TWM625627U - Improved structure of multi-outlet valve - Google Patents

Abstract

This creation is an improved structure of a multi-outlet valve, which includes a valve seat body, a valve core body and a bottom side joint cover body. Through the cooperation of the valve seat body, the valve core body and the bottom side joint cover body, the The valve body is watertight and anti-leakage relative to the valve seat body, and the cooperation between the valve seat body and the bottom side joint cover body can avoid the twisting of the bottom side joint cover body relative to the water pipe when connecting a water pipe, which affects the service life of the water pipe , in order to achieve the effect of good structural functionality and structural stability.

Description

Improved structure of multi-outlet valve

This creation is related to an improved structure of a multi-outlet valve, especially a kind of anti-leakage and anti-twisting structure of a water pipe applied to the valve structure, which belongs to the technical field.

As shown in FIG. 12 , the structure of the conventional multi-outlet valve includes a valve seat body 40 and a valve core body 50 . The valve seat body 40 is provided with an inner space 41 and a top cover 42 . The cover portion 42 is covered and fixed on the top side 41 of the inner accommodation space, and the inner accommodation space 41 is provided with a number of water outlets 410, and the top cover portion 42 is provided with a shaft through hole 420, and the valve core body 50 is provided with a drive The shaft 51 and a water inlet space 52, the bottom side of the water inlet space 52 is provided with a bottom side water inlet 520, and a side water outlet 521 is arranged around the water inlet space 52, and the bottom side water inlet 520 and the side water outlet 521 The valve core body 50 is accommodated in the inner accommodation space 41 of the valve seat body 40 , and the drive shaft 51 of the valve core body 50 is pivoted and penetrated through the top cover portion 42 of the valve seat body 40 . The shaft pierces the hole 420, and the valve core body 50 can rotate relative to the inner space 41 of the valve seat body 40. The water entering the valve core body 50 is introduced into the water inlet space 52 through the bottom water inlet port 520 of the valve core body 50, and then from the side to the water inlet space 52. The water outlet 521 is led out. By rotating the drive shaft 51 of the valve core body 50, the lateral water outlet 521 is selected to be aligned with any water outlet 410 set around the inner space 41 of the valve seat body 40 to discharge water. The function of selecting water from multiple directions, but the valve core body 50 has the problem of water seepage when the valve body 50 is controlled to discharge water relative to the valve seat body 40, and the valve core body 50 is provided with a drive shaft 51 and a water inlet space 52. The bottom side water inlet 520 is connected with a water pipe (not shown in the figure). When the drive shaft 51 is rotated to make the valve core body 50 rotate relatively, the water pipe connected to the water inlet 520 will be twisted relatively, which will cause The water pipes are deformed and ruptured, so there is a need for improvement.

In view of the problems of insufficient structural functionality and structural stability of the conventional multi-outlet valve structure, this creation is to complete the improved multi-outlet valve structure of the present invention.

The main purpose of this creation is to provide an improved structure of a multi-outlet valve, which includes a valve seat body, a valve core body and a bottom side joint cover body, the valve seat body is provided with a body, and the seat body is inside An inner chamber is provided, and at least one side water outlet joint is provided around the seat body in communication with the inner chamber, and the top side of the seat body is provided with a control pivot portion, and the outer surface of the seat body is provided with Two sides near the bottom edge are respectively provided with one side clamping grooves, the valve core body is provided with a valve core body and a control shaft, the control shaft is fixed on the top side of the valve core body, and the valve core body is provided with a water inlet chamber, and The water inlet chamber is provided with a water inlet on the bottom side of the valve body, the water inlet chamber is provided with at least one water outlet on the side of the valve body, and the water outlet is provided with a water outlet flange portion and an inner concave portion, and the water outlet The flange part is sleeved with a disc-shaped elastic piece, the disc-shaped elastic piece is a metal spring, and a water outlet gasket is accommodated in the inner concave part, and the rear side of the water outlet gasket is concave and has a through hole , the water outlet gasket is elastically resisted by the dish-shaped elastic piece, the bottom side joint cover is provided with a fitting seat and a water inlet pipe, the fitting seat and the water inlet pipe are connected to each other, and the rear side of the fitting seat is provided with There is a lateral groove hole, and the front side of the sleeve seat is provided with a lateral positioning hole opposite to the lateral groove hole, and a U-shaped lateral positioning fixing pin is inserted into the lateral groove hole. The body of the valve is accommodated in a chamber set in the seat body of the valve seat body, the control shaft is fixed in combination with the control pivot part set on the seat body, and the water outlet of the valve body is opposite to the side of the seat body. To the water outlet joint part, and the disc-shaped elastic piece set on the water outlet flange part of the water outlet, when the water pressure is in the state of 30~200psi, the disc-shaped elastic piece pushes against the water outlet gasket and closely adheres to the seat body. The inner wall of the chamber is set inside, and the opposite side water outlet joint is in a watertight conduction state, which provides a stable auxiliary pushing force for the water outlet gasket, and can reduce the position of the water outlet gasket relative to the seat body under the action of water pressure. The frictional force of the inner wall of the chamber makes the control shaft of the valve core body rotate without being affected by the size of the water pressure. The lateral notch hole of the seat is opposite to the side clamping groove part provided on the outer side of the seat body, and the U-shaped lateral positioning and fixing pins are used for relative insertion positioning and fixing.

