CN207865617U - A kind of humidifier with double body structure - Google Patents
A kind of humidifier with double body structure Download PDFInfo
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- CN207865617U CN207865617U CN201820212168.2U CN201820212168U CN207865617U CN 207865617 U CN207865617 U CN 207865617U CN 201820212168 U CN201820212168 U CN 201820212168U CN 207865617 U CN207865617 U CN 207865617U
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Abstract
A kind of humidifier with double body structure,Including pedestal,Water tank,Atomising device,Water storage room and go out mist channel,The water storage room is provided on the pedestal,The water storage room is provided with the atomising device,The mist that the atomising device generates goes out mist channel described in and humidifier is discharged,The water tank has collector nozzle,The collector nozzle has lower water controller,The lower water controller includes detection and driving mechanism and lower water portion,The lower water portion is set at the collector nozzle,The lower water portion has the first apopore and the second apopore of concatenation,It is respectively arranged with valve body on first apopore and second apopore,The valve body is acted according to the signal that the detection is generated with driving mechanism and is opened or closed first apopore and second apopore,The valve body independently closes first apopore and second apopore.It is had the following advantages that compared with prior art according to the humidifier provided by the utility model with lower water portion structure：It is more optimized to reduce leak probability, high safety, safety coefficient height, performance.
Description
Technical field
The utility model is related to humidifier Cistern valve construction applications more particularly to a kind of humidifications with double body structure
Device.
Background technology
Humidifier on the market generally controls the water outlet of humidifier water tank using single valve door at present, works as sink
Or atomization pond/vaporization pond water level it is too low when, signal of water shortage is sent to valve, and valve is promoted to open, in humidifier water tank
Water enters sink or atomization pond/vaporization pond；When the water level of sink or atomization pond/vaporization pond is increased to predetermined value, cut off the water
Signal is sent to valve, and valve is promoted to close, and the water in humidifier water tank stops flow into sink or atomization pond/vaporization pond.
However, the single valve door of above-mentioned water tank cannot overcome for example when valve is damaged or can not normally be closed because of impurities in water
Caused radiator leak problem when closing.For example, Authorization Notice No. is CN203190554U, in entitled upper water-adding humidifier
State's utility model patent, the disclosed launching gear include be mounted on the collector nozzle on lower water cover, water sealing piece, spring,
And compression bar；It is provided with apopore in the lower water cover；The water sealing piece is enclosed in the upper end of the apopore；The compression bar
It is fixedly connected with the water sealing piece across the apopore；The spring is placed on the compression bar, and one end of the spring
It is resisted against the lower section of the apopore, the other end is resisted against on the compression bar.In the presence of the technical solution that the utility model provides
State deficiency：When the water sealing piece, spring or compression bar can not work normally, the collector nozzle of humidifier water tank will be unable to normally close
It closes, the water be easy to causeing in humidifier water tank leaks out completely, floods the electric elements of humidifier or drains to outside humidifier, causes
It is dangerous.
Utility model content
The utility model in view of the deficiencies of the prior art, provides a kind of reduction leak probability, high safety, safety coefficient
High, the more optimized humidifier with double body structure of performance.
The utility model mainly adopts the following technical scheme that：
A kind of humidifier with double body structure, including pedestal, water tank, atomising device, water storage room and go out mist channel, institute
It states and is provided with the water storage room on pedestal, the water storage room is provided with the atomising device, and the mist that the atomising device generates is logical
Go out discharge humidifier in mist channel described in crossing, the water tank has collector nozzle, and the collector nozzle has lower water controller, under described
Water controller includes detection and driving mechanism and lower water portion, and the lower water portion is set at the collector nozzle, the lower water portion
It is respectively arranged with valve on the first apopore with concatenation and the second apopore, first apopore and second apopore
Body, the valve body are acted with the signal that driving mechanism generates according to the detection and are opened or closed first water outlet
Hole and second apopore, the valve body independently close first apopore and second apopore.
Wherein, the valve body includes valve seat, spool, water sealing piece and return unit, and the spool is according to the detection and driving
The signal that mechanism generates carries out action and opens or close first apopore by the water sealing piece and the return unit
With second apopore.
Wherein, it is respectively provided with the valve seat on first apopore and second apopore, the water sealing piece includes
First water sealing piece and the second water sealing piece, first water sealing piece are matched with first apopore, second water sealing piece with
Second apopore matches.
Wherein, the return unit is sheathed on the spool, and one end of the return unit is abutted against with the valve seat, described
The other end of return unit is set on the spool.
Wherein, the spool includes the first spool and the second spool, and first spool is connected with first water sealing piece
It connects, second spool is connected with second water sealing piece.
Wherein, second spool passes through second apopore, and drives first spool to transport by linkage mechanism
It is dynamic.
