the connecting arm 42 flows directly into the pontoon 4, the force water is pulled straight 彳隹 λ m pain / 1 nn h. Therefore, the toilet flushing water tank device (4) is used in the delay tank 4 The upper side is filled with the water receiving member 416, and the flowing water flowing out from the flowing water outlet 55〇 can be prevented from directly entering the retarding groove. The water receiving member 416 is a bottom portion 418 having a slanted shape as shown in Fig. B, a pair of side wall portions 420 rising along the outer periphery of the bottom portion 418, and a rear wall portion 422. The water receiving member 416 is formed in a sink shape, and the rear wall portion 422 is open to the side surface. Further, the water receiving member 416 is provided with a notch portion 424 for inserting the connecting arm 42 on one of the side wall portions 42A. Further, the water receiving member 416 is provided with a claw portion 426 having a downwardly projecting elastic state with the front end and the rear end projecting downward. The water receiving member 416 is locked to the locking portion 414 of the retardation groove 400 from above by the claw portions 426, and is attached to the upper surface of the retardation groove 4〇〇 in the placed state. The sinus water receiving member 416 is provided with a concave portion 428 on the outer side of the side wall portion 420 on the opposite side of the side wall portion 420' on the side where the notch portion 424 is provided. The recess 428 is provided to avoid interference with the arm 406 of the delay slot 400. As shown in Fig. 22, the connecting arm 42 is fixed to the arm portion 44 44 on the upper side of the water receiving member 416 with the drain 100135244 201219628 water portion 430. . The side water portion 430 is integrally formed in the arm portion. The drain portion 430 is formed into a plate shape as shown in Fig. 24. 〉The water portion 43 〇 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The water tank device u, water, regardless of whether or not the flow arm f of the flow port 2 = water outlet 550 flows out of the connecting arm 42, the flow of water is drained in the middle of the "44 component sen. The flowing water落 Falling in the water receiving and watering system The water receiving member 416 is delayed outside the tank 400. Thereby, the toilet water phase device 11 can surely prevent the flowing water flowing out of the moving water outlet 550 from entering the delay tank. Specifically, the flowing water flowing out from the flowing water outlet 55〇 flows along the arm material of the connecting arm 42 via the nut 81. However, since the arm portion is provided with the water transferring portion 430, it flows along the outside of the arm portion 44. After the flowing water is carried by the water transfer portion, the flowing water that has fallen into the water receiving member 416 and the water receiving member 416 is smoothly fed to the outside of the retarding groove and the inner water tank 14 by the inclination of the bottom portion 418. Thus, the flowing water is prevented from reaching the delay tank 400. ^Water valve 1 After 5 _, by the water supply from the water inlet (4), the water level of the flush water W1 inside the inner tank, the flush water W1 in the inner water tank 14 is nearly full of water W1 and then exceeds the upper end of the delay tank 400 100135244 45 201219628 And flowing into the delay tank 400, and being supplied into the delay tank 4A. The toilet flushing water tank apparatus n of Embodiment 3 having the above configuration prevents the flowing water from the flowing water outlet 55〇 from entering the delay tank 4 ,, so it can make the water supply delay mechanism operate normally, and can maintain the water supply wide (4) spoon open valve (that is, the period of water supply in the water tank) at an appropriate timing. In addition, the toilet flushing water tank device 11 can also It is not necessary to make the flowing water outlet 550 and the delay tank 400 reluctantly arranged in a horizontally staggered position. When the flowing water is to be dropped into the water tank along the connecting arm 42 of the water inlet 28, the flow water strength can be avoided. The ground water falls into the water in the water tank, thus causing a problem of loud water sound. On the other hand, in this case, the flowing water outlet 550 can be located directly above the delay tank 4〇〇, or the delay slot More upside Therefore, the toilet flushing water tank device η ^ (4) will prevent the dynamic water outlet 550 and the delay tank 400 from being horizontally at the level == set to prevent the generation of large ears due to flowing water and delay in water supply. The normal operation of the mechanism. Motion ==:: The water tank device 11 can guide the flow re-removal 416 flowing down the connecting arm 42 to the outside of the delay slot. = _, _ The above description and the drawings are limited to For example, in the following, the technique of the third invention is, for example, the water bearing member (1). The water receiving member may be formed of other various shapes. 