CN207778690U - Multifunctional humidifier - Google Patents
Multifunctional humidifier Download PDFInfo
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- CN207778690U CN207778690U CN201721923058.9U CN201721923058U CN207778690U CN 207778690 U CN207778690 U CN 207778690U CN 201721923058 U CN201721923058 U CN 201721923058U CN 207778690 U CN207778690 U CN 207778690U
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- bottle
- upper cover
- water
- pressure release
- jack
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Abstract
The utility model is related to Portable humidifier, especially a kind of Multifunctional humidifier.It is had a single function for existing Portable humidifier, user once carries multiple equipment problem inconvenient for use, the utility model provides a kind of Multifunctional humidifier, fixed nozzle rod on humidifier is changed to dismountable nozzle rod by it, and provide two kinds of humidifying spraying nozzle bars that can select an installation and Flushing nozzle bar, to realize that a humidifier has a variety of different effluent functions, user once carries two different nozzle rods and a shared water-storing bottle just meets multiple functional requirements, it avoids once carrying multiple autonomous devices and causes the inconvenience for taking up space and increasing weight, reduce use cost simultaneously.
Description
Technical field
The utility model is related to Portable humidifier, especially a kind of Multifunctional humidifier.
Background technology
Common Portable humidifier or water toothpick and body flushing device using effect it is all very single, each water-storing bottle and
The nozzle matched all is structure as a whole, and individual equipment can only provide simple mist cooling or hydroblasting function when working, such as
Fruit needs aforesaid plurality of function that will carry multiple and different equipment simultaneously simultaneously, therefore existing Portable humidifier cannot be satisfied use
Family only carries the use demand that an equipment is provided simultaneously with multiple functions, to bring inconvenience to user, such as goes out every time
Row can all account for the problems such as luggage space is big and luggage increases weight more because of Portable device, and it is also high once to purchase multiple equipment use cost.
Utility model content
The technical problems to be solved in the utility model and the technical assignment of proposition are to overcome existing Portable humidifier function
It is single, user is cannot be satisfied with an equipment while there are multiple and different effects, and the primary multiple equipment that carries causes inconvenience
Technological deficiency, provides a kind of Multifunctional humidifier, and the humidifier can realize different work(by replacing the nozzle of different function
Effect, can be achieved with multiple function use demands to meet one equipment of user band, avoids once carrying multiple equipment and cause
It is inconvenient.
To achieve the above object, the technical solution adopted in the utility model：Multifunctional humidifier, including water-storing bottle and its two
The upper cover at end and lower cover and the pressue device inflated to bottle chamber set accommodating chamber in the upper cover, are arranged by being discharged in accommodating chamber
The water channel of component composition, water channel water inlet are equipped with opening for control water channel opening and closing to being arranged in the water inlet pipe of bottle intracavitary, upper cover side
It closes, upper lid is equipped with nozzle rod, and the nozzle rod connects water channel water outlet, it is characterized in that the nozzle rod includes that can select a dismounting
It is installed on the humidifying spraying nozzle bar and Flushing nozzle bar of upper cover, the upper tops are equipped with the installation interface for connecting water channel water outlet,
The humidifying spraying nozzle bar and Flushing nozzle bar include hollow stem and the interface set on its both ends import and export and corresponding nozzle, institute
The interface structure of the interface and Flushing nozzle bar of stating humidifying spraying nozzle bar is identical and can match with installation interface.The utility model will
Fixed nozzle rod is changed to dismountable nozzle rod on humidifier, and provides two kinds of humidifying spraying nozzle bars that can select an installation and flushing
Nozzle rod, to realize that a humidifier has a variety of different effluent functions, wherein selection installation humidifying spraying nozzle bar may be implemented to spray
Go out water mist humidification, installation Flushing nozzle bar may be implemented to spray water column flushing tooth or be cleaned to body privacy places, user
It once carries two different nozzle rods and a shared water-storing bottle just meets multiple functional requirements, avoid once carrying multiple
Autonomous device causes the inconvenience for taking up space and increasing weight, while reducing use cost.The corresponding humidification spraying in nozzle rod one end outlet
Nozzle structure and the nozzle structure of corresponding effluent column be the prior art, as long as nozzle rod other end import uses same-interface
Structure can match with the installation interface of upper tops, can very easily realize that replacing different nozzle rods reaches different function.
