WO2021082343A1

WO2021082343A1 - Integrated switch for controlling water inlet and outlet of water basin, and automatic control system of integrated switch

Info

Publication number: WO2021082343A1
Application number: PCT/CN2020/081078
Authority: WO
Inventors: 谢平生; 邹华; 曾维
Original assignee: 中山市佳宝路厨卫产品有限公司
Priority date: 2019-10-29
Filing date: 2020-03-25
Publication date: 2021-05-06

Abstract

Disclosed are an integrated switch for controlling a water inlet and outlet of a water basin, and an automatic control system of the integrated switch. A faucet, a water basin body and a switch control part are comprised. At least one cavity is provided in the water basin body; a water outlet is provided in the bottom of each cavity in the water basin body; a drainer is further arranged at the water outlet of each cavity in the water basin body, and a sealing cover for opening and closing the water outlet is arranged in each drainer; the switch control part is provided with a faucet valve body switch, and a water draining control switch for respectively controlling each sealing cover to open or close the water outlet; and a drive-by-wire traction steel wire rope and a touch control member are further arranged between the switch control part and each drainer, and one end of each drive-by-wire traction steel wire rope is connected to the water draining control switch, the other end of each drive-by-wire traction steel wire rope is connected to the touch control member in each drainer, and the touch control member is driven in a linkage manner to trigger the opening and closing of the sealing cover when the water draining control switch pulls each drive-by-wire traction steel wire rope, thereby achieving the automatic control of drainage.

Description

An integrated switch and its automatic control system for controlling the inlet and outlet of water tank

Technical field

The invention relates to the field of kitchen and bathroom, in particular to an integrated switch for controlling the inlet and outlet of water tanks and an automatic control system thereof.

Background technique

Modern people have higher and higher requirements for the details of life, especially for bathrooms and kitchens, and bathroom products are constantly being updated. Among them, the sink used in the home kitchen is a sink used to hold water and used to wash dishes and clean the food to be processed. For a home kitchen, the sink is the heart of the kitchen. According to statistics, all kinds of kitchen utensils, sinks Has the highest usage rate. Especially in the preparation and cleaning work before and after meals, more than 65% of the time is directly related to the sink, and modern people's demand for a healthy, environmentally friendly, safe and smart kitchen is constantly expanding, and the kitchen appliances are upgraded and replaced. The demand is particularly urgent, so choosing a well-performing, clean and easy-to-control sink is very important for building a comfortable and warm kitchen.

Regardless of the bathroom or kitchen, a drain is installed at the bottom of the corresponding tank. The drain refers to the drainage device at the drain port of the wash basin, bathtub or vegetable washing sink. The current drains have various structures and varieties. There are primitive plugs, bounce type, flap type, and pull rod (line) type, but there is no way to solve some practical use and care problems, such as: bounce, replica, etc. When there is sewage in the basin When you have to press the drain hole with your hand to drain water, it is very unsanitary; there are also bounce and pull rod (line) types due to structural reasons, which are inflexible in control, easy to jam, and easy to get stuck at the drain port. Trash with entangled hair or some fine thread blocks the entire flow channel, which makes the drainer have a short life and the dirt is not easy to clean up.

However, the process of using the existing sink is more troublesome. As we all know, the sink is mainly composed of a sink body and a drain. The sink is embedded at the bottom drain of the sink. On the one hand, it is to seal the sink body and facilitate the installation in the sink. Water is stored in the body. On the other hand, in order to connect the channel between the sink body and the sewer pipe, when the water body in the sink body is contaminated (the water body left by washing fruits and vegetables or washing dishes), you need to manually turn on the sink to remove the sink. The water in the tank is discharged into the sewer, but this operation requires the user to reach into the water to pull out or insert it, especially in winter or when the water in the tank is dirty, the operation is very inconvenient. Therefore, the control of the existing sink is cumbersome and troublesome during use, not to mention the intelligent control, especially the drain port of the drain is mostly manually directly operated by the valve cover inside to control the opening and closing of the drain port. Not only is it unhygienic, but the entire process is complicated to control; and the modern people's demand for a healthy, environmentally friendly, safe and intelligent kitchen or bathroom is expanding. The need to upgrade and replace the kitchen or bathroom is particularly urgent, so choose a good performance, Clean and easy to control the opening and closing of the control switch of the sink drain is very important for the construction of a comfortable and warm kitchen or bathroom.

Summary of the invention

The invention provides an integrated switch and integrated switch for water supply 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 sink body cavity through an integrated switch control unit, and has convenient operation, high reliability, and saves the control space of the sink table surface. Automatic Control System.

The technical solutions adopted by the present invention to solve its technical problems are:

An integrated switch for controlling the inlet and outlet of a water tank, comprising a switch control part installed on the water tank, and the switch control part is installed on the water tank and controls the closing and opening of the hot water inlet pipe or the cold water inlet pipe to the faucet;

The switch control part is provided with a faucet valve body switch that controls the hot water inlet pipe or the cold water inlet pipe to close or open, and the switch control part is also provided with a drain that controls each drain drain to open or close the drain outlet. Control switch

A linkage control component for driving each drainage and sewer to open or close the drainage outlet is respectively arranged between the sewer control switch and each drainage sewer on the water tank.

Further, the faucet valve body switch and the sewer 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 at the top of the valve core body, and the bottom end of the valve core body is provided with pipes communicating with the hot water inlet pipe or the cold water inlet pipe respectively. Road connection end cover;

The launching control switch includes a launching switch knob, a guide sliding sleeve, and at least one lifting pull rod. The valve core body is provided with a guide hole in the axial direction that is slidably fitted with each lifting pull rod. The top of the rod is connected with a thrust rod protruding from the guide hole in the radial direction of the valve core body, and the corresponding valve core body is radially provided with a slide that communicates with the guide hole to facilitate the lifting and lowering of the thrust rod on the pull rod. The guide sliding sleeve is installed on the inner side of the drain switch knob and sleeved on the valve core body. The peripheral outer wall of the guide sliding sleeve is axially provided with the thrust rods on all lifting pull rods to slide Touch and pull the lifting pull rod to move up and down when the drain switch knob drives the guide sliding sleeve to rotate synchronously;

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

Further, the faucet valve body switch includes a cylindrical valve core body and a faucet switch knob installed at the top of the valve core body, and the bottom end of the valve core body is provided with pipeline connections that communicate with the hot water inlet pipe and the cold water inlet pipe respectively End cap

The launching control switch includes a launching switch knob, a guide sliding sleeve, and two lifting pull rods. The launching switch knob adopts a single control handle. The valve core body is provided with two lifting pull rods along the axial direction. A sliding-fitting guide hole, the top of the lifting pull rod is connected with a thrust rod extending from the guide hole in 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 pull rod The upper thrust rod slides along the chute, the guide sliding sleeve is installed on the inner side of the drain switch knob and is sleeved on the valve core body together, and the circumferential outer wall of the guide sliding sleeve is axially provided with a shape Inclined arcuate grooves provided with symmetrical openings, the inclined arcuate grooves are respectively in sliding contact with the thrust rods on the two lifting and pulling rods;

The drain switch knob drives the guide sliding sleeve to rotate synchronously. When the guide sliding sleeve rotates clockwise, the inclined surface on the right side of the inclined arc groove pushes the right lifting pull rod on the valve core body to rise according to the rotation angle. Or push the lifting pull rod on the right side and the left lifting pull rod on the valve core body in turn, and when the guide sliding sleeve rotates counterclockwise, the inclined arc groove will push the valve core body according to the rotation angle. Lift the left lift pull rod or push the left lift pull rod and the right lift pull rod on the valve core body to lift up;

The lower ends of the two lifting pull rods are respectively connected to the corresponding linkage control components of each drainage and sewer in the two cavities on the sink body, when the drain switch knob and the guide sliding sleeve are located in the middle position between the two lifting pull rods The two drain outlets on the control sink are closed at the same time. When the drain switch knob and the guide sliding sleeve rotate clockwise or counterclockwise, one or both of the two lifting pull rods are pulled according to the rotation angle. The lifting pull rod raises simultaneously, and is controlled by the corresponding linkage control component to link the corresponding drainage outlet of one drainage sewer to open or the drainage outlet of two drainage sewers to open at the same time.

