TW201736766A - Side-pushing water valve having convenient force applying point and wider touching range to make water valve switching easier - Google Patents

Abstract

The present invention provides a side-pushing water valve, which comprises a control mechanism having an operating member capable of moving up and down; and, a pushing member located below the control mechanism and capable of moving horizontally relative to the control mechanism. In which, at least one of the upper surface of the pushing member and the lower end of the operating member has an arc-shaped surface. When the pushing member moves horizontally, the operating member is driven to move up and down by at least one arc-shaped surface, so the water valve may be switched between an opened state and a closed state. Thus, by matching the protrusion on the pushing member and the arc-shaped surface at the lower end of the operating member, the force in a horizontal direction may be converted to a force in the up and down direction, such that the operating member which is originally pressed upward may be changed to horizontally push a pushing member to drive the operating member. Thus, the pushing member of the present invention may have a larger pushing range and is more convenience for use.

Description

Side push water valve

This creation relates to a water supply device, in particular a water supply device installed at the outlet end of the pipeline.

The water outlet of the faucet installed on the general sink or the counter is separated from the operating part, so that the water outlet of the faucet is located above the sink of the sink or the flow table, and the operating part is located at the edge of the sink. Therefore, when the user washes his hand, he must move the hand that is still full of water to the edge of the sink to operate the operating member, close the faucet, and wet the table of the sink or the counter.

For example, there is a faucet on the market which is a pressing portion, and the pressing portion is disposed at the top of the faucet, and the water switch can be controlled when the pressing portion is pressed downward. However, in addition to the aforementioned disadvantages of easily wetting the sink top, the switch design of the faucet must be pressed or pressed in a specific direction to be opened or closed, so that the elderly or the height is too small to be hooked to the top of the faucet. It is difficult for children, etc., to generate enough force to push the pressing part, making pressing the switch a very difficult behavior.

In view of this, providing a better improvement solution is an urgent problem to be solved in the industry.

The main purpose of this creation is to provide a side push type water valve which has a light force application point, a wide touch range, and is easier to switch the open or closed state of the water valve.

To achieve the above object, the water valve provided by the present invention has: a control mechanism having an operating member movable up and down; and a pushing member located below the control mechanism and horizontally movable relative to the control mechanism Wherein at least one of the upper surface of the pushing member and the lower end of the operating member has an arcuate surface, and when the pushing member moves horizontally, the operating member is moved up and down through the at least one curved surface; After the operating member moves up and down, the side push type water valve switches between an open state and a closed state.

Therefore, the advantage of the present invention is that the faucet mounted with the present invention can be adapted to the upper and lower directions by applying the upper surface of the pushing member to the curved surface of the lower end of the operating member of the control mechanism, so that the force is applied. The driver can control the water to control the water when the pusher is pushed horizontally. Compared with the faucet of the prior art, the operating member is separated from the water outlet, and only the upper end of the operating member can be pressed in a single direction, and the user of the present invention can push the pushing member in any direction on the horizontal direction, so the user can Finding the most effortless way to promote it is more convenient to use.

First, please refer to Figure 1 to Figure 3. The present invention proposes a side push type water valve (hereinafter referred to as a water valve) having a casing 10, a pushing member 80, and a control mechanism 30.

The outer casing 10 may have an upper casing 11 and a lower casing 12, and an outer side of the upper casing 11 or the lower casing 12 may be formed with a ring groove 121. In the present embodiment, the following casing 12 is formed with a ring groove 121 as an example. Sexual description. The outer wall of the upper housing 11 can have threads 13 to allow the water valve to engage the showerhead, water pipe or nozzle of the faucet A (shown in Figure 1). The upper end of the outer casing 10 may have a water stop ring 14 to be intimately engaged with the shower, water pipe or faucet A without leaking water.

The control mechanism 30 is configured to control the opening or closing of the water valve, and is disposed in the outer casing 10 but partially exposed to the outer casing 10 and has a movable member 31 and an operation assembly 32, and the operation assembly 32 has an operating member 321 and An elastic member 323.

