CN206752608U - De-watering apparatus and toilet deodorization system - Google Patents

Abstract

The utility model discloses a kind of de-watering apparatus and toilet deodorization system.The de-watering apparatus includes removing water controller, and except water controller includes induction installation, induction installation is used to sense depth of accumulated water；Induction installation includes inductive component and stabilization ring, and inductive component is fixed on the inner side of stabilization ring, and inductive component is located at the position for the geometric center for deviateing stabilization ring, and the center of gravity of induction installation is located at the side of the setting inductive component of stabilization ring；The outside of stabilization ring is arc.Using the toilet deodorization system of de-watering apparatus, the ponding in flushing pipeline is removed by de-watering apparatus, on the one hand makes that flushing pipeline is more unobstructed, and deodorizing effect is more preferable, on the other hand, eliminates the noise that ponding is brought；Meanwhile when when induction installation position changes during bath, stabilization ring can be swung, the center of gravity of induction installation and the fulcrum of stabilization ring is set to ensure that induction installation returns to initial position normal work on same plumb line.The toilet deodorization system includes above-mentioned de-watering apparatus.

Description

De-watering apparatus and toilet deodorization system

Technical field

Bathroom technical field is the utility model is related to, more particularly to a kind of de-watering apparatus and toilet deodorization system.

Background technology

Toilet space relative closure, generally sets ventilating fan at the top of lavatory at present, by ventilating fan by inside lavatory Air is discharged to outdoor, and the moisture effect that this ventilating system excludes lavatory is fine, but people at one's leisure caused foul smell in lavatory Bottom, when waiting the ventilating fan to act, foul smell has had diffused into whole lavatory.

Foul smell in closet is discharged room by Chinese patent CN90220207.3 by the use of the flushing hole of closet as air intake passage Outside.However, this structure deodorizing effect is bad, if increasing power of fan to improve deodorizing effect, noise can significantly increase, User is set to feel under the weather.

Utility model content

Based on this, it is necessary to provide a kind of de-watering apparatus for reducing noise and toilet deodorization system.

A kind of de-watering apparatus, including except water controller, it is described except water controller includes induction installation, the sensing dress Put for sensing depth of accumulated water；The induction installation includes inductive component and stabilization ring, and the inductive component is fixed on described steady Surely the inner side enclosed, the inductive component are located at the position for the geometric center for deviateing the stabilization ring, and the weight of the induction installation The heart is located at the side of the setting inductive component of the stabilization ring；The outside of the stabilization ring is arc.

Using the toilet deodorization system of de-watering apparatus, the ponding in flushing pipeline is removed by de-watering apparatus, on the one hand made Flushing pipeline is more unobstructed, and deodorizing effect is more preferable, on the other hand, eliminates the noise that ponding is brought；Meanwhile when the process in bath When middle induction installation position changes, because inductive component is located at the position for the geometric center for deviateing stabilization ring, and dress is sensed The center of gravity put is located at the side that stabilization ring sets inductive component, and stabilization ring can swing, make the center of gravity of induction installation with stably The fulcrum of circle ensures that induction installation returns to initial position normal work on same plumb line.

In a wherein embodiment, the stabilization ring is annular shape.

In a wherein embodiment, the induction installation includes the stabilization ring of two spaced settings.

In a wherein embodiment, the induction installation also includes on the inside of the stabilization ring, and with the sense group Part is located at the counterweight of the same side.

In a wherein embodiment, the inductive component also includes water sucking mouth, and the stabilization ring is pressed close in the water sucking mouth Side and set.

In a wherein embodiment, the inductive component also includes the filtration members located at the water sucking mouth；Or the sense Component is answered to be located at its stabilization ring pressed close to including interval setting and close first electrode and second electrode, the water sucking mouth Side and the first electrode and the second electrode between；It is described or the inductive component also includes the pipe joint that draws water The pipe joint that draws water connects with the water sucking mouth.

A kind of toilet deodorization system, including the first blower fan, above-mentioned de-watering apparatus, closet and flushing pipeline, first wind The air inlet of machine connects with the flushing pipeline, and the flushing pipeline is connected to the air inlet of the closet and first blower fan Between, the foul smell in the closet is sucked into first blower fan, and the water in the flushing pipeline is poured into the closet, The de-watering apparatus also includes and the water removal main frame being connected except water controller, the water removal main frame and the flushing pipeline Communicate, the ponding in the flushing pipeline is removed.