Wherein, when first apopore and second apopore in the open state, the linkage mechanism makes
Second water sealing piece is more than first water sealing piece relative to first water outlet relative to the displacement of second apopore
The displacement in hole.
Wherein, the linkage mechanism is that the upper top that is formed at the top of second spool is convex, and the upper top is convex with described first
The bottom of spool matches, and first water sealing piece is located at the top of first apopore, and second water sealing piece is located at institute
State the top of the second apopore.
Wherein, the linkage mechanism is the soft part being arranged at the top of second spool, described in the soft part insertion
The bottom of first spool, first water sealing piece are located at the lower section of first apopore, and second water sealing piece is located at described
The lower section of second apopore.
Wherein, the linkage mechanism includes the clinohedral being arranged on second spool and is arranged in first spool
On inclined-plane sliding slot, the clinohedral is inserted into the inclined-plane sliding slot and can drive first valve core movement, described first
Spool and the angled setting of the second spool.
Wherein, the spool includes the first spool and the second spool, and first spool matches with first water sealing piece
It closes, second spool is matched with second water sealing piece.
Wherein, second spool passes through second apopore, and drives first spool to transport by linkage mechanism
It is dynamic.
Wherein, the linkage mechanism is the upper jacking block formed at the top of second spool, the upper jacking block and described first
The bottom of spool matches.
Wherein, it is provided with the first water hole and the first release aperture on first spool, is provided on second spool
Second water hole and the second release aperture, first water hole are matched with first water sealing piece, second water hole with
Second water sealing piece matches.
Wherein, the internal diameter of first water hole is less than the internal diameter of second water hole.
Wherein, first spool and second spool are respectively provided with hollow structure, and the hollow structure is respectively formed
For the first sluice and the second sluice, first water hole and first release aperture are connected with first sluice
Logical, second water hole and second release aperture are connected with second sluice.
Wherein, first water sealing piece is fixedly installed on the inner edge of first apopore, and second water sealing piece is fixed
It is set to the inner edge of the second apopore.
Wherein, the lower water portion was formed with water cavity, and the water in the water tank first passes through first apopore and enters
It is described to cross in water cavity, then entered in the water storage room by second apopore by the water cavity of crossing.
Wherein, the detection and driving mechanism be the float that is set in the cistern drive lever to rotate around the axis with
Drive the mechanical structure of spool action, the solenoid valve of driving spool action, the motor of driving spool action or driving spool dynamic
The air pump of work.
Currently, the possibility of the humidifier radiator valve body drain water used on the market is in one thousandth to 3/1000ths or so,
When valve body piece is damaged or causes water tank apopore to be unable to normal switching-off because of impurities in water, huge safety will be caused hidden
Suffer from.According to technical solution provided by the utility model, when one of water portion apopore is unable to normal switching-off instantly, still
It is effective to ensure that humidifier can be worked normally without there is the case where leak, and dual-valve body used by the utility model
The leak probability of humidifier can be reduced to hundred a ten thousandths by structure can between 10/1000000ths, substantially increase machine
By property, humidifier safety coefficient higher, performance is more optimized.
Description of the drawings
Fig. 1 is humidifier sectional view provided by the utility model.
Fig. 2 is the side perspective view of humidifier provided by the utility model.
Fig. 3 is water portion schematic cross-section under humidifier shown in the utility model embodiment 1.
Fig. 4 is water portion schematic cross-section under humidifier shown in the utility model embodiment 2.
Fig. 5 is water portion schematic cross-section under humidifier shown in the utility model embodiment 3.
Fig. 6 is water portion schematic cross-section under humidifier shown in the utility model embodiment 4.
Specific implementation mode
Technical solution provided by the utility model is described further below in conjunction with the accompanying drawings：
Embodiment 1
Shown in Fig. 1 to Fig. 6, a kind of humidifier with double body structure, including pedestal 1, water tank 2, atomising device
3, water storage room 4 and go out mist channel 5, water storage room 4 is provided on pedestal 1, water storage room 4 is provided with atomising device 3, and atomising device 3 produces
Humidifier is discharged by going out mist channel 5 in raw mist, and there is water tank 2 collector nozzle 21, collector nozzle 21 to have lower water controller, lower water
Control device includes detection and driving mechanism 211 and lower water portion 212, and lower water portion 212 is set at collector nozzle 21, lower water portion 212
The first apopore 21201 with concatenation and the second apopore 21202, the first apopore 21201 and the second apopore 21202
On be respectively arranged with valve body, valve body is acted according to the signal that detection is generated with driving mechanism 211 and is opened or closed the
One apopore 21201 and the second apopore 21202, valve body independently close the first apopore 21201 and the second apopore 21202.