Further, the faucet valve body switch includes a cylindrical valve core body and a faucet switch knob mounted on the top end of the valve core body, and the bottom end of the valve core body is provided with pipeline connections communicating with the hot water inlet pipe and the cold water inlet pipe respectively. 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 that are slidingly matched with the upper handle lifting pull rod and the lower handle lifting pull rod;

The top ends of the upper handle lifting pull rods are respectively connected with upper handle thrust rods protruding from the guide hole in the radial direction of the valve core body, and the top ends of the lower handle lifting pull rods are respectively connected to the top ends of the lower handle lifting pull rods along the valve core body radial direction. The lower handle thrust rod protruding from the guide hole, the corresponding valve core body is respectively provided with a sliding groove that communicates with the respective guide hole in the radial direction to facilitate the upper handle thrust rod or the lower handle thrust rod to slide along the inside;

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

The outer wall of the upper guide sliding sleeve and the lower guide sliding sleeve is provided with unidirectional inclined arc grooves arranged in one direction along the axial direction, and the unidirectional inclined arc grooves of the upper guide sliding sleeve Sliding contact with the upper handle thrust rod on the upper handle lifting and pulling rod, and sliding contact with the one-way inclined arc groove of the lower guide sliding sleeve and the lower handle thrust rod of the lower handle lifting and pulling rod;

The upper handle drain switch knob drives the upper guide sliding sleeve to rotate synchronously, the lower handle drain 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 lifting pull rod and the lower handle lifting pull rod to rise separately, and the one-way inclined arc when the upper guide sliding sleeve and the lower guide sliding sleeve rotate counterclockwise respectively The inclined surface of the face groove is respectively released after the stop is lifted, the upper handle lifting pull rod and the lower handle lifting pull rod are lowered and reset respectively;

The lower ends of the upper handle lifting pull rod and the lower handle lifting pull rod are respectively connected with the corresponding linkage control components of the two drainage and sewers on the sink, the upper handle drain switch knob, the upper guide sliding sleeve and the upper handle lifting pull rod Through the linkage control component, the upper cavity of the sink is separately controlled to close and open the drain outlet of the corresponding drainage sewer. The lower handle sewer switch knob, the lower side guide sliding sleeve and the lower handle lift pull rod are separately controlled by the linkage control component to control the other on the sink. The cavity corresponds to the closing and opening of the drain outlet of the drainage sewer. The upper handle sewer switch knob and the lower handle sewer switch knob have independent and independent connection control for the respective cavity on the sink corresponding to the drain outlet of the drainage sewer.

Further, the linkage control component is a wire-controlled pulling wire rope and an L-shaped touch element that drive each drain drain to open or close the drain outlet.

An automatic control system for the control of the inlet and outlet of a water tank, comprising a faucet, a water tank body and a switch control part. The water tank body is provided with at least one cavity for water storage, and each cavity on the water tank body The bottom is provided with a drain for draining water, and the switch control part is installed on the sink body and controls the closing and opening of the hot water inlet pipe or the cold water inlet pipe to the faucet;

The drain port of each cavity on the sink body is also provided with a drain connected with the drain pipe and used to control the opening and closing of the drain, and each drain is provided with a sealing cover for opening and closing the drain;

The switch control part is provided with a faucet valve body switch that controls the hot water inlet pipe or the cold water inlet pipe to close or open, and the switch control part is also provided with the sealing cover in each drain to open or close the drain The water control switch of the mouth;

Between the launcher control switch and each launcher, a wire-controlled pulling wire rope that drives each sealing cover to open or close the drain and a touch element are respectively provided, and the touch elements are respectively arranged at the bottom of each launcher and touch. The connected drive sealing cover opens or closes the drain, one end of each wire-controlled pulling wire rope is connected to the launching control switch, and the other end of each wire-controlled pulling wire rope is connected to the touch element in each drainer, and Pull each wire-controlled pulling wire rope under the launching control switch to the linked driving touch element to touch the sealing cover.

Further, the faucet valve body switch and the sewer control switch on the switch control part are integrally installed and connected;

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. The bottom end of the valve core body is provided with pipeline connection ends respectively communicating with the hot water inlet pipe or the cold water inlet pipe cover;

The lower end of each lifting pull rod is respectively connected with the wire-controlled pull wire rope corresponding to each sewer, and the sealing cover is lifted up through the linkage control to open the drain port at the bottom of the sewer.

Further, the faucet valve body switch and the sewer control switch on the switch control part are integrally installed and connected to the sink body on the side of the faucet.

Further, the faucet valve body switch and the drain control switch on the switch control part are installed and connected to the housing seat of the faucet.

Further, the faucet valve body switch includes a spool body and a faucet switch knob installed on the top of the spool body, the spool body is installed on the top of a housing seat with a water outlet in the middle, and the drain control switch is arranged on the housing. The underside of the body seat.

Further, the faucet valve body switch includes a valve core body and a faucet switch knob mounted on the top of the valve core body, the top of the housing seat is provided with a water outlet of the faucet, and the side wall of the middle part of the housing seat extends outward for installation The valve core seat of the valve core body is fixed, and the launch control switch is installed on the housing seat on the lower side of the valve core seat.

The lower ends of the two lifting pull rods are respectively connected with the wire-controlled pull wire rope corresponding to each drain in the two cavities on the sink body. The drain switch knob and the guide sliding sleeve are located in the middle position between the two lifting pull rods. When the drain outlets of the drains corresponding to the two cavities on the control sink body are closed at the same time, when the drain switch knob and the guide sliding sleeve rotate clockwise or counterclockwise, according to the size of the rotation angle, pull one of the two lifting pull rods One or two lifting and pulling rods are raised simultaneously, and the touch parts are driven by the corresponding wire-controlled pulling wire rope to respectively lift the sealing cover of the drain to control one of the two cavities on the sink body to open the drain or The drains of the two cavities are opened at the same time.

The top end of the upper handle lifting pull rod is connected with an upper handle thrust rod extending from the guide hole in the radial direction of the valve core body, and the top end of the lower handle lifting pull rod is connected with the guide hole along the radial direction of the valve core body. The lower handle thrust rod protruding from the position, the corresponding valve core body is respectively provided with a sliding groove that communicates with the respective guide holes in the radial direction to facilitate the upper handle thrust rod or the lower handle thrust rod to slide along the inner

The lower ends of the upper handle lifting pull rod and the lower handle lifting pull rod are respectively connected with the wire control pull wire rope corresponding to each drain in the two cavities on the sink body. The upper handle drain switch knob, upper guide sliding sleeve and The upper handle lifting pull rod controls the closing and opening of a cavity on the sink body corresponding to the drain outlet of the sewer through the wire-controlled pulling wire rope. The lower handle drain switch knob, the lower guide sliding sleeve and the lower handle lifting pull rod pass through the line The control pull wire rope individually controls the closing and opening of the other cavity on the sink body corresponding to the drain outlet of the drain. The upper handle drain switch knob and the lower handle drain switch knob are independent of the respective cavity on the sink body corresponding to the drain outlet of the drainer. Unrelated connection control.