In this toilet deodorization system, the ponding in flushing pipeline is removed by de-watering apparatus, on the one hand makes flushing pipeline more Unobstructed, deodorizing effect is more preferable, on the other hand, eliminates the noise that ponding is brought；Meanwhile when the induction installation during bath When position changes, because inductive component is located at the position for the geometric center for deviateing stabilization ring, and the center of gravity position of induction installation The side of inductive component is set in stabilization ring, stabilization ring can be swung, and the center of gravity of induction installation and the fulcrum of stabilization ring is existed On same plumb line, ensure that induction installation returns to initial position normal work.

In a wherein embodiment, the induction installation is in the flushing pipeline, and the outside shape of the stabilization ring Shape matches with the inner wall shape of the flushing pipeline；The stabilization ring sets the side of the inductive component and the flushing pipeline Bottom contact.

In a wherein embodiment, the toilet deodorization system also includes water tank, and the main frame that draws water also includes delivery port, The delivery port is located in the water tank.

In a wherein embodiment, the toilet deodorization system also includes overflow mechanism, the overflow mechanism and the water Case connects；The overflow mechanism includes overflow pipe, and one end of the overflow pipe connects with the water tank, the overflow pipe it is another End is reached outside the water tank.

In a wherein embodiment, the toilet deodorization system also includes overflow mechanism, the overflow mechanism and the water Case connects；The overflow mechanism includes overflow pipe, and one end of the overflow pipe connects with the water tank, the overflow pipe it is another End is reached inside the flushing pipeline.

In a wherein embodiment, the toilet deodorization system also includes water intake mechanism, and the water tank includes the water inlet Mechanism stops the cut-off water level of water inlet, the water intake mechanism starts the water inlet water level of water inlet and the water inlet place of the overflow pipe Flood level, the flood level is higher than the water inlet water level and cut-off water level.

In a wherein embodiment, the de-watering apparatus also includes the drinking-water pipe for being connected to the main frame that draws water, described to overflow The sectional dimension of flow tube is more than the sectional dimension of the drinking-water pipe.

In a wherein embodiment, the toilet deodorization system also includes flushing mechanism, and the flushing mechanism includes water outlet Mouthful, the overflow pipe stretches into the delivery port of the one end less than the flushing mechanism of the flushing pipeline.

In a wherein embodiment, the toilet deodorization system also includes the first thermal sensor and the second thermal sensor, institute State the position that the first thermal sensor is correspondingly gone to toilet and set, second thermal sensor is avoided going to toilet position and set, when described First thermal sensor and second thermal sensor are triggered simultaneously when, it is judged as that nobody goes to toilet, does not start first wind Machine deodorization, when only described first thermal sensor is triggered, it is judged as that someone goes to toilet, starts the first blower fan deodorization；Or It is water pump, the second blower fan or first blower fan that main frame is removed water described in person.

Brief description of the drawings

Fig. 1 is flushing pipeline ponding schematic diagram；

Flushing pipeline ponding produces noise schematic diagram when Fig. 2 is exhausting；

Fig. 3 is the toilet deodorization system structure diagram of the embodiment of the utility model one；

Fig. 4 is the de-watering apparatus structural representation of toilet deodorization system shown in Fig. 3；

Fig. 5 is the partial sectional view of de-watering apparatus shown in Fig. 4；

Fig. 6 is the structural representation of the toilet deodorization system of another embodiment；

Fig. 7 is the structural representation of the toilet deodorization system of another embodiment；

Fig. 8 is the structural representation of the toilet deodorization system of another embodiment.

Embodiment

For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings State.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can come in fact in many different forms It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is made to public affairs of the present utility model Open the understanding more thorough and comprehensive of content.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or there may also be element between the two.When an element is considered as " connection " another element, it can be direct It is connected to another element or may be simultaneously present element between the two.

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model The implication that the technical staff in domain is generally understood that is identical.It is simply in term used in the description of the present utility model herein The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein " and/or " include The arbitrary and all combination of one or more related Listed Items.

Fig. 1 and Fig. 2 are referred to, it has been found that the foul smell extracted using blower fan in closet has much noise, by grinding Study carefully, be the discovery that in flushing pipeline have ponding, on the one hand ponding occupies section of tubing, cause deodorizing effect undesirable, another When aspect blower fan is opened, ponding significantly shakes in the presence of negative pressure, especially the bending section in flushing pipeline, generates and largely makes an uproar Sound.

