CN107740873A

CN107740873A - Water treatment system

Info

Publication number: CN107740873A
Application number: CN201710821168.2A
Authority: CN
Inventors: 胡霄宗; 胡继宗; 涂泽红
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-04-19
Filing date: 2013-04-19
Publication date: 2018-02-27
Also published as: CN107917244A; CN104254721A; CN107830205A; WO2013155878A1; CN107830205B; CN107795711A; CN104254721B

Abstract

The present invention provides a kind of fluid handling system, and wherein user can adjust and control flowing of the current on the water treatment system different directions by the second flow control element of the flow-controlled device for adjusting the water treatment system with respect to the motion of its first flow control element.

Description

Water treatment system

Technical field

The present invention relates to a kind of fluid handling system, more particularly to a kind of water treatment system, wherein user can pass through tune The the second flow control element for saving the flow-controlled device of the water treatment system adjusts and controlled current with respect to the motion of its first flow control element Flowing on the water treatment system different directions.

Background technology

In existing industry or family expenses water technology, it is being related to two filter cores simultaneously in use, in order to realize two The mutual water purification backwash of filter core, water purification persistently supply the functions such as water purification when supplying water, rinsing, typically using multiple magnetic valves or ball Valve carrys out waterway switching.When using magnetic valve array come waterway switching, pipeline just becomes extremely complex, improves the complexity of system Degree, because flow through magnetic valve is that if the hardness of water is higher, fine impurities are more, magnetic valve not by the water of filtering Fault rate is very high.When using electrical ball valve array come waterway switching, not only the complexity of system is higher, and cost also occupies height not Under.In housed device, when using multiple manual ball valves to form double cartridge systems of manual flushing, come for terminal user Say, operation difficulty is very big.Due to the present situation of above prior art, two-way back-flushing technique largely should on the product for civilian use is limited With.

In addition, in existing industry or family expenses water technology, it is being related to using two dual-port filter cores or making simultaneously During with Dan Zhisan ports filter core, in order to realize the suitable flushing of filter core, backwash, water purification supply water, rinse when the function such as cut off the water supply, typically Using multiple magnetic valves or ball valve come waterway switching.When using magnetic valve array come waterway switching, pipeline just becomes very multiple It is miscellaneous, the complexity of system is improved, because flow through magnetic valve is not by the water of filtering, if the hardness of water is higher, carefully Small impurity is more, and the fault rate of magnetic valve is very high.When using electrical ball valve array come waterway switching, the not only complexity of system Higher, cost also remains high.In housed device, when using multiple manual ball valves to form this system, for terminal For user, operation difficulty is very big.Due to the present situation of above prior art, limit along flushing and backwashing technology in civilian production Extensive application on product.Further, water purification can not be supplied in the occasion of special requirement developing result, flushing, because so Water purification flow velocity when rinsing can be improved, improves developing result.

Further, fluid control and/or processing system, such as water treatment system, in industrial production and people's real life It is relatively conventional.Common fluid handling system generally comprises a flow-control module and a processing unit, and wherein flow-control module is fitted For controlling flowing of the fluid to processing unit, processing unit is handled suitable for treating treatment fluid, after obtaining processing Fluid.When fluid handling system is treated treatment fluid and handled, when being handled such as water treatment system accessing pending water, use In control fluid to realize that the flow-control module of fluid processing intent generally comprises one or more single function valves and/or more work( Can valve fluid, handled for convection body with the processing unit of fluid after being handled it is relatively conventional have filter, Such as filter membrane, activated carbon and/or ion interchange unit, such as ion exchange resin/ion exchange column.In practical application In, filter membrane, activated carbon, ion exchange resin for fluid handling system generally require often to change or regeneration treatment, so that It can play good filtering or remove the effect of fluid intermediate ion.In the filter of the processing unit of user's convection body processing system Film, activated carbon, ion exchange resin etc. are changed or during regeneration treatments, generally require to interrupt at the fluid of fluid handling system Reason, substantial amounts of time cost is brought to user.

Application No. CN200610024561.0 Chinese patent discloses a kind of water treatment system, wherein the water process system The flow-control module of system includes two tee ball valves, two water inlet pipes, an outlet pipe and two blow-off pipes, the water treatment system Processing unit includes two water-purifying tanks being arranged in parallel, water-purifying tank have opening upwards upper end open and a center Pipe, wherein when water inlet pipe is connected with the upper end open of water-purifying tank respectively；Outlet pipe is connected with the central tube of water-purifying tank respectively When the water treatment system two water-purifying tanks to accessing pending water carry out purified treatment；When a water inlet pipe and corresponding water-purifying tank Upper end open is connected, and adjust corresponding triple valve so that the disconnection of another water inlet pipe and external water source and with corresponding blow-off pipe When being connected, two water-purifying tanks one of the water treatment system are in water process state, and one is in backwashing state, so that Obtaining the water treatment system can persistently be handled accessing pending water when a water-purifying tank is in regeneration treatment wherein and to use Person uninterruptedly offer processing after water.But the water treatment system is also by use two or more valve and regulation water inlet pipe and water purification The upper end open of bucket is connected to control the flowing of current with blow-off pipe, and inconvenience is brought to user.

The content of the invention

The main advantage of the present invention is that it provides a kind of water treatment system, and the wherein water treatment system includes a flow control Device and a processing unit, the wherein flow-controlled device are suitable to control multiple fluid, and such as the flowing of current, the processing unit is suitable to treat Treatment fluid, especially accessing pending water stream are handled.

Another advantage of the present invention is that it provides a kind of water treatment system, the wherein unit for treating water of the water treatment system Including two parallel connections and interconnected water process element, wherein the two of the unit for treating water of the water treatment system water process member Part can be handled the accessing pending water from the flow-controlled device simultaneously.

Another advantage of the present invention is that it provides a kind of water treatment system, the wherein unit for treating water of the water treatment system Including two parallel connections and interconnected water process element, wherein when user changes one of water process element or to wherein When one water process element carries out regeneration treatment, the water treatment system can be still handled accessing pending water.

Another advantage of the present invention is that it provides a kind of flow-controlled device, and the wherein flow-controlled device is applied to above-mentioned water treatment system And at different operating position a variety of current can be controlled to flow in different directions respectively.

Another advantage of the present invention is that it provides a kind of flow-controlled device, and the wherein flow-controlled device includes a first flow control element With a second flow control element, wherein the first flow control element and the second flow control element is equipped with multiple fluid passages and worked as and be somebody's turn to do When second control element rotates with respect to the first flow control element, the fluid passage of the first flow control element and the second flow control member The fluid passage of part is respectively connected with leading to so that the flow-controlled device can at different operating position, respectively control flowing this first The multidirectional flowing of the fluid of flow control element and the second flow control element.

Another advantage of the present invention is that its provides a kind of flow-controlled device, part that wherein flow-controlled device need not be accurate and multiple Miscellaneous structure, its manufacturing process is simple, and cost is cheap.

The other advantages and feature of the present invention are able to fully demonstrate and can be by appended rights by following detailed descriptions The means specially pointed out in it is required that and the combination of device are achieved.

According to the present invention, can realize the water treatment system of the present invention of object defined above and other purposes and advantage includes:

One flow-controlled device, the wherein flow-controlled device are applied to the flowing of control current；With

One unit for treating water, the wherein flow-controlled device are with first working position, second working position and one the 3rd Working position；The unit for treating water is suitable to handle the accessing pending water from flow-controlled device, wherein the unit for treating water and the control Stream device is connected so that current can flow between the flow-controlled device and the unit for treating water, and wherein the flow-controlled device includes one the One flow control element and a second flow control element；The unit for treating water is included at a first water process element and second water Element is managed, wherein the second flow control element is in contact with the first flow control element and can rotated relative to the first flow control element；Should First water process element has first water inlet and first delivery port, and the second water process element has one second The of water inlet and second delivery port, wherein the first delivery port of the first water process element and the second water process element Two delivery ports are interconnected, wherein when the flow-controlled device is in first working position, the accessing pending water from the flow-controlled device is fitted In from the first water inlet of the first water process element flow into the first water process element and by its processing with produce processing after water, After the processing water from the outflow of the first delivery port of the first water process element and flow into the second water process element with to this second Water process element is backwashed；When the flow-controlled device is in first working position, the accessing pending water from the flow-controlled device is fitted In from the first water inlet of the first water process element flow into the first water process element and by its processing with produce processing after water, After the processing water from the outflow of the first delivery port of the first water process element and flow into the second water process element with to this second Water process element is backwashed, second water inlet outflow and stream of the waste water caused by backwash from the second water process element It is discharged to the flow-controlled device, and through the flow-controlled device；When the flow-controlled device is in second working position, this from the flow-controlled device is treated Processing water is suitable to separately flow into the first water process element and the second water process element, and through the first water process element and is somebody's turn to do Water after second water process element is handled；When the flow-controlled device is in three working positions, being somebody's turn to do from the flow-controlled device Accessing pending water is suitable to flow into the second water process element from the second water inlet of the second water process element and handled by it to produce Water after raw processing, water flows out and flowed into the first water process element from the second delivery port of the second water process element after the processing To be backwashed to the first water process element, first water inlet of the waste water caused by backwash from the first water process element Mouth flows out and flows to the flow-controlled device, and is discharged through the flow-controlled device.

In order to realize object defined above and other purposes of the present invention, the present invention furthermore provides a flow-controlled device, its In the flow-controlled device include:

One the first flow control element, wherein the first flow control element include a first flow control body, the first flow control sheet Body has a top ends, and the wherein top ends form a first flow control face；With

One the second flow control element for being rotatably arranged in the first flow control element, wherein the second flow control element include one Individual second flow control body, wherein the second flow control body upwardly extend high-end with a bottom and one from the bottom Portion, the wherein bottom form a second flow control face, wherein the first flow control face of the first flow control element be suitable to this The second flow control face of two flow control elements is in contact,

Wherein the top ends of the first flow control body of the first flow control element of the flow-controlled device include the first central part, one Individual first edge portion and first pars intermedia extended between first central part and the first edge portion, second flow control The bottom of second flow control body of element includes second central part, a second edge portion and one extend in this second The second pars intermedia between central part and second edge portion, the wherein flow-controlled device have a first passage, a second channel, One the 11st passage and the tenth triple channel, the wherein first passage and the second channel are respectively arranged on first flow control member The first flow control body of part；11st passage and the tenth triple channel are respectively arranged on second flow control of the second flow control element Body, the wherein first passage extend downwards from first flow control；The second channel extends downwards from first flow control；Its In the 11st passage extend upwardly from the second flow control of the bottom of the second flow control body and from the second flow control body Bottom the second central part stretch out and formed one be connected all the time with exterior space the 11st opening；Tenth Triple channel extends to upwardly from the second flow control of the bottom of the second flow control body and through the of the second flow control element Two flow control bodies, and the second central part from the bottom of the second flow control body extend to the second edge portion.

(1) technical problems to be solved

The technical problem to be solved in the present invention is to provide a kind of multifunctional control valve, to overcome multiple valves in the prior art The defects of control causes complex operation respectively.

(2) technical scheme

To reach above-mentioned purpose, the invention provides a kind of multifunctional control valve, including valve body, lid, valve rod, valve is placed in The internal fixed valve plate and moving valve plate that are coordinated using end face rotary seal, moving valve plate are connected with valve rod, and original is provided with control valve Water inlet, blowdown interface, No.1 filter core water inlet interface and No. two filter core water inlet interfaces；The water inlet of No.1 filter core is provided with fixed valve plate Interface channel and No. two filter core water inlet interface passages, in control valve, No.1 filter core water inlet interface passage is intake with No.1 filter core Interface is connected, and No. two filter core water inlet interface passages are connected with No. two filter core water inlet interfaces；It is provided with moving valve plate and raw water The intake tunnel that import is connected, drain outlet is additionally provided with moving valve plate, drain outlet is connected with blowdown interface.

Further, No. two filter core water inlet interface passages include third through-hole and fourth hole, third through-hole and fourth hole It is interconnected and is connected with No. two filter core water inlet interfaces.

Further, No.1 filter core water inlet interface passage includes fifth hole and the 6th through hole, fifth hole and the 6th through hole It is interconnected and is connected with No.1 filter core water inlet interface；No. two filter core water inlet interface passages include the 7th through hole and the 8th and led to Hole, the 7th through hole and the 8th through hole are interconnected and are connected with No. two filter core water inlet interfaces.

Further, drain outlet is blowdown through hole, and blowdown interface is arranged on valve body, and blowdown through hole is passed sequentially through on valve rod The first blowdown through hole and lid on the second blowdown through hole be communicated to blowdown interface on valve body.

Further, drain outlet is blowdown through hole, and blowdown interface is arranged on lid, and blowdown through hole is passed sequentially through on valve rod The first blowdown through hole and lid on the second blowdown through hole be communicated to blowdown interface on lid.

Further, drain outlet is blowdown blind hole, is additionally provided with the 9th through hole on fixed valve plate, blowdown interface is arranged on valve body On, blowdown blind hole is connected by the 9th through hole with blowdown interface.

Further, the 9th through hole on fixed valve plate is arranged on the center of fixed valve plate, one end of the blowdown blind hole on moving valve plate Positioned at the center of moving valve plate.

To reach above-mentioned purpose, present invention also offers a kind of multifunctional control valve, including valve body, lid, valve rod, it is placed in The fixed valve plate and moving valve plate that are coordinated using end face rotary seal in valve body, moving valve plate are connected with valve rod, are provided with control valve Original water inlet, pure water inlet, blowdown interface, filter core first interface, filter core second interface and the interface of filter core the 3rd；Set on fixed valve plate It is equipped with：Filter core first interface passage, filter core second interface passage, fifth hole and the 6th through hole, in control valve, filter core first Interface channel is connected with filter core first interface, and filter core second interface passage is connected with filter core second interface, fifth hole with The interface of filter core the 3rd is connected, and the 6th through hole is connected with pure water inlet；It is provided with what is be connected with original water inlet on moving valve plate Intake tunnel, conducting blind hole is additionally provided with moving valve plate and drain outlet, drain outlet are connected with blowdown interface.

Further, filter core first interface passage includes first through hole and the second through hole, and first through hole and the second through hole are mutual Connect and be connected with filter core first interface；Filter core second interface passage includes third through-hole and fourth hole, third through-hole It is interconnected with fourth hole and is connected with filter core second interface.

Further, drain outlet is blowdown blind hole, is additionally provided with the 7th through hole on fixed valve plate, blowdown interface is arranged on valve body On, blowdown blind hole is connected by the 7th through hole with blowdown interface.

Further, the 7th through hole on fixed valve plate is located at the center of fixed valve plate, one end position of the blowdown blind hole on moving valve plate In the center of moving valve plate.

Further, blowdown blind hole includes back cover, the side wall upwardly extended along back cover and the beam between side wall, and beam is set In the centre of top side wall.

To reach above-mentioned purpose, present invention also offers a kind of multifunctional control valve, including valve body, lid, valve rod, it is placed in The fixed valve plate and moving valve plate that are coordinated using end face rotary seal in valve body, moving valve plate are connected with valve rod, are provided with control valve Original water inlet, pure water inlet, blowdown interface, No.1 filter core water inlet interface, No. two filter core water inlet interfaces, No.1 filter core water outlet mouthpiece With No. two filter core water outlet mouthpieces；It is provided with fixed valve plate：No.1 filter core water inlet interface passage, No. two filter core water inlet interface passages, No.1 filter core water outlet mouthpiece passage, No. two filter core water outlet mouthpiece passages and the 9th through hole, in control valve, the water inlet of No.1 filter core connects Mouth passage is connected with No.1 filter core water inlet interface, and No. two filter core water inlet interface passages are connected with No. two filter core water inlet interfaces, No.1 filter core water outlet mouthpiece passage is connected with No.1 filter core water outlet mouthpiece, and No. two filter core water outlet mouthpiece passages go out with No. two filter cores Water interface is connected, and the 9th through hole is connected with pure water inlet；The water inlet being connected with original water inlet is provided with moving valve plate to lead to Road, conducting blind hole is additionally provided with moving valve plate and drain outlet, drain outlet are connected with blowdown interface.

Further, No.1 filter core water inlet interface passage includes first through hole and the second through hole, first through hole and the second through hole It is interconnected and is connected with No.1 filter core water inlet interface；No.1 filter core water outlet mouthpiece passage includes third through-hole and four-way Hole, third through-hole and fourth hole are interconnected and are connected with No.1 filter core water outlet mouthpiece；No. two filter core water inlet interfaces are led to Road includes fifth hole and the 6th through hole, fifth hole and the 6th through hole be interconnected and with No. two filter core water inlet interfaces It is connected；No. two filter core water outlet mouthpiece passages include the 7th through hole and the 8th through hole, and the 7th through hole and the 8th through hole are interconnected And it is connected with No. two filter core water outlet mouthpieces.

Further, drain outlet is blowdown blind hole, is additionally provided with the 11st through hole on fixed valve plate, blowdown interface is arranged on valve On body, blowdown blind hole is connected by the 11st through hole with blowdown interface.

Further, the 11st through hole on fixed valve plate is located at the center of fixed valve plate, one end of the blowdown blind hole on moving valve plate Positioned at the center of moving valve plate.

To reach above-mentioned purpose, present invention also offers a kind of multifunctional control valve, including valve body, lid, valve rod, it is placed in The fixed valve plate and moving valve plate that are coordinated using end face rotary seal in valve body, moving valve plate are connected with valve rod, are provided with control valve Original water inlet, blowdown interface, No.1 filter core water inlet interface, No. two filter core water inlet interfaces, No.1 filter core blowdown interface and No. two filters Core blowdown interface；It is provided with fixed valve plate：No.1 filter core water inlet interface passage, No. two filter core water inlet interface passages, fifth holes With the 6th through hole, in control valve, No.1 filter core water inlet interface passage is connected with No.1 filter core water inlet interface, and No. two filter cores enter Water interface channel is connected with No. two filter core water inlet interfaces, and fifth hole is connected with No.1 filter core blowdown interface, the 6th through hole It is connected with No. two filter core blowdown interfaces；The intake tunnel being connected with original water inlet is provided with moving valve plate, is gone back on moving valve plate Drain outlet is provided with, drain outlet is connected with blowdown interface.

Further, No.1 filter core water inlet interface passage includes first through hole and the second through hole, first through hole and the second through hole It is interconnected and is connected with No.1 filter core water inlet interface；No. two filter core water inlet interface passages include third through-hole and four-way Hole, third through-hole and fourth hole are interconnected and are connected with No. two filter core water inlet interfaces.

To reach above-mentioned purpose, present invention also offers a kind of multifunctional control valve, including valve body, lid, valve rod, it is placed in The fixed valve plate and moving valve plate that are coordinated using end face rotary seal in valve body, moving valve plate are connected with valve rod, are provided with control valve Original water inlet, pure water inlet, blowdown interface, No.1 filter core water inlet interface, No. two filter core water inlet interfaces, No.1 filter core blowdown connect Mouth, No. two filter core blowdown interfaces and water purification import；It is provided with fixed valve plate：No.1 filter core water inlet interface passage, No. two filter cores enter Water interface channel, fifth hole, the 6th through hole, the 7th through hole and the 8th through hole, in control valve, No.1 filter core water inlet interface is led to Road is connected with No.1 filter core water inlet interface, and No. two filter core water inlet interface passages are connected with No. two filter core water inlet interfaces, and the 5th Through hole is connected with No.1 filter core blowdown interface, and the 6th through hole is connected with No. two filter core blowdown interfaces, the 7th through hole and water purification Outlet is connected, and the 8th through hole is connected with water purification import；The intake tunnel being connected with original water inlet is provided with moving valve plate, Conducting blind hole is additionally provided with moving valve plate and drain outlet, drain outlet are connected with blowdown interface.

