CN207003583U - Flusher and its water inlet start controlling organization - Google Patents

Abstract

Intake the utility model discloses one kind and start controlling organization, including water intake mechanism, drainage mechanism, the sealing keg float of water intake mechanism rises the intake tunnel and exhalant canal for causing sealing component cut-out water intake mechanism with cistern water level, drainage mechanism includes the seal assembly that can open or close water tank discharge opening, also include the actuating mechanism being driven to sealing component, water intake mechanism has a priming level, priming level is sealing keg float when not operated to actuating mechanism with the cistern water level dropped down onto under cistern water level when make it that sealing component connects intake tunnel and exhalant canal, actuating mechanism drop down onto priming level under cistern water level before when driving sealing component connect intake tunnel and exhalant canal in advance and realize water inlet；The function of the advancing water of priming level is dropped down onto so as to realizing water intake mechanism under cistern water level, meets the needs of specific occasion, simple in construction, function is reliable；The utility model additionally provides a kind of flusher for starting controlling organization with water inlet.

Description

Flusher and its water inlet start controlling organization

Technical field

It the utility model is related to a kind of flusher and its water inlet start controlling organization, belong to bathroom field.

Background technology

At present, water intaking valve and draining valve are generally fitted with existing cistern, the water in water tank is discharged, entered by draining valve The sealing keg float of water valve falls with the water level in water tank, when the priming level of the water level decreasing in water tank to water intaking valve (starts water Position is sealing keg float with dropping down onto the cistern water level so that when valve seal component of intaking just has opened water intaking valve under cistern water level) when, The sealing keg float of the water intaking valve of whereabouts drives the sealing component of water intaking valve to open water intaking valve to water tank water intake.But in some specific fields In conjunction, such as in a kind of device being rinsed to closestool, it uses current early stage of water intake valve to be used at the top of closestool Brush circle supplied water to be scrubbed to closestool wall, stop supplying water to the brush circle of closestool after certain time, Vavle switching of intaking To being intake to water tank, it needs water intaking valve to be intake in advance before above-mentioned priming level to supply as early as possible the brush circle of closestool Water, that is, water intaking valve just needs to start to intake when water level decreasing in water tank is to before the priming level of water intake valve, and show Have in technology, during draining valve draining, water level decreasing is led to that could start water inlet during the priming level in the water tanks such as water intaking valve needs Cause water intake valve to need to wait for, the function of needing water intaking valve to intake in advance in specific occasion can not be realized.

Utility model content

The utility model is to solve the above problems, provide a kind of flusher and its water inlet startup controlling organization, it is opened Motivation structure the priming level of water intake mechanism is dropped down onto under cistern water level before when drive water intake mechanism sealing component connect in advance The intake tunnel and exhalant canal of water intake mechanism realize water inlet, not only reduce the water inlet stand-by period, realize that water intake mechanism enters in advance Water, and the needs of specific occasion can be met.

To achieve the above object, the technical solution adopted in the utility model is：

One kind water inlet starts controlling organization, including water intake mechanism, drainage mechanism, the water intake mechanism include intake tunnel (17), exhalant canal (18) and the sealing component (11) with sealing keg float (14), the sealing keg float (14) is with cistern water level Rise and cause the sealing component (11) to cut off the intake tunnel (17) and the exhalant canal (18), the drainage mechanism bag The seal assembly (21) of water tank discharge opening (23) can be opened or closed by including, in addition to the sealing component (11) is driven Actuating mechanism, the water intake mechanism have a priming level, and the priming level is when not operating to the actuating mechanism The sealing keg float (14) under cistern water level with dropping down onto so that the sealing component (11) connects the intake tunnel and water outlet is led to Cistern water level during road (18), the actuating mechanism priming level is dropped down onto under cistern water level before when drive the sealing Component (11) connects the intake tunnel (17) in advance and the exhalant canal (18) realizes water inlet.

Preferably, the actuating mechanism includes water inlet actuating mechanism and draining actuating mechanism, the water inlet actuating mechanism and Draining actuating mechanism corresponds to drive the sealing component (11) and the seal assembly (21) respectively.

Preferably, the sealing component (11), the seal assembly (21) and the actuating mechanism three are connected setting； Or the actuating mechanism links the sealing component (11) and seal assembly (21) respectively, driven by the actuating mechanism The sealing component (11) and/or the seal assembly (21).