In a preferred embodiment, the outer surface of the valve core body of the valve core body is arranged with several notches at intervals. When the valve core body is accommodated in the inner accommodating part of the seat body part of the valve seat body, the setting of the factor notches is reduced. The contact area between the outer surface of the valve body and the inner surface of the inner surface of the seat body set on the valve seat body can effectively reduce the frictional force of mutual rotation, thereby improving the smoothness of the rotation between the valve body and the seat body, so as to increase the creation of the of multiple variability.

In a preferred embodiment, the front side of the sleeve seat of the bottom side joint cover body is provided with at least one lateral positioning hole opposite to the lateral grooved hole, and the lateral positioning hole is provided with a port, and the port is rounded. At least one outer side of the U-shaped lateral positioning and fixing plug is provided with a positioning convex portion, and the positioning convex portion is in the shape of a rounded corner, and at least one inner side of the U-shaped lateral positioning and fixing plug is provided with a retractable clamping guide When the U-shaped lateral positioning and fixing pin is positioned and inserted into the lateral groove hole, the inwardly clipped introduction plane can make the U-shaped lateral positioning and fixing pin easy and labor-saving to be introduced into the lateral positioning hole, while the The positioning protrusions arranged in the shape of rounded corners can be relatively stable and easily fixed on the edge of the rounded-shaped port of the lateral positioning holes, which increases the stability and tightness of the combination between the structures and increases the multiple variability of this creation.

In a preferred embodiment, the inner diameter of the fitting seat provided on the bottom side joint cover is larger than the outer diameter of the seat body provided by the valve seat body, and the water inlet pipe protrudes from the inner side of the fitting seat with a pair of fitting ends. , after the bottom side joint cover body is stably sleeved relative to the valve seat body, the butting end of the water inlet pipe is aligned with the water inlet of the water chamber set in the valve body of the valve body body, so as to improve the tightness between the structures, so as to improve the tightness between the structures. Increase the multiple variability of this creation.

In a preferred embodiment, two or three lateral water outlet joints are provided on the two sides or three positioning points of the seat body of the valve seat body relative to the inner chamber, and the valve body of the valve body body is set into the water cavity. Two or three water outlets are arranged on the two sides or three points of the chamber relative to the valve body, and the water outlets are respectively provided with a water outlet flange part and an inner concave part, and the water outlet flange part is sleeved with a disc-shaped elastic member. A water outlet gasket is accommodated in the inner concave portion, and the water outlet gasket is elastically resisted by the disc-shaped elastic member. The disc-shaped elastic piece set on the flange of the water outlet, when the water pressure is 30~200psi, the disc-shaped elastic piece pushes against the water outlet gasket and closely adheres to the inner wall of the chamber set in the seat body, and the opposite side It is in a watertight conduction state to the water outlet joint, providing a stable auxiliary pushing force for the water outlet gasket, and can reduce the friction force of the water outlet gasket relative to the inner wall of the chamber set in the seat body under the action of water pressure, so that the valve When the control axis of the heart body is rotated, it is not affected by the water pressure and exerts force, achieving a variety of export options to increase the multiple variability of this creation.