Further, the drain is in the shape of a drum, a circular sealing cover is inserted on the upper side of the drain port of the drum-shaped drain, and the center of the bottom end of the sealing cover is provided with a central positioning shaft extending downwards, and the corresponding drain is drained. The center of the mouth is provided with a central guide hole that cooperates with the central positioning shaft to facilitate the insertion of the sealing cover to seal the entire drain and the sealing cover to lift to open the drain;

The touch element is an L-shaped deflector. The lower side of the central guide hole of the barrel-shaped drain forms a accommodating cavity for accommodating the L-shaped deflector. The corners of the L-shaped deflector are hinged to the inner wall of the barrel-shaped drain , A hinged fulcrum shaft for hingedly fixing the L-shaped deflection member is provided on the inner wall of the corresponding drum-shaped drainer extending into the containing cavity;

The side wall of the barrel-shaped drain corresponding to the upper side of the L-shaped deflection member is provided with a side guide hole that facilitates the direct insertion of the wire-controlled pulling wire rope and is straightly connected and fixed on the upper side of the L-shaped deflection member. The lower end of the deflection member corresponding to the lower side of the central guide hole is provided with a pushing block contacting the central positioning axis at the lower end of the bottom end of the sealing cover, and the L-shaped deflection member is pulled by the online control pulling wire rope with the hinged fulcrum axis as the center Deflection to a certain angle, touch the end of the central positioning shaft and push the sealing cover up to open the drain of the sewer.

Further, at least one diversion port is provided at the circumferential drainage port of the central guide hole to facilitate the discharge of water from the cavity of the sink body; the L-shaped deflector avoids the diversion port being installed on the lower side of the central guide hole In the accommodating cavity, the corresponding central guide hole is circumferentially provided with a cover covering the upper side of the L-shaped deflector to prevent the water in the cavity from directly washing the L-shaped deflector or prevent foreign matter in the water from being wrapped around the L-shaped deflector to block the drain .

Further, the outer wall of the barrel-shaped drain corresponding to the side through hole is also provided with a water leakage blocking cover that facilitates the sliding of the wire-controlled pulling wire rope and seals the side through hole to prevent water leakage of the drain.

Further, the bottom end of the sewer is also threadedly connected with a connecting pipe cover communicating with the sewer pipe.

The beneficial effects of the present invention are:

The present invention realizes the automatic comprehensive control of water supply and drainage by separately setting the faucet valve body switch for controlling the water supply of the faucet and the water control switch for controlling the drainage of each cavity of the sink body on the integrated switch control part, which is compared with the sink table in the prior art. The installed various control switches effectively save the control space of the sink countertop, reduce the installation interface, reduce the pollution of the sink countertop, and effectively increase the cleanliness of the sink countertop.

A linkage control component composed of a launching control switch, a wire-controlled pulling wire rope and a touch element that controls the sealing cover of each launcher to open or close the drain outlet. The linkage control component realizes the control according to the wire rope brake system on the bicycle that controls the wheel stop The traction and sliding of the wire-controlled pulling wire rope is easy to operate and facilitate the automatic drainage of each cavity of the sink body, especially in winter or when the water in the sink is dirty, to avoid freezing or soiling hands in the water, improving user use The comfortableness of the wire rope ensures cleanness and cleanliness during use; moreover, one end of the wire-controlled pulling wire rope is directly connected and fixed to the end of the lifting pulling rod of the sewer control switch, and the other end of the wire-controlled pulling wire rope passes straight through the drum. The side through hole at the side wall of the drainer is directly connected and fixed on the upper side of the L-shaped deflector. The overall connection structure is simple, effectively preventing the wire rope pulling wire rope from knotting or jamming, and effectively improving the reliability of the launching control switch. , To prevent the sealing cap at the drain port of the sewer from not being opened or closed tightly.

At the same time, since the touch element is an L-shaped deflector, the center positioning axis at the bottom of the sealing cover is in contact with the push block at the lower end of the L-shaped deflector. In this way, the sealing cover can also be manually controlled to control the drain as needed. The opening and closing of the drain can realize the free switching between the automatic control mode and the manual control mode, and improve the wide applicability of the sink in the use process.

In addition, the L-shaped deflector avoids the diversion port being installed in the accommodating cavity on the lower side of the central guide hole, and the corresponding central guide hole is circumferentially provided with a cover covering the upper side of the L-shaped deflector, and the drainage port is set in the structure. The diversion port of the sump is covered to prevent the water in the sink cavity from directly washing the L-shaped deflector or foreign matter in the water entangles on the L-shaped deflector to block the drain during the use of the sink and the corresponding sink, which further improves the drainage of the sink. The reliability of the mouth.

Description of the drawings

FIG. 1 is a schematic diagram of a three-dimensional top-view structure of Embodiment 1 of the present invention;

2 is a schematic view of a three-dimensional bottom view of the first embodiment of the present invention;

FIG. 3 is a schematic diagram of a three-dimensional top view structure with the cover of the guide tube removed according to the first embodiment of the present invention; FIG.

4 is a perspective bottom view of the structure of the first embodiment of the present invention with the cover of the guide tube removed;

FIG. 5 is a schematic diagram of the rear view structure with the cover of the guide tube removed according to the first embodiment of the present invention; FIG.

6 is a schematic top view of the structure of the first embodiment of the present invention with the cover of the guide tube removed;

FIG. 7 is an enlarged schematic diagram of the three-dimensional structure of the embodiment 1 of the present invention with the water tank body removed;

8 is an enlarged schematic view of the front structure of the embodiment of the present invention with the water tank body removed;

9 is an enlarged schematic diagram of a three-dimensional structure of a switch control unit according to an embodiment of the present invention;

10 is an enlarged schematic diagram of an exploded structure of a switch control part according to an embodiment of the present invention;

Figure 11 is an enlarged schematic view of the three-dimensional structure of the sump according to the embodiment of the present invention;

Figure 12 is an enlarged schematic diagram of the explosive structure of the water trap according to the embodiment of the present invention;

FIG. 13 is a schematic diagram of a three-dimensional front view structure with the cover of the guide tube removed according to the second embodiment of the present invention; FIG.

14 is a schematic diagram of a three-dimensional rear view structure of the second embodiment of the present invention with the cover of the guide tube removed;

15 is an enlarged schematic view of the three-dimensional structure of the embodiment of the present invention with the water tank body removed;

16 is an enlarged schematic diagram of the three-dimensional structure of the switch control part of the second embodiment of the present invention;

FIG. 17 is an enlarged schematic diagram of the exploded structure of the switch control part of the second embodiment of the present invention;

18 is a schematic diagram of a three-dimensional bottom view of the third embodiment of the present invention;

19 is a schematic diagram of a three-dimensional top-view structure of Embodiment 3 of the present invention;

20 is a schematic diagram of an exploded structure of Embodiment 3 of the present invention;

21 is an enlarged schematic diagram of the exploded structure of the faucet and switch control part in the third embodiment of the present invention;

22 is a schematic front view three-dimensional structure of the fourth embodiment of the present invention;

FIG. 23 is a schematic rear view of the three-dimensional structure of the fourth embodiment of the present invention;

Fig. 24 is a bottom three-dimensional structural diagram of the fourth embodiment of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with 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, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "installation", "connection", and "connection" should be interpreted broadly unless otherwise clearly defined and limited. For example, it can be a fixed connection or a detachable connection. Connected or integrally connected; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be the internal communication between two components. For those of ordinary skill in the art, the specific meaning of the above-mentioned terms in the present invention can be understood through specific circumstances.

