TWM642341U - Device for Preventing Continuous Leakage of Toilet Tank - Google Patents

Abstract

A device for preventing continuous water leakage of a toilet water tank. A water inlet device, a float ball, a water stop valve and a handle are screwed on the bottom of a toilet water tank. It is characterized in that: a bracket group is set and fixed on the water inlet device; The resisting mechanism is to fix the bracket group, and it is provided with a connecting rod supporting the floating ball. When the handle accepts force and pulls a second rope body, the floating ball swings downward due to gravity to provide water for the water inlet. , and then the water intake increases to a certain height, so that the water drives the floating ball to move upwards, and at the same time closes the water inlet; the plurality is connected with the water stop valve by a first rope body, when the water inlet drives the water inlet The floating is used to open the water stop valve so that water flows into a water outlet pipeline and simultaneously flushes a toilet.

Description

Device for Preventing Continuous Leakage of Toilet Tank

The invention relates to a device for preventing continuous water leakage of a toilet water tank, in particular to a device for preventing continuous water leakage of a toilet water tank by using a resisting mechanism to control the water intake of the toilet water tank.

The water-saving devices of conventional toilets are such as Taiwan Patent Nos. M618899, M496706, M463266, M426619, M413712, M408588, M378944, M375729, and M334154, which are designed to reduce or save water, and cannot completely prevent the water stop valve from continuously leaking .

The device for preventing continuous water leakage of the toilet water tank in this case can prevent the water stop valve from continuously leaking due to damage, and is quite practical.

The purpose of this creation is to provide a support mechanism to fix the bracket group, which is provided with a connecting rod supporting a floating ball. The support mechanism prevents the toilet water tank from continuously leaking, so as to form an energy-saving and carbon-reducing toilet tank to prevent continuous water leakage. device.

The device for preventing the continuous water leakage of the toilet tank that can achieve the above-mentioned new purpose is to install a water inlet screwed on the bottom of a toilet tank, and a pivotal device on the bottom of the toilet tank. A floating ball on the top of the water inlet and used to control whether the water inlet enters water, a water stop valve that can rotate relative to the overflow pipe, and a handle that is pivotally arranged at the front end of the toilet tank and can be rotated are connected by a swing bar A first rope body is connected with the water stop valve, and it is characterized in that: a bracket group is fixed on the water inlet, and a plurality of first grooves are set on the first side of a pair of L-shaped first brackets And provide a third flange of one of the support mechanisms described later to be accommodated and fixed, the second side of the first bracket is additionally provided with a first flange, when the first side of a pair of second brackets is fixedly arranged on the On the water inlet, the second side is provided with a plurality of second grooves, the second grooves can be accommodated and fixed by the first flange of the first bracket; The flange is arranged to fix the bracket group, which is arranged on one side of the swing angle of the floating ball, and can also support and release a connecting rod of the floating ball, and then connect the swing rod of the handle with a second rope body, when After receiving the action force, the handle can pull the second rope body, so that an ejector rod of the resisting mechanism moves to the first direction and then releases the floating ball to allow the water inlet to enter the water.

1: Toilet tank

11: water inlet

12: Floating ball

13: connecting rod

14: handle

15: pendulum

16: The first rope body

21: overflow pipe

22: water stop valve

23: Outlet pipeline

3: Bracket group

31: First bracket

32: the first groove

33: First flange

34: Second bracket

35: Second groove

4: Withstand the mechanism

41: Third flange

42: Sleeve

43: Locking part

44: Capacity Department

45: opening

46: cover body

47: lock department

48: First pulley

49: Plane

51: ejector rod

52: jacking part

53: Block

54: Spring

55: The second rope body

56: Second pulley

Fig. 1 is a front view of the device for preventing continuous water leakage of the toilet water tank; Fig. 2 is an enlarged exploded schematic view of the support group and the supporting mechanism of Fig. 1; Fig. 3 is a top view of the device for preventing continuous water leakage of the toilet water tank; Fig. 4 is the top view of the device for preventing continuous water leakage of the toilet water tank; A partially enlarged schematic diagram of part A, which shows that the ejector rod supports the connecting rod; Fig. 5 is a partially enlarged schematic diagram of part A of Fig. 3, which shows that the jacking part moves toward the first direction; Fig. 6 is a right side view of the device for preventing continuous water leakage of the toilet tank; Fig. 7 is a partially enlarged schematic diagram of part B of Fig. 6, It shows the ejector rod supporting the connecting rod; Fig. 8 is a partially enlarged schematic diagram of part B of Fig. 6, which shows that the jacking part moves to the first direction; Fig. 9 is a partially enlarged schematic diagram of part B of Fig. 6, which shows the floating ball Due to the downward swing due to gravity, the connecting rod falls to the bottom of the jacking part; Figure 10 is a partially enlarged schematic diagram of part B of Figure 6, which shows that the floating ball pushes the slope of the lower half of the jacking part due to the increase in water intake; Fig. 11 is a partially enlarged schematic diagram of part B of FIG. 6, which shows that the water makes the buoyancy of the float continue to rise, and the connecting rod will push the ejector rod to the first direction due to the action of the inclined plane; and FIG. 12 is a schematic diagram of part B of FIG. 6 A partially enlarged schematic diagram showing that the connecting rod continues to move above the jacking portion, while the jacking portion simultaneously bears against the connecting rod.