First apopore 21201 is mutually concatenated with the second apopore 21202 makes the water in water tank first pass through the first apopore 21201, then
It can just be entered in water storage room 4 by the second apopore 21202.Preferably, 21 edge of collector nozzle has been downwardly extending external member,
Internal thread is provided in external member, 212 periphery of lower water portion is provided with external screw thread, and the external member of collector nozzle 21 connects with 212 screw thread of lower water portion
It connects.It, can also be under to prevent from leaking out in gap of the water in water tank 2 between 21 external member of collector nozzle and lower water portion 212
Sealing element is arranged with 212 junction of lower water portion in 21 external member of the mouth of a river；Or collector nozzle 21 is integrally formed with lower water portion 212.When wherein
One apopore is because when damage parts or impurities in water block cisco unity malfunction, and in addition an apopore remains able to normally
Work；And it is respectively arranged with valve body on two apopores mutually concatenated and the possibility of humidifier radiator leak is dropped significantly
It is low, improve the safety coefficient of humidifier.
Shown in Fig. 1 to Fig. 6, valve body includes valve seat 2121, spool 2122, water sealing piece 2123 and return unit 2124, valve
Core 2122 carries out action according to the signal that detection is generated with driving mechanism 211 and is opened by water sealing piece 2123 and return unit 2124
Or close the first apopore 21201 and the second apopore 21202.Detection in lower water controller exists with driving mechanism 211
Can generate signal of water shortage in water storage room 4 when water shortage, the signal that spool 2122 is generated with driving mechanism 211 according to detection into
Action is made and opens the first apopore 21201 and the second apopore 21202 by water sealing piece 2123, and the water in water tank 2 enters
In water storage room 4；Detection can generate signal of cutting off the water, spool when reaching predetermined value with water of the driving mechanism in water storage room 4
2122 signals generated with driving mechanism 211 according to detection carry out action and close the by water sealing piece 2123 and return unit 2124
One apopore 21201 and the second apopore 21202, the water in water tank stop entering in water storage room 4.
Shown in Fig. 2 to Fig. 6, valve seat, water shutoff are respectively provided on the first apopore 21201 and the second apopore 21202
Part 2123 includes the first water sealing piece 21231 and the second water sealing piece 21232, the first water sealing piece 21231 and the first apopore 21201
It matches, the second water sealing piece 21232 is matched with the second apopore 21202.Preferably, the first water sealing piece 21231 and the second envelope
Water part 21232 is made of nonmetallic materials, such as rubber, plastics.When the first apopore 21201 and/or the second apopore
21202 when being closed, and the first apopore 21201 is sealed and/or the second apopore 21202 by the first water sealing piece 21231
It is sealed by the second water sealing piece 21232, at this point, the water in water tank 2 cannot be entered by lower water portion 212 in water storage room 4.
Shown in Fig. 2 to Fig. 6, return unit 2124 is sheathed on spool 2122, one end of return unit 2124 and valve seat
2121 abut against, and the other end of return unit 2124 is set on spool 2122.Preferably, return unit 2124 can also include first
Return unit and the second return unit.Preferably, return unit 2124 is spring, when spool 2122 is produced according to detection and driving mechanism 211
After raw signal execution, it can be returned to original state under the action of the spring.
Shown in Fig. 2 to Fig. 5, spool 2122 includes the first spool 21221 and the second spool 21222, the first spool
21221 are connected with the first water sealing piece 21231, and the second spool 21222 is connected with the second water sealing piece 21232.Preferably,
One spool 21221 is fixedly connected with the first water sealing piece 21231, and the second spool 21222 is fixedly connected with the second water sealing piece 21232.
When spool 2122, which receives the signal that detection is generated with driving mechanism 211, to be acted, the first spool 21221 and the second valve
Core 21222 drives the first water sealing piece 21231 and the second water sealing piece 21232 to move respectively, to seal or open the first water outlet
Hole 21201 and the second apopore 21202.Preferably, the first return unit is sheathed on the first spool 21221, the second return unit set
On the second spool 21222.
Shown in Fig. 2 to Fig. 5, the second spool 21222 passes through the second apopore 21202, and passes through linkage mechanism 21220
The first spool 21221 is driven to move.Preferably, the first spool 21221 passes through the first apopore 21201.
Shown in Fig. 2 to Fig. 5, when the first apopore 21201 and the second apopore 21202 in the open state, connection
Motivation structure 21220 is so that the second water sealing piece 21232 is more than the first water sealing piece 21231 relative to the displacement of the second apopore 21202
Displacement relative to the first apopore 21201.This structure setting makes the water in water tank will not after the first apopore
It is detained and is quickly entered in water storage room from the second apopore.