Further, the 9th through hole on fixed valve plate is located at the center of fixed valve plate, one end position of the blowdown blind hole on moving valve plate In the center of moving valve plate.

(3) beneficial effect

Beneficial effects of the present invention：The switching of more valves is replaced due to being controlled using single valve so that the switching of valve position more may be used Lean on, effective guarantee water outlet quality so that installation is more convenient, simpler using operating.

By the understanding to subsequent description and accompanying drawing, further aim of the present invention and advantage will be fully demonstrated.

These and other objects, feature and the advantage of the present invention, by following detailed descriptions, drawings and claims obtain To fully demonstrate.

Brief description of the drawings

Figure 1A is the stereogram according to the flow-controlled device of the first preferred embodiment of the invention.

Figure 1B is the installation diagram according to the flow-controlled device of the first preferred embodiment of the invention.

Fig. 1 C are the top view according to the second flow control element of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 1 D are the upward view according to the second flow control element of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 1 E are the sectional view according to the first flow control element of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 1 F are the front view according to the shell aperture of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 1 G are the rearview according to the shell aperture of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 2A is the schematic top plan view according to the first flow control element of the flow-controlled device of the first preferred embodiment of the invention.

Fig. 2 B are according to the schematic top plan view of the second flow control element of the flow-controlled device of the first preferred embodiment of the invention, wherein empty Line part show the 12nd passage.

Fig. 2 C are the vertical view according to the first flow control face of the first flow control element of the flow-controlled device of the first preferred embodiment of the invention Chain-dotted line in schematic diagram, the wherein figure show the different aliquots in the first flow control face.

Fig. 2 D are the vertical view according to the second flow control face of the second flow control element of the flow-controlled device of the first preferred embodiment of the invention Chain-dotted line in schematic diagram, the wherein figure show the subregions such as the difference in the second flow control face.

Fig. 2 E are according to the schematic top plan view of the first flow control element of the flow-controlled device of the first preferred embodiment of the invention, wherein should Illustrated by figure is a kind of optional implementation of the first flow control element of the flow-controlled device.

Fig. 2 F are according to the schematic top plan view of the second flow control element of the flow-controlled device of the first preferred embodiment of the invention, wherein should Illustrated by figure is a kind of optional implementation of the second flow control element of the flow-controlled device.

Fig. 2 G are according to the schematic top plan view of the anti-wear component of the flow-controlled device of the first preferred embodiment of the invention, wherein the figure institute What is illustrated is a kind of optional implementation of the anti-wear component of the flow-controlled device.

Fig. 3 A are to be shown according to the schematic top plan view of the flow-controlled device of the first preferred embodiment of the invention, the wherein figure when the control Stream device is when being in the first working position, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 3 B are according to for according to the schematic top plan view of the flow-controlled device of the first preferred embodiment of the invention, wherein the figure, which is shown, works as When the flow-controlled device is in the second working position, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 3 C are to be shown according to the schematic top plan view of the flow-controlled device of the first preferred embodiment of the invention, the wherein figure when the control Stream device is when being in three working positions, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 3 D are to be shown according to the schematic top plan view of the flow-controlled device of the first preferred embodiment of the invention, the wherein figure when the control Stream device is when being in four working positions, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 4 is according to the diagrammatic cross-section of the water treatment system of the first preferred embodiment of the invention, the wherein water treatment system Flow-controlled device be in above-mentioned first working position.

Fig. 5 A are the stereogram according to the flow-controlled device of the second preferred embodiment of the invention.

Fig. 5 B are the installation diagram according to the flow-controlled device of the second preferred embodiment of the invention.

Fig. 5 C are the top view according to the second flow control element of the flow-controlled device of the second preferred embodiment of the invention.

Fig. 5 D are the upward view according to the second flow control element of the flow-controlled device of the second preferred embodiment of the invention.

Fig. 5 E are the front view according to the shell aperture of the flow-controlled device of the second preferred embodiment of the invention.

Fig. 5 F are the rearview according to the shell aperture of the flow-controlled device of the second preferred embodiment of the invention.

Fig. 6 A are the schematic top plan view according to the first flow control element of the flow-controlled device of the second preferred embodiment of the invention.

Fig. 6 B are according to the schematic top plan view of the second flow control element of the flow-controlled device of the second preferred embodiment of the invention, wherein empty Line part show the 12nd passage.

Fig. 6 C are the vertical view according to the first flow control face of the first flow control element of the flow-controlled device of the second preferred embodiment of the invention Chain-dotted line in schematic diagram, the wherein figure show the different aliquots in the first flow control face.

Fig. 6 D are the vertical view according to the second flow control face of the second flow control element of the flow-controlled device of the second preferred embodiment of the invention Chain-dotted line in schematic diagram, the wherein figure show the subregions such as the difference in the second flow control face.

Fig. 6 E are according to the schematic top plan view of the first flow control element of the flow-controlled device of the second preferred embodiment of the invention, wherein should Illustrated by figure is a kind of optional implementation of the first flow control element of the flow-controlled device.

Fig. 6 F are according to the schematic top plan view of the second flow control element of the flow-controlled device of the second preferred embodiment of the invention, wherein should Illustrated by figure is a kind of optional implementation of the second flow control element of the flow-controlled device.

Fig. 6 G are according to the elevational schematic view of the second flow control element of the flow-controlled device of the second preferred embodiment of the invention, wherein should Illustrated by figure is a kind of optional implementation of the second flow control element of the flow-controlled device.

Fig. 6 H are according to the schematic top plan view of the anti-wear component of the flow-controlled device of the second preferred embodiment of the invention, wherein the figure institute What is illustrated is a kind of optional implementation of the anti-wear component of the flow-controlled device.

Fig. 7 A are to be shown according to the schematic top plan view of the flow-controlled device of the second preferred embodiment of the invention, the wherein figure when the control Stream device is when being in the first working position, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 7 B are according to for according to the schematic top plan view of the flow-controlled device of the second preferred embodiment of the invention, wherein the figure, which is shown, works as When the flow-controlled device is in the second working position, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 7 C are to be shown according to the schematic top plan view of the flow-controlled device of the second preferred embodiment of the invention, the wherein figure when the control Stream device is when being in three working positions, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 7 D are to be shown according to the schematic top plan view of the flow-controlled device of the second preferred embodiment of the invention, the wherein figure when the control Stream device is when being in four working positions, the position of the first flow control element of the flow-controlled device with respect to the second flow control element.

Fig. 8 is according to the diagrammatic cross-section of the water treatment system of the second preferred embodiment of the invention, the wherein water treatment system Flow-controlled device be in above-mentioned first working position.

Embodiment

It is described below to be disclosed for so that those skilled in the art manufacture and using the present invention.Middle offer described below compared with For good embodiment only as the example and modification that will be apparent to those skilled in the art, it does not form the limit to the scope of the invention System.General Principle defined in described below can be applied to without departing substantially from spirit of the invention and invention scope other embodiments, It is optional to substitute, change, equally implementing and applying.

With reference to shown in Figure 1A to Fig. 4 of accompanying drawing of the present invention, illustrated according to the flow-controlled device of the first preferred embodiment of the invention, It is applied to multidirectional flowing of control current, and the wherein flow-controlled device includes a first flow control element 10F and one rotationally Include first flow control located at the first flow control element 10F the second flow control element 20F, wherein the first flow control element 10F Body 11F, the first flow control body 11F include a top ends 111F, and wherein top ends 111F forms first flow control Face 100F；Second flow control element 20F includes a second flow control body 21F, and the second flow control body 21F has a bottom Portion 211F and a high end 212F upwardly extended from bottom 211F, bottom 211F form a second flow control face 200F；Wherein the first flow control element 10F the first flow control face 100F is suitable to second flow control with the second flow control element 20F Face 200F is in contact.

As shown in Figure 1B to Fig. 1 D of accompanying drawing, further, as shown in Fig. 2A to Fig. 2 B of accompanying drawing, the first of the flow-controlled device Flow control element 10F top ends 111F includes a first central part 1111F, a first edge portion 1112F and an extension The first pars intermedia 1113F between the first central part 1111F and first edge portion 1112F, the second flow control element 20F Bottom 211F include a second central part 2111F, a second edge portion 2112F and one and extend in second center The second pars intermedia 2113F between portion 2111F and second edge portion 2112F, the wherein flow-controlled device have a first passage 101F, a second channel 102F, a third channel 103F, a fourth lane 104F, a Five-channel 105F, one 6th passage 106F, a 7th passage 107F, a 8th passage 108F, a tenth passage 1010F, one the 11st it is logical Road 1011F, wherein a 12nd passage 1012F and a tenth triple channel 1013F, first passage 101F, second channel 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th are led to Road 108F and the tenth passage 1010F is respectively arranged on the first flow control element 10F the first flow control body 11F；11st passage 1011F, the 12nd passage 1012F and the tenth triple channel 1013F are respectively arranged on the second flow control body 21F bottom 211F, Wherein first passage 101F, second channel 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th are led to Road 106F, the 7th passage 107F, the 8th passage 108F and the tenth passage 1010F are respectively from the first of the first flow control element 10F Flow control body 11F the first flow control face 100F is extended downwardly；Wherein the 11st passage 1011F is from the second flow control body 21F Bottom 211F the second flow control face 200F upwardly extend and from the second of the second flow control body 21F bottom 211F Between portion 2113F stretch out and form the lead-through opening being connected all the time with an exterior space 10111F；12nd passage 1012 extend upwardly to the second flow control body from the second flow control body 21F bottom 211F the second flow control face 200F 21F high end 212F；Tenth triple channel 1013F is from the second flow control body 21F bottom 211F the second flow control face 200F is upwardly extended and is run through the second flow control element 20F the second flow control body 21F.In other words, the 11st passage 1011F lead-through opening 10111F can keep the 11st passage 1011F all the time with exterior space, especially outer with flow-controlled device Portion space is connected.Preferably, the first passage 101F of the flow-controlled device, second channel 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th passage 108F and the tenth passage 1010F respectively from First flow control body 11F top ends 111F the first pars intermedia 1113F extend out to top ends 111F this first Edge part 1112F；11st passage 1011F of the flow-controlled device is from the second flow control element 20F the second flow control body 21F bottom End 211F the second pars intermedia 2113F stretches out, the 12nd passage 1012F of the flow-controlled device and the tenth triple channel 1013F Stretch out respectively from the bottom 211F of the second flow control element 20F the second flow control body 21 the second pars intermedia 2113F To bottom 211F second edge portion 2112F.

As shown in Fig. 3 A to Fig. 3 D of accompanying drawing, the second flow control element 20F can relative to the first flow control element 10F rotate from And cause the flow-controlled device that there is first working position, second working position, the 3rd working position and one the 4th work Position, wherein when the flow-controlled device is in the first working position, the 11st passage 1011F of the flow-controlled device is connected with Five-channel 105F Logical, the 12nd passage 1012F is connected with the 7th passage 107F and the tenth passage 1010F respectively；When the flow-controlled device is in second During working position, the 11st passage 1011F of the flow-controlled device is connected with the 6th passage 106F, the 12nd passage 1012F respectively with 8th passage 108F and the tenth passage 1010F are connected；When the flow-controlled device is in three working positions, the 11st of the flow-controlled device the Passage 1011F is connected with first passage 101F, the 12nd passage 1012F respectively with third channel 103F and the 8th passage 108F It is connected, the tenth triple channel 1013F is connected with the 6th passage 106F；When the flow-controlled device is in four working positions, the flow control 11st passage 1011F of device is connected with second channel 102F, the 12nd passage 1012F respectively with third channel 103F and Four-way 104F is connected, and the tenth triple channel 1013F is connected with first passage 101F.Preferably, when the flow-controlled device is in the During one working position, the tenth triple channel 1013F is connected with fourth lane 104F；When the flow-controlled device is in the second working position, the Ten triple channel 1013F are connected with Five-channel 105F.It is highly preferred that when the flow-controlled device is in the first working position, first is logical Road 101F, second channel 102F, third channel 103F, the 6th passage 106F and the 8th passage 108F are by the second flow control element 20F The second flow control body 21F obstruction；When the flow-controlled device is in the second working position, first passage 101F, second channel 102F, Triple channel 103F, fourth lane 104F and the 7th passage 107F are blocked by the second flow control element 20F the second flow control body 21F； When the flow-controlled device is in three working positions, second channel 102F, fourth lane 104F, Five-channel 105F, the 7th passage 107F and the tenth passage 1010F is blocked by the second flow control element 20F the second flow control body 21F；When the flow-controlled device is in the 4th During working position, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th passage 108F and the tenth passage 1010F quilts Second flow control element 20F the second flow control body 21F obstructions.

As shown in Figure 1B and Fig. 1 E of accompanying drawing, the flow-controlled device further comprise a first conductive channel 1015F, one Two conductive channel 1016F, a 3rd conductive channel 1017F and a 4th conductive channel 1018F, wherein first conducting are logical Road 1015F, the second conductive channel 1016F, the 3rd conductive channel 1017F and the 4th conductive channel 1018F be respectively arranged on this first Flow control element 10F the first flow control body 11F；Wherein the first conductive channel 1015F extends to this from second channel 102F Second channel 102F is simultaneously connected by the 6th passage 106F with the 6th passage 106F；Wherein second conductive channel 1016F The Five-channel 105F is extended to from first passage 101F and first passage 101F is connected with the Five-channel 105F； Wherein the 3rd conductive channel 1017F extends to the 8th passage 108F and by fourth lane 104F from fourth lane 104F It is connected with the 8th passage 108F；Wherein the 4th conductive channel 1018F extends to the 7th from third channel 103F and led to Third channel 103F is simultaneously connected by road 107F with the 7th passage 107F, wherein first conductive channel 1015F respectively with The first passage 101F of the flow-controlled device, third channel 103F, fourth lane 104F, Five-channel 105F, the 7th passage 107F, Eight passage 108F and the tenth passage 1010F are separated by the first flow control body 11F to turn up the soil located at the first flow control element 10F；This Two conductive channel 1016F respectively lead to by the second channel 102F with the flow-controlled device, third channel 103F, fourth lane 104F, the 6th Road 106F, the 7th passage 107F, the 8th passage 108F, the tenth passage 1010F and the first conductive channel 1015F, which are separated by turn up the soil, to be located at First flow control element 10F the first flow control body 11F；3rd conductive channel 1017F is logical with the first of the flow-controlled device respectively Road 101F, second channel 102F, third channel 103F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the tenth Passage 1010F, the first conductive channel 1015F and the second conductive channel 1016F, which are separated by, to turn up the soil located at the first flow control element 10F's First flow control body 11F；4th conductive channel 1018F respectively the first passage 101F with the flow-controlled device, second channel 102F, Fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 8th passage 108F, the tenth passage 1010F, the first conducting are logical Road 1015F, the second conductive channel 1016F and the 3rd conductive channel 1017F, which are separated by, to turn up the soil located at the of the first flow control element 10F One flow control body 11F；Wherein first passage 101F and Five-channel 105F respectively with second channel 102F, third channel 103F, fourth lane 104F, the 6th passage 106F, the 7th passage 107F and the 8th passage 108F, which are separated by, to turn up the soil located at first control Fluid element 10F the first flow control body 11F；Second channel 102F and the 6th passage 106F respectively with third channel 103F, Four-way 104F, the 7th passage 107F and the 8th passage 108F are separated by the first flow control turned up the soil located at the first flow control element 10F Body 11F；Third channel 103F and the 7th passage 107F is separated by with fourth lane 104F and the 8th passage 108F respectively to turn up the soil Located at the first flow control element 10F the first flow control body 11F；Tenth passage 1010F respectively with first passage 101F, second Passage 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, Eight passage 108F are separated by the first flow control body 11F to turn up the soil located at the first flow control element 10F；11st passage 1011F, it is somebody's turn to do 12nd passage 1012F and the tenth triple channel 1013F is located at the second flow control element 20F the second flow control sheet with being spaced from each other Body 21F.Preferably, first conductive channel 1015F, the second conductive channel 1016F, the 3rd conductive channel 1017F and the 4th are led Circulation passage 1018F is respectively arranged on the first flow control element 10F the first flow control body 11F inside, so that this first is led Circulation passage 1015F, the second conductive channel 1016F, the 3rd conductive channel 1017F and the 4th conductive channel 1018F are hidden in respectively In first flow control element 10F the first flow control body 11F, so that the first flow control body by the first flow control element 10F 11F fluid will not pass through the first conductive channel 1015F and/or the second conductive channel 1016F and/or the 3rd conductive channel 1017F and/or the 4th conductive channel 1018F flow to the flow-controlled device exterior space.

As shown in Fig. 2A to Fig. 2 B of accompanying drawing, the first flow control element 10F of the flow-controlled device the first flow control face 100F and Two flow control element 20F the second flow control face 200F is circle, the first passage 101F of the flow-controlled device, the 6th passage 106F, Five-channel 105F, fourth lane 104F, third channel 103F, the 8th passage 108F, the tenth passage 1010F, the 7th passage 107F The first flow control element 10F the first flow control body 11F is deasil arranged in this order with second channel 102F；The flow control The 11st passage 1011F, the tenth triple channel 1013F and the 12nd passage 1012F of device are deasil arranged in this with this order Second flow control element 20F the second flow control body 21F.Alternatively, the flow-controlled device is set first passage 101F, the 6th passage 106F, Five-channel 105F, fourth lane 104F, third channel 103F, the 8th passage 108F, the tenth passage 1010F, the 7th are led to Road 107F and second channel 102F can also this order be widdershins arranged in the first flow control element 10F the first flow control body 11F；The 11st passage 1011F, the tenth triple channel 1013F of the flow-controlled device and the 12nd passage 1012F are sequentially inverse with this simultaneously It is arranged in the second flow control element 20F the second flow control body 21F hour hands.

Preferably, first passage 101F, second channel 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th passage 108F and the tenth passage 1010F radially located at this first Flow control element 10F the first flow control face 100F, and the 11st passage 1011F, the 12nd passage 1012F and the tenth triple channel 1013F is radially located at the second flow control element 20F the second flow control face 200F.

It is highly preferred that first passage 101F from the first flow control element 10F the first flow control face 100F downwardly and outwardly Extension or the Five-channel 105F extend downwardly and outwardly from the first flow control element 10F the first flow control face 100F；This second Passage 102F is extended downwardly and outwardly from the first flow control element 10F the first flow control face 100F or the 6th passage 106F certainly should First flow control element 10F the first flow control face 100F is extended downwardly and outwardly；Third channel 103F is from the first flow control element 10F the first flow control face 100F is extended downwardly and outwardly or the 7th passage 107F is controlled from the first of the first flow control element 10F Stream interface 100F is extended downwardly and outwardly；Fourth lane 104F from the first flow control element 10F the first flow control face 100F are downward With stretch out or the 8th passage 108F extends downwardly and outwardly from the first flow control element 10F the first flow control face 100F； Tenth passage 1010F extends downwardly and outwardly from the first flow control element 10F the first flow control face 100F respectively.