Preferably, the actuating mechanism includes starting switch, and the starting switch links simultaneously with the seal assembly (21) Water tank discharge opening (23) is opened, the starting switch drives sealing component (11) motion to connect by a connecting rod (33) State the intake tunnel (17) and exhalant canal (18) of water intake mechanism.

Preferably, the starting switch includes steel wire rope (31) and cursor (32), and the cursor (32) is in the steel Rotate and lift the seal assembly (21) to open water tank discharge opening (23), the cursor under the traction of cord (31) (32) the other end drives the connecting rod (33) to rotate, and then drives sealing component (11) motion.

Preferably, the water intake mechanism is fixedly attached integrally with the drainage mechanism, and the connecting rod (33) rotates attaching On the draining body (27) of drainage mechanism, one end of the connecting rod (33) is connected with the cursor (32), and the other end passes through Transmission arm (34) is connected with the sealing component (11).

Preferably, the actuating mechanism includes starting switch, and the starting switch links simultaneously with the seal assembly (21) Open water tank discharge opening (23), the seal assembly (21) driven when lifting the sealing component (11) move to connection described in enter The state of aquaporin (17) and the exhalant canal (18), and the seal assembly (21) lift after keep to the sealing group Part (11) applies active force and causes the sealing component (11) to keep connecting the intake tunnel (17) and the exhalant canal (18)。

Preferably, the water intake mechanism is fixedly attached integrally with the drainage mechanism, the draining sheet of the drainage mechanism Attaching is rotated on body (27) a connecting rod (33), the both ends of the connecting rod respectively with the seal assembly (21) and sealing component (11) it is engaged, drives the sealing component (11) to move by the connecting rod (33) when the seal assembly (21) is lifted, and And the seal assembly (21) lift after keep abutting the connecting rod (33) so that the connecting rod (33) keeps abutting the sealing Component (11).

Preferably, the drainage mechanism also includes the keg float component provided with location division, and the keg float component is in water tank The seal assembly (21) after lifting is positioned at by the location division open the water when water is in preset water level height The state of case discharge opening (23), while the keg float component causes the sealing component (11) after being driven to keep described in connection Intake tunnel (17) and the exhalant canal (18).

In addition, the utility model also provides a kind of flusher, including a kind of water inlet described in any one starts as described above The switching mechanism (40) of controlling organization and the current whereabouts of exhalant canal (18) outflow for switching the water intake mechanism, institute When stating actuating mechanism driving sealing component (11) connection intake tunnel (17) and exhalant canal (18), the switching machine Structure (40) guides the current of the exhalant canal (18) into the flushing water route (50) of closestool, after default switching time section, institute Switching mechanism (40) is stated to switch to the current of the exhalant canal (18) in water tank.

Preferably, the switching mechanism (40) include switching body (41), it is described switching body (41) be provided with it is described The water intake end (411) of exhalant canal (18) connection of water intake mechanism, first connected with the flushing water route (50) of the closestool go out Water end (W.E.) (412), the second water side connected with the water tank cavity, in addition to the switching valve in the switching body (41) Core and the switching keg float to be fluctuated with the water level in water tank, the switching keg float linkage switching valve element is with switching control The water intake end (411) and first water side (412) and the break-make of the second water side, the switching time section are described the Period of flushing water route (50) water supply start of one water side (412) to the closestool when switching keg float falls.

The beneficial effects of the utility model are：

(1), the utility model is by setting the actuating mechanism that a pair of sealing components are driven, the actuating mechanism Driven when before the priming level of water intaking valve is dropped down onto under cistern water level the sealing component connect in advance the intake tunnel and The exhalant canal realizes water inlet；The work(of the advancing water of the priming level is dropped down onto so as to realizing water intake mechanism under cistern water level Energy, meet the needs of specific occasion, and it is simple in construction, and function is reliable；

(2), it is connected setting using the sealing component, the seal assembly and the actuating mechanism three；Either, The actuating mechanism links the sealing component and seal assembly respectively, and actuating mechanism can start sealing component and sealing group simultaneously Part, it is simple to operate, it is ingenious in design；

(3) driven when, being lifted by seal assembly the sealing component movement to connect the intake tunnel and it is described go out The state of aquaporin, and the seal assembly lift after keep to the sealing component apply active force cause the sealing group Part keeps connecting the intake tunnel and the exhalant canal, after can so preventing driving starting switch and discharging starting switch, And during this section before cistern water level drops to priming level, sealing keg float floats and then drives sealing component to cut off again Intake tunnel and exhalant canal.

