CN108578849A - A kind of children's compression atomizing suction mist device - Google Patents
A kind of children's compression atomizing suction mist device Download PDFInfo
- Publication number
- CN108578849A CN108578849A CN201810475861.3A CN201810475861A CN108578849A CN 108578849 A CN108578849 A CN 108578849A CN 201810475861 A CN201810475861 A CN 201810475861A CN 108578849 A CN108578849 A CN 108578849A
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- Prior art keywords
- plate
- compression
- hinged
- wheel
- lower section
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Classifications
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M11/00—Sprayers or atomisers specially adapted for therapeutic purposes
- A61M11/02—Sprayers or atomisers specially adapted for therapeutic purposes operated by air or other gas pressure applied to the liquid or other product to be sprayed or atomised
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/10—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces
- B01D46/12—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces in multiple arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/56—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with multiple filtering elements, characterised by their mutual disposition
- B01D46/62—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with multiple filtering elements, characterised by their mutual disposition connected in series
- B01D46/64—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with multiple filtering elements, characterised by their mutual disposition connected in series arranged concentrically or coaxially
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M2205/00—General characteristics of the apparatus
- A61M2205/75—General characteristics of the apparatus with filters
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Health & Medical Sciences (AREA)
- Engineering & Computer Science (AREA)
- Anesthesiology (AREA)
- Biomedical Technology (AREA)
- Heart & Thoracic Surgery (AREA)
- Hematology (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
- Veterinary Medicine (AREA)
- Devices For Medical Bathing And Washing (AREA)
Abstract
The invention discloses a kind of children's compression atomizings to inhale mist device,Its structure includes that atomization is difficult to articulate,Atomizing cup,Power switch,Handle,Compression box,Power cord,Catheter connecting joint,From driving filter,Heat dissipation tank,Conduit,The atomization bite is vertical to insert embedded in the upper left corner of atomizing cup and uses glue connection,The atomizing cup is by being fastened on the left end of compression box,The power switch is installed in the right side of atomizing cup and is welded on the surface of compression box,The present invention by equipped with from driving filter,The channel between steam and Rose Box can be turned off when usual,And when equipment starts to prepare steam and gas,Internal part can be driven to open the channel between Rose Box and gas,The loss of filtering material can be reduced in the case where not influencing normal use,Keep the filter effect of steam,Children are enable to breathe the better fog of cleannes.
Description
Technical field
The present invention is a kind of children's compression atomizing suction mist device, belongs to and inhales mist device field.
Background technology
Atomization refers to the operation for making by nozzle or with high-speed flow liquid be dispersed into fine droplet, numerous points be atomized
Dispersion liquid drop can be with the particulate matter in captured gas.The method of liquid atomization has pressure atomization, rotary disk atomisation, gas atomization and sound
Wave atomization etc. refers to and passes liquid through special device chemical conversion droplet, nebulizes and eject.
But the liquid in prior art device directly circulates in the inside of equipment, is set when need not use
Standby internal water vapour can carry out two-way penetration to the strainer of filter interior, reduce the concentration of active factors in strainer, make filter
The functional of net declines, and can reduce filtration when in use, and the steam cleannes that children are absorbed into when inhaling mist is made to decline.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of children's compression atomizings to inhale mist device, with solution
The liquid in prior art device certainly directly circulates in the inside of equipment, when need not use inside equipment
Water vapour can carry out two-way penetration to the strainer of filter interior, reduce the concentration of active factors in strainer, make the function of strainer
Property decline, filtration can be reduced when in use, make problem under the steam cleannes that children are absorbed into when inhaling mist.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of children's compression atomizing suction
Mist device, structure include atomization bite, atomizing cup, power switch, handle, compression box, power cord, catheter connecting joint, self-powered
Dynamic filter, heat dissipation tank, conduit, the atomization bite is vertical to insert embedded in the upper left corner of atomizing cup and uses glue connection, described
By being fastened on the left end of compression box, the power switch is installed in the right side of atomizing cup and is welded to be compressed atomizing cup
The surface of case, the handle are installed in the top of compression box and integrally weldedization structure, and the power cord is connected electrically in pressure
The right side of contracting case, the catheter connecting joint glue connection is in the left end on compression box surface, and described oneself drives filter to be installed in conduit
It the lower section of connector and is sequentially connected with compression box, the heat dissipation tank is embedded in the lower left corner inside compression box, the conduit
Bottom be threadedly coupled with catheter connecting joint, the top of the conduit and the bottom of atomizing cup are interpenetrated, the conduit and mist
Change cup glue connection, it is described from driving filter by rotation take-up, compression bar beating unit, torque transmission device, transfer bar mechanism,
Encasement is run through in the stage casing of sector rack structure, withdrawing device, pawl hoisting mechanism, Rose Box, encasement, the take-up
The right end at top and using flexible connection, the top of the take-up is connect with compression box internal drive, and the compression bar is hit
It beats the right end of device and the right end inside encasement is welded together, the bottom at the top and take-up of the compression bar beating unit
Portion is mechanically connected, and the right end of the torque transmission device and the left end of take-up are hinged, the bottom right of the torque transmission device
Angle and the left end of compression bar beating unit are mechanically connected, and the transfer bar mechanism is installed in the left end of torque transmission device and using biography
Dynamic connection, the sector rack structure movement are connected to the lower section of transfer bar mechanism and are installed in the left side of torque transmission device,
The withdrawing device is sequentially connected in the lower right corner of sector rack structure and positioned at the left side of compression bar beating unit, the pawl
Hoisting mechanism is movably connected in the left side of sector rack structure and is sequentially connected with the left end of withdrawing device, the Rose Box electricity
It is welded in the left end of encasement and the lower left corner inside compression box, the bottom of the right end and pawl hoisting mechanism of the Rose Box
Portion is hinged, and the encasement electric welding is on the right side of heat dissipation tank.