In the specific embodiment of the present invention, since the integrated switch is assembled and installed on the water tank as a part of the automatic control system to control the inlet and outlet of the water tank, the integrated switch is not described separately here.

Example one

An automatic control system for controlling the inlet and outlet of a water tank, as shown in Figures 1 to 12, includes a faucet 1, a water tank body 2 and a switch control part 3. The water tank body 2 is provided with two cavities for water storage 20. The bottom of each cavity 20 on the sink body 2 is provided with a drain 4 for draining water. The switch control unit 3 is installed on the sink body 2 and controls the hot water inlet pipe 5 and the cold water inlet pipe 6 to close the water supply to the faucet 1. And open; Of course, it can also be different from this embodiment, the sink body is provided with a cavity for water storage, the bottom of the cavity on the sink body is provided with a drain for draining water, and the switch control unit is installed on the sink body And control the closing and opening of the hot water inlet pipe or the cold water inlet pipe, or a single water source to supply water to the faucet.

As shown in Figures 1 to 10, the drain 4 of each cavity 20 on the sink body 2 is also provided with a drain 7 connected to the drain pipe and used to control the opening and closing of the drain 4, each drain 7 is provided with a sealing cover 8 for opening and closing the drain 4; the switch control part 3 is provided with a faucet valve body switch 30 that controls the closing or opening of the hot water inlet pipe 5 and the cold water inlet pipe 6, and controls each drain separately The sealing cover 8 in the device 7 opens or closes the drain control switch 31 of the drain 4; wherein the faucet valve body switch 30 and the drain control switch 31 on the switch control part 3 are integrally installed and connected to the sink body 2 on the side of the faucet 1 .

Continuing as shown in Figures 1 to 10, between the launch control switch 31 and each launcher 7, a wire-controlled pulling wire 9 and a touch element 10 that drive each sealing cover 8 to open or close the drain 4 are respectively provided. The touch element 10 is respectively arranged at the bottom of each drain 7 and touches the driving sealing cover 8 to open or close the drain 4, one end of each wire-controlled pulling wire rope 9 is connected to the drain control switch 31, and each wire-controlled The other end of the pulling wire rope 9 is respectively connected to the touch element 10 in each launcher 7, and each of the wire-controlled pulling wire ropes 9 is pulled by the launching control switch 31 to drive the touch element 10 linked with each other to touch the sealing cover 8.

As shown in Figures 9 and 10, the faucet valve body switch 30 includes a cylindrical valve core body 300 and a faucet switch knob 301 installed at the top of the valve core body 300. The bottom end of the valve core body 300 is provided with a hot water inlet pipe. 5 and the cold water inlet pipe 6 are respectively connected to the end cover 302 and the positioning ring 303 for installing and fixing the water control switch 31; of course, a cavity 20 for water storage is provided on the corresponding water tank body 2, and the valve core body The bottom end of 300 is provided with a pipe connection end cover respectively communicating with the hot water inlet pipe 5 or the cold water inlet pipe 6 or a single water source.

Continuing as shown in Figures 9 and 10, the launching control switch 31 includes a launching switch knob 310, a guide sliding sleeve 311, and two lifting and pulling rods 312. The launching switch knob 310 uses a single control handle, and the valve core body 300 extends along Two guide holes 3000 slidingly fitted with the lifting pull rod 312 are respectively provided in the axial direction. The top ends of the two lifting pull rods 312 are respectively connected with a thrust rod 313 extending from the guide hole 3000 in the radial direction of the valve core body 300. , The corresponding valve core body 300 is radially provided with a sliding groove 3001 that is connected to the guide hole 3000 to facilitate the sliding of the thrust rod 313 on the lifting pull rod 312 along the inside of the sliding groove 3001. The guide sliding sleeve 311 is installed inside the drain switch knob 310 and It is sleeved on the valve core body 300 together, and an inclined arcuate groove 3110 with symmetrical openings is formed along the axial direction on the peripheral outer wall of the guide sliding sleeve 311. The inclined arcuate groove 3110 is respectively connected with two lifting pull rods 312 The upper thrust rod slides in contact, and the drain switch knob 310 drives the guide sliding sleeve 311 to rotate synchronously. When the guide sliding sleeve 311 rotates clockwise, the inclined surface a on the right side of the arc groove 3110 is inclined. It only pushes the right lifting pull rod 312 on the valve core body 300 to rise; if it rotates at a relatively large angle, push the right lifting pull rod 312 and the left lifting pull rod 312 on the valve core body in turn. rising. When the guide sliding sleeve 311 rotates counterclockwise, if the inclined surface b on the left side of the inclined arc surface groove 3110 rotates only a certain small angle, it only pushes the lift rod 312 on the left side of the valve core body 300 to rise; if Rotating at a relatively large angle, the left lift pull rod 312 and the right lift pull rod 312 on the valve core body 300 are pushed up in sequence.

Moreover, as shown in Figs. 4 and 7, the lower ends of the two lifting pull rods 312 are respectively connected to the wire-controlled pull wire 9 corresponding to each drain 7 in the two cavities 20 on the sink body 2, and the drain switch knob 310 and guide When the sliding sleeve 311 is located in the middle position between the two lifting and pulling rods 312, the drain port 4 of the drain 7 corresponding to the two cavities 20 on the sink body 2 is closed at the same time, and the drain switch knob 310 and the guide sliding sleeve 311 are clockwise. When rotating at a small angle, the right-side lifting pull rod 312 of the valve core body 300 is pulled up by the inclined surface on the right side of the guide sliding sleeve 311, and the touch element 10 is driven by the wire-controlled wire rope 9 on the right side. The sealing cover 8 of the drain 7 in the right cavity 20 on the sink body 2 is used to control the drain 4 on the right cavity 20 on the sink body 2 to open; when the drain switch knob 310 and the guide sliding sleeve 311 are large clockwise When the angle is rotated, through the inclined surface on the right side of the guide sliding sleeve 311, the right lifting pull rod 312 and the left lifting pull rod 312 of the valve core body 300 are pulled up in turn, and pass through the right and left sides respectively. The wire-controlled pulling wire rope 9 on the side drives the touch element 10 to lift up the sealing cover 8 of the drain 7 in the right cavity 20 and the left cavity 20 on the sink body 2 to control the right cavity 20 on the sink body 2 And the drain 4 on the left cavity 20; turn the drain switch knob 310 clockwise to open only the drain 4 of the right cavity 20, or open the drain 4 on the right cavity 20 and the left cavity 20 at the same time. Drain 4.

As shown in 4 and 7, when the drain switch knob 310 and the guide sliding sleeve 311 rotate counterclockwise at a small angle, only the inclined surface on the left side of the guide sliding sleeve 311 pulls the left lifting pull rod 312 on the valve core body 300 to rise. , And by pulling the wire rope 9 on the left to drive the touch element 10, only lift up the sealing cover 8 of the drain 7 in the left cavity 20 on the sink body 2, and only control the left cavity 20 on the sink body 2 The drain 4 is open.