(4), the utility model starts the flusher of controlling organization with water inlet, and the current of water intake mechanism can be made to flow as early as possible To flush toilets water route so that flush toilets water route completes to wash away closestool wall before siphon occurs for closestool, Jin Er During closestool siphon, the sewage of flushing toilet wall is discharged by siphon piping so that closestool flushing is more thorough.

Brief description of the drawings

Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms one of the present utility model Point, schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model Improper restriction.In the accompanying drawings：

Fig. 1 is that the water inlet of the utility model first embodiment starts one of dimensional structure diagram of controlling organization；

Fig. 2 is that the water inlet of the utility model first embodiment starts the two of the dimensional structure diagram of controlling organization；

Fig. 3 is that the water inlet of the utility model first embodiment starts the three of the dimensional structure diagram of controlling organization；

Fig. 4 is that the water inlet of the utility model first embodiment starts the four of the dimensional structure diagram of controlling organization；

Fig. 5 is that the water inlet of the utility model first embodiment starts the cross section structure diagram of controlling organization；

Fig. 6 is that the water inlet of the utility model first embodiment starts one of water inlet view of controlling organization；

Fig. 7 is that the water inlet of the utility model first embodiment starts the two of the water inlet view of controlling organization；

Fig. 8 is that the water inlet of the utility model first embodiment starts the sealing view of controlling organization；

Fig. 9 is that the water inlet of the utility model first embodiment starts one of hull-borne schematic diagram of controlling organization；

Figure 10 is that the water inlet of the utility model first embodiment starts the two of the hull-borne schematic diagram of controlling organization；

Figure 11 is that the water inlet of the utility model first embodiment starts the structural representation of arguing for the sake of arguing of controlling organization；

Figure 12 is that the water inlet of the utility model first embodiment starts the transmission arm structural representation of controlling organization；

Figure 13 is that the water inlet of the utility model first embodiment starts the bar linkage structure schematic diagram of controlling organization；

Figure 14 is that the water inlet of the utility model first embodiment starts the cursor structural representation of controlling organization；

Figure 15 is that the water inlet of the utility model first embodiment starts the draining body construction schematic diagram of controlling organization；

Figure 16 is that the water inlet of the utility model second embodiment starts the sealing state sectional view of controlling organization；

Figure 17 is that the water inlet of the utility model second embodiment starts the hull-borne sectional view of controlling organization；

Figure 18 is that the water inlet of the utility model second embodiment starts the dimensional structure diagram of controlling organization；

Figure 19 is that the water inlet of the utility model 3rd embodiment starts the cross section structure diagram of controlling organization；

Figure 20 is that the water inlet of the utility model 3rd embodiment starts the dimensional structure diagram of controlling organization；

Figure 21 is that the water inlet of the utility model fourth embodiment starts the sectional view of controlling organization；

Figure 22 is that the water inlet of the utility model fourth embodiment starts the seal assembly of controlling organization and the top of keg float component The schematic diagram of bar；

Figure 23 is that the water inlet of the embodiment of the utility model the 5th starts the dimensional structure diagram of controlling organization；

Figure 24 is the stereochemical structure of the flusher for starting controlling organization with water inlet of the embodiment of the utility model the 5th Schematic diagram；

Figure 25 is the stereochemical structure of the flusher for starting controlling organization with water inlet of the utility model sixth embodiment Schematic diagram.

In figure：

Water intake mechanism：

11- sealing components；12- argues for the sake of arguing；121- is with entering lid pivoting point waterborne；122- and transmission arm tie point；123- and pressure Block auxiliary section；13- adjusting screw rods；14- sealing keg floats；15- briquettings；16- sealing cups；17- intake tunnels；18- exhalant canals； Covered on 19- sealings；

Drainage mechanism：

21- seal assemblies；22- water-drainage base seats；23- discharge openings；24- upper covers；25- valve jackets；26- valve rods；261- boss； 262- valve rod hanging platforms；27- draining bodies；271- and connecting rod pivoting point；28- keg floats；281- projections；29- push rods；291- push rods are hung Platform；

Actuating mechanism：

31- steel wire ropes；311- draining steel wire ropes；312- water inlet steel wire ropes；32- cursors；321- and steel wire rope tie point； 322- and rod connection point；323- is with lifting arm pivoting point；33- connecting rods；331- and draining body pivoting point；332- and cursor Tie point；333- and transmission arm tie point；34- transmission arms；341- and tie point of arguing for the sake of arguing；342- and rod connection point；35- is lifted Arm；

40- switching mechanisms；41- switches body；411- water intake ends；The water sides of 412- first；

The flushing water route of 50- closestools.