Referring to Fig. 3, the toilet deodorization system of the embodiment of the utility model one include the first blower fan 30, de-watering apparatus 40, Closet 44 and flushing pipeline 80, the air inlet of the first blower fan 30 connect with flushing pipeline 80, and flushing pipeline 80 is connected to closet 44 And first blower fan 30 air inlet between, the foul smell in closet 44 is sucked into the first blower fan 30, and by flushing pipeline 80 Water pours closet 44.De-watering apparatus 40 includes water removal main frame 404, and water removal main frame 404 communicates with flushing pipeline 80, by jet water spout Ponding in road 80 removes.Water removal main frame 404 is opened, you can extracts the ponding in flushing pipeline 80 out.Pass through de-watering apparatus 40 The ponding in flushing pipeline 80 is removed, on the one hand makes that flushing pipeline 80 is more unobstructed, and deodorizing effect is more preferable；On the other hand, eliminate The noise that ponding is brought.

Specifically, in one embodiment, it is water pump to remove water main frame 404, and water pump can take ponding away.In another embodiment In, water removal main frame 404 is the second blower fan, and the second blower fan can blow to ponding closet 44.In another embodiment, main frame is removed water 404 can also be above-mentioned first blower fan 30, and the first blower fan 30 can be axial flow blower, the air-draft deodorization when rotating forward, during reversion blowing remove Water.So, the ponding that water removal main frame 404 can liquidate in waterpipe 80 provides suction or blowing force, and ponding is removed.

De-watering apparatus 40 also includes removing water controller 406, except water controller 406 includes induction installation, induction installation For the depth of accumulated water in induction flushing pipeline 80, and the start and stop for removing water main frame 404 are controlled according to depth of accumulated water.When ponding is more When, open water removal main frame 404 and remove water.

Referring to Fig. 4, the induction installation of the embodiment of the utility model one includes inductive component 4062 and stabilization ring 4064, sense Component 4062 is answered to be fixed on the inner side of stabilization ring 4064, inductive component 4062 is located at the position for the geometric center for deviateing stabilization ring 4064 Put, and the center of gravity of induction installation is located at the side that stabilization ring 4064 sets inductive component 4062.The outside of stabilization ring 4064 is arc Shape, so that stabilization ring 4064 can roll.It is appreciated that inductive component 4062 and stabilization ring 4064 can be molded together, can also separate Manufacture reconnects.

If induction installation does not include stabilization ring 4064, in water-rinsing process, the position of induction installation may become for that Change, or even turn, water sucking mouth is located at the top of induction installation, cause inductive component 4062 to turn on all the time, remove water main frame 404 are always on, and have both influenceed to remove water the life-span of main frame 404, can also produce noise, and can not effectively remove water.Pass through above-mentioned sensing Device, when when induction installation position changes during bath, because inductive component 4062 is located at deviateing stabilization ring The position of 4064 geometric center, and the center of gravity of induction installation is located at the side that stabilization ring 4064 sets inductive component 4062, surely Surely circle 4064 can be swung, and the fulcrum of the center of gravity of induction installation and stabilization ring 4064 is ensured sensing on same plumb line Device returns to initial position normal work.

In a wherein embodiment, stabilization ring 4064 is annular shape.It is appreciated that stabilization ring 4064 or elliptical ring, The shapes such as hollow ball, if stabilization ring 4064 occur under external force position change and deflect after, can be under gravity Automatic swing returns initial position.

In a wherein embodiment, induction installation includes the stabilization ring 4064 of two spaced settings.It is steady by two Surely circle 4064 can make induction installation more stable.

In a wherein embodiment, induction installation is also included located at the inner side of stabilization ring 4064, and with inductive component 4062 Counterweight 4066 in the same side.So, it can further improve the stability of induction installation and ensure to return after changing in position Again to initial position.

In a wherein embodiment, referring to Fig. 5, inductive component 4062 also includes water sucking mouth 40620, water sucking mouth 40620 It is connected to water removal main frame 404.It is appreciated that de-watering apparatus 40 also may not include except the mouth of a river 402, blower fan or the direct impacts flush of water pump Ponding effect in pipeline 80.

In a wherein embodiment, water sucking mouth 40620 is pressed close to the side of stabilization ring 4064 and set, and inductive component 4062 also wraps Include the filtration members 40621 located at water sucking mouth 40620.By filtration members 40621, during water suction, impurity, protection water removal main frame may filter that 404, and when washing by water, water can wash away filtration members 40621 totally, filtration members 40621 is had self-cleaning function.Specifically, filter Part 40621 is screen pack, certainly, filtration members 40621 or gauze etc..