Shown in Figure 3, linkage mechanism 21220 is that the upper top that the top of the second spool 21222 is formed is convex, and upper top is convex with first
The bottom of spool 21221 matches, and the first water sealing piece 21231 is located at the top of the first apopore 21201, the second water sealing piece
21232 are located at the top of the second apopore 21202.Preferably, the top of the first water sealing piece 21231 and the first spool 21221 is solid
Fixed connection, the second water sealing piece 21232 are fixedly connected with the top of the second spool 21222.Preferably, upper to push up convex and the first spool
There is certain distance between 21221 bottom.This structure design make the second spool such as spring breaking down or detection with
Driving mechanism failure and when cannot successfully spring back, and be unlikely to the rebound on the first spool and generate excessive influence.
Shown in Fig. 2 to Fig. 6, lower water portion 212 was formed with water cavity 21210, and the water in water tank 2 first passes through the first water outlet
Hole 21201 entered in water cavity 21210, then was entered in water storage room 4 by the second apopore 21202 by crossing water cavity 21210.
Shown in Fig. 1 to Fig. 6, it is that the float being set in cistern 4 drives lever to rotate to detect with driving mechanism 211
Dynamic solenoid valve, the driving spool 2122 with the mechanical structure, the driving action of spool 2122 that drive spool 2122 to act of shaft rotation acts
Motor or driving spool 2122 act air pump.
The above-mentioned technical proposal that the utility model is provided is located at and stores after detection generates signal of water shortage with driving mechanism
Float in pond moves down and lever connected to it is driven to be moved around axis, the opposite end and second that lever is connect with float
Spool abuts against, and the second spool moves up therewith makes spring be in compressive state, and the second spool drives the second envelope after being jacked up
Water part leaves the second apopore, and the second apopore is in the open state, and the second spool continues to move up, by being located at the second valve
Upper top the first spool of convex jack-up at the top of core, the first spool drive the first water sealing piece to leave the first apopore, at the first apopore
Water in opening state, water tank entered by the first apopore in water cavity, entered by the second apopore by crossing water cavity
Into water storage room.After signal is cut off the water in detection with driving mechanism generation, the float in cistern moves up, the second spool
Also moved downward under the action of the spring with the first spool, the second water sealing piece and the first water sealing piece close off the second apopore and
First apopore, the water in water tank stop entering in water storage room.By research shows that：Existing single valve door sealing structure leaks
The probability of water is between one thousandth to 3/1000ths.Technical solution provided by the utility model uses double body structure, when
Humidifier damage parts or when causing one of apopore to be unable to normal switching-off because of impurities in water, are still effective to ensure that
Humidifier can be worked normally without there is the case where leak, and double body structure used by the utility model can will add
The leak probability of wet device is reduced to hundred a ten thousandths between 10/1000000ths, substantially increases the reliability of machine, humidifier
Safety coefficient higher, performance are more optimized.
Embodiment 2
In addition to following, structure described in the present embodiment is in the same manner as in Example 1：
Shown in Figure 4, linkage mechanism 21220 is the soft part being arranged at 21222 top of the second spool, and soft part is inserted into
The bottom of first spool 21221, the first water sealing piece 21231 are located at the lower section of the first apopore 21201, the second water sealing piece 21232
Positioned at the lower section of the second apopore 21202.Preferably, the top of the first water sealing piece 21231 and the first spool 21221, which is fixed, connects
It connects, the second water sealing piece 21232 is fixedly connected with the top of the second spool 21222.
The above-mentioned technical proposal that the utility model is provided is located at and stores after detection generates signal of water shortage with driving mechanism
Float in pond moves down and lever connected to it is driven to be moved around axis, and the side that lever is connect with float is also with second
Spool is connected, and the second spool moves down and spring is made to be in compressive state therewith, and the second spool drives second after being dragged by under
Water sealing piece leaves the second apopore, and the second apopore is in the open state, and the second spool continues to move down, by being located at second
Soft part at the top of spool pulls down the first spool, and the first spool drives the first water sealing piece to leave the first apopore, the first apopore
In the open state, the water in water tank entered by the first apopore in water cavity, by cross water cavity by the second apopore into
Enter into water storage room.After signal is cut off the water in detection with driving mechanism generation, the float in cistern moves up, the second valve
Core and the first spool also move upwards under the action of the spring, and the second water sealing piece and the first water sealing piece close off the second apopore
With the first apopore, the water in water tank stops entering in water storage room.The technical solution that the utility model is provided improves machine
Reliability, humidifier safety coefficient higher, performance is more optimized.