Through the cooperation of the valve seat body, the valve core body and the bottom side joint cover body, the watertight and anti-leakage effect of the valve core body relative to the valve seat body can be achieved, and the cooperation between the valve seat body and the bottom side joint cover body can avoid connection. When a water pipe is used, the torsion of the bottom side joint cover body relative to the water pipe occurs, which affects the service life of the water pipe, so as to achieve the effect of good structural functionality and structural stability.

In order to enable your reviewers to further understand the structure, features and other purposes of this creation, the following preferred embodiments are described in detail with drawings as follows, but the embodiments described in the drawings are for illustrative purposes. Not the only limitation on patent applications.

Please refer to Figures 1 to 5, which are the three-dimensional combined partial cross-sectional state, three-dimensional exploded state, partial cross-sectional state of side view, three-dimensional exploded and enlarged state of the valve seat body, and three-dimensional exploded and enlarged state of the valve core body of the improved structure of the multi-outlet valve. Referring to the diagrams, which include:

A valve seat body 10, the valve seat body 10 is provided with a body portion 11, the seat body portion 11 is provided with an inner accommodation chamber 12, and the seat portion 11 is communicated with the inner accommodation chamber 12 around the seat portion 11 with at least a One side of the water outlet joint part 13, and the top side of the body part 11 is provided with a control pivot part 14;

A valve core body 20, the valve core body 20 is provided with a valve core body 21 and a control shaft 22, the control shaft 22 is fixed on the top side of the valve core body 21, and the valve core body 21 is provided with a water inlet chamber 210, and The water inlet chamber 210 is provided with a water inlet 211 opposite to the bottom side of the valve body 21, the water inlet chamber 210 is provided with at least one water outlet 212 on the side of the valve body 21, and the water outlet 212 is provided with a water outlet flange portion 213 and An inner concave portion 214, and the water outlet flange portion 213 is sleeved with a disc-shaped elastic member 213A, the disc-shaped elastic member 213A is a metal spring, and a water outlet gasket 214A is accommodated in the inner recessed portion 214, and the The rear side of the water outlet gasket 214A is concave and is provided with a through hole. The water outlet gasket 214A is elastically resisted by the disc-shaped elastic member 213A, and the valve body 21 is accommodated in the seat body 11 of the valve seat body 10. The chamber 12 is housed inside, the control shaft 22 is fixed in combination with the control pivot portion 14 provided on the seat body 11 , and the water outlet 212 of the valve body 21 is opposite to the lateral water outlet joint portion 13 provided on the seat body 11 , and The disk-shaped elastic member 213A provided on the water outlet flange portion 213 of the water outlet 212 pushes against the water outlet gasket 214A and closely adheres to the inner wall of the housing chamber 12 provided in the seat portion 11, and is opposite to the water outlet joint portion. 13 is in a watertight conduction state; and

A bottom side joint cover 30, the bottom side joint cover 30 is provided with a fitting seat 31 and a water inlet pipe 32, the fitting seat 31 and the water inlet pipe 32 communicate with each other, and a rear side of the fitting seat 31 is provided with a The lateral slotted hole 310 is provided with a lateral positioning hole 311 opposite to the lateral slotted hole 310 on the front side of the nesting seat 31 . The sleeve seat 31 is sleeved on the bottom side of the seat body 11 , and the lateral notch hole 310 of the sleeve seat 31 is opposite to the side clamping groove 110 provided on the outside of the seat body 11 , and is positioned in a U-shape laterally to fix the latch. 310A performs relative insertion positioning and fixing.

With the cooperation of the above structures, the improved structure of the multi-outlet valve of the present invention is completed.

