CN110886348A - Integrated control switch for controlling water outlet and water drainage of water tank - Google Patents

Abstract

The invention discloses an integrated control switch for water outlet and drainage control of a water tank, comprising a switch control part installed on the water tank, the switch control part is installed on the water tank and controls the hot water inlet pipe or/and the cold water inlet pipe to supply water to the faucet Close and open; the switch control part is provided with a faucet valve body switch that controls the closing or opening of the hot water inlet pipe or/and the cold water inlet pipe, and the switch control part is also provided with a water outlet that controls each drain drain to open or close the drain outlet respectively. Control switch; there is also a linkage control component between the drainage control switch and each drainage drainage device on the sink, which drives each drainage drainage device to open or close the drainage outlet; it can save the control space of the sink table, and the operation is convenient and reliable.

Description

An integrated control switch for sink water outlet and drain control

【Technical field】

The invention relates to valve core control technology, in particular to an integrated control switch used for water outlet and drainage control of a sink.

【Background technique】

Modern people have higher and higher requirements for the details of life, especially for bathrooms and kitchens, and bathroom products are constantly updated. The drainer refers to the drainage device located at the outlet of the washbasin, bathtub or vegetable sink. The current drainer has various structures and varieties, including original plugs, bounce types, flap types, and lift types. Pull rod (line) type, but there is no way to solve some practical use and care problems, such as: bouncing, copying, etc. When there is sewage in the basin, you have to press the drain hole by hand to drain the water. Unsanitary; other types of bouncing and pulling rods (lines) are inflexible in control and easy to get stuck due to structural reasons, and hair or some thin-line garbage are easily entangled at the drain, which blocks the entire flow channel and makes the water run. The life of the device is short, and the dirt is not easy to clean.

It is well known that a washbasin, bathtub or vegetable washing sink is mainly composed of a sink body and a drain, and the drain is embedded in the bottom drain of the sink. On the one hand, in order to communicate the channel between the tank body and the sewer pipe. During the use of the sink body with the original stopper, the bouncing type, and the flap type, when the water body in the sink body is polluted (water left over from cleaning fruits and vegetables or washing tableware), it is necessary to manually open the drain before Drain the water in the sink into the sewer, but this operation requires the user to put his hand into the water to pull out or insert, which is very unsanitary, especially in winter or when the water in the sink is dirty , the operation is very inconvenient. In modern times, the demand for a kitchen or bathroom that can be healthy, environmentally friendly, safe and intelligent is constantly expanding, and the need for upgrading and replacing the kitchen or bathroom is particularly urgent. Therefore, a good performance, clean and easy to control the opening and closing of the sink drain It is very important to build a comfortable and warm kitchen or bathroom.

[Content of the invention]

The invention provides an integrated control switch for the water outlet and drainage control of the water tank, which realizes the automatic comprehensive control of the water supply of the faucet and the drainage of the water tank body cavity through the integrated switch control part, which is convenient to operate, has high reliability and saves the control space of the water tank table. .

The technical scheme adopted by the present invention to solve its technical problems is:

An integrated control switch for water outlet and drainage control of a sink, comprising a switch control part installed on the sink, the switch control part being installed on the sink and controlling the closing and closing of the water supply from the hot water inlet pipe or the cold water inlet pipe to the faucet. Open;

The switch control part is provided with a faucet valve body switch that controls the closing or opening of the hot water inlet pipe or the cold water inlet pipe; control switch;

A linkage control assembly for driving each drainage device to open or close the water outlet is further provided between the drainage control switch and each drainage device on the sink.

Further, the faucet valve body switch and the drain control switch on the switch control part are integrally installed and connected.

Further, the faucet valve body switch includes a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body, and the bottom end of the valve core body is provided with a hot water inlet pipe or / and a cold water inlet pipe respectively communicated with the pipe. Road connection end cap;

The launching control switch includes a launching switch knob, a guide sliding sleeve and at least one lifting and pulling rod. The valve core body is respectively provided with a guide hole along the axial direction which is slidingly matched with each lifting and pulling rod. The top of the rod is connected with a thrust rod protruding from the guide hole along the radial direction of the valve core body, and the corresponding valve core body is radially provided with a sliding block which is communicated with the guide hole and is convenient for the thrust rod on the lifting rod to slide along it. The guide sleeve is installed on the inner side of the water switch knob and is sleeved on the valve core body. The peripheral outer wall of the guide sleeve is axially provided with the thrust rods on all the lifting and pulling rods. The inclined arc groove that touches and pulls the lifting and lowering rod up and down when the knob of the water switch drives the guide sliding sleeve to rotate synchronously;

The lower end of each lifting and pulling rod is respectively connected with the linkage control assembly corresponding to each drainage sump, and the drainage port at the bottom of each drainage sump is opened through linkage.