The operating member 321 can be moved up and down to have a moving stroke, and the water valve can be switched between the open state and the closed state after the movement. The lower end of the operating member 321 protrudes downward from the outer casing 10 and has an arc-shaped surface which is a tapered curved surface. Therefore, the outer diameter of the lower end of the operating member 321 is observed from different angles in the horizontal direction. Decline inward. In addition, the curved surface of the lower end of the operating member 321 may also be hemispherical.

The elastic member 323 is coupled to the operating member 321 and applies a downward force to the operating member 321 so that the operating member 321 remains at the bottom end of the moving stroke if there is no external force. However, in other embodiments, the elastic member 323 may not be provided, and the operating member 321 can still be dropped by its own gravity and maintained at the bottom end of the moving stroke.

The pusher 80 is horizontally movably coupled below the outer casing 10 and is located below the control mechanism 30. In other words, the pusher 80 can be moved horizontally relative to the control mechanism 30. Specifically, the pushing member 80 may have a ring member 81 and a mesh member 82. An annular rib 810 is formed on the inner side of the ring member 81 so that the pushing member 80 can be engaged with the ring groove 121. Specifically, the maximum outer diameter of the annular groove 121 is greater than the minimum inner diameter of the annular rib 810, so that the annular rib 810 can be snap-fitted into the annular groove 121 without horizontally falling away from the annular groove 121.

When the pusher 80 is engaged with the ring groove 121, the annular rib 810 is constantly kept at a distance from the wall surface of the ring groove 121. When the pusher 80 is pushed to move horizontally, the annular rib 810 can abut against the wall surface of the ring groove 121, so that the pusher 80 can no longer move. In the present creation, the ring groove 121 and the annular rib 810 are all annular, so the moving direction of the pushing member 80 can be any direction on the horizontal.

Please refer to Figure 4 together. The mesh member 82 is fixed in the ring member 81 and located at the lowermost end of the water saving valve, and the center of the upper surface of the mesh member 82 is recessed inwardly to have an arcuate surface, and the curved surface of the mesh member 82 can also be A tapered arcuate surface or an arcuate curved surface is thus observed from different angles in the horizontal direction, and the upper surface of the mesh member 82 is gradually lowered toward the center.

The upper surface of the mesh member 82 may further have a convex portion 820 adjacent to the curved surface of the mesh member 82 of the pushing member 80 to make it easier for the mesh member 82 to push against the operating member. In this embodiment, the convex portion 820 is a single annular convex portion 820, and may also be a plurality of convex blocks arranged in a ring shape. The convex portion 820 may be adjacent to the highest surface of the curved surface of the upper surface of the mesh member 82 and adjacent to the lower end of the operating member 321 , specifically, an arcuate surface adjacent to and surrounding the lower end of the operating member 321 . The convex portion 820 is selectively pushed against the curved surface of the lower end of the operating member 321 and can push the operating member 321 to move up and down in the moving stroke.

When the force is not applied, the pushing member 80 and the operating member 321 may have a common axis, and the operating member 321 is located at the bottom end of the moving stroke. When the user performs the action of boiling water or shutting off the water, as shown in FIG. 5, only a horizontal force in any direction is applied to the ring member 81 of the pushing member 80, and the pushing member 80 is horizontally moved away from the axis of the operating member 321. heart.

When the pushing member 80 moves horizontally, the curved surface of the upper surface of the mesh member 82 and the convex portion 820 push against the curved surface of the lower end of the operating member 321 and drive the operating member 321 to move upward along the moving stroke. Then, the user can remove the force applied, and the gravity of the elastic member 323 or the operating member 321 itself spontaneously pushes the operating member 321 back to the bottom end of the moving stroke. After the operating member 321 returns to the bottom end of the stroke, the control mechanism 30 is triggered to switch the water valve to the open state. The curved surface of the operating member 321 is further pushed against the convex portion 820 of the mesh member 82, so that the pushing member 80 is returned to a position where the operating member 321 can have a common axis.

If the action of shutting off the water is to be performed, the above-described action is repeated, and the pusher 80 is pushed again, so that the control mechanism 30 is triggered again, and the water valve is switched from the open state to the closed state.

