TWM521644U - Controllable outlet pipe tap connector - Google Patents

Description

Controllable outlet pipe tap

The present invention provides a controllable outlet pipe tap that is related to the tubular structure of the flushing device.

According to the social development and the improvement of living standards, the types of various items required for daily life are also changing with the needs. In the case of a general toilet, the flushing-only toilet can no longer satisfy all users. The demand, therefore, there is a more cleansing device on the market, which can use the sprayed water column to wash the human buttocks for washing. In order to install the cleaning device, the toilet must be equipped with a water inlet. a three-way valve having a control switch for controlling a flow of water into the three-way valve, the three-way valve being further connected to an inlet pipe and the cleaning device, the inlet pipe being connected to the toilet To supply water for the toilet, the cleaning device generally has a pressing handle for the user to control the washing operation of the cleaning device.

However, in general, the cleaning device is designed to prevent unintended leakage during use, so that the cleaning device is equipped with a waterproof member such as a water stop washer, but after the cleaning device is used for a period of time, The waterproof component may cause hardening and deterioration, resulting in water leakage. In the case that the cleaning device cannot be replaced immediately, the general user can only turn off the water source into the three through the control switch of the three-way valve. Through the valve, avoid unnecessary water The source is wasted; however, after closing the control switch of the three-way valve, the water source entering the toilet will be closed at the same time, which will affect the normal use of the toilet, causing great trouble in life; in view of this, the author conceived and conceived After more in-depth research, I finally created a controllable outlet pipe tap.

The present invention provides a controllable outlet pipe tap, the main purpose of which is to improve the inconvenience caused by the water switch of the general toilet three-way valve which cannot separately control the cleaning device.

To achieve the foregoing objective, the present invention provides a controllable outlet pipe tap comprising: a shunt tube having a first-class channel and a water source interface in communication with the flow channel, a first device interface, a second device interface, and a control port; and a control valve group disposed at the control port, and the control valve group includes a flow control member and a knob, the flow control member has a cylindrical structure and the other end has two flow guiding recesses, each of which The guiding recess is open by the end surface of the flow control member and extends to a circumferential surface between the two ends, each of the guiding concave portions is a fan-shaped groove, and the position of the flow control member is opposite to the position of the second device interface, The knob drives the flow control member to change the relative relationship between the flow guiding recess and the second device interface and thereby control whether the second device interface and the flow channel are conductive.

The creation communicates with the water source interface, the first device interface, the second device interface and the control port through the flow channel of the shunt tube, and can simultaneously divide the toilet inlet pipe and the cleaning washer with the shunt tube, and simultaneously pass through the control valve The group is disposed at the control port, and the control valve group is controlled to close or open the second device interface through the control valve group, and the user can separately control the water source opening and closing of the second device interface, thereby improving the convenience of use.

10‧‧‧Shunt tube

11‧‧‧ flow path

12‧‧‧Water source interface

13‧‧‧First device interface

14‧‧‧Second device interface

141‧‧‧Locked internal screw holes

142‧‧‧Locked external threaded tube

15‧‧‧Control port

16‧‧‧Separation

20‧‧‧Control valve group

21‧‧‧ casing

211‧‧‧ Weekly

212‧‧‧Circular opening

213‧‧‧Bumps

22‧‧‧ leaking ring

23‧‧‧Diverter

231‧‧‧Drainage opening

24‧‧‧Controls

241‧‧ ‧ diversion recess

25‧‧‧Control lever

26‧‧‧ knob

A‧‧‧ water inlet

B‧‧‧ toilet inlet pipe

C‧‧‧Body cleaner

D‧‧‧ toilet

The first figure is an exploded view of the three-dimensional structure of the creative controllable outlet pipe tap.

The second figure is a schematic view of the three-dimensional structure of the creative controllable outlet pipe tap.

The third figure is a sectional view of the combined state of the creation of the controllable outlet pipe tap.

The fourth figure is another cross-sectional view of the combined state of the creation controllable outlet pipe tap.

The fifth figure is another cross-sectional view of the combined state of the creation controllable outlet pipe tap.

The sixth figure is the use state diagram of the creative controllable outlet pipe tap.