100135244 46 201219628 The connecting member may use a tubular object, The flowing water flowing out of the flowing water outlet is directly circulated inside the tubular water receiving member, and is guided to the outside of the delay tank and in the inner tank. (2) The flowing water outlet can also have various other forms. Next, a specific embodiment 4 of the toilet flushing water tank device of the fourth invention will be described with reference to the drawings. &lt;Example 4&gt; The toilet flushing water tank apparatus of the fourth embodiment is such that the flowing water from the flowing water outlet 550 is directly dropped into the inner water tank 14 as shown in Fig. 25, and the water supply delay mechanism 402 is made The delay grooves 400 are arranged in a staggered position with respect to the flowing water outlet 550 in the horizontal direction. In the same manner as in the third embodiment, the same components are denoted by the same reference numerals, and the detailed description thereof will be omitted. The toilet flushing water tank device also prevents the flowing water from the flowing water outlet 550 from flowing into the delay tank 4 of the water supply delay mechanism 4〇2. Therefore, it is possible to prevent the operation of the water supply delay mechanism 402 from being improperly performed by the set operation due to the inflow of the flowing water into the delay tank 400. The fourth invention has been described above with reference to the drawings, but the invention is not limited to the embodiment 4, and may be modified in various ways without departing from the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing the internal structure of a water inlet and a flush water tank of the first embodiment. 100135244 47 201219628 Figure 2 is a diagram showing the connection between the water inlet and the hand outlet pipe of Figure 1. Figure 3 is a partial cross-sectional view of the flushing water tank having the water inlet of the embodiment i. Fig. 4 is a perspective view showing the decomposition of the hand washing water outlet portion and the peripheral portion in the water inlet of the first embodiment. Fig. 5 is a cross-sectional view showing the hand washing water outlet portion of the water inlet of the first embodiment. Fig. 6 is an explanatory view of the operation of the throttle valve of the water inlet of the first embodiment. Fig. 7 is an explanatory view of the water inlet of the embodiment ί when used in a water tank which is not provided with a hand drain pipe. Fig. 8 is an explanatory view of the water inlet of the first embodiment. The position shown in Fig. 9 is different from that shown in Fig. 9. Fig. 9 is an explanatory view of the water inlet of the first embodiment, which is used when a water tank for washing the hand outlet pipe is provided. Figure 10 is a water inlet diagram of the embodiment 2 of the water inlet 11 of the second embodiment. Partial cross-sectional view of the flushing water tank Partial sectional view of the main part. The adjustment mechanism and the screw shaft portion are separated. Fig. 12 is the water inlet of the second embodiment. Fig. 13 is the water inlet of the second embodiment. Fig. 14 is a perspective view showing the height state of the second embodiment. Figure 15 is a view of the pontoon of Embodiment 2. Figure 16 is an explanatory view showing the advantages of the pontoon of Embodiment 2. Fig. 17 is an explanatory view showing the operation of the pontoon of the comparative example. Figure 18 is a diagram showing the flushing water of the toilet of Embodiment 3. 100135244 48 201219628 Figure 19 is a view showing the water inlet, the flow valve, the water supply delay mechanism, and the water receiving member of the third embodiment. Figure 20 is a view of Figure 19 in a direction different from that of Figure 19. Fig. 21 is a diagram showing the water supply valve and the peripheral portion of the third embodiment. Fig. 22 is a view showing the drain member of the third embodiment, and a flow valve, a flowing water outlet, and the like. Figure 23 is a diagram showing the retardation groove of the water receiving member and the water supply delay mechanism of the third embodiment. Fig. 24 is a view showing a state in which the drain member of Fig. 23 is attached and a peripheral portion; Figure 25 is a plan view of the toilet flushing water tank device of the fourth embodiment. Figure 26 is a diagram showing the internal structure of a conventional water inlet and flushing water tank. Fig. 27 is a view showing the toilet flushing water tank device of the water supply delay mechanism. [Main component symbol description] 10 flushing water tank 11 toilet flushing water tank device 12 outer water tank 13 discharge port 14 inner water tank 15 drain 阙 16 wash basin 18 hand washing water pipe (hand washing effluent) 18 Α upper 100135244 49 201219628 18B lower part 20 Drain port 21 Male thread part 22 Flushing handle 23 Nut 24 Rod arm 26 Ball key bar 28 Inlet 30 Inlet main body 31 Main body 32 Water supply pipe 34 Water supply valve 36 Water tank outlet 37 Replenishment water supply port 38 Water conduit 40 Buoy 40A Peripheral wall portion 40B Upper wall portion 40X Buoy 42 Connecting arm 44 Arm portion 46 Screw shaft portion (shaft portion) 100135244 50 201219628 48 Overflow tube 50 Main valve seat 51 Water path 52 