Please refer to Figures 1 to 7, which are the three-dimensional combined partial cross-sectional state, three-dimensional exploded state, partial cross-sectional state of side view, three-dimensional exploded and enlarged state of the valve seat body, and three-dimensional exploded and enlarged state of the valve body of the multi-outlet valve improved structure of this creation. The state, the partial section of the top view of the water outlet control actuation state, and the partial section of the top view of the bottom side joint cover body relative to the valve seat body with a U-shaped lateral positioning and fixing pin for the relative insertion positioning and fixing. The reference diagram, the valve of the valve core body 20 The body 21 is accommodated in the chamber 12 provided in the seat body 11 of the valve seat body 10 , the control shaft 22 is fixed in combination with the control pivot 14 provided on the seat body 11 , and the water outlet of the valve body 21 212 is opposite to the lateral water outlet joint portion 13 provided on the body portion 11, and the disc-shaped elastic member 213A provided on the water outlet flange portion 213 of the water outlet 212, when the water pressure is in the state of 30~200psi, the disc-shaped elastic The water outlet gasket 214A is pushed against the water outlet gasket 214A and is closely attached to the inner wall of the housing chamber 12 provided by the seat body 11, and is in a watertight conduction state with respect to the lateral water outlet joint portion 13, providing a stable auxiliary pushing force for the water outlet gasket 214A. , and can reduce the friction force of the water outlet gasket 214A relative to the inner wall of the chamber 12 set in the seat body under the action of water pressure, so that the control shaft 22 of the valve core body 20 is not affected by the water pressure when rotating. and the sleeve seat 31 of the bottom side joint cover 30 is sleeved on the bottom side of the seat body 11 , the lateral groove hole 310 of the sleeve seat 31 and the side locking groove formed on the outer side of the seat body 11 110 are opposite to each other, and the U-shaped lateral positioning and fixing pins 310A are used for relative insertion and positioning. The watertight and anti-leakage effect of the seat body 10, and the cooperation of the valve seat body 10 and the bottom side joint cover body 30 can avoid the twisting of the bottom side joint cover body 30 relative to the water inlet pipe when connecting a water inlet pipe, which will affect the water inlet pipe. Service life, in order to achieve the effect of good structural functionality and structural stability.

Please refer to FIG. 5 , which is a reference diagram of the three-dimensional exploded and enlarged state of the valve body of the improved structure of the multi-outlet valve. The outer surface of the valve body 21 of the valve body 20 is arranged with a number of notches 215 at intervals. The valve body 21 When accommodated in the inner accommodating portion 12 of the seat body 11 of the valve seat body 10 , the setting of the factor notch 215 lowers the outer surface of the valve body 21 relative to the inner accommodating portion 12 of the seat body 11 of the valve seat body 10 . The contact area of the surfaces effectively reduces the frictional force of mutual rotation, thereby improving the smoothness of rotation between the valve body 21 relative to the seat body 11, thereby increasing the multiple variability of this creation.

Please refer to Fig. 7, which is a reference diagram of the actuation state of the bottom side joint cover of the multi-outlet valve improved structure in plan view and the valve seat body with a U-shaped lateral positioning and fixing pin relative to the valve seat body. At least one lateral positioning hole 311 is formed on the front side of the sleeve seat 31 of the bottom side joint cover 30 opposite to the lateral grooved hole 310, and the lateral positioning hole is provided with a port 311A, and the port 311A is rounded. At least one outer side of the U-shaped lateral positioning and fixing plug 310A is provided with a positioning convex portion 310B, the positioning convex portion 310B is rounded, and at least one inner side of the U-shaped lateral positioning and fixing plug 310A is provided with a retractable clip. When the U-shaped lateral positioning and fixing pin 310A is positioned and inserted into the lateral notch hole 310, the indented clamping and guiding plane 310C can make the U-shaped lateral positioning and fixing pin 310A easy and labor-saving to introduce the side of the insertion plane 310C. Toward the positioning hole 311, the rounded positioning protrusion 310B can be relatively stably and easily fixed to the edge of the rounded port 311A of the lateral positioning hole 311, thereby increasing the stability and tightness of the bonding between the structures. to increase the multiple variability of this creation.

Please refer to Figures 2 to 5, which are the three-dimensional exploded state of the improved structure of the multi-outlet valve, the three-dimensional exploded and enlarged state of the valve seat body and the three-dimensional exploded and enlarged state of the valve core body in side view. The inner diameter of the fitting seat 31 provided on the head cover body 30 is larger than the outer diameter of the seat body 11 provided on the valve seat body 10 , and the water inlet pipe 32 protrudes from the inner side of the fitting seat 31 with a pair of fitting ends 320 , the bottom side of which is connected to the fitting end 320 . After the head cover body 30 is stably fitted with respect to the valve seat body 10 , the opposite end 320 of the water inlet pipe 32 is aligned with the water inlet port 211 of the water inlet chamber 210 provided in the valve body 21 of the valve core body 20 , and the lifting structures are closely connected. to increase the multiple variability of this creation.