As further improving and supplementing to above-mentioned technical proposal, the utility model uses following technical measures：It is described
Installation interface includes being set to upper cover top surface to connect the jack of water channel water outlet and be embedded the sealing joint circle of jack lower part, and interface
The internal diameter of sealing ring is less than jack internal diameter, and the interface includes the intubation section that hollow stem bottom end matches with jack, the intubation section
It can be inserted into jack and docked across sealing joint circle with jack sealing, be intubated between the hollow stem and upper cover above section and be equipped with lock
The rotational fastener structure of both fixed docking, the rotational fastener structure can be such that hollow stem is locked to rotation and upper cover by positive/negative
Fastening or unlock.As long as by the intubation section of hollow stem bottom end insertion jack and by tight with sealing joint circle when nozzle rod is installed
Close fit can be achieved with intubation section and seal and dock between the two with jack, and wherein the internal diameter of sealing joint circle can be with less than jack internal diameter
Be intubated section pass through when with intubation section tight fit to ensure to seal, sealing docking after by rotational fastener structure ensure nozzle rod and
Upper cover fastens, and intubation section will not be loosened from jack, and is further ensured that intubation section compresses sealing joint circle；The rotational fastener knot
Structure both can make to lock when use by positive/negative for realizing the quick dismounting installation between hollow stem and upper cover to rotation
Fastening or unlock, it is easy to operate.
The rotational fastener structure includes the radial limit for being set to several arc-shaped slots of upper cover and matching in hollow stem
Position protrusion, the arc-shaped slot is located above sealing joint circle and is recessed by jack inner wall, and surround the high settings such as jack,
Arc-shaped slot one end is upwardly extended is caught in mouth in upper cover top surface formation connection jack, is caught in downwards when limit protrusion is caught in mouth certainly
Hollow stem is fastened with upper cover locking when shifting to the arc-shaped slot other end behind arc-shaped slot one end, and mouth is caught in when limit protrusion is moved back into
Hollow stem is unlocked with upper cover when arc-shaped slot one end of side.It is rotational fastener structure simple structure, easy to operate, particular by
Equivalent radial direction limit protrusion cooperation on the arc-shaped slot and hollow stem that upper cover opens up realizes, as intubation section is to underthrust when use
Enter jack, be caught in mouth card is caught in downwards corresponding arc-shaped slot one end to limit protrusion certainly, then just makes by rotary hallow stem aforementioned
Protrusion moves on to the arc-shaped slot other end from arc-shaped slot one end, utilizes the multiple limit protrusions and arc-shaped slot correspondence around setting
Clamping can be achieved between hollow stem and upper cover reliably locking fastening, as long as whereas to when unlock reversely rotates hollow stem, make
Limit protrusion returns to starting position and can unlock, and hollow stem can be removed from upper cover.
The rotational fastener structure includes being spaced on two arc-shaped slots and hollow stem that 180 ° are arranged to be spaced on upper lid
Two limit protrusions of 180 ° of settings.Rotational fastener structure can secure lock by two arc-shaped slots and two limit protrusions
Hollow stem and upper cover, and then ensure water-storing bottle to nozzle rod water delivery；Since each arc-shaped slot is caught in mouth, two arcs with one
The setting of 180 ° of shape card slot interval can improve locking attended operation convenience, when hollow stem and upper cover docking, as long as there are one
Limit protrusion and one are caught in mouth alignment, another limit protrusion can also be caught in mouth with another and be aligned naturally.