When the drain switch knob 310 and the guide sliding sleeve 311 rotate counterclockwise at a large angle, the guide sliding sleeve 311 is used as a side inclined surface, and the left lifting pull rod 312 and the right lifting pull rod 312 on the valve core body 300 are pulled in turn. The rods 312 are all raised, and the touch element 10 is driven by the wire rope 9 on the right and the left to lift the sealing cover of the drain 7 in the left cavity 20 and the right cavity 20 on the sink body 2 respectively. 8. To control the opening of the drain openings 4 on the left cavity 20 and the right cavity 20 on the sink body 2; turn the drain switch knob 310 counterclockwise to open only the drain 4 of the left cavity 20, or open at the same time The drain 4 on the left cavity 20 and the right cavity 20.

In addition, as shown in Figure 4, Figure 7, Figure 11 and Figure 12, the drain 7 is in the shape of a drum, a circular sealing cover 8 is inserted on the upper side of the drain 4 of the drum-shaped drain 7, and the sealing cover 8 The center of the bottom end extends downwards with a central positioning shaft 80, and the corresponding drain 7 has a central positioning shaft 80 in the center of the drain port 4, which facilitates the insertion of the sealing cover 8 to seal the entire drain 4 and the sealing cover 8 to lift and open The central guide hole 70 of the drainage port 4; the bottom end of the drain 7 is also threadedly connected with a connecting pipe cover 71 that communicates with the drain pipe. Among them, the touch element 10 is an L-shaped deflector, and the lower side of the central guide hole 70 of the barrel-shaped drain 7 forms a receiving cavity 72 for accommodating the L-shaped deflector. The corners of the L-shaped deflector are hinged to the barrel-shaped drain At the inner wall of the device 7, the inner wall of the corresponding barrel-shaped drain 7 extends into the accommodating cavity 10 and is provided with a hinge fulcrum shaft 73 for hingedly fixing the L-shaped deflector; the upper side of the L-shaped deflector corresponds to the barrel-shaped The side wall of the drain 7 is provided with a side conduction hole 74 that facilitates the direct insertion of the wire-controlled pulling wire rope 9 and is straightly connected and fixed to the upper side of the L-shaped deflector. The side conduction hole 74 corresponds to the barrel-shaped drain 7 The outer wall is also provided with a water leakage blocking cover 11 that facilitates the sliding of the wire-controlled pulling wire rope 9 and seals the side conduction hole 74 to prevent water leakage of the drain 7. On the lower side of the lower end of the L-shaped deflection member corresponding to the central guide hole 70, there is provided a pushing block 100 contacting the central positioning shaft 80 at the lower end of the sealing cover 8. The L-shaped deflection member is pulled by the wire rope 9 under online control. The hinged fulcrum shaft 73 is centered and deflected by a certain angle, touches the end of the central positioning shaft 80 and pushes the sealing cover 8 to rise to open the drain 4 of the drain 7.

As shown in Figure 4, Figure 7, Figure 11 and Figure 12, the circumferential drain 4 of the central guide hole 70 is also provided with three evenly distributed diversion openings 40 to facilitate the discharge of water from the cavity 20 of the sink body 2; , The L-shaped deflector avoids the diversion port 40 and is installed in the accommodating cavity 72 on the lower side of the central guide hole 70. The corresponding central guide hole 70 is circumferentially covered on the upper side of the L-shaped deflector to prevent the water in the cavity 20 from being directly The cover 12 of the L-shaped deflector to flush the L-shaped deflector or prevent foreign matter in the water from being entangled on the L-shaped deflector to block the drain 4.

Example two

As shown in Figures 13 to 17, the difference between this embodiment and the first embodiment is that the drain control switch 31 includes an upper handle drain switch knob 310', a lower handle drain switch knob 311', and an upper guide sliding sleeve 312' , The lower side guide sliding sleeve 313', the upper handle lifting pull rod 314', and the lower handle lifting pull rod 315', the valve core body 300 is provided with the upper handle lifting pull rod 314' and the lower handle lifting rod 314' along the axial direction. The pull rod 315′ is slidingly fitted with the guide hole 3000; the top of the upper handle lifting pull rod 314′ is respectively connected with the upper handle thrust rod 3140′ extending from the guide hole along the radial direction of the valve core body 300, and the lower handle lifts and pulls The top ends of the tie rods 315′ are respectively connected with a lower handle thrust rod 3150′ extending from the guide hole 3000 in the radial direction of the valve core body 300, and the corresponding valve core body 300 is respectively provided in the radial direction to communicate with the respective guide holes to facilitate the upper handle The sliding groove 3001 along which the thrust rod 3140' or the lower handle thrust rod 3150' slides.

As shown in Figure 13 to Figure 17, the upper guide sliding sleeve 312' is installed inside the upper handle drain switch knob 310' and is sleeved on the upper side of the valve core body 300. The lower guide sliding sleeve 313' is installed on the upper side of the valve core body 300. The inner side of the lower handle drain switch knob 311' is also sleeved on the valve core body 300 on the lower side of the upper guide sliding sleeve 312'; the upper guide sliding sleeve 312' and the lower guide sliding sleeve 313' are respectively provided with a sleeve at the bottom end The upper locating ring 316 ′ and the lower locating ring 317 ′ are respectively installed on the valve core body 300 and used for the upper handle drain switch knob 310 ′ and the lower handle drain switch knob 311 ′; the upper guide sliding sleeve 312 ′ and the lower The side guide sliding sleeve 313' is provided with unidirectional inclined arc grooves c on the outer wall along the axial direction. The unidirectional inclined arc groove c of the upper guide sliding sleeve 312' and the upper handle lifting pull The upper handle thrust rod 3140′ on the pull rod 314′ slides in contact, and the one-way inclined arc groove c of the lower guide sliding sleeve 313′ slides with the lower handle thrust rod 3150′ of the lower handle lifting and pulling rod 315′ Touch.

When in use, the upper handle drain switch knob 310' drives the upper guide sliding sleeve 312' to rotate synchronously, the lower handle drain switch knob 311' drives the lower guide sliding sleeve 313' to rotate synchronously, the upper guide sliding sleeve 312' and the lower guide When the sliding sleeve 313' rotates clockwise, the inclined surface of the one-way inclined arc groove pushes the upper handle lifting and pulling rod 314' and the lower handle lifting and pulling rod 315' to rise respectively, and the upper guide sliding sleeve 312' and When the lower guide sliding sleeve 313' rotates counterclockwise, the inclined surface of the one-way inclined arc groove is released from the stop, and the upper handle lifting and pulling rod 314' and the lower handle lifting and pulling rod 315' are lowered and reset respectively.

The lower ends of the upper handle lifting pull rod 314' and the lower handle lifting pull rod 315' are respectively connected with the wire control pull wire 9 corresponding to each drain 7 in the two cavities 20 on the sink body 2, and the upper handle launch switch The knob 310', the upper guide sliding sleeve 312' and the upper handle lifting pull rod 314' individually control the upper cavity 20 of the sink body 2 through the wire-controlled pulling wire rope 9 to close and open the drain 4 of the drain 7 The handle drain switch knob 311′, the lower guide sliding sleeve 313′, and the lower handle lifting and pulling rod 315′ individually control the closing of the other cavity 20 on the sink body 2 corresponding to the drain 4 of the drain 7 through the wire-controlled pulling wire rope 9 When and open, the upper handle drain switch knob 310' and the lower handle drain switch knob 311' independently connect and control the respective cavity 20 on the sink body 2 corresponding to the drain 4 of the drain 7 independently and independently of each other.