Further, the rotation take-up by center bull stick, flabellum, engagement ball, a left side sting plate, telescopic rod, hinge axis,
Plate, connected ball, telescopic block, limiting slot composition are stung in the right side, and the center bull stick vertically inserts the right end at the top of encasement, the fan
Leaf is equipped with the more than two and equidistant left and right ends for being uniformly welded on center bull stick, the flabellum and compression box internal drive
Connection, the engagement ball are installed in the lower surface of center bull stick, and the left end that plate is engaged on engagement ball is stung on the left side, and plate is stung on the right side
Be movably connected in it is left sting the right side of plate and sting that plate is mutually symmetrical with a left side, the hinge axis be installed in the lower section of engagement ball and with
Plate is stung on a left side, the right side is stung plate and is hinged, and the telescopic rod, which sets there are two and is respectively and movably connected to a left side, stings plate, the right lower section for stinging plate, institute
State the bottom that hinge axis extends vertically through two telescopic rod intersections, the hinge axis electric welding is described flexible on the surface of telescopic block
Block is slidably connected at the inside of limiting slot, and the limiting slot is installed in the right end inside encasement, the right end hinge of the telescopic block
It is connected to torque transmission device.
Further, the compression bar beating unit is by by compression bar, sleeve, the first hinged seat, hydraulic stem, hydraulic cylinder, first
Castor, fold arm, transition wheel, lift arm, resetting spring, the second hinged seat, sealing block composition, the top by compression bar are pasted
It closes in the lower section of take-up, described to be welded on the right side of sleeve by compression bar, the sleeve is shrouded in the top of hydraulic stem, described
First hinged seat is fixed by screws in the left side of sleeve and is installed in the lower right corner of torque transmission device, first activity
Wheel is hinged on the left side of the first hinged seat, and the top of the fold arm is flexibly connected with the first castor, and the transition wheel is hinged
The stage casing inside arm is being turned down, the lower right corner of transition wheel is being hinged at the top of the lift arm, the hydraulic cylinder is fixed on vertically
The lower section and axle center of hydraulic stem are conllinear, and second hinged seat is fixed on the left side of hydraulic cylinder, the lift arm by rivet
Bottom and the second hinged seat left end it is hinged, the lower section of fold arm is vertically welded at the top of the resetting spring, it is described multiple
The bottom of position spring and the right end nail of withdrawing device bottom connect, the lower right corner of the sealing block glue connection inside encasement.
Further, the torque transmission device is by fixed spring frame, moving block, driven wheel, jacking block, bracket, T shapes top
Bar, compressed spring, lower pressure wheel, one character tooth wheel, transmission belt, pressure chamber composition, the fixed spring frame are fixed on pressure by rivet
The right side of power chamber, the fixed spring frame is hinged with telescopic block, and the driven wheel is movably connected in the center inside pressure chamber, institute
Moving block is stated around the outer surface for being connected to driven wheel, the jacking block is slidably connected at the inside of pressure chamber, the bracket weldering
It is connected on the lower section of pressure chamber, the T shapes mandril is installed in the lower section of jacking block, and the compressed spring surround and is connected to T shape mandrils
Outer surface, for the left end of the lower pressure wheel together with the bottom snap of T shape mandrils, the one character tooth wheel mechanical is connected to pushing
The upper right corner of wheel, the driven wheel are sequentially connected by transmission belt and transfer bar mechanism, and the bracket is mounted on compression bar beating unit
Left side.
Further, the transfer bar mechanism by eccentric block, axis wheel, support roller, push disk, connection ring, connection ring, slide plate,
Supporting plate, U-shaped spring(-supported) mount, trapezoidal fixed seat composition, the axis wheel are sequentially connected by transmission belt and driven wheel, the eccentric block
It is mechanically connected to the lower surface of axis wheel, the eccentric block is installed in the top of withdrawing device, and the support roller is located at axis wheel
It top and is slidably connected, in the upper left corner of support roller, the connection ring, which is fastened on, pushes the upper of panel surface for the promotion disk electric welding
Side, the slide plate level are fixed on the left end of connection ring, and the supporting plate is installed in the lower section of slide plate and uses and is slidably connected, institute
The left end that U-shaped spring(-supported) mount is tightly attached to supporting plate is stated, the bottom of the trapezoidal fixed seat is welded on the top of U-shaped spring(-supported) mount, the ladder
Shape fixed seat is fixed on the top inside encasement by rivet, and the bottom of the supporting plate is cut with scissors with the top of sector rack structure
It connects.
Further, the sector rack structure is made of linking arm, securing plate, rear arm, axis pin, tooth plate, flap, institute
The lower section that linking arm is vertically fixed on supporting plate is stated, the top of the tooth plate and the stage casing of linking arm are hinged, and the securing plate passes through
Rivet is fixed on the surface of flap, and in the lower section of flap, the rear arm is vertically welded in the left side of flap for the tooth plate electric welding
And it is tightly attached to the lower section of pawl hoisting mechanism right end, the top of the flap left end is bonded with the right end of U-shaped spring(-supported) mount bottom
Together, the axis pin extends vertically through securing plate, flap and uses flexible connection.
Further, the withdrawing device is by spur gear, small driving wheel, transmission belt, triangle hook plate, V-shape link, pulling
Block, elastomeric spring, rotor, supporting rod, extension spring, connecting seat composition, the spur gear are engaged on sector rack structure
The lower right corner, the small driving wheel be sequentially connected spur gear upper surface center and axle center it is conllinear, the small driving wheel passes through transmission
Band is sequentially connected with rotor, and the rotor is hinged on the right end on V-shape link surface, the V-shape link right end
Top and supporting rod at the top of weld together, the supporting rod is vertically fixed on the stage casing of connecting seat upper surface, the company
Joint chair is fixed by screws in the bottom inside encasement, and the connecting seat is located at the left side of sealing block.
Further, the pawl hoisting mechanism is by lifting bar, first gear, pawl, the first driving wheel, linkage, second
Gear, column, pole, depends on head composition at the second driving wheel, and the bottom of the lifting bar right end and the left end of sector rack structure paste
It is combined, the bottom of the lifting bar is hinged with the first driving wheel, and the first gear is mechanically connected to the following table of the first driving wheel
Face, the pawl are hinged on the left side of the first driving wheel and intermesh with first gear, and first driving wheel passes through linkage
It is sequentially connected with the second driving wheel, second driving wheel is mechanically connected to the center on second gear surface, and the column is installed in the
It the lower sections of two driving wheels and is welded in the lower section on second gear surface, the right end of the pole is flexibly connected with column, the bar
Left end and hinged, the right side for depending on head and being welded on Rose Box that depends on head.