Please refer to Fig. 1 to Fig. 8, the device for preventing the continuous water leakage of the toilet water tank provided by this creation is a water inlet 11 screwed on the left half of the bottom of a toilet water tank 1, a water inlet 11 pivotally arranged on the top of the water inlet 11 and A float 12 that is used to control whether the water inlet 11 enters water with a swing angle (swing angle), a water stop valve 22 that can rotate relative to the overflow pipe 21 (overflow pipe), and a pivotally arranged on A handle 14 that can be rotated at the front end of the toilet tank 1; the handle 14 is connected to a first rope body 16 with a swing rod 15, so that it can be connected with the first rope body 16 and the water stop valve that covers a water outlet pipeline 23. 22 connection, when the water inlet 11 enters water and applies a water pressure to press the water stop valve 22, when the user turns the handle 14, the handle 14 moves up the swing rod 15, and at the same time the swing rod 15 drives the first rope body 16 to move the water stop valve 22, so that the water stop valve 22 rotates relative to the overflow pipe 21 and moves up so that water flows into the water outlet pipeline 23 and flushes a toilet at the same time; The continuous water leakage device of the toilet tank mainly includes: a bracket group 3 as shown in Figure 2, which is respectively arranged and fixed on the water inlet 11, and is provided with the first side of a pair of L-shaped first brackets 31, etc. A plurality of first grooves 32 arranged at a distance can be accommodated and fixed by a third flange 41 of a supporting mechanism 4 described later, and the second side of the first bracket 31 is additionally provided with A first flange 33, when the first side of a pair of second brackets 34 is fixedly arranged on the water inlet 11, and the second side is protrudingly provided with a plurality of second grooves 35 arranged equidistantly, the The second groove 35 can be accommodated and fixed by the first flange 33 of the first bracket 31; wherein, the cross section of the second groove 35 of the second bracket 34 is rectangular, and the first bracket The cross section of the first flange 33 of 31 is also rectangular, so that when the handle 14 to be described later receives a force to pull a second rope body 55, the first flange 33 of the first bracket 31 will not be affected by the action. force relative to the second groove 35 of the second bracket 34 to rotate and displace, so the section is designed as a rectangle It has the function of restricting rotation or restricting displacement.

