CN104776497B - Air regulator - Google Patents

Air regulator Download PDF

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Publication number
CN104776497B
CN104776497B CN201410208540.9A CN201410208540A CN104776497B CN 104776497 B CN104776497 B CN 104776497B CN 201410208540 A CN201410208540 A CN 201410208540A CN 104776497 B CN104776497 B CN 104776497B
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CN
China
Prior art keywords
mentioned
air
fragrant
fragrant case
aroma encapsulations
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201410208540.9A
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Chinese (zh)
Other versions
CN104776497A (en
Inventor
崔成圭
裴准奭
金容南
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LG Electronics Inc
Original Assignee
LG Electronics Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by LG Electronics Inc filed Critical LG Electronics Inc
Publication of CN104776497A publication Critical patent/CN104776497A/en
Application granted granted Critical
Publication of CN104776497B publication Critical patent/CN104776497B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F24F1/008—Indoor units, e.g. fan coil units with perfuming or deodorising means
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F24F1/0059—Indoor units, e.g. fan coil units characterised by heat exchangers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F24F1/00075—Indoor units, e.g. fan coil units receiving air from a central station
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007—Indoor units, e.g. fan coil units
    • F24F1/0011—Indoor units, e.g. fan coil units characterised by air outlets
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/30—Arrangement or mounting of heat-exchangers
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/192—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by electrical means, e.g. by applying electrostatic fields or high voltages
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/50—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by odorisation
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
    • A61L2209/00—Aspects relating to disinfection, sterilisation or deodorisation of air
    • A61L2209/10—Apparatus features
    • A61L2209/15—Supporting means, e.g. stands, hooks, holes for hanging
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
    • A61L2209/00—Aspects relating to disinfection, sterilisation or deodorisation of air
    • A61L2209/10—Apparatus features
    • A61L2209/16—Connections to a HVAC unit

Landscapes

  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
  • Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)

Abstract

The present invention relates to air regulator, including：Suction body, formed with air suction inlet；Heat exchanger, passes through above-mentioned heat exchanger from the air of air suction inlet suction；Fragrant shell, the space passed through formed with air, and the air discharge opening formed with the air for the space that spues；Pressure fan, air is sucked from air suction inlet, and after making above-mentioned air by heat exchanger, is blowed to above-mentioned space；Fragrant case, can assemble and disassemble aroma encapsulations, and above-mentioned fragrant case is so as to mobile mode is contained in space；And fragrant case moving mechanism, fragrant case is moved to the movement of air discharge opening hidden position or to air discharge opening release position.The invention has the advantages that, i.e. fragrant case switching air discharge opening, without separately setting air discharge opening door, the cleaning of air discharge opening can be also kept, compared with separately air discharge opening door situation is set, number of components can more be minimized, and can realize densification.