Further, the Rose Box is by hermatic door, hinge, the first filter plate, activated carbon filter plate, the second filter plate, babinet, door
Ring forms, and the knocker is fixed by screws in the right side of hermatic door and is hinged with the left end of pawl hoisting mechanism, described close
Closure door is fitted in the lower left corner inside encasement, and the hinge is movably connected in the upper left corner of hermatic door and is installed in the first tooth
The lower left corner of wheel, the babinet are horizontally fixed on the left side of hermatic door, and the activated carbon filter plate is inserted embedded in the stage casing of box house,
First filter plate is installed in the right end of activated carbon filter plate and is threadedly coupled with babinet, and second filter plate is installed in activated carbon
The left end of filter plate, first filter plate, activated carbon filter plate, the second filter plate are parallel to each other, and the babinet is installed in catheter connecting joint
Lower section.
Advantageous effect
A kind of children's compression atomizing of the present invention inhales mist device, and when in use, people remove atomizing cup, and atomization is stung
Firmly, switch is turned on the power switch, so that compression box is carried out compression to its internal water becomes steam and small water droplet, and steam can photograph flabellum
On, so that flabellum is proceeded by rotation, drives center bar rotation, make the hinge axis of center bull stick Command Center, hinge axis will be left
Sting plate, plate opening is stung on the right side, and telescopic rod is pushed down on, make connected ball, the telescopic block slide downward in, limiting slot, slide into bottom
When be pressed onto by compression bar, make to be glided by compression bar, band moving sleeve glides, and hydraulic stem is depressed into hydraulic cylinder by sleeve, and sleeve is declining
During, the first hinged seat can be driven to decline, the first castor is pulled to act down, due to transition wheel, lift arm, the second hinge
The supporting role of joint chair, fold arm will not downward actuation, turning down the left end of arm can tilt, impact to one character tooth wheel right end, make
Rotation counterclockwise occurs for one character tooth wheel, and lower pressure wheel is turned down, drives lower pressure wheel to do clockwise movement, T shapes mandril is up pushed up,
Compressed spring, which is compressed, plays the role of reset, jacks up jacking block when T shapes mandril is jacked, makes moving block around driven rotation
It is dynamic, when driven wheel rotates, so that axis wheel is rotated by transmission belt, axis wheel rotation drives eccentric block rotation, eccentric block it is lofty
End jacks up support roller, so that promotion disk, connection ring, connection ring, slide plate is pushed out, slide plate is slided along supporting plate, is compressed to U-shaped spring
On frame, the bottom of U-shaped spring(-supported) mount is made to release flap, flap can be rotated clockwise first and be rotated counterclockwise again, be rotated clockwise
When, rear arm can be tilted, make rear arm that will be lifted bar and jack up, the bottom for being lifted bar drives the first driving wheel slightly to rotate, by spine
Pawl hooks move upwards, makes pawl that first gear is caught on rotation, and that improves the first driving wheel turns pair, and the first driving wheel is driven by linkage
Column is driven and is rotated, pole is carried upwards by the second wheel rotation, and drive depends on head by hermatic door pull-up；
When flap rotates counterclockwise, spur gear can be pushed to rotate, spur gear drives small wheel rotation, small driving wheel to pass through again
Transmission belt drives rotor rotation, makes rotor that triangle hook plate be driven to rotate counterclockwise, and pulls on block and turns right hook, and block is pulled to turn right
Side is slided, and the second wheel rotation, the higher for making hermatic door be elevated, the hole that external steam passes through encasement are pulled by rope
Hole enters the gap of hermatic door unlatching, sequentially enters the first filter plate, activated carbon filter plate, the second filter plate and enters babinet, then pass through case
Body enters catheter connecting joint and enters conduit, enters atomizing cup by conduit, enters atomization bite from atomizing cup to enter children's
In respiratory system.
A kind of children's compression atomizing of the present invention inhales mist device, by equipped with from driving filter, can be closed when usual
Fall the channel between steam and Rose Box, and when equipment starts to prepare steam and gas, can drive internal part incited somebody to action
Channel between filter box and gas is opened, and the loss of filtering material can be reduced in the case where not influencing normal use, is kept
The filter effect of steam enables children to breathe the better fog of cleannes.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that a kind of children's compression atomizing of the present invention inhales mist device.
Fig. 2 is structural schematic diagram of the present invention from driving filter.
Fig. 3 is the present invention driving detailed structural schematic diagram of filter certainly.
Fig. 4 is structural schematic diagram of the present invention from driving filter working condition.