Main valve body 53 Tube portion 54 Back pressure Chamber 55 Diaphragm 56 Guide hole 57 Diaphragm frame 58 Guide valve seat 59 Outer peripheral portion 60 Guide valve body 61 Sealing portion 62 Connecting pipe 64 Outlet portion 66 Water supply pipe 68 Downstream portion 70 Branch pipe 71 Connection member 72 Fixing portion 73 Diaphragm 74 Bending pipe 100135244 51 201219628 75 Cylinder portion 76 Main pipe portion 77 Male thread 78 Bending portion 79 Connection portion 80 Detachment clamp 81 Fixed nut 82 0-ring 84 Base 85 Introduction small hole 86 Elastic arm 90 Annular groove 92 Outlet 94 Flow path 95 Coil spring 96 Throttle valve (resistance member) 97 Cleaning the latch 98 Fixing the valve body 100 Movable valve body 102 First opening 102 A Linear portion 102B Straight portion 100135244 52 201219628 104 Second opening 104A Straight portion 106 Telescopic portion 108A Water conduit 110 Flushing water tank 154 Height adjusting dial (rotating operation member) 154A Center portion 154B Ring portion 156 Holding portion 158 Convex portion 160 recessed portion 162 female threaded hole 164 male threaded portion 166 plate portion 168, 170 leg portion 172 joint portion 174 retaining recess 176 abutting portion 178 fitting portion 180 insertion hole 182 groove 184 convex portion 100135244 53 201219628 186 opening portion 188 recess 190 elastic piece 192 claw 200 flushing water tank 202 outer water tank 204 inner water tank 206 wash basin 208 hand washing water pipe 210 drain port 212 flushing handle 214 rod arm 216 drain valve 218 chain 220 water inlet 222 water inlet body 224 Buoy 226 connecting arm 228 water outlet 230 outlet portion 232 water conduit 300 toilet flushing water tank Set 100135244 54 201219628 302 Flushing water tank 304 Inlet 306 Water supply port 308 Float 310 Connecting arm 312 Water supply delay mechanism 314 Delay groove 316 Small hole 318 Discharge port 320 Drain valve 400 Delay groove 402 Water supply delay mechanism 404 Small hole 406 Arm 408 Fixing portion 410 fixing hole 412 concave portion 414 locking portion 415 bottom portion 416 water receiving member 418 bottom portion 420 side wall portion 100135244 55 201219628 422 rear wall portion 424 notch portion 426 claw portion 428 recess portion 430 drain portion 432 rising portion 434 inclined portion 500 flow valve device 502 flow water path 504 cylinder wall 506 opening 508 branch port 510 flow valve 512 valve outer box 514 valve body 522 valve portion 524 joint portion 526 sealing member 528 valve seat 530 intermediate portion 536 fixing fixture 538 operation portion 100135244 56 201219628 542 Transmission member 544 Inner cable 546 Outer iron wire 550 Flowing water outlet 576 Curved tube 578 Assembly nut 584 Receiving member 588 End member 590 Engagement recess 592 Cover wall W1 Washing water W2 Washing water 100135244 57

Claims (1)

201219628 VII. Patent application scope: The water level of the flushing water in the phase is raised and lowered. 1. A water inlet device is equipped with a pontoon that is linked to the flushing water and the water supply valve, which uses the pontoon to descend. Opening and closing; and automatically performing the above-mentioned rushing, there are: 彳目0H, water and supply rotation; P" is placed in the above-mentioned water supply, including the shovel, soil, ", JJ Buyou P' and flows out of the hand washing water toward the hand washing water portion of the flushing water phase; and a resistance member that sets the outlet Make ~ road resistance change. 2. If the scope of the patent application is the throttling room. The above-mentioned resistance member 3. The above-mentioned throttle valve is provided with: a fixed valve body having a water-passing opening; and a movable valve The body is provided with a second opening for opening 2, and by rotating the fixed valve body, the overlapping area of the opening 蛊- and the opening of the 苐2 is changed to change the flow path resistance. 4. In the case of the water inlet of the third item of the patent application, wherein the above-mentioned outlet part is in the upper and lower direction, and the forehead has the mouth of the hand water, and some of them have the rotating part of the movable valve body. As described in the fourth paragraph of the patent application scope, wherein the above-mentioned rotating portion is a 100135244 58 201219628 curved pipe. 6. The water inlet of any of the claims 3 to 5, wherein, When the flushing water tank is used to wash the hand water, the overlapping area of the second core of the first open disk is increased, and when the flushing water tank is not provided with the hand washing or the water portion, the first opening and the The overlapping area of the second opening And the hand washing water is directly flowed into the flushing water tank from the above-mentioned outlet part. 7_—The water inlet device is provided with: a float, which is connected to the water level of the flushing water in the flushing water tank for lifting and water supply The valve 'opens and closes by the lifting and lowering of the pontoon; and has a shaft portion connected to the pontoon and the water supply valve; the water supply and the water supply to the flushing water tank are stopped at the = row; In the case of loading