Pressure release passage is set in the accommodating chamber of the upper cover, and the import of the pressure release passage and bottle chamber communicate, pressure release passage
The relief hole that is opened up by upper cover side wall of outlet communicated with the external world, pressure release passage can be opened and closed the automatic of import in entrance setting
Pressure relief device, the automatic decompression device can automatically open import with exhaust pressure relief when bottle cavity pressure is more than safety value, and
Import is automatically closed when bottle cavity pressure is less than safety value, it is ensured that bottle intracavitary is pressed in safe range.Pass through the receiving in upper cover
The automatic decompression device of pressure release passage and matching is arranged in intracavitary, improves bottle chamber safety in utilization, extends the same of bottle chamber service life
When prevent from inflating pressurization to bottle chamber it is excessive and rupture or even the contingency hurted sb.'s feelings occurs.It pressurizeed in use, inflating when bottle chamber
When head is more than the safe pressure value of setting, automatic decompression device automatically opens air inlet, gives the exhaust decompression of bottle chamber, and in pressure drop
Import is automatically closed when as low as below safety value, it is ensured that bottle intracavitary also has pressure energy normal work.
Undergauge becomes smaller and forms annular step surface at reducing outward from the inside of channel for the import of the pressure release passage, described
Automatic decompression device includes the activity pressure release ball and spring and sealing ring being set in pressure release passage, and the spring pushes pressure release ball
Elasticity resists the sealing ring for being close to annular step surface, to block the import of pressure release passage.Automatic decompression device is pushed by spring
Activity pressure release ball resist sealing ring and realize the closure of pressure release passage import is sealed, be normally less than safety value in bottle cavity pressure
When, pressure release ball is more than corresponding bottle intracavitary pressure, pressure release ball elasticity on the outside of channel by the spring pressure on the inside of channel to be supported
Firmly sealing ring blocks the import of pressure release passage, and when bottle intracavitary pressure is increased above higher than safety value, bottle intracavitary pressure pushes pressure release ball open
And compressed spring, the import of pressure release passage are opened, pressure release passage exhaust pressure relief, until bottle intracavitary is pushed back and is grouped into less than safety value,
Spring reset elongation pushes pressure release ball to return to original position and resists sealing ring again, and pressure release passage is again switched off；The import of pressure release passage
Equipped with reducing and form annular step surface, in order to sealing ring be set and pressure release ball realizes and block that spring is let out for pushing
Pressure ball elasticity resists import of the sealing ring with automatic shutter pressure release passage.The setting of bottle chamber safe pressure value can be by configuring bullet
The comparable spring of power is realized, when bottle intracavitary pressure is more than safety value, the elastic force of spring can just be overcome to push pressure release ball, bottle chamber open
When internal pressure is less than safety value, the elastic force of spring pushes pressure release ball return.
The pressue device is an inflator, the inflator it include a piston rod and the gas that is placed on outside piston rod
Cylinder, the inflator are stretched into bottle chamber and are docked with water-storing bottle sealing, and stomata air expansion bottle chamber is opened in the inflator front end stretched into bottle chamber
And the movable sealing cover for covering venthole is set in bottle chamber side, circumferentially fluting is embedded and the matching of inflator internal diameter piston rod head
Inflate sealing ring, piston rod tail portion is stretched out outside bottle chamber.Pressue device uses manual pump, simple in structure, reliable operation side
Just, bottle chamber Manual inflating is given by twitching piston rod, piston rod frequency is twitched in increase and decrease and number can adjust roughly pair when use
Bottle chamber pressurization size；It is rubbed back and forth by outside air with cylinder inner wall using the sealing ring of inflating on head when piston rod is twitched back and forth
It introduces inflator and a bottle chamber is squeezed by venthole, when piston rod push-in inflator is inflated, pressure pushes sealing open before the air in inflator
Lid is discharged into a bottle chamber, and when piston rod exits inflator pumping, inflator air-breathing makes sealing cover tightly be bonded to cover venthole.