Example three

As shown in Figures 18 to 21, the difference between this embodiment and the first embodiment is that the faucet valve body switch 30 and the drain control switch 31 on the switch control part 3 are installed and connected to the housing seat 10 of the faucet 1 together. 'on. Wherein, the faucet valve body switch 30 includes a cylindrical valve core body 300 and a faucet switch knob 301 installed on the top of the valve core body 300. The valve core body 300 is installed on the top of the housing seat 10' with the water outlet X of the faucet 1 in the middle. The drain control switch 31 is arranged on the lower side of the housing base 10', and the corresponding drain switch knob 310 and the guide sliding sleeve 311 are rotatably sleeved on the outer periphery of the lower side of the housing base 10'. The bottom end of the housing base 10' is connected to the hot water inlet pipe 5 and the cold water inlet pipe 6, respectively. The water tank body 2 is provided with a cavity 20 for water storage. According to personal control needs, the water switch knob 310 is controlled clockwise by rotating it. Connect the wire-controlled pulling wire rope 9 to the right-hand lifting pulling rod 312; when turning counterclockwise to control the drain switch knob 310, connect the wire-controlled pulling wire 9 to the left lifting pulling rod 312; The touch element 10 is driven by the wire-controlled pulling wire rope 9 to lift up the sealing cover 8 of the drain 7 in the upper cavity 20 of the sink body 2 to control the opening of the drain 4.

Example four

As shown in Figures 22 to 24, the difference between this embodiment and the first embodiment is that the faucet valve body switch 30 and the drain control switch 31 on the switch control part 3 are installed and connected to the housing seat 10 of the faucet 1 together. 'on. Wherein, the faucet valve body switch 30 includes a cylindrical valve core body (not shown in the figure) and a faucet switch knob 301 installed at the top of the valve core body. The top of the housing seat 10' is provided with the water outlet X of the faucet 1, and the shell The central side wall of the body seat 10' extends outwardly with a valve core seat Y for mounting and fixing the valve core body. The drain control switch 31 is installed on the housing seat 10' on the lower side of the valve core seat, and the corresponding drain switch knob 310 And the guide sliding sleeve is rotatably sleeved on the outer periphery of the lower side of the housing base 10'. As in the first embodiment, when the water switch knob 310 is turned clockwise or counterclockwise, one or both of the two lifting pull rods are pulled up at the same time according to the rotation angle, and The corresponding wire-controlled pulling wire rope 9 drives the touch element to lift the sealing cover of the drain 7 respectively to control one of the two cavities 20 on the sink body 2 to open the drain 4 or the drain 4 of the two cavities 20 at the same time turn on.

In the description of the present invention, it should be noted that the terms "upper", "lower", "left", "right", "inner", "outer", etc. indicate the orientation or positional relationship based on the drawings. The position or position relationship, or the position or position relationship usually placed when the product of the invention is used, is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific position and The specific azimuth structure and operation cannot be understood as a limitation 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 in accordance with the shape, structure and principle of the present invention shall be covered by the protection scope of the present invention. Inside.