Further, the faucet valve body switch includes a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body, and the bottom end of the valve core body is provided with a pipeline connection that is respectively communicated with the hot water inlet pipe and the cold water inlet pipe. end cap;

The launching control switch includes a launching switch knob, a guide sliding sleeve and two lifting and pulling rods. The launching switch knob adopts a single control handle, and the valve core body is respectively provided with two lifting and lowering pulling rods along the axial direction. A sliding-fit guide hole, the top end of the lifting and pulling rod is connected with a thrust rod extending from the guide hole along the radial direction of the valve core body, and the corresponding valve core body is radially provided with the guide hole to facilitate the lifting and lowering of the pulling rod The upper thrust rod slides along the chute, the guide sleeve is installed on the inner side of the water switch knob and is sleeved on the valve core body, and the peripheral outer wall of the guide sleeve is axially provided with The inclined arc grooves are provided with symmetrical openings. The inclined arc grooves are respectively in sliding contact with the thrust rods on the two lifting and pulling rods. The water switch knob drives the guide sleeve to rotate synchronously, and the guide sleeve rotates clockwise. When the inclined surface on the right side of the inclined arc groove pushes the lift rod on the right side of the valve core body to rise, and the guide sleeve rotates counterclockwise, the inclined surface on the left side of the inclined arc groove pushes the valve core The lift rod on the left side of the body is raised;

The lower ends of the two lifting and pulling rods are respectively connected with the linkage control components corresponding to each of the drainage sewers in the two cavities on the sink body. Control the two drain outlets on the sink to be closed at the same time. When the drain switch knob and guide sliding sleeve are rotated clockwise or counterclockwise, one of the two lifting and pulling rods is actuated, and the corresponding linkage control assembly is performed. The linkage controls the opening of the drain outlet of the corresponding drain drain.

Further, the faucet valve body switch includes a cylindrical valve core body and a faucet switch knob mounted on the top of the valve core body, and the bottom end of the valve core body is provided with a pipeline connection that is respectively connected to the hot water inlet pipe and the cold water inlet pipe. end cap;

The launching control switch includes an upper handle launching switch knob, a lower handle launching switch knob, an upper guide sliding sleeve, a lower guide sliding sleeve, an upper handle lifting pull rod and a lower handle lifting pull rod. The axial direction is respectively provided with guide holes which are slidingly matched with the upper handle lifting and pulling rod and the lower handle lifting pulling rod;

The top ends of the upper handle lifting and pulling rods are respectively connected with upper handle thrust rods extending from the guide holes along the radial direction of the valve core body, and the top ends of the lower handle lifting pulling rods are respectively connected with the upper handle thrust rods extending from the guide holes along the radial direction of the valve core body. The lower handle thrust rod protruding from the guide hole, the corresponding valve core body is radially provided with a chute which is communicated with the respective guide holes to facilitate the sliding of the upper handle thrust rod or the lower handle thrust rod along it;

The upper guide sliding sleeve is installed on the inner side of the water switch knob of the upper handle and is sleeved on the upper side of the valve core body. On the lower handle on the upper side of the valve core body on the lower side of the sleeve;

One-way inclined arc grooves are provided on the peripheral outer walls of the upper guide sleeve and the lower guide sleeve along the axial direction. The upper handle push rod on the pull rod and the lower handle push rod of the lower handle lift pull rod are in sliding contact;

The upper handle water switch knob drives the upper guide sliding sleeve to rotate synchronously, the lower handle water switch knob drives the lower guide sliding sleeve to rotate synchronously, and the upper guide sliding sleeve and the lower guide sliding sleeve rotate clockwise respectively. The inclined surface of the one-way inclined arc groove pushes the upper handle lift rod and the lower handle lift rod to rise respectively. When the upper guide sleeve and the lower guide sleeve rotate counterclockwise respectively, the one-way inclined arc After the sloping surface of the surface groove is released from the thrust, the upper handle lifting and pulling rod and the lower handle lifting and pulling rod are lowered and reset respectively;