Water-storing bottle lower end opening is nested with lower cover, and the inflator rear end is wholely set to match with water-storing bottle lower open mouth end
Circular cover, the inflator are clamped between water-storing bottle lower open mouth end and lower cover by circular cover and are docked with water-storing bottle sealing,
Sealing rubber ring is equipped between circular cover and water-storing bottle lower open mouth end, the piston rod tail portion passes through the trepanning on lower lid to overhanging
Go out, the projecting end of piston rod is equipped with handle.Water-storing bottle lower end opening is nested with lower cover, common threaded connection can be used, with civilian dress
It tears open；Inflator is clamped in by the circular cover of one between water-storing bottle lower open mouth end and lower cover, to realize and water-storing bottle sealing pair
It connects, and ensures that inflator stretches into a bottle chamber；Sealing rubber ring is set between circular cover and water-storing bottle lower open mouth end and can guarantee inflator and storage
The leakproofness of water bottle docking；Trepanning on lower lid is passed through for piston rod tail portion stretches out, and projecting end sets handle, facilitates twitch piston
Bar pressurizes to bottle chamber Manual inflating.
Fixed nozzle rod on humidifier is changed to dismountable nozzle rod by the utility model, and two kinds of offer can select a peace
The humidifying spraying nozzle bar and Flushing nozzle bar of dress, to realize that a humidifier has a variety of different effluent functions, user once takes
Just meet multiple functional requirements with two different nozzle rods and a shared water-storing bottle, avoids once carrying and multiple independently set
It is standby to cause the inconvenience for taking up space and increasing weight, while reducing use cost.
Description of the drawings
Fig. 1：The utility model matches Flushing nozzle bar schematic diagram.
Fig. 2：The utility model is with addition of wet shot head rod schematic diagram.
Fig. 3：The sectional view along A-A of Fig. 2.
Fig. 4：The side view of Fig. 2.
Fig. 5：The B-B direction sectional view of Fig. 4.
In figure：1. water-storing bottle, 2. upper covers, 3. lower covers, 4. switches, 5. humidifying spraying nozzle bars, 6. Flushing nozzle bars, 7. hollow
Bar, 8. jacks, 9. sealing joint circles, 10. intubation sections, 11. arc-shaped slots, 12. limit protrusions, 13. pressure release passages, 14. imports,
15. outlet, 16. relief holes, 17. annular step surfaces, 18. pressure release balls, 19. springs, 20. sealing rings, 21. piston rods, 22. gas
Sealing ring, 27. circular covers, 28. sealing rubber rings, 29. hands are inflated in cylinder, 23. inflators, 24. ventholes, 25. sealing covers, 26.
Handle.
Specific implementation mode
Explanation and specific implementation mode are further described the utility model below in conjunction with the accompanying drawings.
As shown in Fig. 1~5, Multifunctional humidifier, including the upper cover 2 at the water-storing bottle 1 of open at both ends and its both ends and lower cover 3
And to the pressue device that bottle chamber is inflated, accommodating chamber is set in the upper cover 2, the water that setting is made of outlet component in accommodating chamber
Road, water channel water inlet is to being arranged in the water inlet pipe of bottle intracavitary（Do not show in figure）, 2 side of upper cover is equipped with the switch of control water channel opening and closing
4, upper cover 2 is equipped with nozzle rod, and the nozzle rod connects water channel water outlet, and the nozzle rod includes that can select a dismounting to be installed on
The humidifying spraying nozzle bar 5 and Flushing nozzle bar 6 of lid 2,2 top of the upper cover is equipped with the installation interface for connecting water channel water outlet, described
The interface of humidifying spraying nozzle bar 5 and Flushing nozzle bar 6 including hollow stem 7 and set on its both ends import and export and corresponding nozzle, it is described
The interface of humidifying spraying nozzle bar 5 and the interface structure of Flushing nozzle bar 6 it is identical and can with installation interface match.The utility model will
Fixed nozzle rod is changed to dismountable nozzle rod on humidifier, and provides two kinds of humidifying spraying nozzle bars that can select an installation and flushing
Nozzle rod, to realize that a humidifier has a variety of different effluent functions, wherein selection installation humidifying spraying nozzle bar may be implemented to spray
Go out water mist humidification, installation Flushing nozzle bar may be implemented to spray water column flushing tooth or be cleaned to body privacy places, user
It once carries two different nozzle rods and a shared water-storing bottle just meets multiple functional requirements, avoid once carrying multiple
Autonomous device causes the inconvenience for taking up space and increasing weight, while reducing use cost.The corresponding humidification spraying in nozzle rod one end outlet
Nozzle structure and the nozzle structure of corresponding effluent column be the prior art, as long as nozzle rod other end import uses same-interface
Structure can match with the installation interface of upper tops, can very easily realize that replacing different nozzle rods reaches different function.