Embodiment 3
In addition to following, structure described in the present embodiment is in the same manner as in Example 1：
Shown in Figure 5, linkage mechanism 21220 includes the clinohedral that is arranged on the second spool 21222 and setting the
21221 movement forward of the first spool is inserted into inclined-plane sliding slot and can be driven to inclined-plane sliding slot on one spool 21221, clinohedral,
The 21222 angled setting of first spool 21221 and the second spool.Preferably, the first spool 21221 is set as horizontal direction, the
Two spools 21222 are set as vertical direction, i.e. in 90 ° of settings between the first spool 21221 and the second spool 21222.Preferably,
First water sealing piece 21231 is located at the front of the first apopore 21201, and the second water sealing piece 21232 is located at the second apopore 21202
Top.Preferably, the first water sealing piece 21231 is fixedly connected with the top of the first spool 21221.
The above-mentioned technical proposal that the utility model is provided is located at and stores after detection generates signal of water shortage with driving mechanism
Float in pond moves down and lever connected to it is driven to be moved around axis, the opposite end and second that lever is connect with float
Spool abuts against, and the second spool moves up therewith makes spring be in compressive state, and the second spool drives the second envelope after being jacked up
Water part leaves the second apopore, and the second apopore is in the open state, and the second spool continues to move up, by being located at the second valve
Clinohedral at the top of core is slided in the inclined-plane sliding slot on the first spool, drives the first spool to move forward, the first spool
The first water sealing piece is driven to leave the first apopore, the first apopore is in the open state, and the water in water tank passes through the first apopore
Into in water cavity, entered in water storage room by the second apopore by crossing water cavity.When detection and driving mechanism generation are cut off the water
After signal, the float in cistern moves up, and the second spool moves downward under the action of the spring, and the first spool is in bullet
It is moved backward under the action of spring, the second water sealing piece and the first water sealing piece close off the second apopore and the first apopore, water tank
In water stop enter water storage room in.The technical solution that the utility model is provided improves the reliability of machine, humidifier peace
Overall coefficient higher, performance are more optimized.
Embodiment 4
Shown in Fig. 1 to Fig. 6, a kind of humidifier with double body structure, including pedestal 1, water tank 2, atomising device
3, water storage room 4 and go out mist channel 5, water storage room 4 is provided on pedestal 1, water storage room 4 is provided with atomising device 3, and atomising device 3 produces
Humidifier is discharged by going out mist channel 5 in raw mist, and there is water tank 2 collector nozzle 21, collector nozzle 21 to have lower water controller, lower water
Control device includes detection and driving mechanism 211 and lower water portion 212, and lower water portion 212 is set at collector nozzle 21, lower water portion 212
The first apopore 21201 with concatenation and the second apopore 21202, the first apopore 21201 and the second apopore 21202
On be respectively arranged with valve body, valve body is acted according to the signal that detection is generated with driving mechanism 211 and is opened or closed the
One apopore 21201 and the second apopore 21202, valve body independently close the first apopore 21201 and the second apopore 21202.
First apopore 21201 is mutually concatenated with the second apopore 21202 makes the water in water tank first pass through the first apopore 21201, then
It can just be entered in water storage room 4 by the second apopore 21202.Preferably, 21 edge of collector nozzle has been downwardly extending external member,
Internal thread is provided in external member, 212 periphery of lower water portion is provided with external screw thread, and 21 external member of collector nozzle is threadedly coupled with lower water portion 212,
It, can also be in collector nozzle to prevent from leaking out in gap of the water in water tank 2 between 21 external member of collector nozzle and lower water portion 212
Sealing element is arranged with 212 junction of lower water portion in 21 external members；Or collector nozzle 21 is integrally formed with lower water portion 212.When one of them
Apopore is because when damage parts or impurities in water block cisco unity malfunction, and in addition an apopore remains able to normal work
Make；And it is respectively arranged with valve body on two apopores mutually concatenated and the possibility of humidifier radiator leak is dropped significantly
It is low, improve the safety coefficient of humidifier.
Shown in Fig. 1 to Fig. 6, valve body includes valve seat 2121, spool 2122, water sealing piece 2123 and return unit 2124, valve
Core 2122 carries out action according to the signal that detection is generated with driving mechanism 211 and is opened by water sealing piece 2123 and return unit 2124
Or close the first apopore 21201 and the second apopore 21202.Detection in lower water controller exists with driving mechanism 211
Can generate signal of water shortage in water storage room 4 when water shortage, the signal that spool 2122 is generated with driving mechanism 211 according to detection into
Action is made and opens the first apopore 21201 and the second apopore 21202 by water sealing piece 2123, and the water in water tank 2 enters
In water storage room 4；Detection can generate signal of cutting off the water, spool when reaching predetermined value with water of the driving mechanism in water storage room 4
2122 signals generated with driving mechanism 211 according to detection carry out action and close the by water sealing piece 2123 and return unit 2124
One apopore 21201 and the second apopore 21202, the water in water tank stop entering in water storage room 4.