Description

Air regulator
Technical field
The present invention relates to air regulator, more particularly to distribute to outside the air regulator of fragrance.
Background technology
In general, air regulator using heating machine, refrigeration machine and clarifier etc. to make indoor cooling and warming or purification It is configured for the purpose of air, so as to make more suitable indoor environment for people's class.
Air regulator includes：Air suction inlet, for sucking indoor air；Air discharge opening, for the air that spues； Air-conditioning unit, is arranged at the inside of above-mentioned air regulator, temperature or cleannes or humidity for changing air etc.；And send Wind turbine, is arranged at the inside of above-mentioned air regulator, for sucking indoor air from air suction inlet, makes air to air-conditioning list Member flowing, and will spue by the air that air-conditioning unit is adjusted to air discharge opening.
In air regulator, the aromatic ejection section for fragrance such as spraying aromatics can be set, in this case, The fragrance ingredients such as aromatic can remove indoor foul smell, can provide a user comfort.
Prior art literature
KR10-0220728B1 (on 09 15th, 1999)
The content of the invention
The air regulator of the prior art in suction grid due to setting aromatic ejection section, thus presence ought repair and change fragrance During agent ejection section, suction grid is only separated from body, can just repair the problem of changing aromatic ejection section.
The present invention includes：Suction body, formed with air suction inlet；Heat exchanger, leads to from the air of air suction inlet suction Cross above-mentioned heat exchanger；Fragrant shell, the space passed through formed with air, and formed with the air for the above-mentioned space that spues Air discharge opening；Pressure fan, air is sucked from air suction inlet, and after making above-mentioned air by heat exchanger, by above-mentioned sky Air-blowing is sent to above-mentioned space；Fragrant case, can assemble and disassemble aroma encapsulations, above-mentioned fragrant case so as to mobile mode be contained in it is above-mentioned Space；And fragrant case moving mechanism, above-mentioned fragrant case is opened to the movement of air discharge opening hidden position or to air discharge opening Put position movement.
In the above-mentioned air discharge opening that is previously formed of above-mentioned fragrant shell, and in above-mentioned fragrant shell and above-mentioned pressure fan Opposite one side forms air inflow aperture, which is used to make from the air that above-mentioned pressure fan blows to above-mentioned spatial flow Enter.
Above-mentioned fragrance shell can include bottom fragrance shell and top fragrance shell, which is configured at The top of bottom fragrance shell is stated, and formed with above-mentioned air inflow aperture.
It can make in tap of the above-mentioned aroma encapsulations formation for discharging fragrance ingredient, and in above-mentioned fragrant shell formation It must be used for the plug locking for being opened and closed above-mentioned tap.
Stop section through hole is could be formed with above-mentioned stop section, passes through above-mentioned gear from the fragrance ingredient of above-mentioned tap discharge Stop through hole.
Above-mentioned fragrant case can include the aroma encapsulations stent by that can assemble and disassemble above-mentioned aroma encapsulations.
Can be formed with aroma encapsulations insertion groove, side of the above-mentioned aroma encapsulations insertion groove to be inserted into above-mentioned aroma encapsulations stent Formula houses at least a portion of above-mentioned aroma encapsulations.
Above-mentioned aroma encapsulations insertion groove can include：Aroma encapsulations mounting groove, is configured with when being inserted into above-mentioned aroma encapsulations The terminal being in contact with aroma encapsulations；And aroma encapsulations keeping groove, the above-mentioned aroma encapsulations installation groove depth of depth ratio.
Above-mentioned fragrant case can also include terminal, and above-mentioned terminal is installed on above-mentioned aroma encapsulations stent, when the above-mentioned virtue of installation During balosam capsule, terminal that above-mentioned terminal is in contact with above-mentioned aroma encapsulations.
Above-mentioned fragrant case can also include high pressure generator, and above-mentioned high pressure generator is installed on above-mentioned aroma encapsulations stent, And it is electrically connected with above-mentioned terminal.
Above-mentioned fragrant case moving mechanism can include：Fragrant case carrier, is placed with above-mentioned fragrant case；And fragrant case is removed Yun Qi moving mechanisms, make above-mentioned fragrant case carrier be moved in above-mentioned space.
Above-mentioned fragrant case carrier moving mechanism can include：Driving source, is arranged at above-mentioned fragrant shell；And at least one A transmission parts, when above-mentioned driving source drives, move above-mentioned fragrant case carrier.
Above-mentioned transmission parts can include drive shaft and and connecting rod, above-mentioned drive shaft is connected with above-mentioned driving source, upper Connecting rod is stated formed with the driven shaft for making above-mentioned fragrant case carrier movement；In above-mentioned fragrant case carrier formed with guide rail, The above-mentioned above-mentioned driven shaft of rail guidance, and moved by above-mentioned driven shaft.
Above-mentioned aroma encapsulations stent can be configured at above-mentioned fragrant case carrier in a manner of so as to sliding.
The present invention can also include elastic mechanism, above-mentioned elastic mechanism and above-mentioned aroma encapsulations stent, fragrant case carrier It is connected, elastic pressurized is carried out to above-mentioned aroma encapsulations stent towards forward direction.
The present invention can also include locking mechanism, and above-mentioned locking mechanism is used for above-mentioned aroma encapsulations bracket lock due to above-mentioned Fragrant case carrier unlocks.