Further, the installation interface includes being set to 2 top surface of upper cover to connect the jack 8 of water channel water outlet and be embedded jack
The sealing joint circle 9 of 8 lower parts, and the internal diameter of sealing joint circle 9 is less than 8 internal diameter of jack, the interface include 7 bottom end of hollow stem with
The intubation section 10 that jack 8 matches, the intubation section 10 can be inserted into jack 8 and across sealing joint circle 9 and the sealing pair of jack 8
It connects, the rotational fastener structure of both lockings docking is equipped between the hollow stem 7 and upper cover 2 of 10 top of intubation section, the rotation is tight
Fixing structure can make hollow stem 7 by positive/negative to rotation and the locking of upper cover 2 fastening or unlock.As long as nozzle rod will be hollow when installing
The intubation section of bar bottom end is inserted into jack and can be achieved with intubation section and jack between the two by the tight fit with sealing joint circle
Sealing docking, wherein the internal diameter of sealing joint circle be less than jack internal diameter can be intubated section pass through when be intubated section tight fit with true
Confidential letter ensures that nozzle rod is fastened with upper cover after sealing docking by rotational fastener structure, and intubation section will not be loosened from jack, and
It is further ensured that intubation section compresses sealing joint circle；The rotational fastener structure is for realizing quick between hollow stem and upper cover
Dismounting installation both can be such that locking fastens or unlock when use by positive/negative to rotation, easy to operate.
The rotational fastener structure includes the diameter for being set to several arc-shaped slots 11 of upper cover 2 and matching in hollow stem 7
To limit protrusion 12, the arc-shaped slot 11 is located at 9 top of sealing joint circle and is recessed by 8 inner wall of jack, and around slotting
The high settings such as hole 8,11 one end of arc-shaped slot is upwardly extended is caught in mouth in 2 top surface of upper cover formation connection jack 8, works as limit protrusion
12 from be caught in mouth be caught in downwards behind 11 one end of arc-shaped slot shift to 11 other end of arc-shaped slot when hollow stem 7 locked tightly with upper cover 2
Gu hollow stem 7 is unlocked with upper cover 2 when limit protrusion 12 is moved back into 11 one end of arc-shaped slot of card inlet side.Rotational fastener
Structure simple structure, easy to operate, the equivalent radial direction limit convex on the arc-shaped slot and hollow stem opened up particular by upper cover
It plays cooperation to realize, as intubation section is downwardly into jack when use, limit protrusion is caught in downwards corresponding arc card from being caught in mouth card
Then slot one end is just made aforementioned protrusion move on to the arc-shaped slot other end from arc-shaped slot one end by rotary hallow stem, utilizes ring
Multiple limit protrusions and arc-shaped slot around setting correspond to clamping, can be achieved with reliably locking between hollow stem and upper cover tight
Gu as long as whereas to unlock when reversely rotate hollow stem, enable limit protrusion return to starting position unlock, hollow stem
It is removed from upper cover.
The rotational fastener structure includes between being spaced in two arc-shaped slots 11 that 180 ° are arranged and hollow stem 7 in upper cover 2
Every two limit protrusions 12 of 180 ° of settings.Rotational fastener structure can be securely by two arc-shaped slots and two limit protrusions
Hollow stem and upper cover are locked, and then ensures water-storing bottle to nozzle rod water delivery；Since each arc-shaped slot is caught in mouth with one, two
The setting of 180 ° of a arc-shaped slot interval can improve locking attended operation convenience, when hollow stem and upper cover docking, as long as having
One limit protrusion and one are caught in mouth alignment, another limit protrusion can also be caught in mouth with another and be aligned naturally.