Please refer to Figs. 8 to 11. It is the first embodiment of the improved structure of the multi-outlet valve of the present invention. The side view of the two opposite water outlets of the chamber is in the cross-sectional state. The seat body of the valve seat body of the first embodiment is provided with two opposite lateral water outlet joints and is matched with the valve body of the valve body. The two opposite water outlets of the water chamber are set Side view cross-section of the water outlet actuation state, the second embodiment of the valve seat body with three lateral water outlet joints and matching the valve body of the valve body. For example, the seat body of the valve seat body is provided with three opposite lateral water outlet joints and is matched with the three water outlets of the water inlet chamber set in the valve body of the valve body body. Schematic diagram of the water outlet actuation state in side view, the seat body of the valve seat body 10 11 Two or three positioning points are connected to the inner chamber 12 and are provided with two or three lateral water outlet joints 13. The valve body 21 of the valve body 20 is set to the water chamber 210 at two or three positions relative to the valve body. 21 is provided with two or three water outlets 212, and the water outlet 212 is respectively provided with a water outlet flange portion 213 and an inner recessed portion 214, and the water outlet flange portion 213 is sleeved with a disc-shaped elastic member 213A, the inner recessed portion A water outlet gasket 214A is accommodated in the 214, and the water outlet gasket 214A is elastically resisted by the disc-shaped elastic member 213A, and the water outlet 212 of the valve body 21 is opposite to the lateral water outlet joint portion 13 of the seat body 11. , and the dish-shaped elastic member 213A set on the water outlet flange portion 213 of the water outlet 212, when the water pressure is in the state of 30~200psi, the dish-shaped elastic member 231A pushes against the water outlet gasket 214A and closely adheres to the seat body. The inner wall of the chamber 12 is set in 11, and is in a watertight conduction state with respect to the lateral water outlet joint portion 13, which provides a stable auxiliary pushing force of the water outlet gasket 214A, and can reduce the relative force of the water outlet gasket 214A under the action of water pressure. The friction force of the inner wall of the chamber 12 is set in the seat body 11, so that the control shaft 22 of the valve core body 20 is not affected by the size of the water pressure when it rotates, so as to achieve a variety of outlet options and increase the creation of the of multiple variability.

To sum up, this creation can indeed achieve the above functions and purposes, so this creation should meet the requirements for patent application, and an application should be filed in accordance with the law.

10: Valve seat body 11: seat body 110: Side clamping groove 12: Inner chamber 13: Lateral water outlet joint 14: Control pivot part 20: Valve body 21: Valve Mind Body 210: Into the water chamber 211: water inlet 212: water outlet 213: Outlet flange part 213A: Disc elastic 214: Inner recess 214A: Water outlet gasket 215: Notch 22: Control axis 30: Bottom side connector cover 31:Sleeve seat 310: Lateral grooved hole 310A: U-shaped lateral positioning fixed pin 310B: Positioning convex part 310C: Introduced clip-in plane 311: Lateral positioning hole 311A: port 32: water inlet pipe 320: Butt end 40: Valve seat body 41: Content placement space 410: Water outlet 42: Top cover 420: Shaft through hole 50: valve body 51: Drive shaft 52: water inlet space 520: Bottom side water inlet 521: Lateral water outlet