In a wherein embodiment, inductive component 4062 includes being arranged at intervals and close first electrode 40622 and second Electrode 40624, water sucking mouth 40620 is pressed close to the side of stabilization ring 4064 and set, and water sucking mouth 40620 is located at the stabilization ring that it is pressed close to Between 4064 side and first electrode 40622 and second electrode 40624.When ponding is deeper, first electrode 40622 and second Electrode 40624 turns on, and starts to remove water, and when depth of accumulated water is less than first electrode 40622 and second electrode 40624, stops water removal. Specifically, first electrode 40622 and second electrode 40624 are graphite electrode, and graphite electrode good conductivity, chemical stability is good, It will not be electrolysed, can be worked steadily in the long term.Water sucking mouth 40620 is pressed close to the side of stabilization ring 4064 and set, and water sucking mouth 40620 between the side of its stabilization ring 4064 pressed close to and first electrode 40622 and second electrode 40624, it is meant that inhales Position of the mouth of a river 40620 less than first electrode 40622 and second electrode 40624.So, when water accumulation level is less than first electrode 40622 and second electrode 40624 position when, water removal main frame 404 is closed, but also has a small amount of ponding in flushing pipeline 80, when Main frame 404 is removed water when be water pump, water pump will not be emptied, both avoided because water pump be emptied caused by noise, be also beneficial to extension water The service life of pump, and a small amount of ponding can't produce noise because of the work of the first blower fan 30.

In a wherein embodiment, inductive component 4062 also includes drawing water pipe joint 40626, draw water pipe joint 40626 with Water sucking mouth 40620 connects, and will be discharged from the water that water sucking mouth 40620 sucks by the pipe joint 40626 that draws water.

In a wherein embodiment, induction installation is in flushing pipeline 80, and the outer shape of stabilization ring 4064 and punching The inner wall shape matching of waterpipe 80；Stabilization ring 4064 sets the side of inductive component 4062 and the bottom of flushing pipeline 80 to connect Touch.Specifically in the present embodiment, the outside of stabilization ring 4064 is annular shape, and the inside of flushing pipeline 80 is cylindric.Specifically, rush Waterpipe 80 includes vertical duct and horizontal pipeline, and induction installation is in horizontal pipeline.

In a wherein embodiment, de-watering apparatus 40 also includes drinking-water pipe 408, and drinking-water pipe 408 is connected to the main frame 404 that draws water Between the interface tube 40626 that draws water.Specifically, the main frame 404 that draws water includes pump mouth 4042, and one end of drinking-water pipe 408 is connected to Pump mouth 4042.

In a wherein embodiment, toilet deodorization system also includes water tank 90, and the main frame 40 that draws water also includes delivery port 4044, Delivery port 4044 is located in water tank 90, and the ponding extracted out from flushing pipeline 80 is discharged into water tank 90.

In a wherein embodiment, first electrode 40622 and second electrode 40624 are respectively arranged on provided with water removal main frame 404 Loop on, first electrode 40622 and second electrode 40624 are located at the ponding position of flushing pipeline 80.When there is product at ponding position During water, first electrode 40622 and second electrode 40624 are turned on, and the loop provided with water removal main frame 404 is connected, and water removal main frame 404 is opened Open, removed water, when ponding is pumped down to less than first electrode 40622 and second electrode below 40624, loop disconnects, water removal Main frame 404 is closed.

In a wherein embodiment, toilet deodorization system also includes flushing mechanism 70, except water controller 406 is always according to punching Whether the state control de-watering apparatus 40 whether water dispenser structure 70 washes by water works, and when flushing mechanism 70 is washed by water, controls de-watering apparatus 40 do not work, to avoid de-watering apparatus 40 from influenceing flushing effect.Specifically, when flushing mechanism 70 starts bath, control water removal dress 40 are put to be stopped the scheduled time, such as 10 seconds.Specifically, except whether water controller 406 washes by water always according to flushing mechanism 70 State control water removal main frame 404 start and stop, when flushing mechanism 70 wash by water, control remove water main frame 404 stop.

In a wherein embodiment, toilet deodorization system also includes overflow mechanism, and overflow mechanism connects with water tank 90, works as water When water level in case 90 is too high, excessive water can overflow from overflow mechanism, avoid water from being overflowed from the top of water tank 90, so as to ensure Toilet it is clean and tidy.When this is due to bathing, water along squatting pan it is defluent during can be inhaled into squatting pan, removed so as to trigger Water installations 40 are worked, and water can be sucked water tank 90 by de-watering apparatus 40, cause the water level of water tank 90 to rise, finally from the top of water tank 90 Overflow, both influenceed the clean and tidy of toilet, if going to toilet at this moment, the water of spilling is also possible to splash on the person, in some instances it may even be possible to causes First blower fan 30 is intake, and the setting of overflow mechanism then avoids this problem.