Figure 7 is a cross-sectional view showing the state of use of the controllable outlet pipe tap, and showing the state in which the second device interface is closed.

The eighth figure is a sectional view showing the state of use of the creation controllable outlet pipe tap, and shows the state in which the interface of the second device is turned on.

The ninth drawing is another perspective view of the state of the eighth figure.

A preferred embodiment of a controllable outlet pipe tap is shown in the first to ninth views for connecting between a water inlet A, a toilet inlet pipe B and a cleaning washer C. The water inlet A is a water source inlet, the end of the toilet inlet pipe B is connected to the controllable outlet pipe tap, the other end is connected to a toilet D, and the cleaning washer C is connected to the controllable outlet pipe tap. The controllable outlet pipe distributor comprises: a shunt pipe 10 having a first-class channel 11 and a water source interface 12 communicating with the flow channel 11, a first device interface 13, a second device interface 14 and a The control port 15 has a separation edge 16 in the flow channel 11 , the water source interface 12 and the first device interface 13 are located on one side of the separation edge 16 , and the second device interface 14 and the control port 15 are located at the Separating the other side of the rim 16; the water source is connected The port 12 cooperates with a waterproof nut group E to connect the water inlet A, and the first device interface 13 is connected to the toilet inlet pipe B. The second device interface 14 has a locking internal screw hole 141 and a locking external thread. a control valve group 20 is disposed at the control port 15, and the control valve group 20 includes a sleeve 21, a leak stop ring 22, a flow dividing member 23, a flow control member 24, a control rod 25, and a knob 26, the two ends of the sleeve 21 are connected by a one-sided surface 211, the sleeve 21 is a hollow structure through which both ends are penetrated, and a circumferential surface opening 211 is formed on the circumferential surface 211, and the control rod 25 is rotatably The sleeve 21 is placed on the sleeve 21 and is restricted by the two protrusions 213 in the sleeve 21, and one end of the control rod 25 passes through one end of the sleeve 21 and is coupled to the knob 26, and the other end is located in the sleeve. One end of the flow control member 24 is coupled to the tube 21, and the flow control member 24 has a cylindrical structure and has two flow guiding recesses 241 at the other end. Each of the flow guiding recesses 241 is open from the end surface of the flow control member 24 and extends to The circumferential surface between the two ends is open, and each of the flow guiding recesses 241 is a fan-shaped recess, and the position of the flow control member 24 is opened with respect to the circumferential surface of the sleeve 21. The position of the port 212; and the diverter 23 is received in the sleeve 21 and abuts against the flow control member 24, the diverter 23 has a two-shaped drainage port 231, and the other end of the sleeve 21 is fixedly disposed. The leakage stop 22 is disposed, and the sleeve 21 is received and fixed to the control port 15 of the shunt tube 10. When the sleeve 21 is fixed to the control port 15, the leakage stop 22 of the sleeve 21 is abutted. The guide edge 21 is connected to the flow path 11 and the circumferential opening 212 of the sleeve 21 is positioned opposite to the second device interface 14; the flow control member 24 is driven by the knob 26 The relative relationship between the diversion recess 241 and the second device interface 14 can be changed to control whether the second device interface 14 and the flow channel 11 are turned on or off.

The above is the structural configuration and characteristics of the creative controllable outlet pipe tap. The use state is as shown in the sixth figure. The shunt pipe 10 is connected to the water source through the waterproof nut group E, and the first device interface 13 is connected. One end of the toilet inlet pipe B, the other end of the toilet inlet pipe B is connected to the toilet to provide water for the toilet D, and the second device interface 14 is connected to assemble the cleaning washer C, and the cleaning The connector of the body cleaner C has different specifications, and the second device interface 14 can be set by the differently installed cleaning washer C by simultaneously setting the locking inner screw hole 141 and the locking outer screw tube 142.

Accordingly, the user can control whether the water flows into the cleaning washer C by rotating the knob 26, as shown in the seventh figure, when the knob 26 drives the control rod 25, the control rod 25 drives the control flow. The member 24 is rotationally displaced to a state in which the flow guiding concave portion 241 is displaced from each of the drainage openings 231. In this case, the second guiding flow concave portion 241 is misaligned with each of the drainage openings 231 and is not electrically connected, and is introduced by the water source interface 12. The water can only enter the flow channel 11 and output to the first device interface 13 to the toilet inlet pipe B for use by the toilet; in this case, the cleaning device C can be prevented from being used or malfunctioning. Water leakage has occurred.