In figure：Atomization bite -1, atomizing cup -2, power switch -3, handle -4, compression box -5, power cord -6, conduit connection
Head -7 is transmitted from driving filter -8, heat dissipation tank -9, conduit -10, rotation take-up -81, compression bar beating unit -82, torque
Device -83, transfer bar mechanism -84, sector rack structure -85, withdrawing device -86, pawl hoisting mechanism -87, Rose Box -88, packet
Cover shell -89, plate -814 is stung on center bull stick -811, flabellum -812, engagement ball -813, a left side, telescopic rod -815, hinge axis -816, right
Sting plate -817, connected ball -818, telescopic block -819, limiting slot -8110, by compression bar -821, sleeve -822, the first hinged seat -
823, hydraulic stem -824, hydraulic cylinder -825, the first castor -826, fold arm -827, transition wheel -828, lift arm -829, multiple
Position spring -8210, the second hinged seat -8211, sealing block -8212, fixed spring frame -831, moving block -832, driven wheel -833,
Jack block -834, bracket -835, T shapes mandril -836, compressed spring -837, lower pressure wheel -838, one character tooth wheel -839, transmission belt -
8310, pressure chamber -8311, eccentric block -841, axis wheel -842, support roller -843, promotion disk -844, connection ring -845, connection ring -
846, slide plate -847, supporting plate -848, U-shaped spring(-supported) mount -849, trapezoidal fixed seat -8410, linking arm -851, securing plate -852, after
Rocking arm -853, axis pin -854, tooth plate -855, flap -856, spur gear -861, small driving wheel -862, transmission belt -863, triangle hook
Plate -864, V-shape link -865 pull block -866, elastomeric spring -867, rotor -868, supporting rod -869, stretch bullet
Spring -8610, connecting seat -8611, lifting bar -871, first gear -872, pawl -873, the first driving wheel -874, linkage -875,
Second gear -876, the second driving wheel -877, column -878, pole -879, depend on head -8710, hermatic door -881, hinge -882,
First filter plate -883, activated carbon filter plate -884, the second filter plate -885, babinet -886, knocker -887.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of children's compression atomizing suction mist device：Its structure include atomization bite 1,
Atomizing cup 2, handle 4, compression box 5, power cord 6, catheter connecting joint 7, drives filter 8, heat dissipation tank 9, leads power switch 3 certainly
Pipe 10, the atomization bite 1 vertically insert embedded in the upper left corner of atomizing cup 2 and glue connection, the atomizing cup 2 are used to pass through buckle
It is fastened on the left end of compression box 5, the power switch 3 is installed in the right side of atomizing cup 2 and is welded on the surface of compression box 5,
The handle 4 is installed in the top of compression box 5 and integrally weldedization structure, and the power cord 6 is connected electrically in compression box 5
Right side, 7 glue connection of the catheter connecting joint is in the left end on 5 surface of compression box, and described oneself drives filter 8 to be installed in conduit connection
It first 7 lower section and is sequentially connected with compression box 5, the heat dissipation tank 9 is embedded in the lower left corner inside compression box 5, the conduit
10 bottom is threadedly coupled with catheter connecting joint 7, and the top and the bottom of atomizing cup 2 of the conduit 10 are interpenetrated, described to lead
Pipe 10 and 2 glue connection of atomizing cup, it is described to be transmitted from driving filter 8 by rotation take-up 81, compression bar beating unit 82, torque
Device 83, transfer bar mechanism 84, sector rack structure 85, withdrawing device 86, pawl hoisting mechanism 87, Rose Box 88, encasement 89,
The stage casing of the take-up 81 runs through the right end at 89 top of encasement and using flexible connection, the top of the take-up 81
Portion is connect with 5 internal drive of compression box, and right end and the right end inside encasement 89 of the compression bar beating unit 82 are welded one
It rises, the top of the compression bar beating unit 82 is connect with the bottom mechanical of take-up 81, the right side of the torque transmission device 83
End and the left end of take-up 81 are hinged, the lower right corner of the torque transmission device 83 and the left end machinery of compression bar beating unit 82
Connection, the transfer bar mechanism 84 are installed in the left end of torque transmission device 83 and using being sequentially connected, and the sector is hardened
Structure 85 is movably connected in the lower section of transfer bar mechanism 84 and is installed in the left side of torque transmission device 83, and the withdrawing device 86 passes
The dynamic lower right corner for being connected to sector rack structure 85 and the left side positioned at compression bar beating unit 82, the pawl hoisting mechanism 87
It is movably connected in the left side of sector rack structure 85 and is sequentially connected with the left end of withdrawing device 86, the Rose Box 88 is welded
Left end in encasement 89 and the lower left corner inside compression box 5, right end and the pawl hoisting mechanism of the Rose Box 88
87 bottom is hinged, the electric welding of the encasement 89 on the right side of heat dissipation tank 9, the rotation take-up 81 by center bull stick 811,
Flabellum 812, engagement ball 813, a left side sting plate 814, plate 817, connected ball 818, telescopic block are stung in telescopic rod 815, hinge axis 816, the right side
819, limiting slot 8110 forms, and the center bull stick 811 vertically inserts the right end embedded in 89 top of encasement, and the flabellum 812 is set
There are two the above and equidistant left and right ends for being uniformly welded on center bull stick 811, the flabellum 812 with inside compression box 5
It is sequentially connected, the engagement ball 813 is installed in the lower surface of center bull stick 811, and the left side stings plate 814 and is engaged on engagement ball 813
Left end, the right side stings plate 817 and is movably connected in the left right side for stinging plate 814 and mutually symmetrical with, the hinge of stinging plate 814 with a left side
Axis 816 is installed in the lower section of engagement ball 813 and stings plate 814 with a left side, the right side is stung there are two plate 817 is hinged, and the telescopic rod 815 is set
And it is respectively and movably connected to a left side and stings plate 814, the right lower section for stinging plate 817, the hinge axis 816 extends vertically through two telescopic rods
The bottom of 815 intersections, the hinge axis 816 are welded on the surface of telescopic block 819, and the telescopic block 819 is slidably connected at limit
The inside of position slot 8110, the limiting slot 8110 are installed in the right end inside encasement 89, and the right end of the telescopic block 819 is hinged
There is torque transmission device 83, the compression bar beating unit 82 is by by compression bar 821, sleeve 822, the first hinged seat 823, hydraulic stem
824, hydraulic cylinder 825, the first castor 826, fold arm 827, transition wheel 828, lift arm 829, resetting spring 8210, second are cut with scissors
Joint chair 8211, sealing block 8212 form, and the top by compression bar 821 is fitted in the lower section of take-up 81, described by compression bar
821 electric welding are on the right side of sleeve 822, and the sleeve 822 is shrouded in the top of hydraulic stem 824, and first hinged seat 823 passes through
Screw is fixed on the left side of sleeve 822 and is installed in the lower right corner of torque transmission device 83, and first castor 826 is hinged