Embodiment

In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It is it should be appreciated that described herein specific real Example is applied only to explain the utility model, is not used to limit the utility model.

A kind of water inlet of the present utility model starts controlling organization, and it includes water intake mechanism, drainage mechanism, the water intake mechanism Including intake tunnel 17, exhalant canal 18 and sealing component 11 with sealing keg float 14, the sealing keg float 14 is with Water in Water Tank Position, which rises, causes the sealing component 11 to cut off the intake tunnel 17 and the exhalant canal 18, and the drainage mechanism includes can Open or close the seal assembly 21 of water tank discharge opening 23, in addition to the actuating mechanism that the sealing component 11 is driven, The water intake mechanism has a priming level, and the priming level is floated for sealing when not operated to the actuating mechanism Bucket 14 is with dropping down onto the water tank so that when the sealing component 11 connects the intake tunnel 17 and exhalant canal 18 under cistern water level Water level, the actuating mechanism priming level is dropped down onto under cistern water level before when drive the sealing component 11 to connect in advance The intake tunnel 17 and the exhalant canal 18 realize water inlet.

In the present embodiment, the sealing component 11, the seal assembly 21 and actuating mechanism three are connected setting；Or Person, the actuating mechanism link the sealing component 11 and seal assembly 21 respectively, described only by actuating mechanism driving Water assembly 11 and/or the seal assembly 21, the present embodiment is specifically, actuating mechanism drives the seal assembly 21 to open water tank Discharge opening 23 carries out driving the sealing component 11 after draining；It is, of course, also possible to the sealing group is driven by actuating mechanism Part 21 opens water tank discharge opening 23 and carries out driving the sealing component 11 before or while draining, as long as ensureing the actuating mechanism The sealing component 11 is driven to connect the intake tunnel 17 and described when before dropping down onto the priming level under cistern water level Exhalant canal 18.

The sealing component 11 of the water intake mechanism also includes：Argue for the sake of arguing 12, briquetting 15, adjusting screw rod 13, sealing cup 16, sealing Upper lid 19, back pressure pad etc. influence the part or component of water intake mechanism water inlet and sealing.

The seal assembly 21 of the drainage mechanism includes：For sealing seal disc, the sealing gasket of discharge opening 23, and with it is close The grade part of valve rod 26 or component of closing disk connection.

The actuating mechanism includes：Starting switch (such as button or spanner structure), steel wire rope 31, cursor 32, lift arm 35 grades start the part or component that can be acted when drainage and sealing.

The water intake mechanism can be used with the drainage mechanism and independently set, and either, the water intake mechanism is fixed It is secured on the drainage mechanism that the water intake mechanism is connected with the drainage mechanism integral, is formed into draining one Valve, the present embodiment use the latter, and this, which enters draining integral valve, includes upper cover 24, valve jacket 25, water-drainage base seat 22, and the water intake mechanism leads to Cross upper cover 24 and valve jacket 25 is fixed on drainage mechanism, the drainage mechanism is mainly disposed in the valve jacket 25, the sluicing Mouth 23 is arranged on the water-drainage base seat 22.

First embodiment：

(one end of cursor 32 linkage seal assembly 21 of starting switch, other end linkage sealing component 11)

As shown in Fig. 1 to 15, in the present embodiment, the actuating mechanism includes starting switch, the starting switch with it is described Seal assembly 21 links and opens water tank discharge opening 23, and the starting switch drives the sealing component 11 to transport by a connecting rod 33 Move to connect the intake tunnel 17 of the water intake mechanism and exhalant canal 18.Wherein, the starting switch includes the He of steel wire rope 31 Cursor 32.

Cursor 32：

As shown in figure 14, the cursor 32 is provided with steel wire rope tie point 321 and rod connection point 322, with lifting arm 35 pivoting points 323；One end of the cursor 32 rotates under the traction of the steel wire rope 31 and lifts the seal assembly 21 Rise to open water tank discharge opening 23, the other end of the cursor 32 drives the connecting rod 33 to rotate, and then drives the sealing Component 11 moves.In the present embodiment, it is additionally provided between the cursor 32 and the seal assembly 21 and lifts arm 35, it is described to lift One end pivot joint and spacing cooperation of the one end of arm 35 with the cursor 32, can also use and lift the one end of arm 35 and cursor 32 One end secure fit, the valve rod 26 of the other end for lifting arm 35 and the seal assembly 21 abut against.