It is worth noting that second flow control sheets of the tenth triple channel 1013F of the flow-controlled device from the second flow control element 20F Second central part 2111F extensions of body 21F bottom 211F the second pars intermedia 2113F to bottom 211F and from the bottom End 211F the second central part 2111F upwardly extends and penetrated the second flow control body 21F.

As shown in accompanying drawing 2C to Fig. 2 D, the first flow control element 10F of the flow-controlled device the first flow control face 100F has one Core 1000F shown in figure chain lines, wherein core 1000F are located at the first of the first flow control element 10F Flow control body 11F top ends 111F the first central part 1111F, and first flow control face 100F core 1000F it Outer part be divided into clockwise a Part I 1001F shown in chain-dotted line, a Part II 1002F, one Three parts 1003F, a Part IV 1004F, a Part V 1005F, a Part VI 1006F, one the 7th Divide 1007F, a Part VIII 1008F and a Part IX 1009F；The second of second flow control element 20F of the flow-controlled device Flow control face 200F has a central area 2000F shown in figure chain lines, wherein central area 2000F located at this second Flow control element 20F the second flow control body 21F bottom 211F the second central part 2111F, and second flow control face 200F Central area 2000F outside part be divided into clockwise a first area 2001F shown in chain-dotted line, one second Region 2002F, a 3rd region 2003F, a 4th region 2004F, a 5th region 2005F, the 6th region 2006F, a SECTOR-SEVEN domain 2007F, a Section Eight domain 2008F and a 9th region 2009F；The wherein first passage 101F from first flow control face 100F Part I 1001F are extended downwardly；6th passage 106F is from the first flow control face 100F Part II 1002F is extended downwardly；The Five-channel 105F from first flow control face 100F Part III 1003F to Lower extension；Fourth lane 104F from first flow control face 100F Part IV 1004F are extended downwardly；Third channel 103F Extended downwardly from first flow control face 100F Part V 1005F；8th passage 108F is from first flow control face 100F's Part VI 1006F is extended downwardly；Tenth passage 1010F is from first flow control face 100F Part VII 1007F to downward Stretch；7th passage 107F from first flow control face 100F Part VIII 1008F are extended downwardly；Second channel 102F certainly should First flow control face 100F Part IX 1009F is extended downwardly；11st passage 1011F from second flow control face 200F One region 2001F is upwardly extended；Fiveth region 2005Fs and sixth of the 12nd passage 1012F from second flow control face 200F Region 2006F is upwardly extended；Tenth triple channel 1013F from second flow control face 200F second area 2002F are upwardly extended. Preferably, the part outside first flow control face 100F core 1000F is deasil radially divided into this first Point 1001F, Part II 1002F, Part III 1003F, Part IV 1004F, Part V 1005F, this Six part 1006F, Part VII 1007F, Part VIII 1008F and Part IX 1009F；Second flow control face 200F Central area 2000F outside part be deasil radially divided into first area 2001F, second area 2002F, 3rd region 2003F, the 4th region 2004F, the 5th region 2005F, the 6th region 2006F, the SECTOR-SEVEN domain 2007F, the Section Eight domain 2008F and the 9th region 2009F.

As shown in Figure 1B and Fig. 4 of accompanying drawing, the flow-controlled device according to the first preferred embodiment of the invention further comprises outside one Shell 30F, and the first flow control element 10F of the flow-controlled device the first flow control body 11F further comprise one from the top ends The end portion 112F that 111F is extended downwardly, wherein shell 30F include an outer cover body 31F, and wherein outer cover body 31F is certainly First flow control element 10F the first flow control body 11F end portion 112F, which outwardly and upwardly extends and enclosed, is set as one first Accommodating chamber 300F, so that outer cover body 31F is open formed with a madial wall 311F, a lateral wall 312F and one Upper end open 3001F upward, wherein the first accommodating chamber 300F and the 11st passage 1011F lead-through opening 10111F phases Connection, wherein the second flow control element 20F are suitable to the second flow control face 200F and are located at the first accommodating chamber 300F facing downward and are located at First flow control element 10F the first flow control face 100F.

It is worth noting that shell 30F have one first opening 301F, one second opening 302F, one the 3rd open Mouth 303F, a 4th opening 304F, wherein 3010F and one the 11st opening 3011F of the tenth opening, first opening 301F is connected with first passage 101F, this second opening 302F be connected with second channel 102F, the 3rd opening 303F and Third channel 103F is connected, and the 4th opening 304F is connected with fourth lane 104F, and the tenth opening 3010F and the tenth is logical Road 1010F is connected, and the 11st opening 3011F is connected with first accommodating chamber 300F.In other words, first passage 101F Extended downwardly from the first flow control element 10F the first flow control face 100F and from the first flow control element 10F the first flow control sheet Body 11F end portion 112F stretches out to be connected with first opening 301F；Second channel 102F is from first flow control Element 10F the first flow control face 100F is extended downwardly and the end portion of the first flow control body 11F from the first flow control element 10F 112F stretches out to be connected with second opening 302F；Third channel 103F from the first flow control element 10F first Flow control face 100F is extended downwardly and the end portion 112F of the first flow control body 11F from the first flow control element 10F stretches out To be connected with the 3rd opening 303F；Fourth lane 104F from the first flow control element 10F the first flow control face 100F to Lower extension and the first flow control body 11F from the first flow control element 10F end portion 112F stretch out to be opened with the 4th Mouth 304F is connected；Tenth passage 1010F is extended downwardly from the first flow control element 10F the first flow control face 100F and certainly should First flow control element 10F the first flow control body 11F end portion 112F stretches out to be connected with the tenth opening 3010F It is logical.Preferably, the first flow control element 10F the first flow control body 11F end portion 112F and the shell 30F outer cover body 31F madial wall 311F is integrally formed.It is highly preferred that first opening 301F, second opening 302F, the 3rd opening 303F, the 4th opening 304F, the tenth opening 3010F and the 11st opening 3011F be respectively arranged on shell 30F this is outer Shell body 31F.

Fig. 1 F and Fig. 1 G such as accompanying drawing show a kind of optional implementation of the flow-controlled device according to the first preferred embodiment of the invention, The shell 30F of flow-controlled device wherein of the present invention further have one the 5th opening 305F, one the 6th opening 306F, one the 7th Opening 307F and one the 8th opening 308F, first flow control face 100Fs of the Five-channel 105F from the first flow control element 10F Extend downwardly and the end portion 112F of the first flow control body 11F from the first flow control element 10F stretches out with the 5th Opening 305F is connected；6th passage 106F is extended downwardly simultaneously certainly from the first flow control element 10F the first flow control face 100F First flow control element 10F the first flow control body 11F end portion 112F stretches out to be connected with the 6th opening 306F It is logical；7th passage 107F extended downwardly from the first flow control element 10F the first flow control face 100F and from first flow control member Part 10F the first flow control body 11F end portion 112F stretches out to be connected with the 7th opening 307F；8th passage 108F is extended downwardly from the first flow control element 10F the first flow control face 100F and controlled from the first of the first flow control element 10F Stream body 11F end portion 112F stretches out to be connected with the 8th opening 308F.

It is understood that when further there is the shell 30F of flow-controlled device of the present invention one to lead to the 5th of the flow-controlled device The 5th opening 305F, the 6th opening 306F being connected with the 6th passage 106F of the flow-controlled device that road 105F is connected When, the 7th opening being connected with the 7th passage 107F of flow-controlled device 307F and one and the 8th passage of the flow-controlled device During the 8th opening 308F that 108F is connected, wherein the flow-controlled device can be no longer provided with the second channel 102F of the flow-controlled device and the The first conductive channel 1015F that six passage 106F are connected, the flow-controlled device also can be no longer provided with the first passage of the flow-controlled device The second conductive channel 1016F that 101F and Five-channel 105F are connected, the flow-controlled device also can be no longer provided with the flow-controlled device The 3rd conductive channel 1017F that fourth lane 104F and the 8th passage 108F are connected, the flow-controlled device also can be no longer provided with should The 4th conductive channel 1018F that the third channel 103F and the 7th passage 107F of flow-controlled device are connected.

As shown in Figure 1B to Fig. 2A of accompanying drawing, the flow-controlled device further comprises that is detachably arranged at first flow control member Anti-wear component 40F between part 10F and the second flow control element 20F, wherein anti-wear component 40F have a wear-resisting body 41F, The wherein wear-resisting body 41F is wear-resisting suitable for being in contact with the second flow control body 21F the second flow control face 200F with one Surface 410F, wherein wearing face 410F pass through Wear-resistant Treatment, so as to reduce the second of the second flow control element 20F the control Caused frictional force when flowing body 21F relative to the first flow control element 10F the first flow control body 11F rotations, so as to extend The service life of the flow-controlled device.Further, anti-wear component 40F size and shape and the first flow control element of the flow-controlled device 10F the first flow control face 100F is corresponding and anti-wear component 40F wear-resisting body 41F connects with being spaced formed with one first Mouth 401F, a 6th interface 406F, a 5th interface 405F, a 4th interface 404F, the 3rd interface 403F, one Individual 8th interface 408F, a tenth interface 4010F, an a 7th interface 407F and second interface 402F, wherein this One interface 401F, second interface 402F, the 3rd interface 403F, the 4th interface 404F, the 5th interface 405F, the 6th interface 406F, 7th interface 407F, the 8th interface 408F and the tenth interface 4010F shape and the size first passage with the flow-controlled device respectively 101F, second channel 102F, second channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th are led to Road 107F, the 8th passage 08F and the tenth passage 1010F are corresponding.Preferably, when anti-wear component 40F is located at the flow-controlled device When between the first flow control element 10F and the second flow control element 20F, relative first flow control does not occur for anti-wear component 40F Element 10F the first flow control body 11F rotation.Preferably, there is anti-wear component 40F a smoothed processing to reduce it The wearing face 410F of degree of roughness.It is highly preferred that anti-wear component 40F first interface 401F, second interface 402F, Three interface 403F, the 4th interface 404F, the 5th interface 405F, the 6th interface 406F, the 7th interface 407F, the 8th interface 408F and Tenth interface 4010F up/down perforation anti-wear components 40F wear-resisting body 41F, so that the anti-wear component 40F first interface 401F, second interface 402F, the 3rd interface 403F, the 4th interface 404F, the 5th interface 405F, the 6th interface 406F, the 7th connect Mouth 407F, the 8th interface 408F and the tenth interface 4010F are suitable to first passage 101F, the second channel with the flow-controlled device respectively 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th are led to Road 108F and the tenth passage 1010F are connected, so that when the flow-controlled device is in the first working position, the tenth of the flow-controlled device the One passage 1011F is connected with Five-channel 105F, the 12nd passage 1012F respectively with the 7th passage 107F and the tenth passage 1010F is connected；When the flow-controlled device is in the second working position, the 11st passage 1011F of the flow-controlled device and the 6th passage 106F is connected, and the 12nd passage 1012F is connected with the 8th passage 108F and the tenth passage 1010F respectively；When the flow-controlled device During in three working positions, the 11st passage 1011F of the flow-controlled device is connected with first passage 101F, the 12nd passage 1012F is connected with third channel 103F and the 8th passage 108F respectively, and the tenth triple channel 1013F is connected with the 6th passage 106F It is logical；When the flow-controlled device is in four working positions, the 11st passage 1011F of the flow-controlled device is connected with second channel 102F, 12nd passage 1012F is connected with third channel 103F and fourth lane 104F respectively, and the tenth triple channel 1013F and first is logical Road 101F is connected.

As shown in Figure 1B and Fig. 4 of accompanying drawing, the flow-controlled device further comprises a diversion member 50F, wherein water conservancy diversion member Part 50F includes a water conservancy diversion body 51F, and wherein water conservancy diversion body 51F, which encloses, is set as a first flow-guiding channel 510F, and wherein this is led The fluid element 50F water conservancy diversion body 51F is upwardly extended from the second flow control element 20F the second flow control body 21F and the water conservancy diversion Element 50F the first flow-guiding channel 510F is connected with the tenth triple channel 1013F of the flow-controlled device.

As shown in Figure 1B and Fig. 4 of accompanying drawing, the flow-controlled device further comprises one from the second of the second flow control element 20F The driving element 60F and a potted component 70F upwardly extended from driving element 60F that flow control body 21F is upwardly extended, its In driving element 60F be suitable to drive the flow-controlled device the second flow control element 20F the second flow control body 21F with respect to this first control Fluid element 10F the first flow control body 11F rotates；Wherein potted component 70F is suitable to the madial wall located at shell 30F 311F is to seal first accommodating chamber 300F, so as to prevent the fluid in first accommodating chamber 300F from first accommodating chamber 300F Upper end open 3001F outflow.Preferably, potted component 70F is in contact with driving element 60F and suitable for the driving is first Part 60F is held in place by so as to keep the second flow control element 20F the second flow control body 21F to be in appropriate location.It is excellent Selection of land, the driving element 60F and diversion member 50F of the flow-controlled device water conservancy diversion body 51F are integrally formed.

Fig. 4 of refer to the attached drawing, the water treatment system according to the first preferred embodiment of the invention include an above-mentioned He of flow-controlled device 1 One unit for treating water 2, the wherein flow-controlled device 1 are connected with the unit for treating water 2, so that current can be in the flow-controlled device 1 Flowed between the unit for treating water 2.

The flow-controlled device 1 includes a first flow control element 10F, an a second flow control element 20F and shell 30F；Should Unit for treating water 2 includes an a first water process element 80F and second water process element 90F, wherein first water process There is element 80F an a first water inlet 801F and first delivery port 802F, the second water process element 90F to have one A second water inlet 901F and second delivery port 902F, wherein the first water process element 80F the first water inlet 801F and The first delivery port 802F openings of 301F and the 3rd 303F that are open respectively with the first of the shell 30F of the flow-controlled device 1 are connected, and this Two water process element 90F the second water inlet 901F and the second delivery port 902F respectively with the shell 30F of the flow-controlled device 1 second The openings of opening 302F and the 4th 304F is connected, wherein when the flow-controlled device 1 of the water treatment system is in the first working position, current Shell 30F the first accommodating chamber 300F is flowed into and by this by the shell 30F of the flow-controlled device 1 the 11st opening 3011F 11st passage 1011F lead-through opening 10111F flows into the 11st passage 1011F, and subsequent current flow into the flow-controlled device 1 Five-channel 105F, first passage 101F is flowed into through the second conductive channel 1016F, then first opening through shell 30F 301F flows out, and the first water inlet 801F through the first water process element 80F flows into first water process element 80F, and through being somebody's turn to do Water after first water process element 80F processing is handled, first delivery port of the water through the first water process element 80F after the processing 802F flows out, and then the 3rd opening 303F through shell 30F enters the third channel 103F of the flow-controlled device 1, then is led through the 4th Circulation passage 1018 flows into the 7th passage 107F of the flow-controlled device 1, then the 12nd passage 1012F water conservancy diversion through the flow-controlled device 1 flows through Tenth passage 1010F of the flow-controlled device 1 and through shell 30F the tenth opening 3010F outflow for user use；At the water When the flow-controlled device 1 of reason system is in the second working position, the 11st opening 3011F streams for the shell 30F that current pass through the flow-controlled device 1 Enter shell 30F the first accommodating chamber 300F and flow into the tenth by the 11st passage 1011F lead-through opening 10111F One passage 1011F, subsequent current flow into the 6th passage 106F of the flow-controlled device 1, and it is logical to flow into second through the first conductive channel 1015F Road 102F, then the second opening 302F outflows through shell 30F, the second water inlet through the second water process element 90F 901F flows into second water process element 90F, and the water after the second water process element 90F processing is handled, after the processing Second delivery port 902F outflow of the water through the second water process element 90F, then the 4th opening 304F entrance through shell 30F The fourth lane 104F of the flow-controlled device 1, then the 8th passage 108F of the flow-controlled device 1 is flowed into through the 3rd conductive channel 1017F, then pass through 12nd passage 1012F water conservancy diversion of the flow-controlled device 1 flows through the tenth passage 1010F of the flow-controlled device 1 and the tenth through shell 30F opens Mouth 3010F outflows use for user；When the flow-controlled device 1 of the water treatment system is in three working positions, current pass through this The shell 30F of flow-controlled device 1 the 11st opening 3011F flows into shell 30F the first accommodating chamber 300F and by the 11st Passage 1011F lead-through opening 10111F flows into the 11st passage 1011F, and it is first logical to flow into the flow-controlled device 1 for subsequent current Road 101F, the first opening 301F outflows through shell 30F, the first water inlet 801F through the first water process element 80F First water process element 80F, and the water after the first water process element 80F processing is handled are flowed into, water passes through after the processing First water process element 80F the first delivery port 802F flows out, and then the 3rd opening 303F through shell 30F enters the control The third channel 103F of device 1 is flowed, then the 12nd passage 1012F water conservancy diversion through the flow-controlled device 1 flows into the 8th passage of the flow-controlled device 1 108F, then the 3rd conductive channel 1017F through the flow-controlled device 1 flow into fourth lane 104F, then again through shell 30F the Four opening 304F outflows, the second delivery port 902F through the second water process element 90F flow into second water process element 90F, And second water process element 90F is backwashed, second water inlet of the waste liquid caused by backwash through the second water process element 90F 901F flows out, and then the second opening 302F through shell 30F flows into the second channel 102F of the flow-controlled device 1, then through the flow control First conductive channel 1015F of device 1 flows into the 6th passage 106F of the flow-controlled device 1, and through the tenth triple channel of the flow-controlled device 1 1013F flows out；When the flow-controlled device 1 of the water treatment system is in four working positions, shell 30F that current pass through the flow-controlled device 1 The 11st opening 3011F flow into shell 30F the first accommodating chamber 300F and opened by the 11st passage 1011F conducting Mouth 10111F flows into the 11st passage 1011F, and subsequent current flow into the second channel 102F of the flow-controlled device 1, through shell 30F This second opening 302F outflow, the second water inlet 901F through the second water process element 90F flow into second water process member Part 90F, and the water after the second water process element 90F processing is handled, water is through the second water process element 90F after the processing The second delivery port 902F outflow, then through shell 30F the 4th opening 304F enter the flow-controlled device 1 fourth lane 104F, then the 12nd passage 1012F water conservancy diversion through the flow-controlled device 1 flow into the third channel 103F of the flow-controlled device 1, then outer through this Shell 30F the 3rd opening 303F outflows, then the first delivery port 802F through the first water process element 80F are flowed at first water Element 80F is managed, and backwashes first water process element 80F, waste liquid caused by backwash is through the first water process element 80F's First water inlet 801F flows out, and then the first opening 301F through shell 30F flows into the first passage 101F of the flow-controlled device 1, And the tenth triple channel 1013F outflows through the flow-controlled device 1.