The lower ends of the upper handle lifting and pulling rod and the lower end of the lower handle lifting and pulling rod are respectively connected with the corresponding linkage control components of the two drainage and drainage devices on the sink. Through the linkage control component, the corresponding drain outlet of the drain on the sink is controlled to close and open, and the lower handle drain switch knob, the lower guide sliding sleeve and the lower handle lift pull rod are individually controlled through the linkage control component. The cavity corresponds to the closing and opening of the drain outlet of the drain, and the upper handle drain switch knob and the lower handle drain switch knob independently and independently control the connection of the drain outlet corresponding to the drain drain on the sink.

Further, the linkage control assembly is a wire-controlled pulling wire rope and an L-shaped touch piece that drives each drainage sewer to open or close the drainage outlet.

The beneficial effects of the present invention are:

The present invention realizes the automatic comprehensive control of water supply and drainage by arranging the faucet valve body switch for controlling the water supply of the faucet and the drainage control switch for controlling the drainage of each drainage drainer respectively on the integrated switch control part. The various control switches installed can effectively save the control space of the sink table, reduce the installation interface, reduce the pollution of the sink table, and effectively increase the cleanliness of the sink table.

The drainage control switch and the linkage control component constitute a linkage system to control the sealing cover of each drainage drainage device to open or close the drainage outlet, which is easy to operate and facilitates the automatic drainage of each cavity of the sink body corresponding to each drainage drainage device, especially in winter or When the water body in the sink is relatively dirty, avoid freezing hands or soiling hands in the water body, improve the user's comfort in use, and ensure the cleanliness and cleanliness of the use process.

【Description of drawings】

1 is an enlarged schematic diagram of a three-dimensional structure of Embodiment 1 of the present invention;

2 is an enlarged schematic view of the explosion structure of Embodiment 1 of the present invention;

3 is a schematic three-dimensional structure diagram of Embodiment 1 of the present invention after being connected to a drainage sewer;

FIG. 4 is a schematic front view of the structure of Embodiment 1 of the present invention after being connected to the drainage and sewer;

Fig. 5 is the exploded structure enlarged schematic diagram of the second embodiment of the present invention;

6 is a schematic three-dimensional structural diagram of the second embodiment of the present invention after being connected to the drainage sewer;

7 is an enlarged schematic view of the three-dimensional structure of the removal tank body according to the second embodiment of the present invention.

【Detailed ways】

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Example 1

An integrated control switch for water outlet and drainage control of a water tank, as shown in Figures 1 to 4, includes a switch control part 1 installed on the water tank, the switch control part 1 is installed on the water tank and controls the hot water inlet pipe 2 and the cold water. The water inlet pipe 3 closes and opens the water supply to the faucet 4; the switch control part 1 is provided with a faucet valve body switch 5 that controls the hot water inlet pipe 2 and the cold water inlet pipe 3 to close or open, and the switch control part 1 is also provided with a separate control A drain control switch 6 for each drain drain to open or close the drain outlet; between the drain control switch 6 and each drain drain device 7 at the sink drain port, there are respectively provided to drive each drain drain device 7 to open or close the drain outlet. The linkage control assembly 8 of 70, wherein the faucet valve body switch 5 and the drain control switch 6 on the switch control part 1 are integrally installed and connected.

Of course, different from this embodiment, the water tank is provided with a cavity for water storage, the bottom of the cavity on the water tank body is provided with a drainage port for drainage, and the switch control part is installed on the water tank and controls the hot water inlet pipe The closing and opening of either the cold water supply pipe, or a single source of water supplying water to the faucet.