It is flexibly connected with the first castor 826 at the top in the left side of the first hinged seat 823, the fold arm 827, the transition wheel
828 are hinged on the stage casing inside fold arm 827, and the top of the lift arm 829 is hinged on the lower right corner of transition wheel 828, described
Hydraulic cylinder 825 is fixed on the lower section of hydraulic stem 824 vertically and axle center is conllinear, and second hinged seat 8211 is fixed by rivet
In the left side of hydraulic cylinder 825, the bottom of the lift arm 829 and the left end of the second hinged seat 8211 are hinged, the resetting spring
8210 top is vertically welded in the lower section of fold arm 827, bottom and 86 bottom of withdrawing device of the resetting spring 8210
Right end nail connection, the lower right corner of 8212 glue connection of the sealing block inside encasement 89, the torque transmission device 83 is by solid
Determine spring(-supported) mount 831, moving block 832, driven wheel 833, jacking block 834, bracket 835, T shapes mandril 836, compressed spring 837, push
Wheel 838, one character tooth wheel 839, transmission belt 8310, pressure chamber 8311 form, and the fixed spring frame 831 is fixed on pressure by rivet
The right side of power chamber 8311, the fixed spring frame 831 is hinged with telescopic block 819, and the driven wheel 833 is movably connected in pressure chamber
Center inside 8311, the moving block 832 are slidably connected around the outer surface for being connected to driven wheel 833, the jacking block 834
In the inside of pressure chamber 8311, the bracket 835 is welded on the lower section of pressure chamber 8311, and the T shapes mandril 836 is installed in jacking
The lower section of block 834, the compressed spring 837 around being connected to the outer surface of T shapes mandril 836, the left end of the lower pressure wheel 838 with
Together, the one character tooth wheel 839 is mechanically connected to the upper right corner of lower pressure wheel 838 to the bottom snap of T shapes mandril 836, it is described from
Driving wheel 833 is sequentially connected by transmission belt 8310 and transfer bar mechanism 84, and the bracket 835 is mounted on a left side for compression bar beating unit 82
Side, the transfer bar mechanism 84 by eccentric block 841, axis wheel 842, support roller 843, push disk 844, connection ring 845, connection ring 846,
Slide plate 847, supporting plate 848, U-shaped spring(-supported) mount 849, trapezoidal fixed seat 8410 form, the axis wheel 842 by transmission belt 8310 with
Driven wheel 833 is sequentially connected, and the eccentric block 841 is mechanically connected to the lower surface of axis wheel 842, and the eccentric block 841 is installed
In the top of withdrawing device 86, the support roller 843 is located at the top of axis wheel 842 and is slidably connected, 844 electricity of the promotion disk
It is welded in the upper left corner of support roller 843, the connection ring 845 is fastened on the top for pushing 844 surface of disk, and the slide plate 847 is horizontal solid
It is scheduled on the left end of connection ring 845, the supporting plate 848 is installed in the lower section of slide plate 847 and uses and is slidably connected, the U-shaped bullet
Spring support 849 is tightly attached to the left end of supporting plate 848, and the bottom of the trapezoidal fixed seat 8410 is welded on the top of U-shaped spring(-supported) mount 849,
The trapezoidal fixed seat 8410 is fixed on the top inside encasement 89, the bottom of the supporting plate 848 and sector by rivet
The top of harden structure 85 is hinged, the sector rack structure 85 by linking arm 851, securing plate 852, rear arm 853, axis pin 854,
Tooth plate 855, flap 856 form, and the linking arm 851 is vertically fixed on the lower section of supporting plate 848, the top of the tooth plate 855 with
The stage casing of linking arm 851 is hinged, and the securing plate 852 is fixed on the surface of flap 856 by rivet, and the tooth plate 855 is welded
In the lower section of flap 856, the rear arm 853 is vertically welded in the left side of flap 856 and is tightly attached to pawl hoisting mechanism 87
The right end of the lower section of right end, the top and 849 bottom of U-shaped spring(-supported) mount of 856 left end of the flap fits together, the axis pin
854 extend vertically through securing plate 852, flap 856 and use flexible connection, and the withdrawing device 86 is by spur gear 861, small driving wheel
862, transmission belt 863, triangle hook plate 864, V-shape link 865, pulling block 866, elastomeric spring 867, rotor 868, support
Bar 869, extension spring 8610, connecting seat 8611 form, and the spur gear 861 is engaged on the lower right corner of sector rack structure 85,
The small driving wheel 862 be sequentially connected 861 upper surface of spur gear center and axle center it is conllinear, the small driving wheel 862 passes through biography
Dynamic band 863 is sequentially connected with rotor 868, and the rotor 868 is hinged on the right end on 865 surface of V-shape link, the V
The top and the top of supporting rod 869 of 865 right end of font link weld together, 869 company of being vertically fixed on of the supporting rod
The stage casing of 8611 upper surface of joint chair, the connecting seat 8611 are fixed by screws in the bottom inside encasement 89, the connection
Seat 8611 be located at sealing block 8212 left side, the pawl hoisting mechanism 87 by lifting bar 871, first gear 872, pawl 873,
First driving wheel 874, second gear 876, the second driving wheel 877, column 878, pole 879, depends on first 8710 composition at linkage 875,
Bottom and the left end of sector rack structure 85 of lifting 871 right end of bar fit together, the bottom of the lifting bar 871 and
First driving wheel 874 is hinged, and the first gear 872 is mechanically connected to the lower surface of the first driving wheel 874, and the pawl 873 is hinged
It intermeshes in the left side of the first driving wheel 874 and with first gear 872, first driving wheel 874 passes through linkage 875 and
Two driving wheels 877 are sequentially connected, and second driving wheel 877 is mechanically connected to the center on 876 surface of second gear, the column 878
Be installed in the lower section of the second driving wheel 877 and be welded in the lower section on 876 surface of second gear, the right end of the pole 879 with it is vertical
Column 878 is flexibly connected, the left end of the bar 879 and depend on it is first 8710 hinged, it is described to depend on first 8710 and be welded on Rose Box 88
Right side, the Rose Box 88 is by hermatic door 881, hinge 882, the first filter plate 883, activated carbon filter plate 884, the second filter plate 885, case
Body 886, knocker 887 form, the knocker 887 be fixed by screws in the right side of hermatic door 881 and with pawl hoisting mechanism
87 left end is hinged, and the hermatic door 881 is fitted in the lower left corner inside encasement 89, and the hinge 882 is movably connected in close
The upper left corner of closure door 881 and the lower left corner for being installed in first gear 872, the babinet 886 are horizontally fixed on hermatic door 881
Left side, the activated carbon filter plate 884 insert the stage casing inside babinet 886, and first filter plate 883 is installed in activated carbon filter plate
It 884 right end and is threadedly coupled with babinet 886, second filter plate 885 is installed in the left end of activated carbon filter plate 884, described
First filter plate 883, activated carbon filter plate 884, the second filter plate 885 are parallel to each other, and the babinet 886 is installed in catheter connecting joint 7
Lower section.