Referring to Fig. 6, the overflow mechanism of an embodiment includes the first overflow pipe 110, one end of the first overflow pipe 110 and water Case 90 is connected, and the other end of the first overflow pipe 110 is reached outside water tank 90.So, excessive water passes through the first overflow pipe 110 It is discharged to outside water tank 90, avoids water from being overflowed from the top of water tank 90.It should be noted that after overflow, a small amount of water quilt is also had Water tank 90 is pumped into, water level rises the water inlet that can cover overflow mechanism, will not be from the water inlet when the first blower fan 30 starts deodorization Mouth air intake, thus do not interfere with deodorizing effect.

Specifically, toilet deodorization system also includes water intake mechanism 100, and water tank 90 includes water intake mechanism 100 and stops water inlet Cut-off water level, water intake mechanism 100 start the flood level where the water inlet water level of water inlet and the water inlet of the first overflow pipe 110, Flood level is higher than water inlet water level and cut-off water level.Because flood level is higher than cut-off water level, it is ensured that under normal circumstances will not Overflow；Flood level makes water intake mechanism 100 not open, saving water resource higher than water inlet water level.

In a wherein embodiment, the sectional dimension of the first overflow pipe 110 is more than the sectional dimension of drinking-water pipe 408, to protect The water yield of card water tank 90 is more than inflow.

Referring to Fig. 7, the overflow mechanism of another embodiment includes the second overflow pipe 120, one end of the second overflow pipe 120 with Water tank 90 is connected, and the other end of the second overflow pipe 120 is reached inside flushing pipeline 80.So, excessive water overflows by second Flow tube 120 is discharged to flushing pipeline 120 and then flows into closet 44, avoids water from being overflowed from the top of water tank 90.

Specifically, toilet deodorization system also includes water intake mechanism 100, and water tank 90 includes water intake mechanism 100 and stops water inlet Cut-off water level, water intake mechanism 100 start the flood level where the water inlet water level of water inlet and the water inlet of the second overflow pipe 120, Flood level is higher than water inlet water level and cut-off water level.Because flood level is higher than cut-off water level, it is ensured that under normal circumstances will not Overflow；Flood level makes water intake mechanism 100 not open, saving water resource higher than water inlet water level.

In a wherein embodiment, the sectional dimension of the second overflow pipe 120 is more than the sectional dimension of drinking-water pipe 408, to protect The water yield of card water tank 90 is more than inflow.

In a wherein embodiment, flushing mechanism 70 includes delivery port, and the second overflow pipe 120 stretches into the one of flushing pipeline 80 End is less than the delivery port of flushing mechanism 70, so as to ensure that the water from the outflow of the second overflow pipe 120 will not be inhaled into the first blower fan 30.

Referring to Fig. 8, toilet deodorization system also includes the first thermal sensor 130 and the second thermal sensor 140, the first thermal sensation Answer the corresponding position gone to toilet of device 130 and set, the second thermal sensor 140 is avoided going to toilet position and set, when the first thermal sensor 130 and second thermal sensor 140 when being triggered simultaneously, it is judged as that nobody goes to toilet, does not start the deodorization of the first blower fan 30, when only the When one thermal sensor 130 is triggered, it is judged as that someone goes to toilet, starts the deodorization of the first blower fan 30.Specifically, the first thermal sensor 130 are installed on the front of water tank 90, and the second thermal sensor 140 is installed on the side of water tank 90.Specifically, the first thermal sensor 130 and second thermal sensor 140 be infrared inductor.So, when someone has a bath, although nobody goes to toilet, water Hot gas can trigger the first thermal sensor 130 and the second thermal sensor 140 simultaneously, and at this moment someone does not go to toilet, therefore be not required to Start the deodorization of the first blower fan 30, when avoiding bathing water along squatting pan it is defluent during be inhaled into squatting pan, without The suction of one blower fan 30, water will not enter inside squatting pan；When someone goes to toilet, only the first thermal sensor 130 senses people Body is triggered, and the second thermal sensor 140 is not triggered, and at this moment needs to start the progress deodorization of the first blower fan 30.

Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed, But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (15)

1. A kind of 1. de-watering apparatus, it is characterised in that including including induction installation except water controller, the water controller that removes, The induction installation is used to sense depth of accumulated water；The induction installation includes inductive component and stabilization ring, and the inductive component is consolidated Due to the inner side of the stabilization ring, the inductive component is located at the position for the geometric center for deviateing the stabilization ring, and the sense The center of gravity of device is answered to be located at the side that the inductive component is set of the stabilization ring；The outside of the stabilization ring is arc.
2. 2. de-watering apparatus according to claim 1, it is characterised in that the stabilization ring is annular shape.
3. 3. de-watering apparatus according to claim 1, it is characterised in that the induction installation includes two spaced settings The stabilization ring.
4. 4. de-watering apparatus according to claim 1, it is characterised in that the induction installation also includes being located at the stabilization ring Inner side, and it is located at the inductive component counterweight of the same side.
5. 5. de-watering apparatus according to claim 1, it is characterised in that the inductive component also includes water sucking mouth, the suction The mouth of a river is pressed close to the side of the stabilization ring and set.
6. 6. de-watering apparatus according to claim 5, it is characterised in that the inductive component also includes being located at the water sucking mouth Filtration members；Or the inductive component includes being arranged at intervals and close first electrode and second electrode, the water sucking mouth position Between the side for the stabilization ring that it is pressed close to and the first electrode and the second electrode；Or the inductive component Also include the pipe joint that draws water, the pipe joint that draws water connects with the water sucking mouth.
7. 7. a kind of toilet deodorization system, it is characterised in that including the water removal described in the first blower fan, claim 1-6 any one Device, closet and flushing pipeline, the air inlet of first blower fan are connected with the flushing pipeline, and the flushing pipeline is connected to Between the air inlet of the closet and first blower fan, the foul smell in the closet is sucked into first blower fan, and will Water in the flushing pipeline pours the closet, and the de-watering apparatus also includes and the water removal being connected except water controller Main frame, the water removal main frame communicate with the flushing pipeline, the ponding in the flushing pipeline are removed.
8. 8. toilet deodorization system according to claim 7, it is characterised in that the induction installation is located at the flushing pipeline It is interior, and the outer shape of the stabilization ring matches with the inner wall shape of the flushing pipeline；The stabilization ring sets the sensing The side of component contacts with the bottom of the flushing pipeline.
9. 9. toilet deodorization system according to claim 7, it is characterised in that the toilet deodorization system also includes water tank, The water removal main frame also includes delivery port, and the delivery port is located in the water tank.
10. 10. toilet deodorization system according to claim 9, it is characterised in that the toilet deodorization system also includes overflow Device, the overflow mechanism connect with the water tank；The overflow mechanism includes overflow pipe, one end of the overflow pipe with it is described Water tank is connected, and the other end of the overflow pipe is reached outside the water tank.
11. 11. toilet deodorization system according to claim 9, it is characterised in that the toilet deodorization system also includes overflow Device, the overflow mechanism connect with the water tank；The overflow mechanism includes overflow pipe, one end of the overflow pipe with it is described Water tank is connected, and the other end of the overflow pipe is reached inside the flushing pipeline.
12. 12. the toilet deodorization system according to claim 10 or 11, it is characterised in that the toilet deodorization system also includes Water intake mechanism, the water tank include cut-off water level, the water intake mechanism that the water intake mechanism stops intaking and start entering for water inlet Flood level where the water inlet of water water level and the overflow pipe, the flood level is higher than the water inlet water level and described section Sealing position.
13. 13. the toilet deodorization system according to claim 10 or 11, it is characterised in that the de-watering apparatus also includes connection In the drinking-water pipe of the water removal main frame, the sectional dimension of the overflow pipe is more than the sectional dimension of the drinking-water pipe.
14. 14. toilet deodorization system according to claim 11, it is characterised in that the toilet deodorization system also includes bath Mechanism, the flushing mechanism include delivery port, and one end that the overflow pipe stretches into the flushing pipeline is less than the flushing mechanism The delivery port.
15. 15. toilet deodorization system according to claim 7, it is characterised in that the toilet deodorization system also includes first Thermal sensor and the second thermal sensor, position that first thermal sensor is correspondingly gone to toilet and set, second thermal sensor Avoid going to toilet position and set, when first thermal sensor and second thermal sensor are triggered simultaneously, be judged as nothing People goes to toilet, and does not start the first blower fan deodorization, when only described first thermal sensor is triggered, is judged as the upper lavatory of someone Institute, start the first blower fan deodorization；Or the water removal main frame is water pump, the second blower fan or first blower fan.