It is worth noting that, when the flow-controlled device 1 of the water treatment system is in the first working position and the second working position, this One water process element 80F and the second water process element 90F is in the state of alternative water-supply, when the flow-controlled device 1 of the water treatment system During in the first working position, current flow out and flowed into first water process from the shell 30F of the flow-controlled device 1 the first opening 301F Element 80F, water after being handled after the first water process element 80F processing, threeth opening of the water through shell 30F after the processing 303F flows into the flow-controlled device 1, then the tenth opening 3010F outflows of the shell 30F through the flow-controlled device 1 so that user uses；When When the flow-controlled device 1 of the water treatment system is in the second working position, second opening 302F of the current from the shell 30F of the flow-controlled device 1 Flow out and flow into second water process element 90F, water after being handled after the second water process element 90F processing, after the processing Fourth opening 304F of the water through shell 30F flows into the flow-controlled device 1, then the tenth opening of the shell 30F through the flow-controlled device 1 3010F outflows use for user；When the flow-controlled device 1 of the water treatment system is in three working positions, first water process Element 80F and the second water process element 90F form a cascaded structure, and current first are opened from this of the shell 30F of the flow-controlled device 1 Mouthful 301F outflow and the first water inlet 801F for flowing into the first water process element 80F, and through the first water process element 80F at Water after reason is handled, first delivery port 802F outflow of the water through the first water process element 80F, then outer through this after the processing Shell 30F the 3rd opening 303F flows into the flow-controlled device 1, then the 4th opening 304F outflows of the shell 30F through the flow-controlled device 1, then The second delivery port 902F through the second water process element 90F flows into second water process element 90F, and backwashes second water Treatment element 90F, second water inlet 901F outflow and flow direction of the waste liquid caused by backwash through the second water process element 90F should The opening 302F of shell 30F second, flow into the flow-controlled device 1 and discharged from the tenth triple channel 1013F of the flow-controlled device 1；At the water When the flow-controlled device 1 of reason system is in four working positions, the first water process element 80F and the second water process element 90F form one Individual cascaded structure, current flow out and flowed into the second water process element from the shell 30F of the flow-controlled device 1 second opening 302F 90F the second water inlet 901F, and the water after the second water process element 90F processing is handled, after the processing water through this Two water process element the second delivery ports of 90F 902F flow out, and then the 4th opening 304F through shell 30F flows into the flow-controlled device 1, The 3rd opening 303F outflows of shell 30F through the flow-controlled device 1 again, then the first delivery port through the first water process element 80F 802F flows into first water process element 80F, and backwashes first water process element 80F, and waste liquid caused by backwash is through being somebody's turn to do First water process element 80F the first water inlet 801F flows out and flowed to the opening 301F of shell 30F first, flows into the flow-controlled device 1 and discharged from the tenth triple channel 1013F of the flow-controlled device 1.

It is understood that when the shell 30F of the flow-controlled device further has a Five-channel with the flow-controlled device 105F be connected the 5th opening 305F, one be connected with the 6th passage 106F the 6th opening 306F, one with the 7th lead to , should in the case of the 8th opening 308F that the 7th opening 307F and one that road 107F is connected is connected with the 8th passage 108F Flow-controlled device 1 is no longer provided with the first conductive channel 1015F that second channel 102F and the 6th passage 106F are connected, the flow-controlled device Also no longer it is provided with the second conductive channel 1016F that first passage 101F and Five-channel 105F are connected, the flow-controlled device is not yet The 3rd conductive channel 1017F that fourth lane 104F and the 8th passage 108F are connected is provided with again, and the flow-controlled device is also no longer set There is the 4th conductive channel 1018F that the third channel 103F of the flow-controlled device and the 7th passage 107F are connected.Wherein the 5th Opening 305F is suitable to be connected with the first water process element 80F of the unit for treating water 2 the first water inlet 801F, and the 6th opens Mouth 306F is suitable to be connected with the second water process element 90F of the unit for treating water 2 the second water inlet 901F, the 7th opening 307F is suitable to be connected with the first water process element 80F of the unit for treating water 2 the first delivery port 802F, the 8th opening 308F is suitable to be connected with the second water process element 90F of the unit for treating water 2 the second delivery port 902, wherein at the water When the flow-controlled device 1 of reason system is in the first working position, the 11st opening 3011F streams for the shell 30F that current pass through the flow-controlled device 1 Enter shell 30F the first accommodating chamber 300F and flow into the tenth by the 11st passage 1011F lead-through opening 10111F One passage 1011F, subsequent current flow into the Five-channel 105F of the flow-controlled device 1, then the 5th opening through shell 30F 305F flows out, and the first water inlet 801F through the first water process element 80F flows into first water process element 80F, and through being somebody's turn to do Water after first water process element 80F processing is handled, first delivery port of the water through the first water process element 80F after the processing 802F flows out, and then the 7th opening 307F through shell 30F enters the 7th passage 107F of the flow-controlled device 1, then through the flow control 12nd passage 1012F water conservancy diversion of device 1 flows through the tenth passage 1010F of the flow-controlled device 1 and the tenth opening through shell 30F 3010F outflows use for user；When the flow-controlled device 1 of the water treatment system is in the second working position, current pass through the control The 11st opening 3011F for flowing the shell 30F of device 1 flows into shell 30F the first accommodating chamber 300F and led to by the 11st Road 1011F lead-through opening 10111F flows into the 11st passage 1011F, and subsequent current flow into the 6th passage of the flow-controlled device 1 106F, then the 6th opening 306F outflows through shell 30F, the second water inlet through the second water process element 90F 901F flows into second water process element 90F, and the water after the second water process element 90F processing is handled, after the processing Second delivery port 902F outflow of the water through the second water process element 90F, then the 8th opening 308F entrance through shell 30F 8th passage 108F of the flow-controlled device 1, then the 12nd passage 1012F water conservancy diversion through the flow-controlled device 1 flow through the tenth of the flow-controlled device 1 Passage 1010F and through shell 30F the tenth opening 3010F outflow for user use；When the flow-controlled device 1 of the water treatment system During in three working positions, shell 30F that current pass through the flow-controlled device 1 the 11st opening 3011F flows into the of shell 30F One accommodating chamber 300F simultaneously flows into the 11st passage 1011F by the 11st passage 1011F lead-through opening 10111F, then Current flow into the first passage 101F of the flow-controlled device 1, the first opening 301F outflows through shell 30F, at first water Reason element 80F the first water inlet 801F flows into first water process element 80F, and through the first water process element 80F processing Water after being handled, first delivery port 802F outflow of the water through the first water process element 80F after the processing, then through the shell 30F the 3rd opening 303F enters the third channel 103F of the flow-controlled device 1, then the 12nd passage 1012F through the flow-controlled device 1 is led Stream flows into the 8th passage 108F of the flow-controlled device 1, then the 8th opening 308F outflows through shell 30F again, through second water Treatment element 90F the second delivery port 902F flows into second water process element 90F, and backwashes the second water process element 90F, second water inlet 901F outflow of the waste liquid caused by backwash through the second water process element 90F, then through shell 30F The 6th opening 306F flow into the 6th passage 106F of the flow-controlled device 1, and the outflows of the tenth triple channel 1013F through the flow-controlled device 1.

Fig. 2 E to Fig. 2 G such as accompanying drawing show a kind of optional implementation of the flow-controlled device according to the first preferred embodiment of the invention, Wherein the flow-controlled device further comprises a top ends 111F located at the first flow control element 10F the first flow control body 11F The tenth four-way 1014F, wherein the tenth four-way 1014F extends downwardly from first flow control face 100F；The flow-controlled device Second pars intermedias of the tenth triple channel 1013F from the second flow control element 20F the second flow control body 21F bottom 211F 2113F extends to bottom 211F the second central part 2111F, and second central part 2111F from bottom 211F The second flow control body 21F high end 212F is extended upwardly to second pars intermedia 2113F.Preferably, the tenth four-way Road 1014F from first flow control face 100F core 1000F are extended downwardly；Tenth triple channel 1013F of the flow-controlled device Upwardly extended from second flow control face 200F second area 2002F and central area 2000F.It is highly preferred that this is first logical Road 101F extended downwardly and outwardly from the first flow control element 10F the first flow control face 100F and/or the Five-channel 105F from First flow control element 10F the first flow control face 100F is extended downwardly and outwardly；Second channel 102F is first from first flow control Part 10F the first flow control face 100F is extended downwardly and outwardly and/or the 6th passage 106F is from the of the first flow control element 10F One flow control face 100F is extended downwardly and outwardly；First flow control face 100Fs of the third channel 103F from the first flow control element 10F Extend downwardly and outwardly and/or the 7th passage 107F from the first flow control element 10F the first flow control face 100F downwards and to Outer extension；Fourth lane 104F is extended downwardly and outwardly from the first flow control element 10F the first flow control face 100F and/or should 8th passage 108F extends downwardly and outwardly from the first flow control element 10F the first flow control face 100F；Tenth passage 1010F Extended downwardly and outwardly from the first flow control element 10F the first flow control face 100F；Tenth four-way 1014F from this first control Stream interface 100F is extended downwardly and outwardly.

Significantly, since the flow-controlled device further comprises first control located at the first flow control element 10F Body 11F top ends 111F the tenth four-way 1014F and the tenth triple channel 1013F of the flow-controlled device are flowed from the bottom 211F second pars intermedia 2113F extends into the second central part 2111F and controlled from the second of the second flow control element 20F Stream interface 200F extends upwardly to the second flow control body 21F high end 212F, so that when the flow control of the water treatment system When device 1 is in the 3rd working position and four working positions, the tenth four-way 1014F is connected with the tenth triple channel 1013F, punching Caused waste liquid is by the 13rd through flow-controlled device 1 after washing the second water process element 90F and/or rinsing the first water process element 80F Passage 1013F flows into the tenth four-way 1014F and discharged through the tenth four-way 1014F.Preferably, the tenth four-way 1014F respectively with first passage 101F, second channel 102F, third channel 103F, fourth lane 104F, Five-channel 105F, the 6th passage 106F, the 7th passage 107F, the 8th passage 108F, the tenth passage 1010F, the first conductive channel 1015F, Second conductive channel 1016F, the 3rd conductive channel 1017F and the 4th conductive channel 1018F, which are separated by, to turn up the soil located at first flow control Element 10F the first flow control body 11F.

It is understood that when the flow-controlled device further comprises first flow control for being located at the first flow control element 10F During body 11F top ends 111F the tenth four-way 1014F, the anti-wear component 40F of the flow-controlled device further has one the 14 interface 4014F, wherein the 14th interface 4014F shape and size the tenth four-way with the flow-controlled device respectively 1014F is corresponding.

So far, the object of the invention can be completed efficiently and effectively, and user can be by adjusting water treatment system of the present invention The flow-controlled device 1 positions of the second flow control element 20F with respect to the first flow control element 10F so that the flow-controlled device is located respectively In different working positions, to adjust and control the working condition of the water treatment system, so that user passes through a present invention Flow-controlled device 1 is that the flowing that can be achieved to waste water caused by water after the current of water treatment system of the present invention, processing and backwash controls.

With reference to shown in Fig. 5 A to Fig. 8 of accompanying drawing of the present invention, illustrated according to the flow-controlled device of the second preferred embodiment of the invention, It is applied to multidirectional flowing of control current, and the wherein flow-controlled device includes a first flow control element 10G and one rotationally Include first flow control located at the first flow control element 10G the second flow control element 20G, wherein the first flow control element 10G Body 11G, the first flow control body 11G include a top ends 111G, and wherein top ends 111G forms first flow control Face 100G；Second flow control element 20G includes a second flow control body 21G, and the second flow control body 21G has a bottom Portion 211G and a high end 212G upwardly extended from bottom 211G, bottom 211G form a second flow control face 200G；Wherein the first flow control element 10G the first flow control face 100G is suitable to second flow control with the second flow control element 20G Face 200G is in contact.

As shown in Fig. 5 B to Fig. 5 D of accompanying drawing, further, as shown in Fig. 6 A to Fig. 6 B of accompanying drawing, the first of the flow-controlled device Flow control element 10G top ends 111G includes a first central part 1111G, a first edge portion 1112G and an extension The first pars intermedia 1113G between the first central part 1111G and first edge portion 1112G, the second flow control element 20G Bottom 211G include a second central part 2111G, a second edge portion 2112G and one and extend in second center The second pars intermedia 2113G between portion 2111G and second edge portion 2112G, the wherein flow-controlled device have a first passage 101G, a second channel 102G, a third channel 103G, a fourth lane 104G, a Five-channel 105G, one 6th passage 106G, a 7th passage 107G, a 8th passage 108G, a tenth passage 1010G, one the 11st it is logical Road 1011G, wherein a 12nd passage 1012G and a tenth triple channel 1013G, first passage 101G, second channel 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th are led to Road 108G and the tenth passage 1010G is respectively arranged on the first flow control element 10G the first flow control body 11G；11st passage 1011G, the 12nd passage 1012G and the tenth triple channel 1013G are respectively arranged on the second flow control body 21G bottom 211G, Wherein first passage 101G, second channel 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th are led to Road 106G, the 7th passage 107G, the 8th passage 108G and the tenth passage 1010G are respectively from the first of the first flow control element 10G Flow control body 11G the first flow control face 100G is extended downwardly；Wherein the 11st passage 1011G is from the second flow control body 21G Bottom 211G the second flow control face 200G upwardly extend and from the second of the second flow control body 21G bottom 211G Between portion 2113G stretch out and form the lead-through opening being connected all the time with an exterior space 10111G；12nd passage 1012 extend upwardly to the second flow control body from the second flow control body 21G bottom 211G the second flow control face 200G 21G high end 212G；Tenth triple channel 1013G is from the second flow control body 21G bottom 211G the second flow control face 200G is upwardly extended and is run through the second flow control element 20G the second flow control body 21G.In other words, the 11st passage 1011G lead-through opening 10111G can keep the 11st passage 1011G all the time with exterior space, especially outer with flow-controlled device Portion space is connected.Preferably, the first passage 101G of the flow-controlled device, second channel 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G and the tenth passage 1010G respectively from First flow control body 11G top ends 111G the first pars intermedia 1113G extend out to top ends 111G this first Edge part 1112G；The 11st passage 1011G, the 12nd passage 1012G and the tenth triple channel 1013G of the flow-controlled device respectively from The bottom 211G of second flow control element 20G the second flow control body 21 the second pars intermedia 2113G extends out to the bottom End 211G second edge portion 2112G.

As shown in Fig. 7 A to Fig. 7 D of accompanying drawing, the second flow control element 20G can relative to the first flow control element 10G rotate from And cause the flow-controlled device that there is first working position, second working position, the 3rd working position and one the 4th work Position, wherein when the flow-controlled device is in the first working position, the 11st passage 1011G of the flow-controlled device is connected with Five-channel 105G Logical, the 12nd passage 1012G is connected with the 7th passage 107G and the tenth passage 1010G respectively；When the flow-controlled device is in second During working position, the 11st passage 1011G of the flow-controlled device is connected with the 6th passage 106G, the 12nd passage 1012G respectively with 8th passage 108G and the tenth passage 1010G are connected；When the flow-controlled device is in three working positions, the 11st of the flow-controlled device the Passage 1011G is connected with first passage 101G, the 12nd passage 1012G respectively with third channel 103G and the 8th passage 108G It is connected, the tenth triple channel 1013G is connected with the 6th passage 106G；When the flow-controlled device is in four working positions, the flow control 11st passage 1011G of device is connected with second channel 102G, the 12nd passage 1012G respectively with third channel 103G and Four-way 104G is connected, and the tenth triple channel 1013G is connected with first passage 101G.Preferably, when the flow-controlled device is in the During one working position, the tenth triple channel 1013G is connected with fourth lane 104G；When the flow-controlled device is in the second working position, the Ten triple channel 1013G are connected with Five-channel 105G.It is highly preferred that when the flow-controlled device is in the first working position, first is logical Road 101G, second channel 102G, third channel 103G, the 6th passage 106G and the 8th passage 108G are by the second flow control element 20G The second flow control body 21G obstruction；When the flow-controlled device is in the second working position, first passage 101G, second channel 102G, Triple channel 103G, fourth lane 104G and the 7th passage 107G are blocked by the second flow control element 20G the second flow control body 21G； When the flow-controlled device is in three working positions, second channel 102G, fourth lane 104G, Five-channel 105G, the 7th passage 107G and the tenth passage 1010G is blocked by the second flow control element 20G the second flow control body 21G；When the flow-controlled device is in the 4th During working position, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G and the tenth passage 1010G quilts Second flow control element 20G the second flow control body 21G obstructions.