Connecting rod 33：

As shown in figures 13 and 15, the connecting rod 33 be provided with draining body pivoting point 331, with cursor tie point 332, with Transmission arm tie point 333, the draining body 27 are correspondingly provided with connecting rod pivoting point；The connecting rod 33 rotates and is installed in drainage mechanism Draining body 27 on, one end of the connecting rod 33 is connected with the cursor 32, the other end by transmission arm 34 with it is described only Water assembly 11 connects；As shown in figure 12, the transmission arm 34 is provided with and tie point 341 of arguing for the sake of arguing and rod connection point 342.

As shown in figure 11, it is described to argue for the sake of arguing 12 provided with entering lid pivoting point 121 and transmission arm tie point 122 and briquetting waterborne Auxiliary section 123；12 rotations of arguing for the sake of arguing, which are installed on the sealing of water intake mechanism on lid 19, is controlled the He of intake tunnel 17 The connection or cut-out of exhalant canal 18, one end of the transmission arm 34 are connected with the connecting rod 33, the transmission arm 34 it is another End 12 is connected with described argue for the sake of arguing, when connecting rod 33 rotates by the transmission arm 34 pull described in argue for the sake of arguing 12.The sealing keg float 14 It is placed in the sealing cup 16 and coordinates with 12 transmissions of arguing for the sake of arguing, briquetting 15, institute is fixedly installed on the sealing keg float 14 When stating the opening water tank of the seal assembly 21 23 progress draining of discharge opening of drainage mechanism, the connecting rod 33 passes through transmission arm 34 and pulls down institute State and argue for the sake of arguing 12, arguing for the sake of arguing 12 rotations and pushes the briquetting 15 so that the sealing keg float 14 is moved down in the extrusion sealing cup 16 Water, so as to control the water intake mechanism to intake.

As shown in Fig. 6 to Figure 10, the startup control process of the present embodiment is summarized as follows：

During draining, steel wire rope 31 is driven to move by Cao Zuoanjian or spanner, steel wire rope 31 drives cursor 32 to rotate, The seal assembly 21 is lifted in one end of the cursor 32, and draining is carried out so as to open discharge opening 23；The rotation simultaneously The other end of arm 32 drives the connecting rod 33 to rotate, and connecting rod 33 is pulled by transmission arm 34 argues for the sake of arguing 12, and 12 swings of arguing for the sake of arguing push only The briquetting 15 of water keg float 14 causes sealing keg float 14 to move down the water in extrusion sealing cup 16, so as to realize actuating mechanism in Water in Water Tank The sealing component 11 is driven to connect the intake tunnel 17 and the water outlet in advance when before dropping down onto the priming level under position Passage 18.

Second embodiment：

(one end of cursor 32 linkage seal assembly 21 of starting switch, then linked sealing component 11 by seal assembly 21)

As shown in Figure 16 to 18, the main distinction of the present embodiment and first embodiment is：Starting switch and the sealing Component 21 links and opens water tank discharge opening 23, and the starting switch includes steel wire rope 31 and cursor 32, the cursor 32 One end rotated under the traction of the steel wire rope 31 and lift the seal assembly 21, the connecting rod 33 rotates and is installed in valve On draining body 27 on bar 26, the seal assembly 21 connecting rod 33 that linked when lifting rotates, and then described in driving Sealing component 11 moves, specifically, seal assembly 21 lifts one end of the upward contact connecting rod 33 of valve rod 26 and then makes 33 turns of connecting rod Dynamic, the other end of connecting rod 33 pulls 12 sealing components 11 of arguing for the sake of arguing to move by transmission arm 34, and valve rod 26 keeps abutting after lifting The connecting rod 33 is so that the connecting rod 33 keeps abutting the sealing component 11.

The present embodiment seal assembly 21 drives the sealing component 11 to move to the connection He of intake tunnel 17 when lifting The state of the exhalant canal 18, and the seal assembly 21 lift after keep to the sealing component 11 apply active force make Obtain the sealing component 11 to keep connecting the intake tunnel 17 and the exhalant canal 18, can so prevent user's driving from opening Move after switching and discharging starting switch, and during this section before cistern water level drops to priming level, the weight of sealing keg float 14 It is new to float and then drive sealing component 11 to cut off intake tunnel 17 and exhalant canal 18.