The specific structure of the water valve and its open state and closed state are described below, but are not limited thereto.

Please refer to Figure 3 to Figure 5. The outer casing 10 can have a water inlet and a water outlet, and the water flowing through the water valve flows in from the water inlet and flows out from the water outlet. The water inlet is located at the upper end of the outer casing 10, and the water outlet is located at the lower end of the outer casing 10.

The water valve further has a water inlet 20 which is disposed in the outer casing 10 and above the control mechanism 30 and spaced apart from the inner wall surface of the outer casing 10 for water supply and circulation. The water inlet 20 encloses the water inlet of the outer casing 10 so that all water flowing into the water inlet flows into the water inlet 20.

Specifically, the water inlet 20 can have a top seat 21, a lower seat 22, and a movable plug 23. In this embodiment, the upper seat 21 and the lower seat 22 can be welded to each other at the periphery so that the weld joint does not leak water, or the snap seat can be engaged and a waterproof gasket is disposed at the joint. The lower seat 22 is located below the upper seat 21, and a space is formed between the upper seat 21 and the lower seat 22, and the movable plug 23 is movable up and down in the flow space.

The upper seat 21 has a first flow path 211 and a plurality of second flow paths 212. The first flow path 211 penetrates the center of the upper seat 21 in the up and down direction, and the second flow path 212 communicates from the lower surface of the upper seat 21 to the side surface of the upper seat 21. The first flow path 211 communicates with the flow space and the water inlet, and the second flow path 212 communicates with the space between the flow space and the water inlet 20 and the outer casing 10.

The upper seat 21 has a positioning post 213 having an upper width and a lower width, and extends in the vertical and downward directions in the circulation space. Specifically, the positioning post 213 may extend downward from the center of the upper seat 21, for example, from the support rib 2110 extending horizontally in the first flow path 211 (as shown in FIGS. 3 and 4). The positioning post 213 may also not be located at the center of the upper seat 21, for example, extending downward from other positions on the lower surface of the upper seat 21. In addition, the positioning post 213 can also extend upwardly from the lower seat 22 into the flow space.

The lower seat 22 has the through hole 221 penetrating in the up and down direction. In the embodiment, the through hole 221 is disposed at the center of the lower seat 22 and has a common axis with the first flow path 211, but is not limited thereto. In addition, the lower seat 22 can also have a cylindrical portion 222 that protrudes from the lower surface of the lower seat 22 and surrounds the through hole 221. The lower seat 22 can be integrally formed with the tubular portion 222, and can also be two separate components.

The movable plug 23 has a flow hole 231. The flow hole 231 is a through hole penetrating the movable plug 23 along the upper and lower sheets. The positioning post 213 is received in the flow hole 231, and the diameter of the flow hole 231 is approximately equal to the maximum diameter of the positioning post 213. Therefore, the flow hole 231 is blocked by the positioning post 213 except when the movable plug 23 is moved to the uppermost position, and the water can still be blocked. Flows in the circulation hole 231. In the present embodiment, the flow holes 231 are disposed in the center of the movable plug 23 and have the same axial center as the first flow path 211, but are not limited thereto.

The movable member 31 of the control mechanism 30 has a first position and a second position, the first position being lower than the second position. When the movable member 31 is in the first position, the control mechanism 30 opens the through hole 221 of the lower seat 22, and the water valve is in the open state; when the movable member 31 is in the second position, the control mechanism 30 closes the lower seat 22. The perforation 221, at which point the water valve is in the closed state.

The operation assembly 32 is used to control the position of the movable member 31. The operation assembly 32 has an operation seat 322 in addition to the aforementioned operation member 321 and the elastic member 323. The inner wall spacer ring of the operation seat 322 is provided with a plurality of ribs 3221, and the top surface of the rib 3221 is a sloped surface, and the plurality of guide grooves (not shown) are arranged between the ribs 3221.

The operating member 321 is disposed in the operating seat 322, and the bottom end of the operating member 321 protrudes from the pushing member 80, and the upper side of the operating member 321 protrudes from the plurality of guiding blocks 3211. It is placed in the guiding groove between the ribs 3221 of the operating seat 322. The top surface of each of the guide blocks 3211 is a sloped surface, and the direction of the slope of the guide block 3211 is the same as the direction of the slope of the rib 3221.