Hinge 882 also known as hinge of the present invention, formal name is hinge, often forms two foldings, is also cylinder,
It is two parts of attached article and movable component can be allowed to.
When in use, people remove atomizing cup 2, and atomization bite 1 is bitten, 3 switches is turned on the power switch, makes compression box
5 pairs of its internal waters, which carry out compression, becomes steam and small water droplet, and steam can photograph on flabellum 812, so that flabellum 812 is proceeded by and turns
It is dynamic, drive center bull stick 811 to rotate, make the hinge axis 816 of 811 Command Center of center bull stick, hinge axis 816 by a left side sting plate 814,
The opening of plate 817 is stung on the right side, and telescopic rod 815 is pushed down on, and makes connected ball 818, telescopic block 819 slide downward in, limiting slot 8110,
It is pressed onto when sliding into bottom by compression bar 821, makes to be glided by compression bar 821, band moving sleeve 822 glides, and sleeve 822 is by hydraulic stem 824
It is depressed into hydraulic cylinder 825, sleeve 822 during the decline, can drive the first hinged seat 823 to decline, and pull the first activity
Wheel 826 acts down, and due to the supporting role of transition wheel 828, lift arm 829, the second hinged seat 8211, fold arm 827 will not
The left end of downward actuation, fold arm 827 can tilt, and the right end of impact to one character tooth wheel 839 makes one character tooth wheel 839 that the inverse time occur
Needle rotates, and lower pressure wheel 838 is turned down, drives lower pressure wheel 838 to do clockwise movement, T shapes mandril 836 is up pushed up, and compresses bullet
Spring 837 plays the role of reset by compression, when T shapes mandril 836 is jacked will jacking block 834 jack up, make moving block 832 around from
Driving wheel 833 rotates, and when driven wheel 833 rotates, so that axis wheel 842 is rotated by transmission belt 8310, the rotation of axis wheel 842 drives inclined
Heart block 841 rotates, and the lofty end of eccentric block 841 jacks up support roller 843, makes promotion disk 844, connection ring 845, connection ring 846, slides
Plate 847 is pushed out, and slide plate 847 is slided along supporting plate 848, is compressed on U-shaped spring(-supported) mount 849, is made the bottom of U-shaped spring(-supported) mount 849
Flap 856 is released, flap 856 can be rotated clockwise first and be rotated counterclockwise again, can be by rear arm 853 when rotating clockwise
It tilts, rear arm 853 is made to be jacked up bar 871 is lifted, the bottom of lifting bar 871 drives the first driving wheel 874 slightly to rotate, by pawl
873 upward hook are moved, and make pawl 873 that first gear 872 is caught on rotation, and that improves the first driving wheel 874 turns secondary, the first driving wheel 874
The rotation of the second driving wheel 877 is driven by linkage 875, column 878 is driven and is rotated, pole 879 is carried upwards, head is depended in drive
8710 by 881 pull-up of hermatic door；
When flap 856 rotates counterclockwise, spur gear 861 can be pushed to rotate, spur gear 861 drives small driving wheel 862 to rotate,
Small driving wheel 862 drives rotor 868 to rotate by transmission belt 863 again, makes rotor 868 that triangle hook plate 864 be driven to turn counterclockwise
It is dynamic, it pulls on block 866 and turns right hook, pull block 866 to be slided toward the right, the rotation of the second driving wheel 877 is pulled by rope, makes hermatic door
881 highers being elevated, external steam are entered the gap of the unlatching of hermatic door 881 by the hole of encasement 89, sequentially entered
First filter plate 883, activated carbon filter plate 884, the second filter plate 885 enter babinet 886, then enter catheter connecting joint 7 by babinet 886
Into conduit 10, atomizing cup 2 is entered by conduit 10, enters atomization bite 1 from atomizing cup 2 to enter the respiratory system of children
In.
Problems solved by the invention is that the liquid in prior art device directly circulates in the inside of equipment, is being not required to
Water vapour when to be used inside equipment can carry out two-way penetration to the strainer of filter interior, reduce in strainer activity because
The concentration of son makes the functional of strainer decline, can reduce filtration when in use, the steam for making children be absorbed into when inhaling mist
Under cleannes, the present invention is combined with each other by above-mentioned component, and the channel between steam and Rose Box can be turned off when usual,
And when equipment starts to prepare steam and gas, internal part can be driven to open the channel between Rose Box and gas,
The loss that filtering material can be reduced in the case where not influencing normal use, keeps the filter effect of steam, enables children
Breathe the better fog of cleannes.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of children's compression atomizing inhales mist device, structure includes atomization bite (1), atomizing cup (2), power switch (3), holds
(4), compression box (5), power cord (6), catheter connecting joint (7), filter (8), heat dissipation tank (9), conduit (10) are driven certainly,
It is characterized in that：
The atomization bite (1) vertically inserts embedded in the upper left corner of atomizing cup (2) and uses glue connection, and the atomizing cup (2) is logical
The left end for being fastened on compression box (5) is crossed, the power switch (3) is installed in the right side of atomizing cup (2) and is welded and pressing
The surface of contracting case (5), the handle (4) are installed in top and the integrally weldedization structure of compression box (5), the power cord
(6) be connected electrically in the right side of compression box (5), catheter connecting joint (7) glue connection compression box (5) surface left end, it is described
It is installed in the lower section of catheter connecting joint (7) from driving filter (8) and is sequentially connected with compression box (5), the heat dissipation tank (9)
It is embedded in the internal lower left corner of compression box (5), the bottom of the conduit (10) is threadedly coupled with catheter connecting joint (7), described to lead
The top and the bottom of atomizing cup (2) for managing (10) are interpenetrated, the conduit (10) and atomizing cup (2) glue connection；
It is described from driving filter (8) by rotation take-up (81), compression bar beating unit (82), torque transmission device (83),
Transfer bar mechanism (84), sector rack structure (85), withdrawing device (86), pawl hoisting mechanism (87), Rose Box (88), encasement
(89)；
The stage casing of the take-up (81) runs through the right end at the top of encasement (89) and using flexible connection, the elastic dress
The top for setting (81) is connect with compression box (5) internal drive, and the right end and encasement (89) of the compression bar beating unit (82) are interior
Together, the top of the compression bar beating unit (82) is connect with the bottom mechanical of take-up (81), institute for the right end electric welding in portion
The left end of the right end for stating torque transmission device (83) and take-up (81) is hinged, the lower right corner of the torque transmission device (83)
It is mechanically connected with the left end of compression bar beating unit (82), the transfer bar mechanism (84) is installed in the left end of torque transmission device (83)
And using being sequentially connected, the sector rack structure (85), which is movably connected in the lower section of transfer bar mechanism (84) and is installed in, to be turned
The left side of square transmitting device (83), the withdrawing device (86) are sequentially connected in the lower right corner of sector rack structure (85) and position
Left side in compression bar beating unit (82), the pawl hoisting mechanism (87) are movably connected in the left side of sector rack structure (85)
And it is sequentially connected with the left end of withdrawing device (86), the Rose Box (88) is welded the left end in encasement (89) and is embedded in
The internal lower left corner of compression box (5), the right end of the Rose Box (88) is hinged with the bottom of pawl hoisting mechanism (87), the packet
Shell (89) is covered to be welded on the right side of heat dissipation tank (9).