Shown in Fig. 2 to Fig. 6, valve seat, water shutoff are respectively provided on the first apopore 21201 and the second apopore 21202
Part 2123 includes the first water sealing piece 21231 and the second water sealing piece 21232, the first water sealing piece 21231 and the first apopore 21201
It matches, the second water sealing piece 21232 is matched with the second apopore 21202.Preferably, the first water sealing piece 21231 and the second envelope
Water part 21232 is made of nonmetallic materials, such as rubber, plastics.When the first apopore 21201 and/or the second apopore
21202 when being closed, and the first apopore 21201 is sealed and/or the second apopore 21202 by the first water sealing piece 21231
It is sealed by the second water sealing piece 21232, at this point, the water in water tank 2 cannot be entered by lower water portion 212 in water storage room 4.
Shown in Fig. 2 to Fig. 6, return unit 2124 is sheathed on spool 2122, one end of return unit 2124 and valve seat
2121 abut against, and the other end of return unit 2124 is set on spool 2122.Preferably, return unit 2124 can also include first
Return unit and the second return unit.Preferably, return unit 2124 is spring, when spool 2122 is produced according to detection and driving mechanism 211
After raw signal execution, it can be returned to original state under the action of the spring.
Shown in Figure 6, spool 2122 includes the first spool 21221 and the second spool 21222, the first spool 21221 with
First water sealing piece 21231 matches, and the second spool 21222 is matched with the second water sealing piece 21232.
Shown in Figure 6, the second spool 21222 passes through the second apopore 21202, and is driven by linkage mechanism 21220
First spool 21221 moves.Preferably, the first spool 21221 passes through the first apopore 21201.
Shown in Figure 6, linkage mechanism 21220 is the upper jacking block that 21222 top of the second spool is formed, upper jacking block and first
The bottom of spool 21221 matches.Preferably, there is certain distance between upper jacking block and the bottom of the first spool 21221.It is this
Structure design makes the second spool when such as spring breaking down or detection and driving mechanism failure cannot successfully be sprung back, without
Excessive influence is generated as on the rebound of the first spool.
It is shown in Figure 6, the first water hole 212211 and the first release aperture 212212 are provided on the first spool 21221,
The second water hole 212221 and the second release aperture 212222, the first water hole 212211 and are provided on second spool 21222
One water sealing piece 21231 matches, and the second water hole 212221 is matched with the second water sealing piece 21232.When the first apopore 21201
When being closed with the second apopore 21202, the first water sealing piece 21231 closes the first water hole 212211, and the second envelope
Water part 21232 closes the second water hole 212221；When the first apopore 21201 and the second apopore 21202 are in the open state
When, the first water hole 212211 removes the first water sealing piece 21231 and the second water hole 212221 removes the second water sealing piece 21232,
Water in water tank 2 is entered by the first apopore 21201 and the second apopore 21202 in water storage room 4.
Shown in Figure 6, the internal diameter of the first water hole 212211 is less than the internal diameter of the second water hole 212221.This structure
It is arranged so that the water in water tank quickly enters water storage room will not be detained after the first apopore from the second apopore
In.
Shown in Figure 6, the first spool 21221 and the second spool 21222 are respectively provided with hollow structure, the hollow structure
It is respectively formed as the first sluice and the second sluice, the first water hole 212211 and the first release aperture 212212 and first cross water
Road is connected, and the second water hole 212221 and the second release aperture 212222 are connected with the second sluice.Water warp in water tank 2
The first water hole 212211 is crossed to enter inside the first spool 21221 using the first release aperture 212212 the first spool of discharge
21221, similarly, water enters inside the second spool 21222 by the second water hole 212221 using the second release aperture 212222
The second spool 21222 is discharged.
Shown in Figure 6, the first water sealing piece 21231 is fixedly installed on the inner edge of the first apopore 21201, the second water sealing piece
21232 are fixedly installed on the inner edge of the second apopore 21202.
Shown in Fig. 2 to Fig. 6, lower water portion 212 was formed with water cavity 21210, and the water in water tank 2 first passes through the first water outlet
Hole 21201 entered in water cavity 21210, then was entered in water storage room 4 by the second apopore 21202 by crossing water cavity 21210.
Shown in Fig. 1 to Fig. 6, it is that the float being set in cistern 4 drives lever to rotate to detect with driving mechanism 211
Dynamic solenoid valve, the driving spool 2122 with the mechanical structure, the driving action of spool 2122 that drive spool 2122 to act of shaft rotation acts
Motor or driving spool 2122 act air pump.