[Figure 1] is a schematic diagram of the partial cross-sectional state of the three-dimensional combination of the improved structure of the multi-outlet valve of this creation. [Fig. 2] is a schematic diagram of the three-dimensional exploded state of the improved structure of the multi-outlet valve of this creation. [Figure 3] is a partial cross-sectional state reference diagram of the modified structure of the multi-outlet valve of this creation. [Figure 4] It is a reference diagram of the three-dimensional exploded and enlarged state of the valve seat body of the improved structure of the multi-outlet valve. [Fig. 5] It is a reference diagram of the three-dimensional exploded and enlarged state of the valve body of the improved structure of the multi-outlet valve. [Fig. 6] It is a reference diagram of the water outlet control action state of the partial section of the top view of the improved structure of the multi-outlet valve of this creation. [Fig. 7] It is a reference diagram of the actuation state of the bottom side joint cover of the multi-outlet valve improved structure of the present invention, which is relatively inserted and fixed relative to the valve seat body by a U-shaped lateral positioning and fixing pin. [Fig. 8] It is the first embodiment of the improved structure of the multi-outlet valve of the present invention. Schematic diagram of the state of the nozzle side view section. [Figure 9] It is the first embodiment of the improved structure of the multi-outlet valve of the present invention. Schematic diagram of the water outlet action state in the side section of the nozzle. [Fig. 10] It is the second embodiment of the improved structure of the multi-outlet valve of the present invention. The seat body of the valve seat body is provided with three lateral water outlet joints and is matched with the valve body of the valve body. Schematic diagram of the cross-section state. [Fig. 11] It is the second embodiment of the improved structure of the multi-outlet valve of the present creation. The seat body of the valve seat body is provided with three opposite lateral water outlet joints and is matched with the valve body of the valve body body. The three water outlet sides of the water chamber are set Schematic diagram of the water outlet action state in the view section. [Fig. 12] is a partial cross-sectional state reference diagram of the conventional multi-outlet valve structure of the improved multi-outlet valve structure of this creation.

10: Valve seat body

11: seat body

12: Inner chamber

13: Lateral water outlet joint

14: Control pivot part

20: Valve body

21: Valve Mind Body

210: Into the water chamber

211: water inlet

212: water outlet

213A: Disc elastic

214A: Water outlet gasket

22: Control axis

30: Bottom side connector cover

31:Sleeve seat

310A: U-shaped lateral positioning fixed pin

32: water inlet pipe

320: Butt end

Claims (10)