Continuing as shown in FIGS. 1 to 4 , between the switch control unit 1 and each drainage sump 7 is also provided with a wire-controlled pulling wire rope that drives the sealing cover in each drainage sump 7 to open or close the drainage port 70 . 80 and a touch member 81, the touch member 81 is respectively disposed on the bottom of each drainage sump 7 and contacts the driving sealing cover (not shown in the figure) to open or close the water outlet 70, and each wire pulls one end of the wire rope 80 Connected to the launching control switch 6 , the other end of each wire-controlled pulling wire rope 80 is respectively connected to the touch-control member 81 in each drainage and sewer 7 , and pulling each wire-controlled pulling wire rope 80 at the launching control switch 6 respectively The lower linkage drives the touch element 81 to touch the sealing cover. Wherein, the touch member 81 is an L-shaped deflection member, and a center positioning shaft extends downward from the center of the bottom end of the sealing cover. The control 81 is connected to the bottom of the drainage and sewer 7 through a pivot shaft, and each wire-controlled pulling wire rope 80 is linked to drive the touch-sensitive member 81, and each drainage and sewer 7 is opened by touching the central positioning shaft of the bottom end of the sealing cover with the touch-control member 81. the drain port 70.

Of course, the linkage control assembly 8 can also be an electric drive assembly that controls the opening or closing of the water outlet of each drain. When the linkage control assembly is an electric drive assembly, the water control switch triggers the electric drive through a travel switch or a pulling wire rope. The signal receiver set on the drive assembly then drives the valve cover of each drainage sump to open and close through the switch solenoid valve or action motor set on the electric drive assembly, and also completes the opening and closing control of each drainage sewer.

1 and 2, the faucet valve body switch 5 includes a cylindrical valve core body 50 and a faucet switch knob 51 mounted on the top of the valve core body 50. The pipeline connecting the water pipe 2 and the cold water inlet pipe 3 respectively connects the end cover 52 and the positioning ring 53 for installing and fixing the water control switch 6; The ends are provided with pipeline connection end caps which are respectively communicated with the hot water inlet pipe or the cold water inlet pipe or a single water source.

Continuing as shown in Figures 1 and 2, the launching control switch 6 includes a launching switch knob 60, a guide sliding sleeve 61 and two lifting and pulling rods 62. The launching switch knob 60 adopts a single control handle. Two guide holes 500 are respectively provided in the axial direction for sliding cooperation with the lifting and pulling rods 62 , and the top ends of the two lifting and pulling rods 62 are respectively connected with thrust rods 63 extending from the guide holes 500 along the radial direction of the valve core body 50 . The corresponding valve core body 50 is radially provided with a chute 501 which is communicated with the guide hole 500 to facilitate the sliding of the thrust rod 63 on the lift rod 62 along the inside thereof. The guide sleeve 61 is installed on the inner side of the water switch knob 60 and It is sleeved on the valve core body 50 together, and the peripheral outer wall of the guide sleeve 61 is provided with an inclined arc groove 610 with a symmetrical opening in the axial direction. The inclined arc groove 610 is respectively connected with the two lifting and pulling rods 62 The upper thrust rod is in sliding contact, and the water switch knob 60 drives the guide sleeve 61 to rotate synchronously. When the guide sleeve 61 rotates clockwise, the inclined surface a on the right side of the arc groove 610 is inclined, and the right side of the valve core body 50 is pushed. The lift pull rod 62 rises, and when the guide sleeve 61 rotates counterclockwise, the inclined surface b on the left side of the inclined arc groove 610 pushes the lift pull rod 62 on the left side of the valve core body 50 to rise.

Moreover, as shown in FIG. 3 and FIG. 4 , the lower ends of the two lifting and pulling rods 62 are respectively connected with the wire-controlled pulling wire ropes 80 corresponding to each of the drainage sewers 7 in the two cavities on the sink. The drainage switch knob 60 and the guide When the sliding sleeve 61 is located in the middle position between the two lifting and pulling rods 62, the drain outlet 70 of the drainage 70 corresponding to the two cavities on the sink is controlled to be closed at the same time. When the drainage switch knob 60 and the guide sliding sleeve 61 are rotated clockwise , pull the lift rod 62 on the right side of the valve core body 50 through the inclined surface on the right side of the guide sliding sleeve 61 to rise, and drive the touch member 81 through the wire-controlled pulling wire rope 80 on the right side to lift the upper side of the sink The sealing cover of the drain 7 in the cavity is used to control the opening of the drain on the cavity on the upper side of the sink. When the water switch knob 60 and the guide sleeve 61 are rotated counterclockwise, the left lift rod 62 on the valve core body 50 is pulled up by the inclined surface on the left side of the guide sleeve 61, and is pulled up by the left wire control Pulling the wire rope 80 drives the touch element 81 to lift up the sealing cover of the drain 7 in the cavity on the other side of the sink to control the opening of the drain on the cavity on the other side of the sink.