Pressure release passage 13 is also set up in the accommodating chamber of the upper cover 2, the import 14 of the pressure release passage 13 and bottle chamber communicate,
The outlet 15 of pressure release passage 13 is communicated by the relief hole 16 that 2 side wall of upper cover opens up with the external world, and pressure release passage 13 is at import 14
The automatic decompression device of import 14 can be opened and closed by being arranged, and the automatic decompression device can be automatic when bottle cavity pressure is more than safety value
Import 14 is opened with exhaust pressure relief, and import 14 is automatically closed when bottle cavity pressure is less than safety value.By pressure release passage and
The automatic decompression device of matching can improve a bottle chamber safety in utilization, prevent from inflating to bottle chamber while extending bottle chamber service life
It pressurizes excessive and the contingency that rupture is even hurted sb.'s feelings occurs.In use, when bottle chamber inflate pressurization it is excessive be more than setting safety
When pressure value, automatic decompression device automatically opens air inlet, gives the exhaust decompression of bottle chamber, and when below pressure reduction to safety value
Import is automatically closed, it is ensured that bottle intracavitary also has pressure energy normal work.
Undergauge becomes smaller and forms annular step surface at reducing outward from the inside of channel for the import 14 of the pressure release passage 13
17, the automatic decompression device includes the activity pressure release ball 18 being set in pressure release passage 13 and spring 19 and sealing ring 20, institute
Stating spring 19 pushes 18 elasticity of pressure release ball to resist the sealing ring 20 for being close to annular step surface 17, to block the import of pressure release passage 13
14.When bottle cavity pressure is normally less than safety value, pressure release ball is more than by the spring pressure on the inside of channel outside channel
Side corresponds to bottle intracavitary pressure, and pressure release ball elasticity resists sealing ring, blocks the import of pressure release passage, increases above and is higher than in bottle intracavitary pressure
When safety value, bottle intracavitary pressure pushes pressure release ball and compressed spring open, and the import of pressure release passage is opened, pressure release passage exhaust pressure relief, directly
It pushes back and is grouped into less than safety value to bottle intracavitary, spring reset elongation pushes pressure release ball to return to original position and resists sealing ring, pressure release again
Channel is again switched off；The import of pressure release passage is equipped with reducing and forms annular step surface, in order to sealing ring be arranged and let out
Pressure ball, which is realized, to be blocked, and spring is for pushing pressure release ball elasticity to resist import of the sealing ring with automatic shutter pressure release passage.Bottle chamber peace
The setting of total head force value can be realized by configuring the comparable spring of elastic force, just can be with when bottle intracavitary pressure is more than safety value
The elastic force of spring is overcome to push pressure release ball open, when bottle intracavitary pressure is less than safety value, the elastic force of spring pushes pressure release ball return.
The pressue device is an inflator 23, the inflator 23 it include a piston rod 21 and be placed on piston rod 21
Outer inflator 22, the inflator 22 are stretched into bottle chamber and are docked with the sealing of water-storing bottle 1, and it is open-minded to stretch into 22 front end of inflator in bottle chamber
Simultaneously the movable sealing cover 25 for covering venthole 24 is arranged in bottle chamber side in 24 air expansion bottle chamber of stomata, and 21 head of piston rod is circumferentially opened
Slot is embedded and 22 internal diameter of inflator is matched inflates sealing ring 26, and 21 tail portion of piston rod is stretched out outside bottle chamber.Pressue device is using manual
Inflator, simple in structure, reliable and convenient work give bottle chamber Manual inflating, increase and decrease to twitch piston when use by twitching piston rod
Bar frequency and number can adjust roughly to bottle chamber pressurization size；When piston rod push-in inflator is inflated, before the air in inflator
Pressure pushes sealing cover open and is discharged into a bottle chamber, and when piston rod exits inflator pumping, inflator air-breathing makes sealing cover tightly be bonded to cover ventilation
Hole.