The operating member 321 has a moving stroke, and when the operating member 321 is moved in the moving stroke, the guiding block 3211 is located in the guiding groove of the operating seat 322, so that the operating member 321 and the operating seat 322 do not rotate relative to each other. However, when the operating member 321 is at the top end of the moving stroke, the guiding block 3211 protrudes obliquely from the rib 3221 and pushes up against the movable member 31. The elastic member 323 is disposed in the operating seat 322 and applies a downward force to the operating member 321 to maintain the operating member 321 at the bottom end of the moving stroke. However, the operating member 321 can naturally fall back to the bottom end of the moving stroke by the weight of the operating member 321 itself.

The movable member 31 has a plug portion 311 and a plurality of positioning blocks 312. The plug portion is used to close the through hole 222 of the lower seat 22. In the embodiment, the plug portion 311 has a cup shape and is located at the upper end of the movable member 31. The cup-shaped plug portion 311 can be sleeved on the outer side of the tubular portion 222 according to user control and close the through hole 221 . In other embodiments, the plug portion 311 can be a cylinder or a block.

The positioning block 312 protrudes from the circumference of the movable member 31. When the movable member 31 is located at the first position, the positioning block 312 is located in the guiding groove between the ribs 3221 of the operating seat 322 and is located on the guiding block 3211 of the operating member 321 , and the plug portion 311 is located in the tubular shape of the lower seat 22 . The portion 222 is below and has a gap. In other words, at this time, the control mechanism 30 opens the through hole 221 of the lower seat 22 (as shown in FIG. 4).

When the movable member 31 is located at the second position, the positioning block 312 is located on the rib 3221 of the operating seat 322. At this time, the plug portion 311 is sleeved and adhered to the lower end of the cylindrical portion 222 and seals the through hole 221 . In other words, at this point the control mechanism 30 closes the perforations 221 (shown in Figure 5).

As described above, in the present embodiment, the operating member 321 is moved by the pushing member 80 to move on the moving stroke, thereby rotating the operating member 321.

Specifically, as shown in FIG. 5, when the user pushes the pusher 80 horizontally, the operating member 321 is at the top end of its stroke and pushes against the movable member 31, causing the movable member 31 to be disengaged upward from the operating seat 322 and rotated. When the user releases the pushing member 80, the operating member 321 is pushed down by the elastic member 323 to be at the bottom end of the stroke thereof, and the positioning block 312 of the movable member 31 is located in the guiding groove of the operating seat 322 (ie, the first position) Or on the rib 3221 of the operating seat 322 (ie, the second position).

If the pusher 80 is pushed horizontally again, the operating member 321 will move up and down again and the movable member 31 will rotate. By rotating the movable member 31, the positioning block 312 is sequentially switched on the guide grooves surrounding the staggered ribs 3221 or the ribs 3221. That is, the switchable movable member 31 is located at the first position or the second position and switches the water valve between an open state and a closed state.

When the control mechanism 30 opens the through hole 221 of the lower seat 22 (i.e., when the movable member 31 is in the first position), water can flow from the water inlet of the outer casing 10 into the flow space through the first flow path 211 of the upper seat 21. Most of the water then flows from the second flow passage 212 into the space between the outer casing 10 and the water inlet seat 20, and then flows out of the water valve from the water outlet of the outer casing 10. A small portion of the water flows through the flow hole 231 of the movable plug 23 and the through hole 221 of the lower seat 22 to flow out of the flow space. At this point the water valve is open.

When the control mechanism 30 closes the perforations 221 of the lower seat 22 (i.e., when the movable member 31 is in the second position), the water can still continue to flow out of the water valve initially because the second flow passage 212 remains in a clear state. However, since the perforation 221 of the lower seat 22 is closed, the water flowing into the circulation space cannot be discharged downward, so that water gradually accumulates in the circulation space and progressively pushes up against the movable plug 23 until the movable plug 23 The second flow path 212 is closed against the lower surface of the upper seat 21 to complete the water shutoff operation.