Claims

An integrated switch for controlling the inlet and outlet of a water tank, comprising a switch control part installed on the water tank, and the switch control part is installed on the water tank and controls the closing and opening of the hot water inlet pipe or the cold water inlet pipe to the faucet; It is characterized in that: the switch control part is provided with a faucet valve body switch for controlling the closing or opening of the hot water inlet pipe or the cold water inlet pipe, and the switch control part is also provided with respectively controlling the opening or closing of each drain and sewer A drainage control switch for the drainage outlet; a linkage control component that drives each drainage drainage device to open or close the drainage outlet is respectively arranged between the drainage control switch and each drainage drainage fixture on the sink.
The integrated switch for controlling the inlet and outlet of a water tank according to claim 1, wherein the faucet valve body switch and the sewer control switch on the switch control part are integrally installed and connected.
The integrated switch for controlling the intake and drainage of a sink according to claim 1 or 2, characterized in that: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body, The bottom end of the valve core body is provided with a pipe connection end cover that communicates with the hot water inlet pipe or the cold water inlet pipe respectively; 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 in the axial direction that is slidably fitted with each lifting pull rod, and the top of the lifting pull rod is connected with a thrust rod extending from the guide hole in the radial direction of the valve core body. The valve core body is radially provided with a sliding groove that is communicated with the guide hole to facilitate the sliding of the thrust rod on the lifting pull rod along the inside. The guide sliding sleeve is installed on the inner side of the drain switch knob and sleeved on the valve core body. The circumferential outer wall of the guide sliding sleeve is provided with a sliding contact with the thrust rods on all lifting pull rods along the axial direction, and pulls the lifting pull rod to move up and down when the water switch knob drives the guide sliding sleeve to rotate synchronously The lower end of each lifting pull rod is connected with the corresponding linkage control component of each drainage sewer, and the drainage port at the bottom of each drainage sewer is opened through linkage.
The integrated switch for controlling the intake and drainage of a sink according to claim 1 or 2, characterized in that: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body, The bottom end of the valve core body is provided with a pipeline connection end cover respectively communicating with the hot water inlet pipe and the cold water inlet pipe; the launching control switch includes a launching switch knob, a guide sliding sleeve and two lifting and pulling rods. The launching switch The knob adopts a single control handle. The valve core body is provided with two guide holes that are slidably fitted with the lifting pull rod along the axial direction. The top of the lifting pull rod is connected with the guide hole along the radial direction of the valve core body. The protruding thrust rod, the corresponding valve core body is radially provided with a sliding groove communicating with the guide hole to facilitate the sliding of the thrust rod on the lifting pull rod along the inside of the sliding groove, and the guide sliding sleeve is installed inside the drain switch knob and It is sleeved on the valve core body together. The circumferential outer wall of the guide sliding sleeve is provided with inclined arcuate grooves with symmetrical openings along the axial direction. The inclined arcuate grooves are respectively connected to the two lifting and pulling rods. The thrust rod sliding contact; the water switch knob drives the guide sliding sleeve to rotate synchronously. When the guide sliding sleeve rotates clockwise, the inclined surface on the right side of the inclined arc groove pushes the upper right side of the valve core body according to the rotation angle The lifting pull rod is raised or the right lifting pull rod and the left lifting pull rod on the spool body are lifted in sequence. When the guide sliding sleeve rotates counterclockwise, the inclined arc groove depends on the rotation angle. Push the left lifting pull rod on the spool body to raise or push the left lifting pull rod on the spool body and the right lifting pull rod in turn to raise; the lower ends of the two lifting pull rods Connected to the corresponding linkage control components of each drainage and sewer in the two cavities on the sink body respectively. When the drain switch knob and the guide sliding sleeve are located in the middle position between the two lifting pull rods, they control the two drainage and sewer devices on the sink. The drain outlet is closed at the same time. When the drain switch knob and the guide sliding sleeve rotate clockwise or counterclockwise, one or both of the two lifting pull rods are pulled up at the same time according to the rotation angle. , And through the corresponding linkage control component linkage control of the corresponding drainage outlet of one drainage sewer to open or the drainage outlets of two drainage sewers to open at the same time.
The integrated switch for controlling the intake and drainage of a sink according to claim 1 or 2, characterized in that: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body, The bottom end of the valve core body is provided with a pipeline connection end cover respectively communicating with the hot water inlet pipe and the cold water inlet pipe; the launching control switch includes an upper handle launching switch knob, a lower handle launching switch knob, an upper guide sliding sleeve, a lower The side guide sliding sleeve, the upper handle lifting pull rod and the lower handle lifting pull rod, the valve core body is respectively provided with guide holes in the axial direction that are slidably matched with the upper handle lifting pull rod and the lower handle lifting pull rod; The top ends of the upper handle lifting pull rods are respectively connected with upper handle thrust rods protruding from the guide hole in the radial direction of the valve core body, and the top ends of the lower handle lifting pull rods are respectively connected to the top ends of the lower handle lifting pull rods along the valve core body radial direction. The lower handle thrust rod protruding from the guide hole, the corresponding valve core body is respectively provided with a sliding groove communicating with the respective guide hole in the radial direction to facilitate the upper handle thrust rod or the lower handle thrust rod to slide along the inside; The side guide sliding sleeve is installed on the inner side of the upper handle drain switch knob and sleeved on the upper side of the valve core body, and the lower side guide sliding sleeve is installed on the inner side of the lower handle drain switch knob and sleeved on the lower side of the upper guide slide sleeve. On the valve core body; the upper side guide sliding sleeve and the lower side guide sliding sleeve are provided with unidirectionally inclined arcuate grooves on the circumferential outer wall along the axial direction, and the upper side guide sliding sleeve The one-way inclined arc groove slides in contact with the upper handle thrust rod on the upper handle lifting and pulling rod, and the unidirectional inclined arc groove of the lower side guide sliding sleeve and the lower handle of the lower handle lifting and pulling rod stop pushing The rod sliding contact; the upper handle drain switch knob drives the upper guide sliding sleeve to rotate synchronously, the lower handle drain switch knob drives the lower guide sliding sleeve to rotate synchronously, the upper guide sliding sleeve and the lower guide sliding sleeve are respectively smooth When the clockwise rotates, the inclined surface of the one-way inclined arc groove pushes the upper handle lifting pull rod and the lower handle lifting pull rod to rise respectively, and the upper guide sliding sleeve and the lower guide sliding sleeve rotate counterclockwise. The inclined surface of the one-way inclined arc groove is respectively released after the stop is lifted, and the upper handle lifting pull rod and the lower handle lifting pull rod are lowered and reset respectively; the lower ends of the upper handle lifting pull rod and the lower handle lifting pull rod are respectively connected to the water tank The upper two drainage sewers are connected to the corresponding linkage control components. The upper handle sewer switch knob, the upper guide sliding sleeve and the upper handle lifting pull rod are individually controlled by the linkage control component to control the upper cavity of the sink corresponding to the drainage outlet of the drainage sewer. To close and open, the lower handle drain switch knob, the lower guide sliding sleeve and the lower handle lifting pull rod individually control the closing and opening of the other cavity on the sink corresponding to the drain outlet of the drain drain through the linkage control component, and the upper handle drain switch knob And the lower handle drain switch knob independently connects and controls the respective cavities on the sink corresponding to the drain outlets of the drain drains, and they are not related to each other.
The integrated switch for controlling the inlet and outlet of a sink according to claim 1, wherein the linkage control component is a wire-controlled pulling wire rope and an L-shaped contact that drives each drain and sewer to open or close the drain outlet. Control.
An automatic control system for the control of the inlet and outlet of a water tank, comprising a faucet, a water tank body and a switch control part. The water tank body is provided with at least one cavity for water storage, and each cavity on the water tank body The bottom is provided with a drain for draining water. The switch control part is installed on the sink body and controls the closing and opening of the hot water inlet pipe or the cold water inlet pipe to the faucet; it is characterized in that: each cavity on the sink body The drain port of the body is also respectively provided with a drain connected with the drain pipe and used to control the opening and closing of the drain. Each drain is provided with a sealing cover for opening and closing the drain; 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, and the switch control part is also provided with a drain control switch that controls the sealing cover in each drain to open or close the drain; There is also a wire-controlled pulling wire rope and a touch element between the drain control switch and each drain to drive each sealing cover to open or close the drain. The touch elements are respectively arranged at the bottom of each drain and touched Drive the sealing cover to open or close the drain. One end of each wire-controlled traction wire rope is connected to the launching control switch, and the other end of each wire-controlled traction wire rope is connected to the touch element in each drain and is launched The control switch separately pulls the linked driving touch element under each wire-controlled pulling wire rope to touch the sealing cover.
The automatic control system for controlling the intake and drainage of a sink according to claim 7, wherein: the faucet valve body switch and the sewer control switch on the switch control part are integrally installed and connected; the faucet valve body switch includes A cylindrical valve core body and a faucet switch knob installed at the top of the valve core body. The bottom end of the valve core body is provided with a pipe connection end cover that communicates with the hot water inlet pipe or the cold water inlet pipe respectively; the launching control switch It includes a drain switch knob, a guide sliding sleeve, and at least one lifting pull rod. The valve core body is provided with a guide hole in the axial direction that is slidingly matched with each lifting pull rod. The top of the lifting pull rod is connected with the edge The valve core body radially extends from the thrust rod of the guide hole, and the corresponding valve core body is radially provided with a sliding groove that communicates with the guide hole to facilitate the lifting and lowering of the thrust rod on the pull rod. The guide The sliding sleeve is installed on the inner side of the sewer switch knob and is sleeved on the valve core body. The peripheral outer wall of the guide sliding sleeve is axially provided with the thrust rods on all lifting pull rods to slide in contact with each other, and When the drain switch knob drives the guide sliding sleeve to rotate synchronously, the inclined arc groove that pulls the lifting pull rod up and down movement; the lower end of each lifting pull rod is connected with the wire-controlled pulling wire rope corresponding to each drain, and is connected through linkage To lift the sealing cover to open the drain at the bottom of the drain.