1 lower end opening of the water-storing bottle is nested with lower cover 3, and 22 rear end of the inflator is wholely set and 1 lower open mouth end of water-storing bottle
The circular cover 27 of matching, the inflator 22 are clamped between 1 lower open mouth end of water-storing bottle and lower cover 3 and storage by circular cover 27
The sealing of water bottle 1 is docked, and sealing rubber ring 28,21 tail portion of the piston rod are equipped between 1 lower open mouth end of circular cover 27 and water-storing bottle
Trepanning on lower cover 3 is protruding, and the projecting end of piston rod 21 is equipped with handle 29.Water-storing bottle lower end opening is nested with down
It covers, is preferably threadedly coupled in the present embodiment, to assemble and disassemble；Inflator is clamped in water-storing bottle lower open mouth end by the circular cover of one
Between lower cover, docked with water-storing bottle sealing with realizing, and ensure that inflator stretches into a bottle chamber；Circular cover and water-storing bottle lower open mouth end
Between setting sealing rubber ring can guarantee inflator and water-storing bottle docking leakproofness；Trepanning on lower lid is passed through for piston rod tail portion stretches
Go out, projecting end sets handle, and twitch piston rod is facilitated to pressurize to bottle chamber Manual inflating.
Claims (8)
1. Multifunctional humidifier includes the water-storing bottle of open at both ends（1）With the upper cover at its both ends（2）With lower cover（3）And give bottle
The pressue device that chamber is inflated, the upper cover（2）Accommodating chamber is inside set, the water channel being made of outlet component, water channel are set in accommodating chamber
Water inlet is to being arranged in the water inlet pipe of bottle intracavitary, upper cover（2）Side is equipped with the switch of control water channel opening and closing（4）, upper cover（2）On set
There are nozzle rod, the nozzle rod to connect water channel water outlet, it is characterized in that the nozzle rod includes that can select a dismounting to be installed on upper cover
（2）Humidifying spraying nozzle bar（5）With Flushing nozzle bar（6）, the upper cover（2）The installation that top is equipped with connection water channel water outlet connects
Mouthful, the humidifying spraying nozzle bar（5）With Flushing nozzle bar（6）It include hollow stem（7）With set on its both ends import and export interface with
Corresponding nozzle, the humidifying spraying nozzle bar（5）Interface and Flushing nozzle bar（6）Interface structure it is identical and can with installation interface
Match.
2. Multifunctional humidifier according to claim 1, it is characterized in that the installation interface includes being set to upper cover（2）Top surface
Connect the jack of water channel water outlet（8）Be embedded jack（8）The sealing joint circle of lower part（9）, and sealing joint circle（9）Internal diameter
Less than jack（8）Internal diameter, the interface include hollow stem（7）Bottom end and jack（8）The intubation section of matching（10）, the intubation section
（10）It can be inserted into jack（8）In and pass through sealing joint circle（9）With jack（8）Sealing docking, is intubated section（10）Top it is hollow
Bar（7）And upper cover（2）Between be equipped with the rotational fastener structure of both lockings docking, the rotational fastener structure can make hollow stem
（7）By positive/negative to rotation and upper cover（2）Locking fastening or unlock.
3. Multifunctional humidifier according to claim 2, it is characterized in that the rotational fastener structure includes being set to upper cover（2）
Several arc-shaped slots（11）With set on hollow stem（7）The radial limit protrusion of upper matching（12）, the arc-shaped slot（11）Position
In sealing joint circle（9）Top and by jack（8）Inner wall is recessed, and around jack（8）Etc. high settings, arc-shaped slot（11）
One end is upwardly extended in upper cover（2）Top surface forms connection jack（8）Be caught in mouth, work as limit protrusion（12）Block downwards from mouth is caught in
Enter arc-shaped slot（11）Arc-shaped slot is shifted to behind one end（11）The hollow stem when other end（7）With upper cover（2）Locking fastening, works as limit
Protrusion（12）It is moved back into the arc-shaped slot of card inlet side（11）Hollow stem when one end（7）With upper cover（2）Unlock.
4. Multifunctional humidifier according to claim 3, it is characterized in that the rotational fastener structure includes upper cover（2）Between upper
Every two arc-shaped slots of 180 ° of settings（11）And hollow stem（7）Two limit protrusions of the upper 180 ° of settings in interval（12）.