An improved structure of a multi-outlet valve, which includes: a valve seat body, the valve seat body is provided with a body, an inner chamber is arranged in the seat body, and at least one side water outlet joint is provided around the seat body in communication with the inner chamber, And the top side of the seat body is provided with a control pivot part, and two sides of the outer surface of the seat body near the bottom edge are respectively provided with one side clamping grooves; and a valve core body, the valve core body is provided with a valve core body and a control shaft, the control shaft is fixed on the top side of the valve core body, and the valve core body is provided with a water inlet chamber, and the water inlet chamber is opposite to the valve core body bottom There is a water inlet on the side, the water inlet chamber is provided with at least one water outlet on the side of the valve body, and the water outlet is provided with a water outlet flange and an inner recess, and the water outlet flange is sleeved with a disc-shaped An elastic piece, a water outlet gasket is accommodated in the inner concave portion, and the water outlet gasket is elastically resisted by the disc-shaped elastic piece, and the valve body is accommodated in the inner chamber provided by the seat body of the valve seat body, The control shaft is fixed in combination with the control pivot part provided on the seat body, and the water outlet of the valve body is opposite to the lateral water outlet joint part provided on the seat body, and the water outlet flange part of the water outlet is provided with a dish-shaped The elastic piece pushes against the water outlet gasket and closely adheres to the inner wall of the chamber provided in the seat body, and is in a watertight conduction state relative to the lateral water outlet joint. The improved structure of the multi-outlet valve according to claim 1, wherein the valve body of the valve body is provided with a plurality of notches arranged at intervals on the outer surface of the valve body, and the valve body is accommodated in the inner accommodating portion of the seat body provided by the valve seat body. , The setting of the factor notch reduces the contact area between the outer surface of the valve body and the inner surface of the inner surface of the inner housing part of the seat body set on the valve seat body, effectively reducing the frictional force of mutual rotation. The improved structure of the multi-outlet valve as claimed in claim 1, wherein the disc-shaped elastic member sleeved on the flange portion of the water outlet of the water outlet of the valve body of the valve core body is a metal spring. The improved structure of a multi-outlet valve according to claim 1, wherein two or three lateral water outlet joints are provided on the two or three sides of the seat body of the valve seat body relative to the inner housing chamber, and the valve body body The valve body is provided with two or three water outlets on two sides or three points of the water inlet chamber relative to the valve body, and the water outlets are respectively provided with a water outlet flange and an inner recess, and the water outlet flange is sleeved. A dish-shaped elastic piece is provided, a water outlet gasket is accommodated in the inner recess, and the water outlet gasket is elastically resisted by the dish-shaped elastic piece. An improved structure of a multi-outlet valve, which includes: a valve seat body, the valve seat body is provided with a body, an inner chamber is arranged in the seat body, and at least one side water outlet joint is provided around the seat body in communication with the inner chamber, And the top side of the seat body is provided with a control pivot part, and two sides of the outer surface of the seat body near the bottom edge are respectively provided with one side clamping groove; a valve core body, the valve core body is provided with a valve core body and a control shaft, the control shaft is fixed on the top side of the valve core body, and the valve core body is provided with a water inlet chamber, and the water inlet chamber is opposite to the valve core body bottom There is a water inlet on the side, the water inlet chamber is provided with at least one water outlet on the side of the valve body, and the water outlet is provided with a water outlet flange and an inner recess, and the water outlet flange is sleeved with a disc-shaped An elastic piece, a water outlet gasket is accommodated in the inner concave portion, and the water outlet gasket is elastically resisted by the disc-shaped elastic piece, and the valve body is accommodated in the inner chamber provided by the seat body of the valve seat body, The control shaft is fixed in combination with the control pivot part provided on the seat body, and the water outlet of the valve body is opposite to the lateral water outlet joint part provided on the seat body, and the water outlet flange part of the water outlet is provided with a dish-shaped The elastic piece pushes against the water outlet gasket and closely adheres to the inner wall of the chamber provided in the seat body, and is in a watertight conduction state with respect to the lateral water outlet joint; and a bottom side joint cover body, the bottom side joint cover body is provided with a fitting seat and a water inlet pipe, the fitting seat and the water inlet pipe communicate with each other, and the rear side of the fitting seat is provided with a side notch hole, and The front side of the fitting seat is provided with a lateral positioning hole opposite the lateral groove hole, and a U-shaped lateral positioning and fixing pin is inserted into the lateral groove hole, and the fitting seat is fitted on the bottom side of the seat body. The lateral notch hole of the nesting seat is opposite to the side clamping groove part provided on the outer side of the seat body, and the U-shaped lateral positioning and fixing pin is used for relative insertion and positioning. The improved structure of the multi-outlet valve according to claim 5, wherein the valve body of the valve body is provided with a plurality of notches arranged at intervals on the outer surface of the valve body. , The setting of the factor notch reduces the contact area between the outer surface of the valve body and the inner surface of the inner surface of the inner housing part of the seat body set on the valve seat body, effectively reducing the frictional force of mutual rotation. The improved structure of the multi-outlet valve according to claim 5, wherein the front side of the sleeve seat of the bottom-side joint cover body is provided with at least one lateral positioning hole opposite to the lateral grooved hole, and the lateral positioning hole is provided with a port , and at least one side of the U-shaped lateral positioning and fixing plug is provided with a positioning protrusion, and when the U-shaped lateral positioning and fixing plug is positioned and inserted into the lateral groove hole, the U-shaped lateral positioning and fixing plug is set The convex part is clamped and fixed on the edge of the port of the lateral positioning hole. The improved structure of the multi-outlet valve as claimed in claim 5, wherein the inner diameter of the fitting seat provided on the bottom side joint cover is larger than the outer diameter of the seat body provided by the valve seat body, and the water inlet pipe is opposite to the inner side of the fitting seat There is a pair of joint ends protruding, and after the bottom side joint cover body is stably sleeved relative to the valve seat body, the joint end of the water inlet pipe is matched with the water inlet of the water chamber provided by the valve body of the valve core body. The improved structure of the multi-outlet valve according to claim 5, wherein the disc-shaped elastic member set on the flange portion of the water outlet of the water outlet of the valve body of the valve core body is a metal spring. The improved structure of a multi-outlet valve according to claim 1, wherein two or three lateral water outlet joints are provided on the two or three sides of the seat body of the valve seat body relative to the inner housing chamber, and the valve body body The valve body is provided with two or three water outlets on two sides or three points of the water inlet chamber relative to the valve body, and the water outlets are respectively provided with a water outlet flange and an inner recess, and the water outlet flange is sleeved. A dish-shaped elastic piece is provided, a water outlet gasket is accommodated in the inner recess, and the water outlet gasket is elastically resisted by the dish-shaped elastic piece.

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