Embodiment 2

As shown in FIGS. 5 to 7 , the difference between this embodiment and the first embodiment is that the water control switch 6 includes an upper handle water switch knob 60 ′, a lower handle water switch knob 61 ′, and an upper guide sliding sleeve 62 ′ , the lower guide sliding sleeve 63', the upper handle lifting rod 64' and the lower handle lifting rod 65', the valve core body 50 is respectively provided with the upper handle lifting rod 64' and the lower handle lifting rod 65' in the axial direction. The pull rod 65' slides into the guide hole 500; the top of the upper handle lift pull rod 64' is respectively connected with an upper handle thrust rod 640' protruding from the guide hole along the radial direction of the valve core body 50, and the lower handle lift pull rod 640' The top ends of the pull rods 65' are respectively connected with lower handle thrust rods 650' protruding from the guide hole 500 along the radial direction of the valve core body 50. The corresponding valve core body 50 is radially provided with the respective guide holes to communicate with the respective guide holes to facilitate the upper handle The chute 501 along which the thrust rod 640' or the lower handle thrust rod 650' slides.

Continuing as shown in FIGS. 5 to 7 , the upper guide sleeve 62 ′ is installed on the inner side of the upper handle water switch knob 60 ′ and is sleeved on the upper side of the valve core body 50 , and the lower guide sleeve 63 ′ is installed in The inner side of the lower handle water switch knob 61' is sleeved on the upper and lower handle of the valve core body 50 on the lower side of the upper guide sliding sleeve 62'; the bottom end of the upper guide sliding sleeve 62' and the lower guide sliding sleeve 63' There are respectively an upper positioning ring 66' and a lower positioning ring 67' which are sleeved on the valve core body 50 and are used for the upper handle water switch knob 60' and the lower handle water switch knob 61' to be installed and fixed respectively; the upper guide sliding sleeve 62' and the peripheral outer wall of the lower guide sliding sleeve 63' are provided with a one-way inclined arc groove c along the axial direction, and the one-way inclined arc groove c is respectively connected with the upper handle lifting rod 64. The upper handle thrust rod 640' on the upper handle is in sliding contact with the lower handle thrust rod 650' of the lower handle lifting and pulling rod 65'.

When in use, the upper handle water switch knob 60' drives the upper guide sleeve 62' to rotate synchronously, the lower handle water switch knob 61' drives the lower guide sleeve 63' to rotate synchronously, and the upper guide sleeve 62' and the lower guide sleeve 62' rotate synchronously. When the sliding sleeve 63' rotates clockwise respectively, the inclined surface of the one-way inclined arc groove pushes the upper handle lifting rod 64' and the lower handle lifting rod 65' to rise respectively, and the upper guide sliding sleeve 62' and When the lower guide sleeves 63' rotate counterclockwise, the upper handle lift rod 64' and the lower handle lift rod 65' are lowered and reset respectively after the inclined surfaces of the one-way inclined arc grooves release the thrust respectively.

The lower ends of the upper handle lifting pull rod 64' and the lower handle lifting pull rod 65' are respectively connected with the wire-controlled pulling wire ropes 80 corresponding to each of the drainage and water drainage devices 7 in the two cavities 20 on the water tank body 2, and the upper handle is launched into the water. The switch knob 60', the upper guide sliding sleeve 62' and the upper handle lift rod 64' individually control the closing and opening of the drainage port 70 corresponding to the drainage 70 in the upper cavity of the sink through the wire-controlled pulling wire rope 80, and the lower handle The drain switch knob 61', the lower guide sliding sleeve 63' and the lower handle lift rod 65' individually control the closing and opening of the drain port 70 of the drain drain 7 corresponding to another cavity on the sink through the wire-controlled pulling wire rope 80, The upper handle drain switch knob 60' and the lower handle drain switch knob 61' independently and independently control the connection of the drain outlet 70 of the drain drain device 7 corresponding to the respective cavity on the sink.

The automatic comprehensive control of water supply and drainage is realized. Compared with various control switches installed on the water tank table in the prior art, the control space of the water tank table is effectively saved, the installation interface is reduced, the pollution of the water tank table is reduced, and the water tank table is effectively increased. Cleanliness of countertops.