2. a kind of children's compression atomizing according to claim 1 inhales mist device, it is characterised in that：The take-up (81)
Plate (814), telescopic rod (815), hinge axis (816), the right side are stung by center bull stick (811), flabellum (812), engagement ball (813), a left side
Plate (817), connected ball (818), telescopic block (819), limiting slot (8110) composition are stung, the center bull stick (811) is vertically inserted embedding
Right end at the top of encasement (89), the flabellum (812) are equipped with more than two and are equidistantly uniformly welded on center bull stick
(811) left and right ends, the flabellum (812) connect with compression box (5) internal drive, during the engagement ball (813) is installed in
The left end that plate (814) is engaged on engagement ball (813) is stung on the lower surface of heart bull stick (811), the left side, and it is living that plate (817) is stung on the right side
It stings the right side of plate (814) and stings that plate (814) is mutually symmetrical with, and the hinge axis (816) is installed in engagement with a left side in the dynamic left side that is connected to
The lower section of ball (813) and sting plate (814) with a left side, that plate (817) is stung on the right side is hinged, the telescopic rod (815) set there are two and point
It is not movably connected in that plate (814) is stung on a left side, the lower sections of plate (817) is stung on the right side, the hinge axis (816) extends vertically through two telescopic rods
(815) bottom of intersection, hinge axis (816) electric welding is in the surface of telescopic block (819), telescopic block (819) sliding
It is connected to the inside of limiting slot (8110), the limiting slot (8110) is installed in the internal right end of encasement (89), described flexible
The right end of block (819) is hinged with torque transmission device (83).
3. a kind of children's compression atomizing according to claim 1 inhales mist device, it is characterised in that：The compression bar beating unit
(82) by by compression bar (821), sleeve (822), the first hinged seat (823), hydraulic stem (824), hydraulic cylinder (825), the first activity
Take turns (826), fold arm (827), transition wheel (828), lift arm (829), resetting spring (8210), the second hinged seat (8211),
Sealing block (8212) forms, and the lower section that take-up (81) are fitted at the top of compression bar (821) is described by compression bar
(821) on the right side of sleeve (822), the sleeve (822) shrouds the top in hydraulic stem (824) for electric welding, and described first is hinged
Seat (823) is fixed by screws in the left side of sleeve (822) and is installed in the lower right corner of torque transmission device (83), and described the
One castor (826) is hinged on the left side of the first hinged seat (823), the top of the fold arm (827) and the first castor
(826) it is flexibly connected, the transition wheel (828) is hinged on the internal stage casing of fold arm (827), the top of the lift arm (829)
Portion is hinged on the lower right corner of transition wheel (828), and the hydraulic cylinder (825) is fixed on lower section and the axis of hydraulic stem (824) vertically
The heart is conllinear, and second hinged seat (8211) is fixed on the left side of hydraulic cylinder (825) by rivet, the lift arm (829)
Bottom and the left end of the second hinged seat (8211) are hinged, and fold arm is vertically welded at the top of the resetting spring (8210)
(827) lower section, the bottom of the resetting spring (8210) are connected with the right end nail of withdrawing device (86) bottom, the sealing block
(8212) the glue connection lower right corner internal in encasement (89).
4. a kind of children's compression atomizing according to claim 2 inhales mist device, it is characterised in that：The torque transmission device
(83) by fixed spring frame (831), moving block (832), driven wheel (833), jacking block (834), bracket (835), T shape mandrils
(836), compressed spring (837), lower pressure wheel (838), one character tooth wheel (839), transmission belt (8310), pressure chamber (8311) composition,
The fixed spring frame (831) is fixed on the right side of pressure chamber (8311) by rivet, the fixed spring frame (831) with it is flexible
Block (819) is hinged, and the driven wheel (833) is movably connected in the internal center of pressure chamber (8311), moving block (832) ring
Around the outer surface for being connected to driven wheel (833), the jacking block (834) is slidably connected at the inside of pressure chamber (8311), described
Bracket (835) is welded on the lower section of pressure chamber (8311), and the T shapes mandril (836) is installed in the lower section of jacking block (834), institute
Compressed spring (837) is stated around the outer surface for being connected to T shapes mandril (836), left end and the T shape mandrils of the lower pressure wheel (838)
(836) together, the one character tooth wheel (839) is mechanically connected to the upper right corner of lower pressure wheel (838) to bottom snap, described driven
It takes turns (833) to be sequentially connected by transmission belt (8310) and transfer bar mechanism (84), the bracket (835) is mounted on compression bar beating unit
(82) left side.