The above-mentioned technical proposal that the utility model is provided is located at and stores after detection generates signal of water shortage with driving mechanism
Float in pond moves down and lever connected to it is driven to be moved around axis, the opposite end and second that lever is connect with float
Spool abuts against, and the second spool moves up therewith makes spring be in compressive state, so that the second mistake after the second spool is jacked up
The second water sealing piece is left in water hole, and the second apopore is in the open state, and the second spool continues to move up, drive the first spool to
Upper movement so that the first water hole leaves the first water sealing piece and extend into water tank, and the first apopore is in the open state, water tank
In water entered in water cavity by the first water hole and the first release aperture, released by the second water hole and second by crossing water cavity
Discharge hole enters in water storage room.After signal is cut off the water in detection with driving mechanism generation, the float in cistern moves up,
Second spool and the first spool also move downward under the action of the spring, and the second water sealing piece and the first water sealing piece close off second
Water hole and the first water hole, the water in water tank stop entering in water storage room.The technical solution that the utility model is provided improves
The reliability of machine, humidifier safety coefficient higher, performance are more optimized；But also it is effective to ensure that the water in water tank is not residual
It stayed in water cavity, and prevented the drainage occurred when the second water sealing piece cisco unity malfunction.
Although, for those of ordinary skills, can be described above the embodiments of the present invention
To be interpreted as to convert above-described embodiment in the case where not departing from the principles of the present invention and spirit, this practicality
Novel protection domain is limited by the claim and its equivalent.
Claims (19)
1. a kind of humidifier with double body structure, including pedestal, water tank, atomising device, water storage room and go out mist channel, it is described
The water storage room is provided on pedestal, the water storage room is provided with the atomising device, and the mist that the atomising device generates passes through
It is described go out mist channel be discharged humidifier, the water tank have collector nozzle, the collector nozzle have lower water controller, the lower water
Control device includes detection and driving mechanism and lower water portion, and the lower water portion is set at the collector nozzle, it is characterised in that：Institute
Stating lower water portion has the first apopore and the second apopore of concatenation, distinguishes on first apopore and second apopore
It is provided with valve body, the valve body is acted according to the signal that the detection is generated with driving mechanism and described in being opened or being closed
First apopore and second apopore, the valve body can individually close first apopore and described second and go out
Water hole.
2. the humidifier according to claim 1 with double body structure, it is characterised in that：The valve body include valve seat,
Spool, water sealing piece and return unit, the spool are acted according to the signal that the detection is generated with driving mechanism and pass through institute
It states water sealing piece and first apopore and second apopore are opened or closed to the return unit.
3. the humidifier according to claim 2 with double body structure, it is characterised in that：First apopore and institute
State and be respectively provided with the valve seat on the second apopore, the water sealing piece include the first water sealing piece and the second water sealing piece, described first
Water sealing piece is matched with first apopore, and second water sealing piece is matched with second apopore.
4. the humidifier according to claim 3 with double body structure, it is characterised in that：The return unit is sheathed on institute
It states on spool, one end of the return unit is abutted against with the valve seat, and the other end of the return unit is set on the spool.
5. the humidifier according to claim 3 with double body structure, it is characterised in that：The spool includes the first valve
Core and the second spool, first spool are connected with first water sealing piece, second spool and second water sealing piece
It is connected.
6. the humidifier according to claim 5 with double body structure, it is characterised in that：Second spool passes through institute
The second apopore is stated, and first valve core movement is driven by linkage mechanism.
7. the humidifier according to claim 6 with double body structure, it is characterised in that：When first apopore and
In the open state, the linkage mechanism makes second water sealing piece relative to second water outlet to second apopore
The displacement in hole is more than displacement of first water sealing piece relative to first apopore.
8. the humidifier with double body structure according to claim 6 or 7, it is characterised in that：The linkage mechanism
Upper top for formation at the top of second spool is convex, and the convex bottom with first spool in the upper top matches, and described first
Water sealing piece is located at the top of first apopore, and second water sealing piece is located at the top of second apopore.
9. the humidifier with double body structure according to claim 6 or 7, it is characterised in that：The linkage mechanism
For the soft part at the top of second spool is arranged, the soft part is inserted into the bottom of first spool, first envelope
Water part is located at the lower section of first apopore, and second water sealing piece is located at the lower section of second apopore.
10. the humidifier with double body structure according to claim 6 or 7, it is characterised in that：The linkage mechanism
Including the inclined-plane sliding slot for the clinohedral on second spool being arranged He being arranged on first spool, the clinohedral is inserted
Enter in the inclined-plane sliding slot and can drive first valve core movement, first spool with second spool is angled sets
It sets.
11. the humidifier according to claim 4 with double body structure, it is characterised in that：The spool includes first
Spool and the second spool, first spool are matched with first water sealing piece, second spool and second water shutoff
Part matches.