Please continue to refer to Figures 3 to 5. The water valve may further have a deforming member 40, a bubble head 50, a foaming net 60 and a screen 70.

The deforming member 40 has elasticity and is disposed in the outer casing 10 and is located above the upper seat 21. The deforming member 40 is used to control the amount of water flowing into the water valve. The deforming member 40 is used to control the amount of water flowing into the water valve, so that the water discharge amount of the water valve is kept stable. The deforming member 40 has a central portion 41 and a peripheral edge portion 42 that surrounds the periphery of the central portion 41.

The central portion 41 has a central hole 411 that communicates with the first flow path 211 of the upper seat 21 and has a common axis with the first flow path 211. The peripheral portion 42 has a plurality of increasing holes 421 and a plurality of bumps 422. The flow-increasing holes 421 are dispersedly disposed around the center hole 411 and are opposite to the upper surface of the upper seat 21. The bump 422 is located on the lower surface of the peripheral portion 42 and abuts against the upper surface of the upper seat 21 such that the lower surface of the peripheral portion 42 is spaced from the upper surface of the upper seat 21.

When the water pressure flowing through the water valve is small, the water can flow from the central hole 411 to the first flow path. Since the expansion hole 421 communicates with the first flow path 211 of the upper seat 21, the water can also pass from the upper surface of the upper seat 21 through the expansion hole 421. Flowing into the first flow path 211. When the water pressure flowing through the water valve is large, the deforming member 40 is deformed by the pressure, and the peripheral portion 42 is bent downward and the central portion 41 abuts against the periphery of the first flow passage 211, thereby blocking the flow increasing hole 421 and the first flow. The connection of the road 211. Therefore, the amount of water flowing out of the water valve can remain stable without significant changes.

The bubbler head 50 is located within the outer casing 10 and has a plurality of gaps with the outer casing 10, and the control mechanism 30 extends therethrough and protrudes from the bottom of the bubbler head 50. The side wall of the bubble generating head 50 has a class surface, and a plurality of air inlet holes 51 are disposed at intervals on the class surface, and each of the air inlet holes 51 communicates with a gap between the outer casing 10 and the bubble generating head 50. The bottom of the bubbler head 50 has a water outlet hole 52 in the form of a radial grid.

When the perforation 221 of the lower seat 22 is opened, water flowing out of the second flow path 212 flows into the bubbler head 50, and flows out of the water valve from the outlet hole 52. While water flows through the bubbler 50, air flows into the intake hole 51 from the gap between the outer casing 10 and the bubbler 50 to be mixed with water. Further, the air mixed into the water is ventilated into a fine foam by the radiation-like outlet hole 52. In order to make the foam more detailed, the foaming net 60 may be disposed in the foaming head 50, and specifically, the foaming net 60 is located above the water outlet hole 52, and the control mechanism 30 penetrates through the center of the foaming net 60.

The screen 70 is disposed at the upper end of the water valve, specifically above the upper seat 21 or the deforming member 40, to first filter the impurities when the water flows into the water valve to prevent impurities from clogging the water valve.

In another embodiment of the present invention, as shown in FIG. 6, the technical features are similar to those of the foregoing embodiment, except that the outer casing 10A is integrally formed, and the lower end of the outer side of the outer casing 10A is also formed with a ring groove 121A for pushing. The member 80 is fastened to the ring groove 121A.

Then please refer to Figure 7. In another embodiment of the present invention, the technical features are similar to those of the previous embodiment, except that the upper surface of the mesh member 82B of the pushing member 80B and the lower end of the operating member 321B each have a curved surface, and the mesh member 82B The curved surface of the upper surface is an upwardly convex curved surface, and the lower end of the operating member 321B is an inwardly concave curved surface. Specifically, the curved surface of the mesh member 82B is an upwardly convex tapered surface, but may also be hemispherical; and the shape of the curved surface at the lower end of the operating member 321B corresponds to the shape of the curved surface of the pushing member 80B. In addition, in the embodiment, the center of the operating member 321B further has a through hole 3212B extending in the up and down direction. The through hole 3212B is for receiving the lower end of the movable member 31, and the movable member 31 can be rotated and moved up and down in the through hole 3212B. , or let water be discharged through the through hole 3212B.