As shown in Fig. 5 B and Fig. 6 C to Fig. 6 G of accompanying drawing, the flow-controlled device further comprise a first conductive channel 1015G, One the second conductive channel 1016G, a 3rd conductive channel 1017G and a 4th conductive channel 1018G, wherein this first Conductive channel 1015G, the second conductive channel 1016G, the 3rd conductive channel 1017G and the 4th conductive channel 1018G are respectively arranged on First flow control element 10G the first flow control body 11G；Wherein the first conductive channel 1015G prolongs from second channel 102G Extend the 6th passage 106G and second channel 102G is connected with the 6th passage 106G；Wherein second conductive channel 1016G extends to the Five-channel 105G and by first passage 101G and the Five-channel 105G phases from first passage 101G Connection；Wherein the 3rd conductive channel 1017G extends to the 8th passage 108G and by the four-way from fourth lane 104G Road 104G is connected with the 8th passage 108G；Wherein the 4th conductive channel 1018G extends to this from third channel 103G Third channel 103G is simultaneously connected by the 7th passage 107G with the 7th passage 107G, wherein the first flow control member of the flow-controlled device Part 10G the first flow control body 11G top ends 111G first edge portion 1112G include first outer edge 11121G and One the first pars intermedia 1113G and first edge portion 1112G for extending in top ends 111G first outer edge The first conducting portion 11122G between 11121G, the first flow control element 10G of the flow-controlled device the first flow control body 11G top Portion 111G further comprises that one extends between top ends 111G the first pars intermedia 1113G and the first central part 1111G The second conducting portion 1114G；Second flow control element 20G the second flow control body 21G bottom 211G the second side Edge 2112G includes a second outer edge 21121G and the second flow control sheet for extending in the second flow control element 20G Body 21G bottom 211G second edge portion 2112G the second outer edge 21121G's and the second flow control body 21G should The first sealing 21122G between bottom 211G the second pars intermedia 2113G, the second flow control element 20G second control Stream body 21G bottom 211G further comprises a second central part 2111G for extending in bottom 211G and should The second sealing 2114G between second pars intermedia 2113G, wherein first conductive channel 1015G located at the flow-controlled device the One flow control element 10G the first flow control body 11G top ends 111G first edge portion 1112G the first conducting portion 11122G；Top ends 111Gs of second conductive channel 1016G located at the first flow control element 10G the first flow control body 11G The second conducting portion 1114G, wherein the 3rd conductive channel 1017G located at the flow-controlled device the first flow control element 10G first Flow control body 11G top ends 111G first edge portion 1112G the first conducting portion 11122G；4th conductive channel 1018G is located at the first flow control element 10G the first flow control body 11G top ends 111G the second conducting portion 1114G, and should First conductive channel 1015G, second conductive channel 1016G, the 3rd conductive channel 1017G and the 4th conductive channel 1018G extends downwardly from the first flow control face 100G of the flow-controlled device respectively so that first conductive channel 1015G, this Two conductive channel 1016G, the 3rd conductive channel 1017G and the 4th conductive channel 1018G be suitable to respectively with the flow-controlled device First flow control element 10G upper outer space is connected, wherein when the flow-controlled device is in first working position, second work When position, the 3rd working position and four working positions, the second flow control body 21G bottom 211G second edge portion 2112G first sealing 21122G is suitable to cover the first conductive channel 1015G and the 3rd conductive channel 1017G, and this Two flow control body 21G bottom 211G second sealing 2114G is suitable to cover the second conductive channel 1016G and the Four conductive channel 1018G, so as to prevent to flow through the first conductive channel 1015G, and/or the second conductive channel 1016G and/ Or the 3rd conductive channel 1017G and/or the 4th conductive channel 1018G fluid flow upwardly toward the upper of the first flow control element 10G Square exterior space.In other words, the second of the second flow control element 20G the second flow control body 21G bottom 211G Edge part 2112G first sealing 21122G be suitable to by the first conductive channel 1015G and the 3rd conductive channel 1017G with First flow control element 10G of the flow-controlled device the first flow control body 11G upper outer spaced aparts, the second flow control element 20G the second flow control body 21G bottom 211G the second sealing 2114G is suitable to second conductive channel 1016G and the 4th conductive channel 1018G and the first flow control element 10G of the flow-controlled device the first flow control body 11G upper outers Spaced apart so that when the flow-controlled device be in first working position, second working position, the 3rd working position and this During four working positions, the first conductive channel 1015G, and/or the second conductive channel 1016G, and/or the 3rd conductive channel are flowed through 1017G and/or the 4th conductive channel 1018G fluid will not flow upwardly toward the first flow control element 10G of flow-controlled device outside Space；Wherein first conductive channel 1015G first passage 101G, third channel 103G, four-way with the flow-controlled device respectively Road 104G, Five-channel 105G, the 7th passage 107G, the 8th passage 108G and the tenth passage 1010G be separated by turn up the soil located at this One flow control element 10G the first flow control body 11G；Second conductive channel 1016G second channels with the flow-controlled device respectively 102G, third channel 103G, fourth lane 104G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G, the tenth are led to Road 1010G and the first conductive channel 1015G is separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G；This Three conductive channel 1017G respectively lead to by the first passage 101G with the flow-controlled device, second channel 102G, third channel 103G, the 5th Road 105G, the 6th passage 106G, the 7th passage 107G, the tenth passage 1010G, the conductings of the first conductive channel 1015G and second are logical Road 1016G is separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G；4th conductive channel 1018G distinguishes First passage 101G, second channel 102G, fourth lane 104G, Five-channel 105G, the 6th passage 106G with the flow-controlled device, 8th passage 108G, the tenth passage 1010G, the first conductive channel 1015G, the second conductive channel 1016G and the 3rd conductive channel 1017G is separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G；Wherein first passage 101G and the 5th Passage 105G respectively with second channel 102G, third channel 103G, fourth lane 104G, the 6th passage 106G, the 7th passage 107G and the 8th passage 108G is separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G；The second channel 102G and the 6th passage 106G respectively with third channel 103G, fourth lane 104G, the 7th passage 107G and the 8th passage 108G It is separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G；107G points of third channel 103G and the 7th passage It is not separated by the first flow control body 11G to turn up the soil located at the first flow control element 10G with fourth lane 104G and the 8th passage 108G； Tenth passage 1010G respectively with first passage 101G, second channel 102G, third channel 103G, fourth lane 104G, the 5th Passage 105G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G, which are separated by, to turn up the soil located at the first flow control element 10G The first flow control body 11G；11st passage 1011G, the 12nd passage 1012G and the tenth triple channel 1013G are mutual Separatedly be located at the second flow control element 20G the second flow control body 21G, wherein the 11st passage 1011G from this second control Stream body 21G bottom 211G the second pars intermedia 2113G extends out to bottom 211G second edge portion 2112G First sealing 21122 and upward and outward extend, to form a lead-through opening being connected all the time with exterior space 10111G.Preferably, the tenth triple channel 1013G leads to a first central passage 10131G and one with first center The first center-aisle 10132G that road 10131G is connected, wherein first central passage 10131G are located at the second flow control element 20G the second flow control body 21G bottom 211G the second central part 2111G and from the second of the second flow control element 20G Flow control body 21G the second flow control face 200G extends upwardly to the second flow control body 21G high end 212G；This is among first Passage 10132G located at bottom 211G the second pars intermedia 2113G and from the second flow control element 20G the second flow control Body 21G the second flow control face 200G extends upwardly to the second flow control body 21G high end 212G, wherein first center Passage 10131G is upwardly extended from second flow control face 200G and to the tenth triple channel 1013G the first center-aisle 10132G Direction extends；The first center-aisle 10132G is from the second flow control element 20G the second flow control body 21G the second flow control face 200G is upwardly extended and extended to the tenth triple channel 1013G the first central passage 10131G directions so that the 13rd Passage 1013G the first central passage 10131G and first center-aisle 10132G is interconnected, second sealing 2114G A seal bridge 21141G between the first central passage 10131G and first center-aisle 10132G is formed, wherein Seal bridge 21141G is suitable to the second conductive channel 1016G and the tenth triple channel 1013G being spaced.

As shown in Fig. 6 A to 6B of accompanying drawing, the first flow control element 10G of the flow-controlled device the first flow control face 100G and second Flow control element 20G the second flow control face 200G is circle, the first passage 101G of the flow-controlled device, the 6th passage 106G, the 5th Passage 105G, fourth lane 104G, third channel 103G, the 8th passage 108G, the tenth passage 1010G, the 7th passage 107G and Second channel 102G is deasil arranged in the first flow control element 10G the first flow control body 11G with this order；The flow-controlled device The 11st passage 1011G, the tenth triple channel 1013G and the 12nd passage 1012G with this order be deasil arranged in this Two flow control element 20G the second flow control body 21G.Alternatively, the flow-controlled device is set first passage 101G, the 6th passage 106G, Five-channel 105G, fourth lane 104G, third channel 103G, the 8th passage 108G, the tenth passage 1010G, the 7th passage 107G and second channel 102G can also this order be widdershins arranged in the first flow control element 10G the first flow control body 11G；The 11st passage 1011G, the tenth triple channel 1013G of the flow-controlled device and the 12nd passage 1012G are sequentially inverse with this simultaneously It is arranged in the second flow control element 20G the second flow control body 21G hour hands.

Preferably, first passage 101G, second channel 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G and the tenth passage 1010G radially located at this first Flow control element 10G the first flow control face 100G, and the 11st passage 1011G, the 12nd passage 1012G and the tenth triple channel 1013G is radially located at the second flow control element 20G the second flow control face 200G.

It is highly preferred that first passage 101G from the first flow control element 10G the first flow control face 100G downwardly and outwardly Extension or the Five-channel 105G extend downwardly and outwardly from the first flow control element 10G the first flow control face 100G；This second Passage 102G is extended downwardly and outwardly from the first flow control element 10G the first flow control face 100G or the 6th passage 106G certainly should First flow control element 10G the first flow control face 100G is extended downwardly and outwardly；Third channel 103G is from the first flow control element 10G the first flow control face 100G is extended downwardly and outwardly or the 7th passage 107G is controlled from the first of the first flow control element 10G Stream interface 100G is extended downwardly and outwardly；Fourth lane 104G from the first flow control element 10G the first flow control face 100G are downward With stretch out or the 8th passage 108G extends downwardly and outwardly from the first flow control element 10G the first flow control face 100G； Tenth passage 1010G extends downwardly and outwardly from the first flow control element 10G the first flow control face 100G respectively.

It is worth noting that second flow control sheets of the tenth triple channel 1013G of the flow-controlled device from the second flow control element 20G Second central part 2111G extensions of body 21G bottom 211G the second pars intermedia 2113G to bottom 211G and from the bottom End 211G the second central part 2111G upwardly extends and penetrated the second flow control body 21G.

As shown in accompanying drawing 6C to Fig. 6 D, the first flow control element 10G of the flow-controlled device the first flow control face 100G has one Core 1000G shown in figure chain lines, wherein core 1000G are located at the first of the first flow control element 10G Flow control body 11G top ends 111G the first central part 1111G, and first flow control face 100G core 1000G it Outer part be divided into clockwise a Part I 1001G shown in chain-dotted line, a Part II 1002G, one Three parts 1003G, a Part IV 1004G, a Part V 1005G, a Part VI 1006G, one the 7th Divide 1007G, a Part VIII 1008G and a Part IX 1009G；The second of second flow control element 20G of the flow-controlled device Flow control face 200G has a central area 2000G shown in figure chain lines, wherein central area 2000G located at this second Flow control element 20G the second flow control body 21G bottom 211G the second central part 2111G, and second flow control face 200G Central area 2000G outside part be divided into clockwise a first area 2001G shown in chain-dotted line, one second Region 2002G, a 3rd region 2003G, a 4th region 2004G, a 5th region 2005G, the 6th region 2006G, a SECTOR-SEVEN domain 2007G, a Section Eight domain 2008G and a 9th region 2009G；The wherein first passage 101G from first flow control face 100G Part I 1001G are extended downwardly；6th passage 106G is from the first flow control face 100G Part II 1002G is extended downwardly；The Five-channel 105G from first flow control face 100G Part III 1003G to Lower extension；Fourth lane 104G from first flow control face 100G Part IV 1004G are extended downwardly；Third channel 103G Extended downwardly from first flow control face 100G Part V 1005G；8th passage 108G is from first flow control face 100G's Part VI 1006G is extended downwardly；Tenth passage 1010G is from first flow control face 100G Part VII 1007G to downward Stretch；7th passage 107G from first flow control face 100G Part VIII 1008G are extended downwardly；Second channel 102G certainly should First flow control face 100G Part IX 1009G is extended downwardly；11st passage 1011G from second flow control face 200G One region 2001G is upwardly extended；Fiveth region 2005Gs and sixth of the 12nd passage 1012G from second flow control face 200G Region 2006G is upwardly extended；Tenth triple channel 1013G from second flow control face 200G second area 2002G are upwardly extended. Preferably, the part outside first flow control face 100G core 1000G is deasil radially divided into this first Point 1001G, Part II 1002G, Part III 1003G, Part IV 1004G, Part V 1005G, this Six part 1006G, Part VII 1007G, Part VIII 1008G and Part IX 1009G；Second flow control face 200G Central area 2000G outside part be deasil radially divided into first area 2001G, second area 2002G, 3rd region 2003G, the 4th region 2004G, the 5th region 2005G, the 6th region 2006G, the SECTOR-SEVEN domain 2007G, the Section Eight domain 2008G and the 9th region 2009G.

As shown in Fig. 5 B and Fig. 8 of accompanying drawing, the flow-controlled device according to the second preferred embodiment of the invention further comprises outside one Shell 30G, and the first flow control element 10G of the flow-controlled device the first flow control body 11G further comprise one from the top ends The end portion 112G that 111G is extended downwardly, wherein shell 30G include an outer cover body 31G, and wherein outer cover body 31G is certainly First flow control element 10G the first flow control body 11G end portion 112G, which outwardly and upwardly extends and enclosed, is set as one first Accommodating chamber 300G, so that outer cover body 31G is open formed with a madial wall 311G, a lateral wall 312G and one Upper end open 3001G upward, wherein the first accommodating chamber 300G and the 11st passage 1011G lead-through opening 10111G phases Connection, wherein the second flow control element 20G are suitable to the second flow control face 200G and are located at the first accommodating chamber 300G facing downward and are located at First flow control element 10G the first flow control face 100G.

It is worth noting that shell 30G have one first opening 301G, one second opening 302G, one the 3rd open Mouth 303G, a 4th opening 304G, wherein 3010G and one the 11st opening 3011G of the tenth opening, first opening 301G is connected with first passage 101G, this second opening 302G be connected with second channel 102G, the 3rd opening 303G and Third channel 103G is connected, and the 4th opening 304G is connected with fourth lane 104G, and the tenth opening 3010G and the tenth is logical Road 1010G is connected, and the 11st opening 3011G is connected with first accommodating chamber 300G.In other words, first passage 101G Extended downwardly from the first flow control element 10G the first flow control face 100G and from the first flow control element 10G the first flow control sheet Body 11G end portion 112G stretches out to be connected with first opening 301G；Second channel 102G is from first flow control Element 10G the first flow control face 100G is extended downwardly and the end portion of the first flow control body 11G from the first flow control element 10G 112G stretches out to be connected with second opening 302G；Third channel 103G from the first flow control element 10G first Flow control face 100G is extended downwardly and the end portion 112G of the first flow control body 11G from the first flow control element 10G stretches out To be connected with the 3rd opening 303G；Fourth lane 104G from the first flow control element 10G the first flow control face 100G to Lower extension and the first flow control body 11G from the first flow control element 10G end portion 112G stretch out to be opened with the 4th Mouth 304G is connected；Tenth passage 1010G is extended downwardly from the first flow control element 10G the first flow control face 100G and certainly should First flow control element 10G the first flow control body 11G end portion 112G stretches out to be connected with the tenth opening 3010G It is logical.Preferably, the first flow control element 10G the first flow control body 11G end portion 112G and the shell 30G outer cover body 31G madial wall 311G is integrally formed.It is highly preferred that first opening 301G, second opening 302G, the 3rd opening 303G, the 4th opening 304G, the tenth opening 3010G and the 11st opening 3011G be respectively arranged on shell 30G this is outer Shell body 31G.

Fig. 5 E and Fig. 5 F such as accompanying drawing show a kind of optional implementation of the flow-controlled device according to the second preferred embodiment of the invention, The shell 30G of flow-controlled device wherein of the present invention further have one the 5th opening 305G, one the 6th opening 306G, one the 7th Opening 307G and one the 8th opening 308G, first flow control face 100Gs of the Five-channel 105G from the first flow control element 10G Extend downwardly and the end portion 112G of the first flow control body 11G from the first flow control element 10G stretches out with the 5th Opening 305G is connected；6th passage 106G is extended downwardly simultaneously certainly from the first flow control element 10G the first flow control face 100G First flow control element 10G the first flow control body 11G end portion 112G stretches out to be connected with the 6th opening 306G It is logical；7th passage 107G extended downwardly from the first flow control element 10G the first flow control face 100G and from first flow control member Part 10G the first flow control body 11G end portion 112G stretches out to be connected with the 7th opening 307G；8th passage 108G is extended downwardly from the first flow control element 10G the first flow control face 100G and controlled from the first of the first flow control element 10G Stream body 11G end portion 112G stretches out to be connected with the 8th opening 308G.

It is understood that when further there is the shell 30G of flow-controlled device of the present invention one to lead to the 5th of the flow-controlled device The 5th opening 305G, the 6th opening 306G being connected with the 6th passage 106G of the flow-controlled device that road 105G is connected When, the 7th opening being connected with the 7th passage 107G of flow-controlled device 307G and one and the 8th passage of the flow-controlled device During the 8th opening 308G that 108G is connected, wherein the flow-controlled device can be no longer provided with the second channel 102G of the flow-controlled device and the The first conductive channel 1015G that six passage 106G are connected, the flow-controlled device also can be no longer provided with the first passage of the flow-controlled device The second conductive channel 1016G that 101G and Five-channel 105G are connected, the flow-controlled device also can be no longer provided with the flow-controlled device The 3rd conductive channel 1017G that fourth lane 104G and the 8th passage 108G are connected, the flow-controlled device also can be no longer provided with should The 4th conductive channel 1018G that the third channel 103G and the 7th passage 107G of flow-controlled device are connected.

As shown in Fig. 5 B and Fig. 6 A of accompanying drawing, the flow-controlled device further comprises that is detachably arranged at first flow control member Anti-wear component 40G between part 10G and the second flow control element 20G, wherein anti-wear component 40G have a wear-resisting body 41G, The wherein wear-resisting body 41G is wear-resisting suitable for being in contact with the second flow control body 21G the second flow control face 200G with one Surface 410G, wherein wearing face 410G pass through Wear-resistant Treatment, so as to reduce the second of the second flow control element 20G the control Caused frictional force when flowing body 21G relative to the first flow control element 10G the first flow control body 11G rotations, so as to extend The service life of the flow-controlled device.Further, anti-wear component 40G size and shape and the first flow control element of the flow-controlled device 10G the first flow control face 100G is corresponding and anti-wear component 40G wear-resisting body 41G connects with being spaced formed with one first Mouth 401G, a 6th interface 406G, a 5th interface 405G, a 4th interface 404G, the 3rd interface 403G, one Individual 8th interface 408G, a tenth interface 4010G, an a 7th interface 407G and second interface 402G, wherein this One interface 401G, second interface 402G, the 3rd interface 403G, the 4th interface 404G, the 5th interface 405G, the 6th interface 406G, 7th interface 407G, the 8th interface 408G and the tenth interface 4010G shape and the size first passage with the flow-controlled device respectively 101G, second channel 102G, second channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th are led to Road 107G, the 8th passage 08G and the tenth passage 1010G are corresponding.Preferably, when anti-wear component 40G is located at the flow-controlled device When between the first flow control element 10G and the second flow control element 20G, relative first flow control does not occur for anti-wear component 40G Element 10G the first flow control body 11G rotation.Preferably, there is anti-wear component 40G a smoothed processing to reduce it The wearing face 410G of degree of roughness.It is highly preferred that anti-wear component 40G first interface 401G, second interface 402G, Three interface 403G, the 4th interface 404G, the 5th interface 405G, the 6th interface 406G, the 7th interface 407G, the 8th interface 408G and Tenth interface 4010G up/down perforation anti-wear components 40G wear-resisting body 41G, so that the anti-wear component 40G first interface 401G, second interface 402G, the 3rd interface 403G, the 4th interface 404G, the 5th interface 405G, the 6th interface 406G, the 7th connect Mouth 407G, the 8th interface 408G and the tenth interface 4010G are suitable to first passage 101G, the second channel with the flow-controlled device respectively 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th are led to Road 108G and the tenth passage 1010G are connected, so that when the flow-controlled device is in the first working position, the tenth of the flow-controlled device the One passage 1011G is connected with Five-channel 105G, the 12nd passage 1012G respectively with the 7th passage 107G and the tenth passage 1010G is connected；When the flow-controlled device is in the second working position, the 11st passage 1011G of the flow-controlled device and the 6th passage 106G is connected, and the 12nd passage 1012G is connected with the 8th passage 108G and the tenth passage 1010G respectively；When the flow-controlled device During in three working positions, the 11st passage 1011G of the flow-controlled device is connected with first passage 101G, the 12nd passage 1012G is connected with third channel 103G and the 8th passage 108G respectively, and the tenth triple channel 1013G is connected with the 6th passage 106G It is logical；When the flow-controlled device is in four working positions, the 11st passage 1011G of the flow-controlled device is connected with second channel 102G, 12nd passage 1012G is connected with third channel 103G and fourth lane 104G respectively, and the tenth triple channel 1013G and first is logical Road 101G is connected.

As shown in Fig. 5 B and Fig. 8 of accompanying drawing, the flow-controlled device further comprises a diversion member 50G, wherein water conservancy diversion member Part 50G includes a water conservancy diversion body 51G, and wherein water conservancy diversion body 51G, which encloses, is set as a first flow-guiding channel 510G, and wherein this is led The fluid element 50G water conservancy diversion body 51G is upwardly extended from the second flow control element 20G the second flow control body 21G and the water conservancy diversion Element 50G the first flow-guiding channel 510G is connected with the tenth triple channel 1013G of the flow-controlled device.