The startup control process of the present embodiment is summarized as follows：

During draining, steel wire rope 31 is driven to move by Cao Zuoanjian or spanner, steel wire rope 31 drives cursor 32 to rotate, The cursor 32 lifts the seal assembly 21, and draining is carried out so as to open discharge opening 23；The seal assembly 21 lifts When drive the connecting rod 33 to rotate, connecting rod 33 is pulled by transmission arm 34 and argues for the sake of arguing 12, and 12 swings of arguing for the sake of arguing, which push the briquetting 15, to be made Obtain sealing keg float 14 and move down the water extruded in sealing cup 16, intake in advance so as to realize.

3rd embodiment：

As shown in Figure 19 to 20, the present embodiment is with the difference of above-mentioned second embodiment, and the top of valve rod 26 is provided with one Boss 261, when seal assembly 21 does not lift, the top surface of boss 261 abuts with the one end of connecting rod 33, close when seal assembly 21 lifts Upward one end of contact connecting rod 33 of valve rod 26 of sealing assembly 21 is so that connecting rod 33 rotates, and then makes the one end of connecting rod 33 and boss 261 Top surface separate and abutted against with the side of boss 261, compared to above-mentioned second embodiment, set boss 261 to be advantageous in that, avoid One end of connecting rod 33 is still connected to the top of valve rod 26 after link rotatable, causes valve rod 26 downward by one end of connecting rod 33 Reaction force it is larger, so as to cause the draining of drainage mechanism control it is unstable the problem of.

Fourth embodiment：

(by the keg float component of the drainage mechanism sealing component keep connecting the intake tunnel 17 and it is described go out Aquaporin 18)

As shown in Figure 21 to Figure 22, the main distinction of the present embodiment and first embodiment is：Drainage mechanism also includes floating Tub assembly, the keg float component or seal assembly 21 of drainage mechanism be driven the sealing component 11 so that sealing component 11 connect it is described Intake tunnel 17 and the exhalant canal 18, and make sealing component 11 keep connecting the intake tunnel by the keg float component 17 and the exhalant canal 18, in the present embodiment, the keg float component of the drainage mechanism is provided with location division, and the keg float component exists Water in water tank makes the seal assembly 21 after lifting be positioned at opening when being in preset water level height by the location division The state of the water tank discharge opening 23, while the keg float component causes the sealing component 11 after being driven to keep connecting institute State intake tunnel 17 and the exhalant canal 18.In the present embodiment, the keg float component includes keg float 28, and the location division is floating The projection 281 that bucket 28 is provided with, the valve rod 26 also includes the valve rod hanging platform 262 with the 281 mutually spacing cooperation of projection, described Keg float 28 is coordinated by one and the push rod 29 that the telescopic slide of valve rod 26 coordinates and the phase of sealing component 11 transmission, the top Bar 29 is provided with the push rod hanging platform 291 with the 281 mutually spacing cooperation of projection, and the upper end of push rod 29 coordinates with the connecting rod 33 transmission.

The startup control process of the present embodiment is summarized as follows：

During the non-draining of drainage mechanism, the keg float 28 is in float state, the valve in water tank under the buoyancy of water Bar 26 and the push rod 29 are in falling state, and driving actuating mechanism drives the valve rod 26 and push rod 29 to move up, push rod 29 Upper end drivening rod 33 moves and then drives sealing component 11 to connect the intake tunnel 17 and the exhalant canal 18, and push rod After 29 move up, the push rod hanging platform 291 moves down one under gravity with the 281 mutually spacing cooperation of projection, the valve rod 26 After segment stroke, the spacing cooperation of the valve rod hanging platform 262 and the projection 281, so as to which keg float component makes the valve rod 26 fixed The state of the water tank discharge opening 23 is being opened in position, while the push rod 29 of keg float component causes the sealing component 11 to keep Connect the intake tunnel 17 and the exhalant canal 18.