In another embodiment of the present invention, the technical features are similar to those of the previous embodiment, except that only one of the upper surface of the pushing member 80 and the lower end of the operating member 321 has a curved surface, and the other one of them The protrusion has a convex portion, and the same effect as the foregoing embodiment can be achieved by pushing the curved surface against the convex portion. For example, as shown in FIGS. 4 and 5, the lower end of the operating member 321 has a curved surface, and the upper surface of the pushing member 80 has only the convex portion 820, and the curved surface of the operating member 321 and the convex portion 820 of the pushing member 80 are used. The operating member 321 is driven to push against each other.

In still another embodiment of the present invention, the technical features are similar to those of the foregoing embodiment, except that the curved surface of the upper surface of the pushing member 80 and the lower end of the operating member 321 is a unidirectional curved surface, and therefore only The pusher 80 is operated in a particular direction to open or close the water valve.

Moreover, in yet another embodiment of the present creation, the water valve may not have the outer casing 10. In this embodiment, the water inlet 20 and the control mechanism 30 are disposed directly in the faucet adjacent to the water outlet, and the pushing member 80 is horizontally movable on the water outlet of the faucet and below the control mechanism 30. In other words, the faucet is relative to the outer casing 10 of the previous embodiment. However, in this embodiment, the periphery of the lower seat 22 of the water inlet seat 20 can also extend downward to surround the control mechanism 30, and the pusher member 80 is fastened to the downwardly extending periphery of the lower seat 22.

In summary, the present invention cooperates with the convex surface of the lower end of the operating member 321 of the control mechanism 30 through the convex portion 810 of the pushing member 80 to convert the horizontal force application force into the up and down direction, so that the original force needs to be up and down. The operating member 321 that is directionalally actuated can instead push the pushing member 80 horizontally to drive the operating member 321, so that there is a large range of force. This creation can push the pusher 80 in any direction on the level, so it is more convenient to use. In addition, the present invention is gradually pushed by the water pressure to the closed second flow path 212 through the movable plug 23, so that the water pressure is not directly applied to the control mechanism 30, so that the control mechanism is pushed by the pusher 80. 30 can be more convenient and convenient.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Although the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the present invention, and is not in any technical field. A person skilled in the art can make some modifications or modifications to equivalent embodiments by using the above-disclosed technical contents without departing from the technical scope of the present invention. The technical essence of the present invention, any simple modifications, equivalent changes and modifications made to the above embodiments are still within the scope of the present technical solution.

10, 10A‧‧‧ Shell
11‧‧‧Upper casing
12‧‧‧ Lower case
121, 121A‧‧‧ Ring groove
13‧‧‧ thread
14‧‧‧ water ring
20‧‧‧Water inlet
21‧‧‧Present
211 first runner
2110‧‧‧Support ribs
212‧‧‧Second runner
213‧‧‧Positioning column
22‧‧‧The lower seat
221‧‧‧Perforation
222‧‧‧Cylinder
23‧‧‧ activities
231‧‧‧Circulation holes
30‧‧‧Control agency
31‧‧‧Activities
311‧‧‧
312‧‧‧ Positioning block
32‧‧‧Operation assembly
321,321B‧‧‧Operating parts
3211‧‧‧boot block
3212B‧‧‧through hole
322‧‧‧Operation seat
3221‧‧‧ rib
323‧‧‧Flexible parts
40‧‧‧Transformed parts
41‧‧‧Central Department
411‧‧‧Central hole
42‧‧‧The Peripheral Department
421‧‧‧Adding holes
422‧‧‧Bumps
50‧‧‧bubble head
51‧‧‧Air intake
52‧‧‧Water outlet
60‧‧‧bubble net
70‧‧‧ filter
80, 80B‧‧‧ pusher
81‧‧‧rings
810‧‧‧ annular rib
82, 82B‧‧‧ mesh
820‧‧‧ convex
A‧‧‧Water tap

Figure 1 is a schematic diagram of the use state of the present creation. Figure 2 is an exploded perspective view of the creation. Figure 3 is a further exploded perspective view of the creation. Figure 4 is a cross-sectional view of the urging member of the present invention before being pushed. Figure 5 is a cross-sectional view of the pusher of the present creation. Figure 6 is a cross-sectional view of another embodiment of the present invention. Figure 7 is a cross-sectional view of still another embodiment of the present invention.