When the water supply of the cleaning device C is to be turned on, the knob 26 is only required to be rotated, and the knob 26 can drive the control rod 25, and the control rod 25 drives the flow control member 24 to control the flow. The state in which the member 24 is aligned with the drainage opening 241 and the drainage port 231 is as shown in FIG. 8 . Thus, the flow guiding concave portion 241 is in communication with the drainage opening 231 , and the flow path 11 of the shunt tube 10 can transmit the same. The drain port 231 communicates with the flow guiding recess 241. Thus, the flow channel 11, the drain port 231, the flow guiding recess 241, the circumferential opening 212, and the second device interface 14 are electrically connected channels, and the water can be circulated. The water introduced into the shunt 10 by the water source port 12 can be output from the second device interface 14 to the cleansing washer C.

In summary, the creation of the toilet inlet pipe B and the cleaning washer C can be simultaneously provided through the shunt tube 10, and it is convenient to use without passing through other adapter members; The control valve group 20 is provided to provide a user with free control of the conduction state of the water source through the second device interface 14, thereby providing the user with control over the use condition, which also improves the convenience of use, and can thereby avoid Normal water leakage, reducing water waste, It is more environmentally friendly.

10‧‧‧Shunt tube

11‧‧‧ flow path

12‧‧‧Water source interface

13‧‧‧First device interface

14‧‧‧Second device interface

15‧‧‧Control port

141‧‧‧Locked internal screw holes

142‧‧‧Locked external threaded tube

20‧‧‧Control valve group

21‧‧‧ casing

211‧‧‧ Weekly

212‧‧‧Circular opening

22‧‧‧ leaking ring

23‧‧‧Diverter

24‧‧‧Controls

25‧‧‧Control lever

26‧‧‧ knob

Claims (6)

A controllable outlet pipe tap comprising: a shunt tube having a first-class channel and a water source interface in communication with the flow channel, a first device interface, a second device interface, and a control port; and a control valve The control valve group includes a sleeve, a leak stop ring, a flow dividing member, a flow control member, a control rod and a knob, and the sleeve is a hollow structure through which both ends are penetrated. The two ends of the sleeve are connected with a circumferential surface and a circumferential surface is provided with a two-circumferential opening. The control rod is rotatably inserted into the sleeve, and one end of the control rod passes through one end of the sleeve and is coupled. The other end of the knob is located at one end of the sleeve and the flow control member. The flow control member has a cylindrical structure and the other end has two flow guiding recesses, and each of the flow guiding concave portions is open by the end surface of the flow control member. And extending to the circumferential surface between the two ends, each of the guiding concave portions is a fan-shaped groove, the position of the flow control member is opposite to the circumferential surface opening position; and the flow dividing member is received in the sleeve and is attached In the flow control member, the flow dividing member has a two-shaped drainage port, and the The other end of the tube is fixedly disposed with the leakage preventing ring, the control valve group is received and fixed by the sleeve to the control port, and the circumferential opening position of the sleeve is opposite to the position of the second device interface, The knob drives the flow control member to change the relative relationship between the flow guiding recess and the second device interface and thereby control whether the second device interface and the flow channel are conductive. The controllable outlet pipe tapper of claim 1, wherein the water source interface cooperates with a waterproof nut group to connect to a water inlet. The controllable outlet pipe tap of claim 1, wherein the first device interface interfaces with the second device for connecting a toilet inlet pipe or a cleaning washer. The controllable outlet pipe tap of claim 1, wherein the flow channel has a separation edge, and the water source interface and the first device interface are located on one side of the separation edge, and the The second device interface and the control port are located on the other side of the separation edge, and the leakage ring of the sleeve abuts against the separation edge and allows the sleeve to communicate with the flow channel. The controllable outlet pipe tap of claim 1, wherein the lever is rotatably inserted into the sleeve and limited by a rotation angle of two projections in the sleeve. The controllable outlet pipe tap of claim 1, wherein the second device interface has a locking internal screw hole and a locking outer threaded tube.