5th embodiment：

Except the startup controlling organization of above-described embodiment, institute directly can also independently be controlled using an actuating mechanism State sealing component 11 and the seal assembly 21.A kind of mode of the present embodiment, as shown in figure 23 and figure 24, the actuating mechanism Including draining steel wire rope 311 and water inlet steel wire rope 312, by draining steel wire rope 311 and water inlet steel wire rope 312 drive respectively described in Seal assembly 21 and the sealing component 11 move；The another way of the present embodiment can use, and the actuating mechanism includes One steel wire rope 31, two cursors 32 are arranged in series on steel wire rope 31, pass through the steel wire rope 31 and drive two 32 turns of cursors Move and drive the sealing component 11 and the seal assembly 21 to move respectively；

Steel wire rope 31, draining steel wire rope 311 and water inlet steel wire rope 312 in the utility model can also use drive rod knot Structure.

It is worth mentioning, the utility model can also use the actuating mechanism to include water inlet actuating mechanism and draining startup Mechanism, the water inlet actuating mechanism and draining actuating mechanism correspond to respectively drives the sealing component 11 and the seal assembly 21, by being operated respectively to water inlet actuating mechanism and draining actuating mechanism, to realize seal assembly 21 and sealing component 11 Powered opportunity, first driving water inlet actuating mechanism, so that sealing component 11 connects intake tunnel before seal assembly 21 is opened 17 and exhalant canal 18；Or while drive water inlet actuating mechanism and draining actuating mechanism so that seal assembly 21 open it is same When sealing component 11 connect intake tunnel 17 and exhalant canal 18, likewise, can also be made by first driving draining actuating mechanism Sealing component 11 connects intake tunnel 17 and exhalant canal 18 after seal assembly 21 is opened, as long as ensureing sealing component 11 in water Just driven when before the priming level is dropped down onto under the water level of case by water inlet actuating mechanism.

Sixth embodiment：

As shown in figure 25, the utility model also provides a kind of flusher, and it includes one kind described in any one as described above Water inlet starts controlling organization and the switching mechanism of a current whereabouts flowed out for switching the exhalant canal 18 of the water intake mechanism 40, when the actuating mechanism driving sealing component 11 connects the intake tunnel 17 and exhalant canal 18, the switching machine Structure 40 guides the current of the exhalant canal 18 into the flushing water route 50 of closestool, after default switching time section, the switching Mechanism 40 switches to the current of the exhalant canal 18 in water tank.

Specifically, the switching mechanism 40 include switching body 41, it is described switching body 41 be provided with it is described enter water dispenser The water intake end 411 of the connection of exhalant canal 18 of structure, the first water side 412 connected with the flushing water route 50 of the closestool and institute The second water side (not shown) of water tank cavity connection is stated, in addition to the switching valve element being located in the switching body 41 (is not schemed Show) and the switching keg float (not shown) that is fluctuated with the water level in water tank, the switching keg float links the switching valve element With water intake end described in switching control 411 and the break-make of the water side of the first water side 412 and second, the switching time section is Time of the water supply start of water route 50 when the switching keg float falls is rinsed in first water side 412 to the closestool Section.

Using the flusher of said structure, the current of water intake mechanism can be made to flow to flush toilets water route 50 as early as possible so that Flush toilets water route 50 completes to wash away closestool wall before siphon occurs for closestool, and then in closestool siphon, will wash away The sewage of closestool wall is discharged by siphon piping so that closestool flushing is more thorough.

Preferred embodiment of the present utility model has shown and described in described above, as previously described, it should be understood that this practicality is new Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and available for various other groups Conjunction, modification and environment, and above-mentioned teaching or the technology of association area can be passed through in utility model contemplated scope described herein Or knowledge is modified.And the change and change that those skilled in the art are carried out do not depart from spirit and scope of the present utility model, then All should be in the protection domain of the appended claims for the utility model.

Claims (11)

1. one kind water inlet starts controlling organization, including water intake mechanism, drainage mechanism, the water intake mechanism include intake tunnel (17), exhalant canal (18) and the sealing component (11) with sealing keg float (14), the sealing keg float (14) is with cistern water level Rise and cause the sealing component (11) to cut off the intake tunnel (17) and the exhalant canal (18), the drainage mechanism bag The seal assembly (21) of water tank discharge opening (23) can be opened or closed by including, it is characterised in that also be included to the sealing component (11) actuating mechanism being driven, the water intake mechanism have a priming level, and the priming level is not to the startup When mechanism is operated the sealing keg float (14) with dropped down onto under cistern water level so that the sealing component (11) connection described in enter Cistern water level when aquaporin (17) and exhalant canal (18), the actuating mechanism drop down onto the priming level under cistern water level The sealing component (11) is driven to connect the intake tunnel (17) and the exhalant canal (18) realization water inlet in advance when before.