10‧‧‧ Shell

80‧‧‧Promoters

81‧‧‧rings

82‧‧‧ mesh

A‧‧‧Water tap

Claims (12)

A side push type water valve, comprising: a control mechanism having an operating member movable up and down; and a pushing member located below the control mechanism and horizontally movable relative to the control mechanism; wherein At least one of the upper surface of the pushing member and the lower end of the operating member has a curved surface, and when the pushing member moves horizontally, the operating member is moved up and down through the at least one curved surface; and the operating member moves up and down Thereafter, the side push water valve is switched between an open state and a closed state. The side push type water valve of claim 1, wherein the upper surface of the pushing member and the lower end of the operating member each have an arcuate surface, and the curved surface of the upper surface of the pushing member is inwardly concave The curved surface, and the lower end of the operating member is an outwardly convex curved surface. The side push type water valve of claim 2, wherein the upper surface of the pushing member has a convex portion adjacent to the curved surface of the pushing member. The side push type water valve of claim 1, wherein the upper surface of the pushing member and the lower end of the operating member each have an arcuate surface, and the curved surface of the upper surface of the pushing member is outwardly convex. The curved surface, and the lower end of the operating member is an inwardly concave curved surface. A side push type water valve according to any one of claims 1 to 4, wherein the control mechanism further has an elastic member that applies a downward force to the operating member. The side push type water valve according to any one of claims 1 to 4, wherein each of the at least one curved surface is a tapered arcuate surface. The side push type water valve of claim 6, further comprising a casing, wherein the control mechanism is disposed in the casing; a ring groove is formed on the outer side of the casing, and an annular rib is formed on the inner side of the pushing member. The ring groove is horizontally movably fastened, and a maximum outer diameter of the ring groove is greater than a minimum inner diameter of the annular rib. A side push type water valve according to any one of claims 1 to 4, further comprising a casing, the control mechanism being disposed in the casing, and the pushing member being horizontally movably coupled to the casing. The side push type water valve according to claim 8, wherein the outer casing has an upper casing and a lower casing, and an outer side of one of the upper casing and the lower casing is formed with a ring groove, and the pusher buckle Fitted to the ring groove. A side push water valve according to any one of claims 1 to 4, further comprising a water inlet seat located above the control mechanism, the water inlet seat comprising: a upper seat having: a first flow path a plurality of second flow passages extending from a lower surface of the upper seat to a side surface of the upper seat; a lower seat disposed below the upper seat, the lower seat having a lower side Perforating, and forming a circulation space between the lower seat and the upper seat; and a movable plug movably located in the flow space, and having a flow hole extending through the movable plug in an up and down direction; When the control mechanism opens the perforation, the movable plug is located below the circulation space; when the control mechanism closes the perforation, the water pressure flowing through the side push water valve gradually pushes against the movable plug On the lower surface of the upper seat, and closing the second flow paths. A side push type water valve according to claim 10, further comprising a casing, the control mechanism, the water inlet seat being disposed in the casing, and the pushing member being horizontally movably coupled to the casing. The side push type water valve of claim 11, further comprising a deforming member disposed in the outer casing and located above the upper seat, the deforming member having: a central portion having a central hole, the central portion a hole communicating with the first flow path of the upper seat; and a peripheral edge portion surrounding the central portion of the central portion and having a plurality of flow-increasing holes facing the upper surface of the upper seat; wherein the deformation member Having elasticity, and when the water pressure flowing through the side push water valve is small, the expansion hole communicates with the first flow path of the upper seat; when the water pressure flowing through the side push water valve is large, the deformation piece The deformation occurs, and the central portion abuts the circumference of the first flow passage and blocks the communication between the flow passage and the first flow passage.