As shown in Fig. 5 B and Fig. 8 of accompanying drawing, the flow-controlled device further comprises one from the second of the second flow control element 20G The driving element 60G and a potted component 70G upwardly extended from driving element 60G that flow control body 21G is upwardly extended, its In driving element 60G be suitable to drive the flow-controlled device the second flow control element 20G the second flow control body 21G with respect to this first control Fluid element 10G the first flow control body 11G rotates；Wherein potted component 70G is suitable to the madial wall located at shell 30G 311G is to seal first accommodating chamber 300G, so as to prevent the fluid in first accommodating chamber 300G from first accommodating chamber 300G Upper end open 3001G outflow.Preferably, potted component 70G is in contact with driving element 60G and suitable for the driving is first Part 60G is held in place by so as to keep the second flow control element 20G the second flow control body 21G to be in appropriate location.It is excellent Selection of land, the driving element 60G and diversion member 50G of the flow-controlled device water conservancy diversion body 51G are integrally formed.

Fig. 8 of refer to the attached drawing, the water treatment system according to the second preferred embodiment of the invention include an above-mentioned He of flow-controlled device 1 One unit for treating water 2, the wherein flow-controlled device 1 are connected with the unit for treating water 2, so that current can be in the flow-controlled device 1 Flowed between the unit for treating water 2.

The flow-controlled device 1 includes a first flow control element 10G, an a second flow control element 20G and shell 30G；Should Unit for treating water 2 includes an a first water process element 80G and second water process element 90G, wherein first water process There is element 80G an a first water inlet 801G and first delivery port 802G, the second water process element 90G to have one A second water inlet 901G and second delivery port 902G, wherein the first water process element 80G the first water inlet 801G and The first delivery port 802G openings of 301G and the 3rd 303G that are open respectively with the first of the shell 30G of the flow-controlled device 1 are connected, and this Two water process element 90G the second water inlet 901G and the second delivery port 902G respectively with the shell 30G of the flow-controlled device 1 second The openings of opening 302G and the 4th 304G is connected, wherein when the flow-controlled device 1 of the water treatment system is in the first working position, current Shell 30G the first accommodating chamber 300G is flowed into and by this by the shell 30G of the flow-controlled device 1 the 11st opening 3011G 11st passage 1011G lead-through opening 10111G flows into the 11st passage 1011G, and subsequent current flow into the flow-controlled device 1 Five-channel 105G, first passage 101G is flowed into through the second conductive channel 1016G, then first opening through shell 30G 301G flows out, and the first water inlet 801G through the first water process element 80G flows into first water process element 80G, and through being somebody's turn to do Water after first water process element 80G processing is handled, first delivery port of the water through the first water process element 80G after the processing 802G flows out, and then the 3rd opening 303G through shell 30G enters the third channel 103G of the flow-controlled device 1, then is led through the 4th Circulation passage 1018 flows into the 7th passage 107G of the flow-controlled device 1, then the 12nd passage 1012G water conservancy diversion through the flow-controlled device 1 flows through Tenth passage 1010G of the flow-controlled device 1 and through shell 30G the tenth opening 3010G outflow for user use；At the water When the flow-controlled device 1 of reason system is in the second working position, the 11st opening 3011G streams for the shell 30G that current pass through the flow-controlled device 1 Enter shell 30G the first accommodating chamber 300G and flow into the tenth by the 11st passage 1011G lead-through opening 10111G One passage 1011G, subsequent current flow into the 6th passage 106G of the flow-controlled device 1, and it is logical to flow into second through the first conductive channel 1015G Road 102G, then the second opening 302G outflows through shell 30G, the second water inlet through the second water process element 90G 901G flows into second water process element 90G, and the water after the second water process element 90G processing is handled, after the processing Second delivery port 902G outflow of the water through the second water process element 90G, then the 4th opening 304G entrance through shell 30G The fourth lane 104G of the flow-controlled device 1, then the 8th passage 108G of the flow-controlled device 1 is flowed into through the 3rd conductive channel 1017G, then pass through 12nd passage 1012G water conservancy diversion of the flow-controlled device 1 flows through the tenth passage 1010G of the flow-controlled device 1 and the tenth through shell 30G opens Mouth 3010G outflows use for user；When the flow-controlled device 1 of the water treatment system is in three working positions, current pass through this The shell 30G of flow-controlled device 1 the 11st opening 3011G flows into shell 30G the first accommodating chamber 300G and by the 11st Passage 1011G lead-through opening 10111G flows into the 11st passage 1011G, and it is first logical to flow into the flow-controlled device 1 for subsequent current Road 101G, the first opening 301G outflows through shell 30G, the first water inlet 801G through the first water process element 80G First water process element 80G, and the water after the first water process element 80G processing is handled are flowed into, water passes through after the processing First water process element 80G the first delivery port 802G flows out, and then the 3rd opening 303G through shell 30G enters the control The third channel 103G of device 1 is flowed, then the 12nd passage 1012G water conservancy diversion through the flow-controlled device 1 flows into the 8th passage of the flow-controlled device 1 108G, then the 3rd conductive channel 1017G through the flow-controlled device 1 flow into fourth lane 104G, then again through shell 30G the Four opening 304G outflows, the second delivery port 902G through the second water process element 90G flow into second water process element 90G, And second water process element 90G is backwashed, second water inlet of the waste liquid caused by backwash through the second water process element 90G 901G flows out, and then the second opening 302G through shell 30G flows into the second channel 102G of the flow-controlled device 1, then through the flow control First conductive channel 1015G of device 1 flows into the 6th passage 106G of the flow-controlled device 1, and through the tenth triple channel of the flow-controlled device 1 1013G flows out；When the flow-controlled device 1 of the water treatment system is in four working positions, shell 30G that current pass through the flow-controlled device 1 The 11st opening 3011G flow into shell 30G the first accommodating chamber 300G and opened by the 11st passage 1011G conducting Mouth 10111G flows into the 11st passage 1011G, and subsequent current flow into the second channel 102G of the flow-controlled device 1, through shell 30G This second opening 302G outflow, the second water inlet 901G through the second water process element 90G flow into second water process member Part 90G, and the water after the second water process element 90G processing is handled, water is through the second water process element 90G after the processing The second delivery port 902G outflow, then through shell 30G the 4th opening 304G enter the flow-controlled device 1 fourth lane 104G, then the 12nd passage 1012G water conservancy diversion through the flow-controlled device 1 flow into the third channel 103G of the flow-controlled device 1, then outer through this Shell 30G the 3rd opening 303G outflows, then the first delivery port 802G through the first water process element 80G are flowed at first water Element 80G is managed, and backwashes first water process element 80G, waste liquid caused by backwash is through the first water process element 80G's First water inlet 801G flows out, and then the first opening 301G through shell 30G flows into the first passage 101G of the flow-controlled device 1, And the tenth triple channel 1013G outflows through the flow-controlled device 1.

It is worth noting that, when the flow-controlled device 1 of the water treatment system is in the first working position and the second working position, this One water process element 80G and the second water process element 90G is in the state of alternative water-supply, when the flow-controlled device 1 of the water treatment system During in the first working position, current flow out and flowed into first water process from the shell 30G of the flow-controlled device 1 the first opening 301G Element 80G, water after being handled after the first water process element 80G processing, threeth opening of the water through shell 30G after the processing 303G flows into the flow-controlled device 1, then the tenth opening 3010G outflows of the shell 30G through the flow-controlled device 1 so that user uses；When When the flow-controlled device 1 of the water treatment system is in the second working position, second opening 302G of the current from the shell 30G of the flow-controlled device 1 Flow out and flow into second water process element 90G, water after being handled after the second water process element 90G processing, after the processing Fourth opening 304G of the water through shell 30G flows into the flow-controlled device 1, then the tenth opening of the shell 30G through the flow-controlled device 1 3010G outflows use for user；When the flow-controlled device 1 of the water treatment system is in three working positions, first water process Element 80G and the second water process element 90G form a cascaded structure, and current first are opened from this of the shell 30G of the flow-controlled device 1 Mouthful 301G outflow and the first water inlet 801G for flowing into the first water process element 80G, and through the first water process element 80G at Water after reason is handled, first delivery port 802G outflow of the water through the first water process element 80G, then outer through this after the processing Shell 30G the 3rd opening 303G flows into the flow-controlled device 1, then the 4th opening 304G outflows of the shell 30G through the flow-controlled device 1, then The second delivery port 902G through the second water process element 90G flows into second water process element 90G, and backwashes second water Treatment element 90G, second water inlet 901G outflow and flow direction of the waste liquid caused by backwash through the second water process element 90G should The opening 302G of shell 30G second, flow into the flow-controlled device 1 and discharged from the tenth triple channel 1013G of the flow-controlled device 1；At the water When the flow-controlled device 1 of reason system is in four working positions, the first water process element 80G and the second water process element 90G form one Individual cascaded structure, current flow out and flowed into the second water process element from the shell 30G of the flow-controlled device 1 second opening 302G 90G the second water inlet 901G, and the water after the second water process element 90G processing is handled, after the processing water through this Two water process element the second delivery ports of 90G 902G flow out, and then the 4th opening 304G through shell 30G flows into the flow-controlled device 1, The 3rd opening 303G outflows of shell 30G through the flow-controlled device 1 again, then the first delivery port through the first water process element 80G 802G flows into first water process element 80G, and backwashes first water process element 80G, and waste liquid caused by backwash is through being somebody's turn to do First water process element 80G the first water inlet 801G flows out and flowed to the opening 301G of shell 30G first, flows into the flow-controlled device 1 and discharged from the tenth triple channel 1013G of the flow-controlled device 1.

It is understood that when the shell 30G of the flow-controlled device further has a Five-channel with the flow-controlled device 105G be connected the 5th opening 305G, one be connected with the 6th passage 106G the 6th opening 306G, one with the 7th lead to , should in the case of the 8th opening 308G that the 7th opening 307G and one that road 107G is connected is connected with the 8th passage 108G Flow-controlled device 1 is no longer provided with the first conductive channel 1015G that second channel 102G and the 6th passage 106G are connected, the flow-controlled device Also no longer it is provided with the second conductive channel 1016G that first passage 101G and Five-channel 105G are connected, the flow-controlled device is not yet The 3rd conductive channel 1017G that fourth lane 104G and the 8th passage 108G are connected is provided with again, and the flow-controlled device is also no longer set There is the 4th conductive channel 1018G that the third channel 103G of the flow-controlled device and the 7th passage 107G are connected.Wherein the 5th Opening 305G is suitable to be connected with the first water process element 80G of the unit for treating water 2 the first water inlet 801G, and the 6th opens Mouth 306G is suitable to be connected with the second water process element 90G of the unit for treating water 2 the second water inlet 901G, the 7th opening 307G is suitable to be connected with the first water process element 80G of the unit for treating water 2 the first delivery port 802G, the 8th opening 308G is suitable to be connected with the second water process element 90G of the unit for treating water 2 the second delivery port 902, wherein at the water When the flow-controlled device 1 of reason system is in the first working position, the 11st opening 3011G streams for the shell 30G that current pass through the flow-controlled device 1 Enter shell 30G the first accommodating chamber 300G and flow into the tenth by the 11st passage 1011G lead-through opening 10111G One passage 1011G, subsequent current flow into the Five-channel 105G of the flow-controlled device 1, then the 5th opening through shell 30G 305G flows out, and the first water inlet 801G through the first water process element 80G flows into first water process element 80G, and through being somebody's turn to do Water after first water process element 80G processing is handled, first delivery port of the water through the first water process element 80G after the processing 802G flows out, and then the 7th opening 307G through shell 30G enters the 7th passage 107G of the flow-controlled device 1, then through the flow control 12nd passage 1012G water conservancy diversion of device 1 flows through the tenth passage 1010G of the flow-controlled device 1 and the tenth opening through shell 30G 3010G outflows use for user；When the flow-controlled device 1 of the water treatment system is in the second working position, current pass through the control The 11st opening 3011G for flowing the shell 30G of device 1 flows into shell 30G the first accommodating chamber 300G and led to by the 11st Road 1011G lead-through opening 10111G flows into the 11st passage 1011G, and subsequent current flow into the 6th passage of the flow-controlled device 1 106G, then the 6th opening 306G outflows through shell 30G, the second water inlet through the second water process element 90G 901G flows into second water process element 90G, and the water after the second water process element 90G processing is handled, after the processing Second delivery port 902G outflow of the water through the second water process element 90G, then the 8th opening 308G entrance through shell 30G 8th passage 108G of the flow-controlled device 1, then the 12nd passage 1012G water conservancy diversion through the flow-controlled device 1 flow through the tenth of the flow-controlled device 1 Passage 1010G and through shell 30G the tenth opening 3010G outflow for user use；When the flow-controlled device 1 of the water treatment system During in three working positions, shell 30G that current pass through the flow-controlled device 1 the 11st opening 3011G flows into the of shell 30G One accommodating chamber 300G simultaneously flows into the 11st passage 1011G by the 11st passage 1011G lead-through opening 10111G, then Current flow into the first passage 101G of the flow-controlled device 1, the first opening 301G outflows through shell 30G, at first water Reason element 80G the first water inlet 801G flows into first water process element 80G, and through the first water process element 80G processing Water after being handled, first delivery port 802G outflow of the water through the first water process element 80G after the processing, then through the shell 30G the 3rd opening 303G enters the third channel 103G of the flow-controlled device 1, then the 12nd passage 1012G through the flow-controlled device 1 is led Stream flows into the 8th passage 108G of the flow-controlled device 1, then the 8th opening 308G outflows through shell 30G again, through second water Treatment element 90G the second delivery port 902G flows into second water process element 90G, and backwashes the second water process element 90G, second water inlet 901G outflow of the waste liquid caused by backwash through the second water process element 90G, then through shell 30G The 6th opening 306G flow into the 6th passage 106G of the flow-controlled device 1, and the outflows of the tenth triple channel 1013G through the flow-controlled device 1.

Fig. 6 E to Fig. 6 H such as accompanying drawing show a kind of optional implementation of the flow-controlled device according to the second preferred embodiment of the invention, Wherein the flow-controlled device further comprises a top ends 111G located at the first flow control element 10G the first flow control body 11G The first central part 1111G the tenth four-way 1014G, wherein the tenth four-way 1014G from first flow control face 100G to Lower extension；Tenth triple channel 1013G of the flow-controlled device is from the second flow control element 20G the second flow control body 21G bottom 211G the second pars intermedia 2113G extends to bottom 211G the second central part 2111G, and being somebody's turn to do from bottom 211G Second central part 2111G and second pars intermedia 2113G extends upwardly to the second flow control body 21G high end 212G.It is excellent Selection of land, the tenth four-way 1014G from first flow control face 100G core 1000G are extended downwardly；The flow-controlled device Tenth triple channel 1013G upwardly extends from second flow control face 200G second area 2002G and central area 2000G.More Preferably, first passage 101G is extended downwardly and outwardly from the first flow control element 10G the first flow control face 100G and/or should Five-channel 105G extends downwardly and outwardly from the first flow control element 10G the first flow control face 100G；Second channel 102G Extended downwardly and outwardly from the first flow control element 10G the first flow control face 100G and/or the 6th passage 106G from this first Flow control element 10G the first flow control face 100G is extended downwardly and outwardly；Third channel 103G is from the first flow control element 10G's First flow control face 100G is extended downwardly and outwardly and/or the 7th passage 107G is from the first flow control element 10G the first flow control Face 100G is extended downwardly and outwardly；Fourth lane 104G from the first flow control element 10G the first flow control face 100G downwards and Stretch out and/or the 8th passage 108G extends downwardly and outwardly from the first flow control element 10G the first flow control face 100G； Tenth passage 1010G extends downwardly and outwardly from the first flow control element 10G the first flow control face 100G；Tenth four-way 1014G extends downwardly and outwardly from first flow control face 100G, and wherein the tenth triple channel 1013G is from the second flow control element 20G the second flow control body 21G bottom 211G the second pars intermedia 2113G extends to bottom 211G the second sealing Portion 2114G simultaneously extends upwardly and inwardly the second central part 2111G into bottom 211G.

Significantly, since the flow-controlled device further comprises first control located at the first flow control element 10G Body 11G top ends 111G the tenth four-way 1014G and the tenth triple channel 1013G of the flow-controlled device are flowed from the bottom 211G second pars intermedia 2113G extends into the second central part 2111G and controlled from the second of the second flow control element 20G Stream interface 200G extends upwardly to the second flow control body 21G high end 212G, so that when the flow control of the water treatment system When device 1 is in the 3rd working position and four working positions, the tenth four-way 1014G is connected with the tenth triple channel 1013G, punching Caused waste liquid is by the 13rd through flow-controlled device 1 after washing the second water process element 90G and/or rinsing the first water process element 80G Passage 1013G flows into the tenth four-way 1014G and discharged through the tenth four-way 1014G.Preferably, the tenth four-way 1014G respectively with first passage 101G, second channel 102G, third channel 103G, fourth lane 104G, Five-channel 105G, the 6th passage 106G, the 7th passage 107G, the 8th passage 108G, the tenth passage 1010G, the first conductive channel 1015G, Second conductive channel 1016G, the 3rd conductive channel 1017G and the 4th conductive channel 1018G, which are separated by, to turn up the soil located at first flow control Element 10G the first flow control body 11G.

It is understood that when the flow-controlled device further comprises first flow control for being located at the first flow control element 10G During body 11G top ends 111G the tenth four-way 1014G, the anti-wear component 40G of the flow-controlled device further has one the 14 interface 4014G, wherein the 14th interface 4014G shape and size the tenth four-way with the flow-controlled device respectively 1014G is corresponding.

So far, the object of the invention can be completed efficiently and effectively, and user can be by adjusting water treatment system of the present invention The flow-controlled device 1 positions of the second flow control element 20G with respect to the first flow control element 10G so that the flow-controlled device is located respectively In different working positions, to adjust and control the working condition of the water treatment system, so that user passes through a present invention Flow-controlled device 1 is that the flowing that can be achieved to waste water caused by water after the current of water treatment system of the present invention, processing and backwash controls.

It is worth noting that herein first, second, third, fourth, the 5th, the 6th, the 7th, the 8th, the 9th, the Tenth, when the 11st, the 12nd, the 13rd and the 14th are only used for describing the present invention to the present invention name and make the present invention not With differentiation is produced between part and structure, unless otherwise indicated, otherwise itself is without the how many implication of order or number.

It is understood that current herein are just for the sake of the illustration present invention and help those skilled in the art Understanding the present invention, it refers to the various fluids of including but not limited to current；Water herein is also used for the purpose of illustrating The bright present invention and the understanding present invention for helping those skilled in the art, it refers to the various liquids of including but not limited to water With various gaseous materials, therefore water mentioned herein and/or current be only used for illustrate the present invention, without form to this The limitation of invention.Meanwhile flow-controlled device of the present invention is applied to the flowing control of the including but not limited to various fluids of current, and this hair Bright water treatment system can be used for the processing of various fluids, the including but not limited to various fluids of current.