2. a kind of water inlet according to claim 1 starts controlling organization, it is characterised in that：The actuating mechanism includes water inlet Actuating mechanism and draining actuating mechanism, the water inlet actuating mechanism and draining actuating mechanism correspond to the driving sealing component respectively And the seal assembly (21) (11).

3. a kind of water inlet according to claim 1 starts controlling organization, it is characterised in that：The sealing component (11), institute State seal assembly (21) and the actuating mechanism three is connected setting；Or the actuating mechanism links the sealing respectively Component (11) and seal assembly (21), the sealing component (11) and/or the seal assembly are driven by the actuating mechanism (21)。

4. a kind of water inlet according to claim 3 starts controlling organization, it is characterised in that：The actuating mechanism includes starting Switch, the starting switch link with the seal assembly (21) and open water tank discharge opening (23), and the starting switch passes through One connecting rod (33) drives sealing component (11) motion to connect the intake tunnel of the water intake mechanism (17) and exhalant canal (18)。

5. a kind of water inlet according to claim 4 starts controlling organization, it is characterised in that：The starting switch includes steel wire Restrict (31) and cursor (32), the cursor (32) rotates under the traction of the steel wire rope (31) and by the seal assembly (21) lifting to open water tank discharge opening (23), the other end of the cursor (32) drives the connecting rod (33) to rotate, and then The sealing component (11) is driven to move.

6. a kind of water inlet according to claim 5 starts controlling organization, it is characterised in that：The water intake mechanism and the row Water dispenser structure is fixedly attached integrally, and the connecting rod (33) rotates and is installed on the draining body (27) of drainage mechanism, the connecting rod (33) one end is connected with the cursor (32), and the other end is connected by transmission arm (34) with the sealing component (11).

7. a kind of water inlet according to claim 3 starts controlling organization, it is characterised in that：The actuating mechanism includes starting Switch, the starting switch and the seal assembly (21) linkage simultaneously open water tank discharge opening (23), the seal assembly (21) The sealing component (11) is driven to move to the state for connecting the intake tunnel (17) and the exhalant canal (18) when lifting, And the seal assembly (21) keeps causing the sealing component to the sealing component (11) application active force after lifting (11) keep connecting the intake tunnel (17) and the exhalant canal (18).

8. a kind of water inlet according to claim 7 starts controlling organization, it is characterised in that：The water intake mechanism and the row Water dispenser structure is fixedly attached integrally, and attaching is rotated on the draining body (27) of the drainage mechanism a connecting rod (33), the company The both ends of bar are engaged with the seal assembly (21) and sealing component (11) respectively, and the seal assembly (21) passes through when lifting The connecting rod (33) drives sealing component (11) motion, and the seal assembly (21) lift after keep abutting the company Bar (33) is so that the connecting rod (33) keeps abutting the sealing component (11).

9. a kind of water inlet according to claim 1 starts controlling organization, it is characterised in that：The drainage mechanism also includes setting There is the keg float component of location division, water of the keg float component in water tank is made when being in preset water level height by the location division The seal assembly (21) after lifting is positioned at the state for opening the water tank discharge opening (23), while the keg float component makes The sealing component (11) after being driven is obtained to keep connecting the intake tunnel (17) and the exhalant canal (18).

A kind of 10. flusher, it is characterised in that：Start control including a kind of water inlet as described in claim any one of 1-9 Mechanism, include the switching mechanism (40) of the current whereabouts of exhalant canal (18) outflow for switching the water intake mechanism, When the actuating mechanism drives sealing component (11) connection intake tunnel (17) and exhalant canal (18), the switching Mechanism (40) guides the current of the exhalant canal (18) into the flushing water route (50) of closestool, after default switching time section, The switching mechanism (40) switches to the current of the exhalant canal (18) in water tank.

A kind of 11. flusher according to claim 10, it is characterised in that：The switching mechanism (40) includes switching originally Body (41), it is described switching body (41) be provided with connect with the exhalant canal (18) of the water intake mechanism water intake end (411), and The first water side (412) of flushing water route (50) connection of the closestool, the second water side connected with the water tank cavity, also It is described including the switching valve element in the switching body (41) and the switching keg float to be fluctuated with the water level in water tank Switch the keg float linkage switching valve element with water intake end described in switching control (411) and first water side (412) and second The break-make of water side, the switching time section are that flushing water route (50) of first water side (412) to the closestool starts The period supplied water when the switching keg float falls.