5. Multifunctional humidifier according to claim 1, it is characterized in that the upper cover（2）Accommodating chamber in setting pressure release it is logical
Road（13）, the pressure release passage（13）Import（14）It is communicated with bottle chamber, pressure release passage（13）Outlet（15）Pass through upper cover（2）
The relief hole that side wall opens up（16）It is communicated with the external world, pressure release passage（13）In import（14）Place's setting can be opened and closed import（14）From
Dynamic pressure relief device, the automatic decompression device can automatically open import when bottle cavity pressure is more than safety value（14）It is let out with exhaust
Pressure, and import is automatically closed when bottle cavity pressure is less than safety value（14）.
6. Multifunctional humidifier according to claim 5, it is characterized in that the pressure release passage（13）Import（14）From logical
Undergauge becomes smaller and forms annular step surface at reducing outward on the inside of road（17）, the automatic decompression device includes logical set on pressure release
Road（13）Interior activity pressure release ball（18）And spring（19）And sealing ring（20）, the spring（19）Push pressure release ball（18）Bullet
Property, which resists, is close to annular step surface（17）Sealing ring（20）, to block pressure release passage（13）Import（14）.
7. Multifunctional humidifier according to claim 1, it is characterized in that the pressue device is an inflator（23）, described
Inflator（23）It includes a piston rod（21）Be placed on piston rod（21）Outer inflator（22）, the inflator（22）Stretch into bottle
In chamber and and water-storing bottle（1）Sealing docking, stretches into the inflator in bottle chamber（22）Open stomata in front end（24）Air expansion bottle chamber and in bottle
The setting of chamber side is movable to cover venthole（24）Sealing cover（25）, piston rod（21）Head circumferential direction fluting is embedded and inflator
（22）The matched sealing ring of inflating of internal diameter（26）, piston rod（21）Tail portion is stretched out outside bottle chamber.
8. Multifunctional humidifier according to claim 7, it is characterized in that the water-storing bottle（1）Lower end opening is nested with lower cover
（3）, the inflator（22）Rear end is wholely set and water-storing bottle（1）The circular cover that lower open mouth end matches（27）, the inflator
（22）Pass through circular cover（27）It is clamped in water-storing bottle（1）Lower open mouth end and lower cover（3）Between with water-storing bottle（1）Sealing docking,
Circular cover（27）And water-storing bottle（1）Sealing rubber ring is equipped between lower open mouth end（28）, the piston rod（21）Tail portion passes through down
Lid（3）On trepanning it is protruding, piston rod（21）Projecting end be equipped with handle（29）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721923058.9U CN207778690U (en) | 2017-12-31 | 2017-12-31 | Multifunctional humidifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721923058.9U CN207778690U (en) | 2017-12-31 | 2017-12-31 | Multifunctional humidifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207778690U true CN207778690U (en) | 2018-08-28 |
Family
ID=63223208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721923058.9U Expired - Fee Related CN207778690U (en) | 2017-12-31 | 2017-12-31 | Multifunctional humidifier |
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| Country | Link |
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| CN (1) | CN207778690U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109197022A (en) * | 2018-09-10 | 2019-01-15 | 杭州合学教育科技有限公司 | A kind of hose water supply micropore fog-spray nozzle device |
| WO2020143073A1 (en) * | 2019-01-10 | 2020-07-16 | 上海携福电器有限公司 | Oral irrigator |
| CN112317194A (en) * | 2020-10-16 | 2021-02-05 | 西安工程大学 | Novel water mist spray pipe |
-
2017
- 2017-12-31 CN CN201721923058.9U patent/CN207778690U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109197022A (en) * | 2018-09-10 | 2019-01-15 | 杭州合学教育科技有限公司 | A kind of hose water supply micropore fog-spray nozzle device |
| WO2020143073A1 (en) * | 2019-01-10 | 2020-07-16 | 上海携福电器有限公司 | Oral irrigator |
| CN112317194A (en) * | 2020-10-16 | 2021-02-05 | 西安工程大学 | Novel water mist spray pipe |
| CN112317194B (en) * | 2020-10-16 | 2022-04-15 | 西安工程大学 | Water mist spray pipe matched with pressurizing device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180828 Termination date: 20211231 |