Those skilled in the art would appreciate that the embodiment of the present invention shown in accompanying drawing and described above is only to this hair Bright example rather than limitation.

It can thus be seen that the object of the invention can be efficiently accomplished fully.For explaining function and structure principle of the present invention The embodiment is absolutely proved and described, and the present invention is not limited by based on the change on these embodiment basis. Therefore, the present invention includes covering all modifications within appended claims claimed range and spirit.

Claims

A kind of 1. flow-controlled device, it is characterised in that including：

One first flow control element；With

One second flow control element, wherein the second flow control element is rotatably arranged in the first flow control element, wherein described First flow control element includes a first flow control body, and the first flow control body includes a top ends, wherein the top Portion forms a first flow control face；The second flow control element includes a second flow control body, the second flow control body tool There are a bottom and a high end upwardly extended from the bottom, the bottom forms a second flow control face； First flow control face of wherein described first flow control element is suitable to be in contact with the second flow control face of the second flow control element,

The top ends of wherein described first flow control element are prolonged including first central part, a first edge portion and one Stretch the first pars intermedia between first central part and the first described edge part, the bottom of the second flow control element End extends in second central part and the second edge including second central part, a second edge portion and one The second pars intermedia between portion, wherein the flow-controlled device have a first passage, a second channel, a third channel, One fourth lane, a Five-channel, the 6th passage, the 7th passage, the 8th passage, one the tenth it is logical Road, the 11st passage, the 12nd passage and the tenth triple channel, wherein the first passage, described second logical Road, the third channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the described 8th Passage and the tenth passage are respectively arranged on the first flow control body of the first flow control element；It is 11st passage, described 12nd passage and the tenth triple channel are respectively arranged on the second flow control body, wherein the first passage, described second Passage, the third channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, described Eight passages and the tenth passage extend downwards from the first flow control of the first flow control body of the first flow control element respectively； 11st passage extends upwardly from the second flow control of the bottom of the second flow control body and from second flow control Second pars intermedia of the bottom of body stretches out and forms a lead-through opening being connected all the time with exterior space；It is described 12nd passage extends to upwardly the high end from second flow control of the bottom of the second flow control body； Tenth triple channel extends through upwardly second control from the second flow control of the bottom of the second flow control body The second flow control body of fluid element.
2. flow-controlled device according to claim 1, it is characterised in that the flow-controlled device have first working position, one the Two working positions, the 3rd working position and the 4th working position, wherein when the flow-controlled device is in first working position, 11st passage is connected with the Five-channel；12nd passage respectively with the 7th passage and the described tenth Passage is connected, and when the flow-controlled device is in second working position, the 11st passage is connected with the 6th passage It is logical；12nd passage is connected with the 8th passage and the tenth passage respectively, when the flow-controlled device is in the described 3rd During working position, the 11st passage is connected with the first passage；12nd passage respectively with the third channel It is connected with the 8th passage；Tenth triple channel is connected with the 6th passage, when the flow-controlled device is in described During four working positions, the 11st passage of the flow-controlled device is connected with the second channel；12nd passage point It is not connected with the third channel and the fourth lane；Tenth triple channel is connected with the first passage.
3. flow-controlled device according to claim 2, it is characterised in that the flow-controlled device further comprises that one first conducting is logical Road, second conductive channel, the 3rd conductive channel and the 4th conductive channel, wherein first conductive channel, Second conductive channel, the 3rd conductive channel and the 4th conductive channel are respectively arranged on the first flow control element The first flow control body；Wherein described first conductive channel extends to the 6th passage and by described in from the second channel Second channel is connected with the 6th passage；Second conductive channel extends to the Five-channel from the first passage And the first passage is connected with the Five-channel；3rd conductive channel extends to described from the fourth lane The fourth lane is simultaneously connected by the 8th passage with the 8th passage；4th conductive channel is prolonged from the third channel Extend the 7th passage and the third channel is connected with the 7th passage, wherein first conductive channel is distinguished First passage, the third channel with the flow-controlled device, the fourth lane, the Five-channel, the 7th passage, institute State the 8th passage and the tenth passage is separated by the first flow control body turned up the soil located at the first flow control element；Described Two conductive channels respectively with the second channel, the third channel, the fourth lane, the 6th passage, the described 7th Passage, the 8th passage, the tenth passage and first conductive channel, which are separated by, turns up the soil located at the first flow control element The first flow control body；3rd conductive channel respectively lead to by the first passage with the flow-controlled device, described second Road, the third channel, the Five-channel, the 6th passage, the 7th passage, the tenth passage, described first Conductive channel and second conductive channel are separated by the first flow control body turned up the soil located at the first flow control element；It is described 4th conductive channel respectively with the first passage, the second channel, the fourth lane, the Five-channel, described Six passages, the 8th passage, the tenth passage, first conductive channel, second conductive channel and the described 3rd Conductive channel is separated by the first flow control body turned up the soil located at the first flow control element；Wherein described first passage and described Five-channel leads to the second channel, the third channel, the fourth lane, the 6th passage, the described 7th respectively Road and the 8th passage are separated by the first flow control body turned up the soil located at the first flow control element；The second channel and 6th passage is spaced with the third channel, the fourth lane, the 7th passage and the 8th passage respectively Ground is located at the first flow control body of the first flow control element；The third channel and the 7th passage respectively with it is described Fourth lane and the 8th passage are separated by the first flow control body turned up the soil located at the first flow control element；Described tenth Passage respectively with the first passage, the second channel, the third channel, the fourth lane, the Five-channel, institute State the 6th passage, the 7th passage, the 8th passage and be separated by first control turned up the soil located at the first flow control element Flow body；11st passage, the 12nd passage and the tenth triple channel are controlled with being spaced from each other located at described second The second flow control body of fluid element.
4. flow-controlled device according to claim 3, it is characterised in that first conductive channel, second conductive channel, 3rd conductive channel and the 4th conductive channel are respectively arranged on the first flow control body of the first flow control element Inside so that first conductive channel, second conductive channel, the 3rd conductive channel and the described 4th are led Circulation passage is hidden in the first flow control body of the first flow control element respectively, logical through the described first conducting to prevent fluid stopping Road, and/or second conductive channel, and/or the fluid of the 3rd conductive channel and/or the 4th conductive channel are from institute State the first conductive channel, second conductive channel, and/or the 3rd conductive channel and/or the 4th conductive channel to On flow to the flow-controlled device the first flow control element exterior space.
5. flow-controlled device according to claim 4, it is characterised in that when the flow-controlled device is in first working position, institute First passage, the second channel, the third channel, the 6th passage and the 8th passage are stated by second flow control The second flow control body obstruction of element；It is the first passage, described when the flow-controlled device is in second working position Second channel, the third channel, the fourth lane and the 7th passage are by described the second of the second flow control element Flow control body blocks；It is the second channel, the fourth lane, described when the flow-controlled device is in three working position Five-channel, the 7th passage and the tenth passage are blocked by the second flow control body of the second flow control element, It is the Five-channel, the 6th passage, the 7th passage, described when the flow-controlled device is in four working position 8th passage and the tenth passage are blocked by the second flow control body of the second flow control element.
6. flow-controlled device according to claim 5, it is characterised in that the first passage, the second channel, the described 3rd Passage, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the 8th passage and described Ten passages extend out to the top ends from first pars intermedia of the top ends of the first flow control body respectively The first edge portion；11st passage is from the bottom of the second flow control body of the second flow control element Second pars intermedia in portion stretches out；12nd passage is from described in the bottom of the second flow control body Second pars intermedia extends out to the second edge portion of the bottom；Tenth triple channel is first from second flow control Second pars intermedia of the bottom of the second flow control body of part extends out to described the of the bottom Two edge parts.
7. flow-controlled device according to claim 6, it is characterised in that the first flow control face of the first flow control element and The second flow control face of the second flow control element is circle, and the first passage, the 6th passage, the described 5th are led to Road, the fourth lane, the third channel, the 8th passage, the tenth passage, the 7th passage and described second Passage is deasil located at the first flow control body of the first flow control element with this order；Described the of the flow-controlled device 11 passages, the tenth triple channel and the 12nd passage are with this order deasil located at the second flow control element Second flow control body.
8. flow-controlled device according to claim 7, it is characterised in that the first passage, the second channel, the described 3rd Passage, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the tenth passage and described Eight passages are radially located at the first flow control face of the first flow control element, and the 11st passage, the described tenth Two passages and the tenth triple channel are radially located at the second flow control face of the second flow control element.
9. flow-controlled device according to claim 8, it is characterised in that the tenth triple channel of the flow-controlled device further from Second pars intermedia of the bottom of the second flow control body of the second flow control element is to the bottom Second central part extends and upwardly extends and penetrate the second flow control sheet from second central part of the bottom Body.
10. flow-controlled device according to claim 8, it is characterised in that the first flow control face of the first flow control element has one Individual core, wherein the top ends of the core located at the first flow control body of the first flow control element First central part, and the part outside the core in the first flow control face is divided into one first clockwise Point, a Part II, a Part III, a Part IV, a Part V, a Part VI, one the 7th Partly, a Part VIII and a Part IX；There is a center with the second flow control face of the second flow control element Domain, wherein the central area is located at described the of the top ends of the second flow control body of the second flow control element Two central parts, and the part outside the central area in the second flow control face be divided into clockwise a first area, One second area, the 3rd region, the 4th region, the 5th region, the 6th region, a SECTOR-SEVEN Domain, a Section Eight domain and the 9th region, wherein the Part I of the first passage from the first flow control face Extend downwardly；6th passage extends downwardly from the Part II in the first flow control face；The Five-channel is from institute The Part III for stating the first flow control face extends downwardly；The Part IV of the fourth lane from the first flow control face Extend downwardly；The third channel extends downwardly from the Part V in the first flow control face；8th passage is from institute The Part VI for stating the first flow control face extends downwardly；The Part VII of tenth passage from the first flow control face Extend downwardly；7th passage extends downwardly from the Part VIII in the first flow control face；The second channel is from institute The Part IX for stating the first flow control face extends downwardly；11st passage is from firstth area in the second flow control face Domain upwardly extends；12nd passage prolongs upwards from the 5th region in the second flow control face and the 6th region Stretch；Tenth triple channel upwardly extends from the second area in the second flow control face.
11. flow-controlled device according to claim 10, it is characterised in that the flow-controlled device further comprises a shell, and institute The the first flow control body for stating the first flow control element further comprises the top ends from the first flow control body The end portion extended downwardly, wherein the shell includes an outer cover body, wherein the outer cover body is from first flow control The end portion of the first flow control body of element, which outwardly and upwardly extends and enclosed, is set as first accommodating chamber, wherein institute The lead-through opening that the first accommodating chamber is stated with the 11st passage is connected, wherein the second flow control element is suitable to second Flow control is contained in first accommodating chamber face-down, and located at the first flow control face of the first flow control element, wherein The shell has one first opening, second opening, the 3rd opening, the 4th opening, the tenth opening It is open with one the 11st, wherein described first is open, described second is open, the described 3rd is open, the described 4th is open, is described Tenth opening and the described 11st opening located at the shell the outer cover body, wherein it is described first opening be suitable to it is described First passage is connected；Second opening is suitable to be connected with the second channel；3rd opening is suitable to and described the Triple channel is connected；4th opening is suitable to be connected with the fourth lane；Tenth opening is suitable to and the described tenth Passage is connected；11st opening is suitable to be connected with first accommodating chamber.
12. flow-controlled device according to claim 3, it is characterised in that the first flow control element of the flow-controlled device it is described The top ends of first flow control body further comprise first pars intermedia and first for extending in the top ends The second conducting portion between central part；The first edge portion of the top ends includes first outer edge and an extension The first conducting portion between first pars intermedia of the top ends and first outer edge；The second flow control element The bottom of the second flow control body further comprise second central part for extending in the bottom and institute State the second sealing between the second pars intermedia；The second edge portion of the bottom includes second outer edge and one Individual the first sealing extended between second outer edge and the second pars intermedia of the bottom, wherein described first leads Circulation passage and the 3rd conductive channel are respectively arranged on first conducting portion of the first edge portion；Second conducting is logical Road and the 4th conductive channel are respectively arranged on second conducting portion of the top ends, and first conductive channel, institute The second conductive channel, the 3rd conductive channel and the 4th conductive channel are stated respectively from the first flow control face of the flow-controlled device Extend downwardly, wherein when the flow-controlled device is in first working position, second working position, the 3rd working position and institute When stating four working positions, first sealing in the second edge portion of the bottom of the second flow control body is fitted In covering first conductive channel and the 3rd conductive channel, described the second of the bottom of the second flow control body is close Envelope portion be suitable to cover second conductive channel and the 4th conductive channel, so as to prevent to flow through first conductive channel, and/or Second conductive channel, and/or the fluid of the 3rd conductive channel and/or the 4th conductive channel flow upwardly toward first flow control The upper outer space of element；Wherein described 11st passage from the second pars intermedia of the bottom of the second flow control body to First sealing in the second edge portion of the bottom is extended to outside and is upward and outward extended, to form the conducting Opening.
13. flow-controlled device according to claim 12, it is characterised in that when the flow-controlled device is in first working position, The first passage, the second channel, the third channel, the 6th passage and the 8th passage are controlled by described second The second flow control body obstruction of fluid element；When the flow-controlled device is in second working position, the first passage, institute Second channel, the third channel, the fourth lane and the 7th passage are stated by described the of the second flow control element Two flow control bodies block；When the flow-controlled device is in three working position, the second channel, the fourth lane, institute Five-channel, the 7th passage and the tenth passage is stated to be hindered by the second flow control body of the second flow control element Plug, when the flow-controlled device is in four working position, the Five-channel, the 6th passage, the 7th passage, institute The 8th passage and the tenth passage is stated by the second flow control body of the second flow control element to be blocked.
14. flow-controlled device according to claim 13, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the 8th passage and described Tenth passage extends out to the top from first pars intermedia of the top ends of the first flow control body respectively The first edge portion in portion；11st passage is from the bottom of the second flow control body of the second flow control element Second pars intermedia of end stretches out；Institute of 12nd passage from the bottom of the second flow control body State the second edge portion that the second pars intermedia extends out to the bottom；Tenth triple channel is from second flow control Second pars intermedia of the bottom of the second flow control body of element extends out to the described of the bottom Second edge portion.
15. flow-controlled device according to claim 14, it is characterised in that the first flow control face of the first flow control element The second flow control face with the second flow control element is circle, the first passage, the 6th passage, the described 5th Passage, the fourth lane, the third channel, the 8th passage, the tenth passage, the 7th passage and described Two passages are deasil located at the first flow control body of the first flow control element with this order；The flow-controlled device it is described 11st passage, the tenth triple channel and the 12nd passage are deasil located at the second flow control element with this order The second flow control body.
16. flow-controlled device according to claim 15, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the tenth passage and described 8th passage is radially located at the first flow control face of the first flow control element, and the 11st passage, described the 12 passages and the tenth triple channel are radially located at the second flow control face of the second flow control element.
17. flow-controlled device according to claim 16, it is characterised in that the first flow control face of the first flow control element has One core, wherein the core is located at the top of the first flow control body of the first flow control element First central part in portion, and the part outside the core in the first flow control face is divided into one first clockwise Partly, a Part II, a Part III, a Part IV, a Part V, a Part VI, one Seven parts, a Part VIII and a Part IX；There is a center with the second flow control face of the second flow control element Region, wherein the central area is located at the described of the top ends of the second flow control body of the second flow control element Second central part, and the part outside the central area in the second flow control face is divided into firstth area clockwise Domain, a second area, the 3rd region, the 4th region, the 5th region, the 6th region, one the 7th Region, a Section Eight domain and the 9th region, wherein described first from the first flow control face of the first passage Divide and extend downwardly；6th passage extends downwardly from the Part II in the first flow control face；The Five-channel is certainly The Part III in the first flow control face extends downwardly；Described 4th from the first flow control face of the fourth lane Divide and extend downwardly；The third channel extends downwardly from the Part V in the first flow control face；8th passage is certainly The Part VI in the first flow control face extends downwardly；Described 7th from the first flow control face of tenth passage Divide and extend downwardly；7th passage extends downwardly from the Part VIII in the first flow control face；The second channel is certainly The Part IX in the first flow control face extends downwardly；11st passage is from described the first of the second flow control face Region upwardly extends；12nd passage prolongs upwards from the 5th region in the second flow control face and the 6th region Stretch；Tenth triple channel upwardly extends from the second area in the second flow control face.
18. flow-controlled device according to claim 17, it is characterised in that the flow-controlled device further comprises a shell, and institute The the first flow control body for stating the first flow control element further comprises the top ends from the first flow control body The end portion extended downwardly, wherein the shell includes an outer cover body, wherein the outer cover body is from first flow control The end portion of the first flow control body of element, which outwardly and upwardly extends and enclosed, is set as first accommodating chamber, wherein institute The lead-through opening that the first accommodating chamber is stated with the 11st passage is connected, wherein the second flow control element is suitable to second Flow control is contained in first accommodating chamber face-down, and located at the first flow control face of the first flow control element, wherein The shell has one first opening, second opening, the 3rd opening, the 4th opening, the tenth opening It is open with one the 11st, wherein described first is open, described second is open, the described 3rd is open, the described 4th is open, is described Tenth opening and the described 11st opening located at the shell the outer cover body, wherein it is described first opening be suitable to it is described First passage is connected；Second opening is suitable to be connected with the second channel；3rd opening is suitable to and described the Triple channel is connected；4th opening is suitable to be connected with the fourth lane；Tenth opening is suitable to and the described tenth Passage is connected；11st opening is suitable to be connected with first accommodating chamber.
A kind of 19. flow-controlled device, it is characterised in that including：

One first flow control element；With

One second flow control element, wherein the second flow control element is rotatably arranged in the first flow control element, wherein described First flow control element includes a first flow control body, and the first flow control body includes a top ends, wherein the top Portion forms a first flow control face；The second flow control element includes a second flow control body, the second flow control body tool There are a bottom and a high end upwardly extended from the bottom, the bottom forms a second flow control face； First flow control face of wherein described first flow control element is suitable to be in contact with the second flow control face of the second flow control element,