5. a kind of children's compression atomizing according to claim 1 inhales mist device, it is characterised in that：The transfer bar mechanism (84)
By eccentric block (841), axis wheel (842), support roller (843), push disk (844), connection ring (845), connection ring (846), slide plate
(847), supporting plate (848), U-shaped spring(-supported) mount (849), trapezoidal fixed seat (8410) composition, the axis wheel (842) pass through transmission belt
(8310) it is sequentially connected with driven wheel (833), the eccentric block (841) is mechanically connected to the lower surface of axis wheel (842), described
Eccentric block (841) is installed in the top of withdrawing device (86), and the support roller (843) is located at top and the cunning of axis wheel (842)
Dynamic connection, in the upper left corner of support roller (843), the connection ring (845) is fastened on promotion disk for promotion disk (844) electric welding
(844) top on surface, the slide plate (847) are horizontally fixed on the left end of connection ring (845), and the supporting plate (848) is installed in
The lower section of slide plate (847) and using being slidably connected, the U-shaped spring(-supported) mount (849) is tightly attached to the left end of supporting plate (848), described
The bottom of trapezoidal fixed seat (8410) is welded on the top of U-shaped spring(-supported) mount (849), and the trapezoidal fixed seat (8410) passes through rivet
It is fixed on the internal top of encasement (89), the bottom of the supporting plate (848) is hinged with the top of sector rack structure (85).
6. a kind of children's compression atomizing according to claim 5 inhales mist device, it is characterised in that：The sector rack structure
(85) it is made of linking arm (851), securing plate (852), rear arm (853), axis pin (854), tooth plate (855), flap (856),
The linking arm (851) is vertically fixed on the lower section of supporting plate (848), the top of the tooth plate (855) in linking arm (851)
Section is hinged, and the securing plate (852) is fixed on the surface of flap (856) by rivet, and tooth plate (855) electric welding is in flap
(856) lower section, the rear arm (853) are vertically welded in the left side of flap (856) and are tightly attached to pawl hoisting mechanism
(87) right end of the lower section of right end, the top and U-shaped spring(-supported) mount (849) bottom of flap (856) left end fits together, institute
Axis pin (854) is stated to extend vertically through securing plate (852), flap (856) and use flexible connection.
7. a kind of children's compression atomizing according to claim 1 or 3 inhales mist device, it is characterised in that：The withdrawing device
(86) by spur gear (861), small driving wheel (862), transmission belt (863), triangle hook plate (864), V-shape link (865), pulling
Block (866), elastomeric spring (867), rotor (868), supporting rod (869), extension spring (8610), connecting seat (8611) group
At the spur gear (861) is engaged on the lower right corner of sector rack structure (85), and the small driving wheel (862) is sequentially connected straight
The center and axle center of gear (861) upper surface are conllinear, and the small driving wheel (862) passes through transmission belt (863) and rotor (868)
It is sequentially connected, the rotor (868) is hinged on the right end on V-shape link (865) surface, the V-shape link (865)
Weld together at the top of the top of right end and supporting rod (869), the supporting rod (869) is vertically fixed on connecting seat (8611)
The stage casing of upper surface, the connecting seat (8611) are fixed by screws in the internal bottom of encasement (89), the connecting seat
(8611) it is located at the left side of sealing block (8212).
8. a kind of children's compression atomizing according to claim 6 inhales mist device, it is characterised in that：The pawl hoisting mechanism
(87) by lifting bar (871), first gear (872), pawl (873), the first driving wheel (874), linkage (875), second gear
(876), the second driving wheel (877), column (878), pole (879), depend on head (8710) composition, lifting bar (871) right end
Bottom and the left end of sector rack structure (85) fit together, bottom and the first driving wheel (874) of the lifting bar (871)
Hinged, the first gear (872) is mechanically connected to the lower surface of the first driving wheel (874), and the pawl (873) is hinged on first
The left side of driving wheel (874) and intermesh with first gear (872), first driving wheel (874) by linkage (875) with
Second driving wheel (877) is sequentially connected, and second driving wheel (877) is mechanically connected to the center on second gear (876) surface, described
Column (878) is installed in the lower section of the second driving wheel (877) and is welded in the lower section on second gear (876) surface, the pole
(879) right end is flexibly connected with column (878), and the left end of the bar (879) is hinged with head (8710) is depended on, described to depend on head
(8710) it is welded on the right side of Rose Box (88).
9. a kind of children's compression atomizing according to claim 8 inhales mist device, it is characterised in that：The Rose Box (88) by
Hermatic door (881), hinge (882), the first filter plate (883), activated carbon filter plate (884), the second filter plate (885), babinet (886),
Knocker (887) form, the knocker (887) be fixed by screws in the right side of hermatic door (881) and with pawl hoisting mechanism
(87) left end is hinged, and the hermatic door (881) is fitted in the internal lower left corner of encasement (89), hinge (882) activity
It is connected to the upper left corner of hermatic door (881) and is installed in the lower left corner of first gear (872), the babinet (886) is horizontal solid
It is scheduled on the left side of hermatic door (881), the activated carbon filter plate (884) is inserted embedded in the internal stage casing of babinet (886), first filter
Plate (883) is installed in the right end of activated carbon filter plate (884) and is threadedly coupled with babinet (886), the second filter plate (885) peace
It is located at the left end of activated carbon filter plate (884), first filter plate (883), activated carbon filter plate (884), the second filter plate (885) are mutual
Parallel, the babinet (886) is installed in the lower section of catheter connecting joint (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810475861.3A CN108578849A (en) | 2018-05-17 | 2018-05-17 | A kind of children's compression atomizing suction mist device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810475861.3A CN108578849A (en) | 2018-05-17 | 2018-05-17 | A kind of children's compression atomizing suction mist device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108578849A true CN108578849A (en) | 2018-09-28 |
Family
ID=63631675
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810475861.3A Withdrawn CN108578849A (en) | 2018-05-17 | 2018-05-17 | A kind of children's compression atomizing suction mist device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108578849A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113639061A (en) * | 2021-08-06 | 2021-11-12 | 江苏圣泰阀门有限公司 | Double-gate wedge gate valve |
-
2018
- 2018-05-17 CN CN201810475861.3A patent/CN108578849A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113639061A (en) * | 2021-08-06 | 2021-11-12 | 江苏圣泰阀门有限公司 | Double-gate wedge gate valve |
| CN113639061B (en) * | 2021-08-06 | 2024-05-28 | 江苏圣泰阀门有限公司 | Double-flashboard wedge gate valve |
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Application publication date: 20180928 |