the π-tube, the pontoon is independently rotated, and: =: Qi moves along the shaft portion. /, the above-mentioned dirt 8. The component of the patent is screwed to the upper _, 7 yi' The towel's above-mentioned rotation operation moves. The crotch, the profit-turning screw feeds (4) the above-mentioned shaft part 9·If applying for a full-time _7 or 8 item, the anti-rotation mechanism, which is set in 窨〇 八, has: The pontoon rotates while blocking between the pontoon and the shaft portion, and prevents the movement of the shaft portion as claimed in the patent-^^^. The water inlet of the item 100135244, wherein the above-mentioned anti-rotation machine 59 201219628: Is equipped with: located on the above axis And the outer portion of the wheel and the recessed portion of the above-mentioned ridge protruding from the raft. The ridge is convex or smashed into the water inlet of the seventh or eighth item of the patent application, The t-locking mechanism is provided in the rotation operation member and includes a locking portion and a locked member that is locked between the locking portions and a rotational direction position of the rotational operation member. Rotary structure: the water inlet of claim 11, wherein the locking machine recess is disposed in the above-mentioned rotating operation to constitute the above-mentioned locked portion; and one of the core materials is the other one The recessed portion is used as the above-mentioned locking portion. 13. The above-described locking portion provided by the water inlet operating member of the item U of the patent application scope or the above-mentioned locked: = _ annular configuration of the turning operation member. The utility model relates to a toilet flushing water tank device. The utility model relates to a toilet flushing water tank device, which is provided with: a flushing valve; a drain valve having a discharge port; and a drain valve for opening and closing the discharge port; at ==! Valve and connecting arm; the pontoon is used for linkage: = water (four) water level of the flushing water (four) line lifting; the water supply valve is opened and closed by lifting (four); the connecting arm is connected to the above-mentioned floating hopper, the water supply valve; a mechanism having a delay slot disposed in the clean water tank of the above-mentioned punch 100135244 201219628, wherein the float is located inside thereof, and the capacity is smaller than the flush water tank, and a small hole through which the inner water can flow is formed; The water level in the retardation groove caused by the water flowing out of the delay groove after the drain valve is opened through the small hole is lowered, and the water level in the flush water tank outside the delay groove is slower than that. Delaying the opening of the water supply valve; and flowing water outlet, which is a toilet flushing water tank device for supplying the frozen flowing water to the flushing water tank; characterized in that the flowing water is discharged The water receiving member is disposed above the delay groove at a position where the flowing water falls toward the delay groove, and is provided on the upper side of the delay groove, and receives the flowing water falling from the flowing water outlet, and leads It is led to the above-mentioned flush water tank outside the delay tank. 15. The toilet flushing water tank device of claim 14, wherein the flowing water outlet is disposed at a position where the flowing water flows down the connecting arm. 16. The toilet flushing water tank device of claim 15, wherein: a draining portion that drains the flowing water flowing along the connecting arm above the water receiving member toward the water The bearing member is dropped. 17. A toilet flushing water tank device, comprising: a flushing water tank having: a discharge port and a drain valve for opening and closing the discharge port; 100135244 61 201219628 Intake water having a float: a water supply valve and a continuous spray; the float is connected to the water level of the flushing water in the water purification phase of the Haichong; the water supply valve is opened and closed by lifting and lowering the cylinder; the connecting arm connects the float and the water supply a valve; t, a water delay mechanism having a retardation groove disposed in the flushing water phase, wherein the float is located inside thereof, and the capacity is smaller than the flushing water tank, and the flow (four) water is formed a water hole in which the water level in the delay tank is lowered by the water flowing out of the small groove after the drainage is widened, and the water level in the flush water tank outside the delay tank is slower than And delaying the opening of the water supply valve; and the flowing water outlet, which is a toilet flushing water tank device that will prevent the flowing water of the east knot from being supplied to the flushing water tank; characterized in that the flow The moving water outlet and the retardation groove are located at a position in the horizontal direction in the flushing water tank at a position where the flowing water flowing out from the domain flowing water outlet does not fall into the retarding groove. 100135244 62