The top ends of wherein described first flow control element are prolonged including first central part, a first edge portion and one Stretch the first pars intermedia between first central part and the first described edge part, the bottom of the second flow control element End extends in second central part and the second edge including second central part, a second edge portion and one The second pars intermedia between portion, wherein the flow-controlled device have a first passage, a second channel, a third channel, One fourth lane, a Five-channel, the 6th passage, the 7th passage, the 8th passage, one the tenth it is logical Road, the 11st passage, the 12nd passage, the tenth triple channel and the tenth four-way, wherein described first Passage, the second channel, the third channel, the fourth lane, the Five-channel, the 6th passage, described Seven passages, the 8th passage, the tenth passage and the tenth four-way are respectively arranged on the of the first flow control element One flow control body；11st passage, the 12nd passage and the tenth triple channel are respectively arranged on second flow control Body, wherein the first passage, the second channel, the third channel, the fourth lane, the Five-channel, institute The 6th passage, the 7th passage, the 8th passage, the tenth passage and the tenth four-way are stated respectively from described First flow control of the first flow control body of one flow control element extends downwards；11st passage is from the second flow control body The second flow control of bottom extend upwardly and the second pars intermedia from the bottom of the second flow control body stretches out And form a lead-through opening being connected all the time with exterior space；Institute of 12nd passage from the second flow control body Second flow control for stating bottom extends to upwardly the high end；Tenth triple channel is from the second flow control body The second flow control of bottom extend to the high end upwardly.
20. flow-controlled device according to claim 19, it is characterised in that the flow-controlled device have first working position, one Second working position, the 3rd working position and the 4th working position, wherein when the flow-controlled device is in first working position When, the 11st passage is connected with the Five-channel；12nd passage respectively with the 7th passage, described Ten passages and the tenth four-way are connected；When the flow-controlled device is in second working position, the 11st passage and institute The 6th passage is stated to be connected；12nd passage respectively with the 8th passage, the tenth passage and the and the described 14th Passage is connected；When the flow-controlled device is in three working position, the 11st passage is connected with the first passage It is logical；12nd passage is connected with the third channel and the 8th passage respectively；Tenth triple channel respectively with 6th passage is connected with the tenth four-way, when the flow-controlled device is in four working position, the flow control The 11st passage of device is connected with the second channel；12nd passage respectively with the third channel and described Fourth lane is connected；The tenth triple channel of the flow-controlled device respectively with the first passage and the tenth four-way phase Connection.
21. flow-controlled device according to claim 20, it is characterised in that the flow-controlled device further comprises one first conducting Passage, second conductive channel, the 3rd conductive channel and the 4th conductive channel, wherein first conducting is logical Road, second conductive channel, the 3rd conductive channel and the 4th conductive channel are respectively arranged on the first flow control member The first flow control body of part；Wherein described first conductive channel extends to the 6th passage from the second channel and will The second channel is connected with the 6th passage；Second conductive channel extends to the described 5th from the first passage The first passage is simultaneously connected by passage with the Five-channel；3rd conductive channel extends to from the fourth lane The fourth lane is simultaneously connected by the 8th passage with the 8th passage；4th conductive channel is from the threeway Road extends to the 7th passage and the third channel is connected with the 7th passage, wherein first conductive channel The first passage with the flow-controlled device, the third channel, the fourth lane, the Five-channel, the described 7th are led to respectively Road, the 8th passage and the tenth passage are separated by the first flow control body turned up the soil located at the first flow control element； Second conductive channel respectively with the second channel, the third channel, the fourth lane, the 6th passage, institute State the 7th passage, the 8th passage, the tenth passage and first conductive channel be separated by turn up the soil located at described first control The first flow control body of fluid element；3rd conductive channel first passage with the flow-controlled device, described respectively Second channel, the third channel, the Five-channel, the 6th passage, the 7th passage, the tenth passage, institute State the first conductive channel and second conductive channel is separated by the first flow control sheet turned up the soil located at the first flow control element Body；4th conductive channel respectively with the first passage, the second channel, the fourth lane, the Five-channel, 6th passage, the 8th passage, the tenth passage, first conductive channel, second conductive channel and institute State the 3rd conductive channel and be separated by the first flow control body turned up the soil located at the first flow control element；Wherein described first passage With the Five-channel respectively with the second channel, third channel, the fourth lane, the 6th passage, described 7th passage and the 8th passage are separated by the first flow control body turned up the soil located at the first flow control element；Described second Passage and the 6th passage respectively with the third channel, the fourth lane, the 7th passage and the 8th passage It is separated by the first flow control body turned up the soil located at the first flow control element；The third channel and the 7th passage difference It is separated by the first flow control body turned up the soil located at the first flow control element with the fourth lane and the 8th passage；Institute State the tenth passage respectively with the first passage, the second channel, the third channel, the fourth lane, the described 5th Passage, the 6th passage, the 7th passage, the 8th passage, which are separated by, turns up the soil located at described in the first flow control element First flow control body；11st passage, the 12nd passage and the tenth triple channel are located at described with being spaced from each other The second flow control body of second flow control element；Tenth four-way respectively with the first passage, the second channel, The third channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the described 8th are led to Road, the tenth passage, first conductive channel, second conductive channel, the 3rd conductive channel and the described 4th Conductive channel is separated by the first flow control body turned up the soil located at the first flow control element.
22. flow-controlled device according to claim 21, it is characterised in that first conductive channel, second conducting are logical Road, the 3rd conductive channel and the 4th conductive channel are respectively arranged on the first flow control sheet of the first flow control element The inside of body, so that first conductive channel, second conductive channel, the 3rd conductive channel and the described 4th Conductive channel is hidden in the first flow control body of the first flow control element respectively, to prevent fluid stopping through the described first conducting Passage, and/or second conductive channel, and/or the fluid of the 3rd conductive channel and/or the 4th conductive channel are certainly First conductive channel, and/or second conductive channel, the 3rd conductive channel and the 4th conductive channel are upward Flow to the exterior space of the first flow control element of the flow-controlled device.
23. flow-controlled device according to claim 22, it is characterised in that when the flow-controlled device is in first working position, The first passage, the second channel, the third channel, the 6th passage and the 8th passage are controlled by described second The second flow control body obstruction of fluid element；When the flow-controlled device is in second working position, the first passage, institute Second channel, the third channel, the fourth lane and the 7th passage are stated by described the of the second flow control element Two flow control bodies block；When the flow-controlled device is in three working position, the second channel, the fourth lane, institute Five-channel, the 7th passage and the tenth passage is stated to be hindered by the second flow control body of the second flow control element Plug；When the flow-controlled device is in four working position, the Five-channel, the 6th passage, the 7th passage, institute The 8th passage and the tenth passage is stated by the second flow control body of the second flow control element to be blocked.
24. flow-controlled device according to claim 23, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the 8th passage and described Tenth passage extends out to the top from first pars intermedia of the top ends of the first flow control body respectively The first edge portion in portion；Tenth four-way is from first center of the top ends of the first flow control body Portion extends downwardly；Institute of 11st passage from the bottom of the second flow control body of the second flow control element The second pars intermedia is stated to stretch out；12nd passage is from described the second of the bottom of the second flow control body Between portion extend out to the second edge portion of the bottom；Institute of tenth triple channel from the second flow control element Second pars intermedia for stating the bottom of the second flow control body extends into second central part of the bottom And the tenth triple channel extends to upwardly the second flow control element from second flow control of the second flow control element The second flow control body the high end.
25. flow-controlled device according to claim 24, it is characterised in that the first flow control face of the first flow control element The second flow control face with the second flow control element is circle, the first passage, the 6th passage, the described 5th Passage, the fourth lane, the third channel, the 8th passage, the tenth passage, the 7th passage and described Two passages are deasil located at the first flow control body of the first flow control element with this order；The flow-controlled device it is described 11st passage, the tenth triple channel and the 12nd passage are deasil located at the second flow control element with this order The second flow control body.
26. flow-controlled device according to claim 25, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the tenth passage and described 8th passage is radially located at the first flow control face of the first flow control element, and the 11st passage, described the 12 passages and the tenth threeway are radially located at the second flow control face of the second flow control element.
27. flow-controlled device according to claim 26, it is characterised in that the first flow control face of the first flow control element has One core, wherein the core is located at the top of the first flow control body of the first flow control element First central part in portion, and the part outside the core in the first flow control face is divided into one first clockwise Partly, a Part II, a Part III, a Part IV, a Part V, a Part VI, one Seven Part VIII of part one and a Part IX；There is a center with the second flow control face of the second flow control element Domain, wherein the central area is located at described the of the top ends of the second flow control body of the second flow control element Two central parts, and the part outside the central area in the second flow control face be divided into clockwise a first area, One second area, the 3rd region, the 4th region, the 5th region, the 6th region, a SECTOR-SEVEN Domain, a Section Eight domain and the 9th region, the Part II of the 6th passage from the first flow control face are downward Extension；The Five-channel extends downwardly from the Part III in the first flow control face；The fourth lane is from described The Part IV in one flow control face extends downwardly；The Part V of the third channel from the first flow control face is downward Extension；8th passage extends downwardly from the Part VI in the first flow control face；Tenth passage is from described The Part VII in one flow control face extends downwardly；The Part VIII of 7th passage from the first flow control face is downward Extension；The second channel extends downwardly from the Part IX in the first flow control face；11st passage is described in The first area in the second flow control face upwardly extends；12nd passage is from the 5th region in the second flow control face Upwardly extended with the 6th region；Tenth triple channel is from the Section Eight domain in the second flow control face and the center Region extends upwardly to the high end；Institute of tenth four-way from the first flow control face of the first flow control element Core is stated to extend downwardly.
28. flow-controlled device according to claim 27, it is characterised in that the flow-controlled device further comprises a shell, and institute The the first flow control body for stating the first flow control element further comprises the top ends from the first flow control body The end portion extended downwardly, wherein the shell includes an outer cover body, wherein the outer cover body is from first flow control The end portion of the first flow control body of element, which outwardly and upwardly extends and enclosed, is set as first accommodating chamber, wherein institute The lead-through opening that the first accommodating chamber is stated with the 11st passage is connected, wherein the second flow control element is suitable to second Flow control is contained in first accommodating chamber face-down, and located at the first flow control face of the first flow control element, wherein The shell has one first opening, second opening, the 3rd opening, the 4th opening, the tenth opening It is open with one the 11st, wherein described first is open, described second is open, the described 3rd is open, the described 4th is open, is described Tenth opening and the described 11st opening located at the shell the outer cover body, wherein it is described first opening be suitable to it is described First passage is connected；Second opening is suitable to be connected with the second channel；3rd opening is suitable to and described the Triple channel is connected；4th opening is suitable to be connected with the fourth lane；Tenth opening is suitable to and the described tenth Passage is connected；11st opening is suitable to be connected with first accommodating chamber.
29. flow-controlled device according to claim 28, it is characterised in that the flow-controlled device further comprises one removably Anti-wear component between the first flow control element and the second flow control element, wherein the anti-wear component has one Wear-resisting body, wherein there is the wear-resisting body one to be suitable to be in contact with the second flow control face of the second flow control body Wearing face, wherein described the of the first flow control element of the size and shape of the anti-wear component and the flow-controlled device One flow control face is corresponding, and the wear-resisting body of the anti-wear component be spaced formed with a first interface, one Two interfaces, the 3rd interface, the 4th interface, the 5th interface, the 6th interface, the 7th interface, one 8th interface, the tenth interface and the 14th interface, wherein the first interface, the second interface, one the 3rd Interface, the 4th interface, the 5th interface, the 6th interface, the 7th interface, the 8th interface, described The shape of ten interfaces and the 14th interface with size lead to respectively by the first passage with the flow-controlled device, described second Road, the third channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the described 8th Passage, the tenth passage and the tenth four-way are corresponding.
30. flow-controlled device according to claim 21, it is characterised in that the institute of the first flow control element of the flow-controlled device The top ends for stating the first flow control body further comprise first pars intermedia for extending in the top ends and The second conducting portion between one central part；The first edge portion of the top ends includes first outer edge and one is prolonged Stretch the first conducting portion between first pars intermedia of the top ends and first outer edge；The second flow control member The bottom of the second flow control body of part further comprise second central part for extending in the bottom and The second sealing between second pars intermedia；The second edge portion of the bottom include second outer edge and One the first sealing extended between second outer edge and the second pars intermedia of the bottom, wherein described first Conductive channel and the 3rd conductive channel are respectively arranged on first conducting portion of the first edge portion；Second conducting Passage and the 4th conductive channel are respectively arranged on second conducting portion of the top ends, and first conductive channel, Second conductive channel, the 3rd conductive channel and the 4th conductive channel are respectively from the first flow control of the flow-controlled device Extend downwards, wherein when the flow-controlled device be in first working position, second working position, the 3rd working position and During four working position, first sealing in the second edge portion of the bottom of the second flow control body Suitable for covering first conductive channel and the 3rd conductive channel, described the second of the bottom of the second flow control body Sealing be suitable to cover second conductive channel and the 4th conductive channel, so as to prevent to flow through first conductive channel and/ Or second conductive channel, and/or the fluid of the 3rd conductive channel and/or the 4th conductive channel flow upwardly toward first control The upper outer space of fluid element；Second pars intermedia of wherein described 11st passage from the bottom of the second flow control body Extend out to first sealing in the second edge portion of the bottom and upward and outward extend, to be led described in formation Open up mouth.
31. flow-controlled device according to claim 30, it is characterised in that the flow-controlled device have first working position, one Second working position, the 3rd working position and the 4th working position, wherein when the flow-controlled device is in first working position When, the 11st passage is connected with the Five-channel；12nd passage respectively with the 7th passage, described Ten passages and the tenth four-way are connected；When the flow-controlled device is in second working position, the 11st passage and institute The 6th passage is stated to be connected；12nd passage respectively with the 8th passage, the tenth passage and the and the described 14th Passage is connected；When the flow-controlled device is in three working position, the 11st passage is connected with the first passage It is logical；12nd passage is connected with the third channel and the 8th passage respectively；Tenth triple channel respectively with 6th passage is connected with the tenth four-way, when the flow-controlled device is in four working position, the flow control The 11st passage of device is connected with the second channel；12nd passage respectively with the third channel and described Fourth lane is connected；The tenth triple channel of the flow-controlled device respectively with the first passage and the tenth four-way phase Connection.
32. flow-controlled device according to claim 31, it is characterised in that when the flow-controlled device is in first working position, The first passage, the second channel, the third channel, the 6th passage and the 8th passage are controlled by described second The second flow control body obstruction of fluid element；When the flow-controlled device is in second working position, the first passage, institute Second channel, the third channel, the fourth lane and the 7th passage are stated by described the of the second flow control element Two flow control bodies block；When the flow-controlled device is in three working position, the second channel, the fourth lane, institute Five-channel, the 7th passage and the tenth passage is stated to be hindered by the second flow control body of the second flow control element Plug；When the flow-controlled device is in four working position, the Five-channel, the 6th passage, the 7th passage, institute The 8th passage and the tenth passage is stated by the second flow control body of the second flow control element to be blocked.
33. flow-controlled device according to claim 32, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the 8th passage and described Tenth passage extends out to the top from first pars intermedia of the top ends of the first flow control body respectively The first edge portion in portion；Tenth four-way is from first center of the top ends of the first flow control body Portion extends downwardly；Institute of 11st passage from the bottom of the second flow control body of the second flow control element The second pars intermedia is stated to stretch out；12nd passage is from described the second of the bottom of the second flow control body Between portion extend out to the second edge portion of the bottom；Wherein described tenth triple channel is from described in the bottom Second pars intermedia extends to second sealing of the bottom and extends upwardly and inwardly the institute into the bottom State the second central part and the tenth triple channel extended to upwardly from second flow control of the second flow control element it is described The high end of the second flow control body of second flow control element.
34. flow-controlled device according to claim 33, it is characterised in that the first flow control face of the first flow control element The second flow control face with the second flow control element is circle, the first passage, the 6th passage, the described 5th Passage, the fourth lane, the third channel, the 8th passage, the tenth passage, the 7th passage and described Two passages are deasil located at the first flow control body of the first flow control element with this order；The flow-controlled device it is described 11st passage, the tenth triple channel and the 12nd passage are deasil located at the second flow control element with this order The second flow control body.
35. flow-controlled device according to claim 34, it is characterised in that the first passage, the second channel, described Triple channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the tenth passage and described 8th passage is radially located at the first flow control face of the first flow control element, and the 11st passage, described the 12 passages and the tenth threeway are radially located at the second flow control face of the second flow control element.
36. flow-controlled device according to claim 35, it is characterised in that the first flow control face of the first flow control element has One core, wherein the core is located at the top of the first flow control body of the first flow control element First central part in portion, and the part outside the core in the first flow control face is divided into one first clockwise Partly, a Part II, a Part III, a Part IV, a Part V, a Part VI, one Seven parts, a Part VIII and a Part IX；There is a center with the second flow control face of the second flow control element Region, wherein the central area is located at the described of the top ends of the second flow control body of the second flow control element Second central part, and the part outside the central area in the second flow control face is divided into firstth area clockwise Domain, a second area, the 3rd region, the 4th region, the 5th region, the 6th region, one the 7th Region, a Section Eight domain and the 9th region, wherein described first from the first flow control face of the first passage Divide and extend downwardly；6th passage extends downwardly from the Part II in the first flow control face；The Five-channel is certainly The Part III in the first flow control face extends downwardly；Described 4th from the first flow control face of the fourth lane Divide and extend downwardly；The third channel extends downwardly from the Part V in the first flow control face；8th passage is certainly The Part VI in the first flow control face extends downwardly；Described 7th from the first flow control face of tenth passage Divide and extend downwardly；7th passage extends downwardly from the Part VIII in the first flow control face；The second channel is certainly The Part IX in the first flow control face extends downwardly；Tenth four-way from the first flow control element described The core in one flow control face extends downwardly；11st passage from the first area in the second flow control face to Upper extension；12nd passage upwardly extends from the 5th region in the second flow control face and the 6th region；Institute State the tenth triple channel and extend upwardly to the high end from the second area in the second flow control face and the central area.
37. flow-controlled device according to claim 36, it is characterised in that the flow-controlled device further comprises a shell, and institute The the first flow control body for stating the first flow control element further comprises the top ends from the first flow control body The end portion extended downwardly, wherein the shell includes an outer cover body, wherein the outer cover body is from first flow control The end portion of the first flow control body of element, which outwardly and upwardly extends and enclosed, is set as first accommodating chamber, wherein institute The lead-through opening that the first accommodating chamber is stated with the 11st passage is connected, wherein the second flow control element is suitable to second Flow control is contained in first accommodating chamber face-down, and located at the first flow control face of the first flow control element, wherein The shell has one first opening, second opening, the 3rd opening, the 4th opening, the tenth opening It is open with one the 11st, wherein described first is open, described second is open, the described 3rd is open, the described 4th is open, is described Tenth opening and the described 11st opening located at the shell the outer cover body, wherein it is described first opening be suitable to it is described First passage is connected；Second opening is suitable to be connected with the second channel；3rd opening is suitable to and described the Triple channel is connected；4th opening is suitable to be connected with the fourth lane；Tenth opening is suitable to and the described tenth Passage is connected；11st opening is suitable to be connected with first accommodating chamber.
38. the flow-controlled device according to claim 37, it is characterised in that the flow-controlled device further comprises one removably Anti-wear component between the first flow control element and the second flow control element, wherein the anti-wear component has one Wear-resisting body, wherein there is the wear-resisting body one to be suitable to be in contact with the second flow control face of the second flow control body Wearing face, wherein described the of the first flow control element of the size and shape of the anti-wear component and the flow-controlled device One flow control face is corresponding, and the wear-resisting body of the anti-wear component be spaced formed with a first interface, one Two interfaces, the 3rd opening, the 4th opening, the 5th interface, the 6th interface, the 7th interface, one 8th opening, the tenth interface and the 14th interface, wherein the first interface, the second interface, the described 3rd Opening, the 4th opening, the 5th interface, the 6th interface, the 7th opening, the 8th interface, described The shape of ten interfaces and the 14th interface with size lead to respectively by the first passage with the flow-controlled device, described second Road, the third channel, the fourth lane, the Five-channel, the 6th passage, the 7th passage, the described 8th Passage, the tenth passage and the tenth four-way are corresponding.