The automatic control system for controlling the intake and drainage of a sink according to claim 7, wherein the faucet valve body switch and the drain control switch on the switch control part are integrally installed and connected to the sink body on the side of the faucet .
The automatic control system for the control of the water inlet and outlet of the water tank according to claim 7, characterized in that: the faucet valve body switch and the water control switch on the switch control part are installed and connected to the housing seat of the faucet.
The automatic control system for controlling the intake and drainage of the sink according to claim 10, wherein the faucet valve body switch comprises a spool body and a faucet switch knob installed on the top of the spool body, and the spool body The body is installed on the top of the housing seat with a water outlet in the middle, and the drain control switch is arranged on the lower side of the housing seat.
The automatic control system for controlling the intake and drainage of a sink according to claim 10, wherein the faucet valve body switch comprises a spool body and a faucet switch knob mounted on the top of the spool body, and the housing The top of the seat is provided with a water outlet of the faucet, a valve core seat for fixing the valve core body is extended outward from the side wall of the middle part of the housing seat, and the drain control switch is installed on the housing seat on the lower side of the valve core seat.
The automatic control system for controlling the inlet and outlet of the sink according to claim 7 or 9, characterized in that: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body , The bottom end of the valve core body is provided with a pipeline connection end cover that communicates with the hot water inlet pipe and the cold water inlet pipe respectively; the launching control switch includes a launching switch knob, a guide sliding sleeve and two lifting pull rods, the launching The switch knob adopts a single control handle. The valve core body is provided with two guide holes that are slidably fitted with the lifting pull rod along the axial direction. The top of the lifting pull rod is connected with the guide hole along the radial direction of the valve core body. The thrust rod protruding from the position, the corresponding valve core body is radially provided with a sliding groove that is communicated with the guide hole to facilitate the sliding of the thrust rod on the lifting pull rod along the inside of the sliding groove, and the guide sliding sleeve is installed on the inner side of the sewer switch knob And it is sleeved on the valve core body together, the circumferential outer wall of the guide sliding sleeve is provided with inclined arcuate grooves with symmetrical openings along the axial direction, and the inclined arcuate grooves are respectively attached to the two lifting pull rods. The push rod sliding contact; the water switch knob drives the guide sliding sleeve to rotate synchronously. When the guide sliding sleeve rotates clockwise, the inclined surface on the right side of the inclined arc groove pushes the valve core body up to the right according to the rotation angle. The lifting pull rod on the side rises or pushes the lifting pull rod on the right side and the left lifting pull rod on the valve core body in turn. When the guide sliding sleeve rotates counterclockwise, the inclined arc groove, press the rotation The size of the angle pushes the left lifting pull rod on the spool body to rise or sequentially pushes the left lifting pull rod on the spool body and the right lifting pull rod to raise; the two lifting pull rods The lower end is respectively connected with the wire-controlled pull wire rope corresponding to each drain in the two cavities on the sink body. When the drain switch knob and the guide sliding sleeve are located in the middle position between the two lifting pull rods, the two on the sink body are controlled. The drain outlet of the drain corresponding to the cavity is closed at the same time. When the drain switch knob and the guide sliding sleeve rotate clockwise or counterclockwise, one or both of the two lifting pull rods are pulled according to the rotation angle. The pull rod raises at the same time, and the corresponding wire control pulls the wire rope to drive the touch element to respectively lift the sealing cover of the drain to control one of the two cavities on the sink body to open the drain or the drain of the two cavities Open at the same time.
The automatic control system for controlling the inlet and outlet of the sink according to claim 7 or 9, characterized in that: the faucet valve body switch comprises a cylindrical valve core body and a faucet switch knob installed on the top of the valve core body , The bottom end of the valve core body is provided with a pipeline connection end cover respectively connected with the hot water inlet pipe and the cold water inlet pipe; the water control switch includes an upper handle water switch knob, a lower handle water switch knob, an upper guide sliding sleeve, The lower side guide sliding sleeve, the upper handle lifting pull rod and the lower handle lifting pull rod, the valve core body is respectively provided with guide holes in the axial direction that are slidably matched with the upper handle lifting pull rod and the lower handle lifting pull rod The top of the upper handle lifting pull rod is connected with the upper handle thrust rod extending from the guide hole along the radial direction of the valve core body, and the top of the lower handle lifting pull rod is connected with the guide rod along the radial direction of the valve core body The lower handle thrust rod protruding from the hole, the corresponding valve core body is radially respectively provided with the respective guide holes to facilitate the upper handle thrust rod or the lower handle thrust rod to slide along the sliding groove; the upper side The guide sliding sleeve is installed on the inner side of the upper handle drain switch knob and sleeved on the upper side of the valve core body. The lower guide sliding sleeve is installed on the inner side of the lower handle drain switch knob and is sleeved on the lower side of the upper guide sliding sleeve. On the valve core body; the upper side guide sliding sleeve and the lower side guide sliding sleeve are provided with unidirectional inclined arc grooves on the circumferential outer wall along the axial direction, and the single direction of the upper guide sliding sleeve The downwardly inclined arcuate groove is in sliding contact with the upper handle thrust rod on the upper handle lifting and pulling rod, and the unidirectionally inclined arc face groove of the lower side guide sliding sleeve is in contact with the lower handle thrust rod of the lower handle lifting and pulling rod Sliding contact; the upper handle drain switch knob drives the upper guide sliding sleeve to rotate synchronously, the lower handle drain switch knob drives the lower guide sliding sleeve to rotate synchronously, the upper guide sliding sleeve and the lower guide sliding sleeve are clockwise respectively When rotating, the inclined surface of the one-way inclined arc groove pushes the upper handle lifting pull rod and the lower handle lifting pull rod to rise respectively, and the upper guide sliding sleeve and the lower guide sliding sleeve are respectively rotated counterclockwise. The inclined surface of the one-way inclined arc groove is respectively released after the stop of the upper handle lifting pull rod and the lower handle lifting pull rod are lowered and reset respectively; the lower ends of the upper handle lifting pull rod and the lower handle lifting pull rod are respectively with the sink body The wire control pull wire rope corresponding to each drain in the upper two cavities is connected, the upper handle drain switch knob, the upper guide sliding sleeve and the upper handle lifting pull rod are individually controlled by the wire control pulling wire rope to control the upper cavity of the sink body. The body corresponding to the closing and opening of the drain outlet of the drain, the lower handle drain switch knob, the lower side guide sliding sleeve and the lower handle lifting pull rod separately control the other cavity on the sink body corresponding to the drain outlet of the drain through the wire-controlled pulling wire rope Close and open, the upper handle drain switch knob and the lower handle drain switch knob have independent and independent connection control for the respective cavity on the sink body corresponding to the drain outlet of the drainer.
The automatic control system for controlling the intake and drainage of the sink according to claim 7, wherein the drain is in the shape of a drum, and a circular sealing cover is inserted on the upper side of the drain of the drum-shaped drain , The center of the bottom end of the sealing cover is provided with a central positioning shaft extending downwards, and the center of the corresponding drain outlet of the drain is equipped with a central positioning shaft to facilitate the insertion of the sealing cover to seal the entire drainage opening and the sealing cover to rise to open the central guide of the drainage opening Hole; The touch element is an L-shaped deflector, the lower side of the central guide hole of the barrel-shaped drain forms a accommodating cavity for accommodating the L-shaped deflector, and the corners of the L-shaped deflector are hinged to the barrel-shaped drain At the inner wall, the inner wall of the corresponding barrel-shaped drainer extends into the accommodating cavity and is provided with a hinge fulcrum shaft for hingedly fixing the L-shaped deflector; the upper side of the L-shaped deflector corresponds to the side wall of the barrel-shaped drainer There is a through hole on the side to facilitate the direct insertion of the wire-controlled pulling wire rope and straight connection and fixation on the upper side of the L-shaped deflector. The lower end of the L-shaped deflector corresponds to the lower side of the central guide hole. The push block contacted by the central positioning shaft at the bottom of the cover, the L-shaped deflector is pulled by the wire rope controlled by the online control to deflect a certain angle with the hinge pivot shaft as the center, touch the end of the central positioning shaft and push the sealing cover to rise and open The drain of the drain.
The automatic control system for controlling the inlet and outlet of the sink according to claim 15, characterized in that: the circumferential drainage port of the central guide hole is also provided with at least one diversion for facilitating the discharge of water from the cavity of the sink body. The L-shaped deflector avoids the orifice installed in the accommodating cavity on the lower side of the central guide hole, and the corresponding central guide hole is circumferentially covered on the upper side of the L-shaped deflector to prevent the water in the cavity from directly scouring the L A shaped deflector or a cover that prevents foreign matter in the water body from being entangled in the L-shaped deflector to block the drain outlet.
The automatic control system for controlling the intake and drainage of the sink according to claim 15, wherein the outer wall of the barrel-shaped drain corresponding to the side through hole is also provided with a wire rope to facilitate the sliding of the wire rope. And seal the side conduction hole to prevent the leaking plug cover of the drainer.
An automatic control system for controlling the inlet and outlet of the water tank according to claim 7 or 15, characterized in that: the bottom end of the sewer is also threadedly connected with a connecting pipe cover connected with the sewer pipe.