As shown in Fig. 4, Fig. 5, Fig. 7 and Fig. 8, the support mechanism 4 is provided with the third flange 41 to fix the bracket group 3, which is arranged on one side of the swing angle of the floating ball 12, also A connecting rod 13 that can support and release the floating ball 12, and then connect the swing rod 15 of the handle 14 with the second rope body 55; wherein, the cross section of the first groove 32 of the first bracket 31 is circular , and the section of the third flange 41 of the resisting mechanism 4 is also circular, so that the user can adjust a jacking portion 52 to withstand the floating ball 12 when the resisting mechanism 4 is installed. The angle or position of the connecting rod 13; again, the withstand mechanism 4 is further composed of a sleeve 42 and a cover 46, the third flange 41 is vertically arranged below the sleeve 42, and the sleeve 42 has a Combined with a locking portion 43 of the cover 46, the cover 46 also has a pair of locking portions 47 and a first pulley 48 that are locked with the locking portion 43, and the locking portion 43 and the pair of locking portions 47 can be screwed together through the threaded structure; an accommodating portion 44 of the sleeve 42 is assembled with a knockout bar 51 (knockout bar) and the knockout bar 51 passes through an opening 45 (open pore) of the accommodating portion 44 ) to expose the sleeve 42 with the jacking portion 52, and a stopper 53 is arranged on the ejector rod 51, and a spring 54 is used to resist between a plane 49 of the cover body 46 and the stopper 53, After the ejector rod 51 is affected to move in the first direction, the spring 54 pushes the block 53 and simultaneously moves the ejector rod 51 to the initial position in the second direction; Block 53 and After passing through the outer diameter of the ejector rod 51, the movable group is set in the accommodating portion 44 of the sleeve 42, and the other end abuts against the plane 49 and is used to abut against the plane 49 of the cover 46 ; Thereafter, when the handle 14 accepts the active force, the second rope body 55 can be pulled, because the first end of the second rope body 55 is tied to the fork 15 of the handle 14, and the second rope body The second end of 55 is tied to one end of the ejector rod 51 for moving in the first direction. Between the first end and the second end of the second rope body 55, the second rope body 55 will lean against the first pulley 48 and a second pulley 56 fixed on the overflow pipe 21. After the handle 14 accepts the force to pull the second rope body 55, the second rope body 55 first passes through the second pulley 56 and then turns to the first pulley 48 to assist and synchronously pull the ejector rod 51 to the first direction. Move, use the second pulley (or the second pulley and the first pulley 48) to amplify the moving distance from the swing bar 15 to the first pulley 48 to the moving distance of the ejector rod 51 in the first direction, Press the handle 14 lightly to move the ejector rod 51 together; when the ejector rod 51 of the resisting mechanism 4 moves to the first direction and then releases the floating ball 12 to swing down due to gravity, to provide the The water inlet 11 enters the water, and then the water intake increases to a certain height, so that the water drives the floating ball 12 to move upward, and when the floating ball 12 moves upward, the connecting rod 13 pushes the jacking part 52 to the first direction Move, now the spring 54 pushes the stopper 53 through the plane 49 of the cover 46; when the float 12 moves the connecting rod 13 When quickly moving up to the top of the jacking portion 52, the spring 54 continues to push the stopper 53 so that the ejector rod 51 moves synchronously to the second direction and the jacking portion 52 withstands the connecting rod 13, and simultaneously closes The water inlet 11; as shown in Figure 8, if the handle 14 accepts the force to pull the second rope body 55 to move the ejector rod 51 to the first direction, at this time, the floating ball 12 will go down due to gravity. Swing (as shown in Figure 9), when the connecting rod 13 is dropped to the bottom of the jacking portion 52, the spring 54 pushes the block 53 and moves the ejector rod 51 to the second direction Initial position, at this time, the jacking portion 52 is above the connecting rod 13, and when the floating ball 12 is moved up quickly to the top of the jacking portion 52 because of the increased water intake, the connection The upper half of the rod 13 will push the inclined surface of the lower half of the jacking part 52 (as shown in Figure 10), and the connecting rod 13 that continues to rise due to buoyancy will push the ejector rod 51 to the first direction due to the action of the inclined surface. Push (as shown in Figure 11), when the connecting rod 13 continues to move to the top of the jacking portion 52 (as shown in Figure 12), the spring 54 will push the stopper 53 due to elastic force to make the ejector rod 51 Synchronously move to the second direction to withstand the connecting rod 13 with the jacking portion 52 , and at the same time make the float 12 close the water inlet 11 for the user to press the handle 14 next time.

To sum up, this case is not only truly innovative in terms of spatial form, but also can enhance the above-mentioned multiple functions compared with commonly used items. It should have fully met the statutory new patent requirements of novelty and advancement. I would like to file an application in accordance with the law and sincerely request your approval. This application for a patent for a new model is to encourage new models, and it is very convenient to be grateful.

1: Toilet tank

11: water inlet

12: Floating ball

13: connecting rod

14: handle

15: pendulum

16: The first rope body

21: overflow pipe

22: water stop valve

23: Outlet pipeline

3: Bracket group

Claims (2)

A device for preventing continuous water leakage of a toilet water tank, comprising: a bracket group, for setting and fixing on a water inlet device, a plurality of first grooves are arranged on the first side of a pair of L-shaped first brackets and provided with the following A third flange that withstands the mechanism is accommodated and fixed, and a first flange is provided on the second side of the first bracket. When the first side of the pair of second brackets is fixed on the water inlet , and the second side is provided with a plurality of second grooves, the second grooves can be accommodated and fixed by the first flange of the first bracket; the resisting mechanism is provided with a third flange Fix the bracket group, which is arranged on one side of the swing angle of a floating ball, and can also support and release a connecting rod of the floating ball, and then connect a swing rod of a handle with a second rope body, when the handle accepts After applying force, the second rope body can be pulled, so that an ejector rod of the resisting mechanism moves to the first direction and then releases the floating ball to allow the water inlet to enter water. The device for preventing continuous water leakage of the toilet tank as described in item 1 of the scope of the patent application, wherein the ejector rod of the resisting mechanism moves in the first direction and releases the floating ball to swing down due to gravity, so as to provide the water inlet for the water inlet Water, when the water intake increases to a certain height, it will drive the floating ball to move upward, and make the connecting rod push a jacking part to move in the first direction. When the connecting rod moves up to the top of the jacking part, a The spring pushes a block so that the ejector rod moves synchronously to the second direction to withstand the connecting rod, and at the same time closes the water inlet.

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