12. the humidifier according to claim 11 with double body structure, it is characterised in that：Second spool passes through
Second apopore, and first valve core movement is driven by linkage mechanism.
13. the humidifier according to claim 12 with double body structure, it is characterised in that：The linkage mechanism is institute
The upper jacking block formed at the top of the second spool is stated, the upper jacking block is matched with the bottom of first spool.
14. the humidifier according to claim 11 with double body structure, it is characterised in that：It is set on first spool
It is equipped with the first water hole and the first release aperture, is provided with the second water hole and the second release aperture on second spool, described
One water hole is matched with first water sealing piece, and second water hole is matched with second water sealing piece.
15. the humidifier according to claim 14 with double body structure, it is characterised in that：First water hole
Internal diameter is less than the internal diameter of second water hole.
16. the humidifier with double body structure according to claim 14 or 15, it is characterised in that：First valve
Core and second spool are respectively provided with hollow structure, and the hollow structure is respectively formed as the first sluice and second and crosses water
Road, first water hole and first release aperture are connected with first sluice, second water hole and described
Second release aperture is connected with second sluice.
17. the humidifier with double body structure according to claim 11 or 14, it is characterised in that：First envelope
Water part is fixedly installed on the inner edge of first apopore, and second water sealing piece is fixedly installed on the inner edge of the second apopore.
18. the humidifier according to claim 1 with double body structure, it is characterised in that：The lower water portion is formed with
Water cavity is crossed, the water in the water tank first passes through first apopore and enters in the water cavity excessively, then crosses water cavity warp by described
Second apopore is crossed to enter in the water storage room.
19. the humidifier according to claim 1 with double body structure, it is characterised in that：The detection and driving machine
Structure is that the float being set in the cistern drives lever to rotate around the axis to drive mechanical structure, the driving valve of spool action
The air pump of the solenoid valve of core action, the motor of driving spool action or driving spool action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820212168.2U CN207865617U (en) | 2018-02-07 | 2018-02-07 | A kind of humidifier with double body structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820212168.2U CN207865617U (en) | 2018-02-07 | 2018-02-07 | A kind of humidifier with double body structure |
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| Publication Number | Publication Date |
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| CN207865617U true CN207865617U (en) | 2018-09-14 |
Family
ID=63457826
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| CN201820212168.2U Active CN207865617U (en) | 2018-02-07 | 2018-02-07 | A kind of humidifier with double body structure |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108253572A (en) * | 2018-02-07 | 2018-07-06 | 佛山市金星徽电器有限公司 | A kind of humidifier with double body structure |
| CN109405140A (en) * | 2018-11-28 | 2019-03-01 | 佛山市思迈乐电器有限公司 | A kind of novel humidifier |
| CN109707847A (en) * | 2019-01-23 | 2019-05-03 | 佛山市南海科日超声电子有限公司 | Add water humidifier sealing structure in one kind |
| CN109737540A (en) * | 2019-03-12 | 2019-05-10 | 小熊电器股份有限公司 | Lower water controller and humidifier |
| CN109764465A (en) * | 2019-03-12 | 2019-05-17 | 小熊电器股份有限公司 | Water tank and humidifier with dual water valve |
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2018
- 2018-02-07 CN CN201820212168.2U patent/CN207865617U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108253572A (en) * | 2018-02-07 | 2018-07-06 | 佛山市金星徽电器有限公司 | A kind of humidifier with double body structure |
| CN108253572B (en) * | 2018-02-07 | 2023-07-04 | 佛山市金星徽电器有限公司 | Humidifier with double valve body structure |
| CN109405140A (en) * | 2018-11-28 | 2019-03-01 | 佛山市思迈乐电器有限公司 | A kind of novel humidifier |
| CN109707847A (en) * | 2019-01-23 | 2019-05-03 | 佛山市南海科日超声电子有限公司 | Add water humidifier sealing structure in one kind |
| CN109707847B (en) * | 2019-01-23 | 2024-04-02 | 佛山市南海科日超声电子有限公司 | Go up to add water humidifier seal structure |
| CN109737540A (en) * | 2019-03-12 | 2019-05-10 | 小熊电器股份有限公司 | Lower water controller and humidifier |
| CN109764465A (en) * | 2019-03-12 | 2019-05-17 | 小熊电器股份有限公司 | Water tank and humidifier with dual water valve |
| CN109764465B (en) * | 2019-03-12 | 2024-02-13 | 小熊电器股份有限公司 | Water tank with double water valves and humidifier |
| CN109737540B (en) * | 2019-03-12 | 2024-02-13 | 小熊电器股份有限公司 | Drainage control device and humidifier |
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