In the description of the present invention, it should be noted that the orientations or positional relationships indicated by the terms "upper", "lower", "left", "right", "inner", "outer", etc. are based on those shown in the accompanying drawings. The orientation or positional relationship, or the orientation or positional relationship that the product of the invention is usually placed in use, is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the referred device or element must have a specific orientation, in order to simplify the description. The specific orientation configuration and operation are therefore not to be construed as limitations of the present invention.

The above-mentioned embodiments are only preferred embodiments of the present invention, and are not intended to limit the scope of implementation of the present invention. All equivalent changes made according to the shape, structure and principle of the present invention shall be included in the protection scope of the present invention. Inside.

Claims (6)

1. An integrated control switch for controlling water outlet and water discharge of a water tank comprises a switch control part arranged on the water tank, wherein the switch control part is arranged on the water tank and controls the closing and opening of a hot water inlet pipe or/and a cold water inlet pipe for supplying water to a faucet; the method is characterized in that:

the switch control part is provided with a tap valve body switch for controlling the closing or opening of the hot water inlet pipe or/and the cold water inlet pipe, and the switch control part is also provided with a drainage control switch for respectively controlling each drainage hydrophone to open or close the drainage outlet;

and a linkage control component for driving each drainage hydrophone to open or close a water outlet is also arranged between the drainage control switch and each drainage hydrophone on the water tank.

2. An integrated control switch for sink drain and drain control as claimed in claim 1, wherein: the faucet valve body switch on the switch control part is integrally connected with the water discharge control switch in an installing mode.

3. An integrated control switch for sink drain and drain control as claimed in claims 1 and 2, wherein: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob arranged at the top end of the valve core body, and the bottom end of the valve core body is provided with a pipeline connecting end cover which is respectively communicated with the hot water inlet pipe or/and the cold water inlet pipe;

the launching control switch comprises a launching switch knob, a guide sliding sleeve and at least one lifting traction rod, wherein the valve core body is respectively provided with a guide hole which is in sliding fit with each lifting traction rod along the axial direction, the top end of each lifting traction rod is connected with a thrust rod which extends out of the guide hole along the radial direction of the valve core body, the corresponding valve core body is radially provided with a sliding chute which is communicated with the guide hole and is convenient for the thrust rod on each lifting traction rod to slide along the sliding chute, the guide sliding sleeve is arranged at the inner side of the launching switch knob and sleeved on the valve core body together, and the circumferential outer wall of the guide sliding sleeve is axially provided with an inclined cambered surface groove which is in sliding contact with the thrust rods on all the lifting traction rods and pulls the lifting traction rods to move up and down when the launching switch knob;

the lower end of each lifting traction rod is respectively connected with the linkage control component corresponding to each drainage drainer, and the drainage outlet at the bottom of each drainage drainer is opened through linkage.

4. An integrated control switch for sink drain and drain control as claimed in claim 1 or 2, wherein: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob arranged at the top end of the valve core body, and the bottom end of the valve core body is provided with a pipeline connecting end cover which is respectively communicated with the hot water inlet pipe and the cold water inlet pipe;

the launching control switch comprises a launching switch knob, a guide sliding sleeve and two lifting traction rods, wherein the launching switch knob adopts a single control handle, the valve core body is respectively provided with two guide holes in sliding fit with the lifting traction rods along the axial direction, the top end of each lifting traction rod is connected with a thrust rod extending out of the corresponding guide hole along the radial direction of the valve core body, the corresponding valve core body is radially provided with a sliding groove communicated with the guide holes and facilitating the sliding of the thrust rod on the lifting traction rod along the sliding groove, the guide sliding sleeve is installed on the inner side of the launching switch knob and sleeved on the valve core body together, the circumferential outer wall of the guide sliding sleeve is provided with inclined cambered grooves symmetrically opened along the axial direction, the inclined cambered grooves are respectively in sliding contact with the thrust rods on the two lifting traction rods, the launching switch knob drives the guide sliding sleeve to synchronously rotate, and when the guide sliding sleeve rotates clockwise, the inclined plane on the right, The lifting traction rod on the right side of the valve core body is pushed to rise, and when the guide sliding sleeve rotates anticlockwise, the inclined surface on the left side of the inclined cambered groove pushes the lifting traction rod on the left side of the valve core body to rise;

the lower ends of the two lifting traction rods are respectively connected with a linkage control assembly corresponding to each drainage drainer in the two cavities on the water tank body, the drainage outlets of the two drainage drainers on the water tank are controlled to be closed simultaneously when the drainage switch knob and the guide sliding sleeve are positioned at the middle position between the two lifting traction rods, and the drainage outlets of the corresponding drainage drainers are controlled to be opened in a linkage manner through the corresponding linkage control assemblies by pulling one of the two lifting traction rods when the drainage switch knob and the guide sliding sleeve rotate clockwise or anticlockwise.

5. An integrated control switch for sink drain and drain control as claimed in claim 1 or 2, wherein: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob arranged at the top end of the valve core body, and the bottom end of the valve core body is provided with a pipeline connecting end cover which is respectively communicated with the hot water inlet pipe and the cold water inlet pipe;

the launching control switch comprises an upper handle launching switch knob, a lower handle launching switch knob, an upper side guide sliding sleeve, a lower side guide sliding sleeve, an upper handle lifting traction rod and a lower handle lifting traction rod, and the valve core body is respectively provided with guide holes which are in sliding fit with the upper handle lifting traction rod and the lower handle lifting traction rod along the axial direction;

the top end of the upper handle lifting traction rod is respectively connected with an upper handle thrust rod extending from the guide hole along the radial direction of the valve core body, the top end of the lower handle lifting traction rod is respectively connected with a lower handle thrust rod extending from the guide hole along the radial direction of the valve core body, and the corresponding valve core body is respectively provided with a chute which is communicated with the respective guide hole and is convenient for the upper handle thrust rod or the lower handle thrust rod to slide along the inner part of the chute;

the upper side guide sliding sleeve is arranged on the inner side of the upper handle launching switch knob and is sleeved on the upper side of the valve core body, and the lower side guide sliding sleeve is arranged on the inner side of the lower handle launching switch knob and is sleeved on the lower handle on the upper side of the valve core body on the lower side of the upper side guide sliding sleeve;

the circumferential outer walls of the upper guide sliding sleeve and the lower guide sliding sleeve are respectively provided with a unidirectional inclined cambered surface groove which is arranged in a unidirectional inclined manner along the axial direction, and the unidirectional inclined cambered surface grooves are respectively in sliding contact with an upper handle thrust rod on the upper handle lifting traction rod and a lower handle thrust rod on the lower handle lifting traction rod;

the upper handle launching switch knob drives the upper side guide sliding sleeve to synchronously rotate, the lower handle launching switch knob drives the lower side guide sliding sleeve to synchronously rotate, the inclined plane of the one-way inclined cambered groove respectively pushes the upper handle lifting traction rod and the lower handle lifting traction rod to respectively lift when the upper side guide sliding sleeve and the lower side guide sliding sleeve respectively rotate clockwise, and the inclined plane of the one-way inclined cambered groove respectively releases thrust when the upper side guide sliding sleeve and the lower side guide sliding sleeve respectively rotate anticlockwise so that the upper handle lifting traction rod and the lower handle lifting traction rod respectively descend and reset after the thrust is released;

the lower ends of the upper handle lifting traction rod and the lower handle lifting traction rod are respectively connected with the linkage control components corresponding to the two drainage hydrophones on the water tank, the upper handle launching switch knob, the upper side guide sliding sleeve and the upper handle lifting traction rod independently control the closing and opening of the drainage outlet of one cavity corresponding to the drainage hydrophone on the water tank through the linkage control components, the lower handle launching switch knob, the lower side guide sliding sleeve and the lower handle lifting traction rod independently control the closing and opening of the drainage outlet of the other cavity corresponding to the drainage hydrophone on the water tank through the linkage control components, and the upper handle launching switch knob and the lower handle launching switch knob independently control the drainage outlets of the cavities corresponding to the drainage hydrophones on the water tank independently and independently without correlation.

6. An integrated control switch for sink drain and drain control as claimed in claim 1, wherein: the linkage control component is a wire-controlled pulling steel wire rope and an L-shaped touch control component which drive each drainage hydrophone to open or close the drainage port.

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