The present invention can include reducing gear, and above-mentioned reducing gear is used to make above-mentioned aroma encapsulations stent slow down；It is above-mentioned to subtract Fast mechanism includes：Rack, is formed at some in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations stent, and small tooth Wheel, is connected with another in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations stent in rotary manner.
Above-mentioned fragrant case can include the safety switch for being used for about beam current, can be formed with opening in above-mentioned fragrant case carrier Operation portion is closed, when above-mentioned fragrant case is in assigned position, above-mentioned switching manipulation portion connects above-mentioned safety switch.
The present invention can also include lighting means, and above-mentioned lighting means are arranged at the lower part of above-mentioned pressure fan, and towards upper State space illumination light.
Above-mentioned fragrant case can include fragrant ornamental portion, and above-mentioned fragrance ornamental portion is sent out by the light of above-mentioned lighting means It is bright.
The present invention can include：Body, formed with air suction inlet and air discharge opening；Heat exchanger, is arranged at above-mentioned Body；Pressure fan, air is sucked from air suction inlet, and after making above-mentioned air by heat exchanger, is spued from above-mentioned air Mouth spues；Fragrant case, can assemble and disassemble aroma encapsulations so that above-mentioned fragrant case is so as to mobile mode is configured at above-mentioned space；With And fragrant case moving mechanism, move above-mentioned fragrant case.
Above-mentioned fragrant case moving mechanism can include：Fragrant case carrier, is configured with above-mentioned fragrant case, and fragrant case is removed Yun Qi moving mechanisms, make above-mentioned fragrant case carrier be moved along anteroposterior direction；Above-mentioned fragrant case can be with can be along front and back Above-mentioned fragrant case carrier is configured to mobile mode.
The present invention can also include elastic mechanism, and above-mentioned elastic mechanism is connected with above-mentioned fragrant case, fragrant case carrier, Elastic pressurized is carried out to above-mentioned fragrant case with anteroposterior direction.
The present invention can also include locking mechanism, and above-mentioned fragrant case is locked in above-mentioned fragrant case and carried by above-mentioned locking mechanism Device or from unlocking.
The present invention can include reducing gear, and above-mentioned reducing gear is used to make above-mentioned fragrant case slow down.
The present invention can also include lighting means, and above-mentioned lighting means are arranged at above-mentioned pressure fan, and towards above-mentioned fragrance Box irradiation light.
The invention has the advantages that, i.e. fragrant case switching air discharge opening, without separately setting air discharge opening door, Also the cleaning of air discharge opening can be kept, can be by number of components more compared with separately air discharge opening door situation is set Minimize, and can realize densification.
The present invention has the space utilization for the inside that can improve air regulator due to that can move fragrant case The advantages of spending, and increasing the ease of use of fragrant case.
Change place of repairing of the invention due to fragrant case from from air discharge opening release position to aroma encapsulations carries out two-stage slip, Thus with that can make the minimizing thickness of air regulator, and densification can be carried out the advantages of.
It is of the invention to be pulled out due to fragrant case in the state of fragrant carrier is located at the inside of air regulator to outside, because And have the advantages that to change aroma encapsulations easy to repair.
Use of the present invention since fragrant case can be limited when installing aroma encapsulations by mistake, thus with stability, reliability The advantages of high.
The invention has the advantages that, i.e. user can readily recognize generation fragrance by the light irradiated from lighting means Part position.
Brief description of the drawings
Longitudinal sectional view when Fig. 1 is the operation of an embodiment of air regulator of the present invention,
Longitudinal sectional view when Fig. 2 is the stopping of an embodiment of air regulator of the present invention,
Fig. 3 repaiies longitudinal sectional view when changing for the aroma encapsulations of an embodiment of air regulator of the present invention,
Stereogram when Fig. 4 is the operation of an embodiment of air regulator of the present invention,
Stereogram when Fig. 5 is the stopping of an embodiment of air regulator of the present invention,
Fig. 6 repaiies stereogram when changing for the aroma encapsulations of an embodiment of air regulator of the present invention,
Fig. 7 is the exploded perspective view of an embodiment of air regulator of the present invention,
Fig. 8 is the exploded perspective view of the fragrant case of an embodiment of air regulator of the present invention,
Fig. 9 is the exploded perspective view of fragrant shell and the fragrant case carrier of an embodiment of air regulator of the present invention,
Major part top view when Figure 10 is the operation of an embodiment of air regulator of the present invention,
Major part top view when Figure 11 is the stopping of an embodiment of air regulator of the present invention,
Major part top view when Figure 12 is the aroma encapsulations maintenance of an embodiment of air regulator of the present invention,
Figure 13 is the fragrance when the aroma encapsulations stent of an embodiment of air regulator of the present invention installs aroma encapsulations The sectional view of box,
Main portion sectional view when Figure 14 is the aroma encapsulations for the embodiment for installing air regulator of the present invention by mistake.
Embodiment
Hereinafter, the embodiment of the present invention is described in detail referring to the drawings.
Longitudinal sectional view when Fig. 1 is the operation of an embodiment of air regulator of the present invention, Fig. 2 is air tune of the present invention The longitudinal sectional view during stopping of an embodiment of device is saved, Fig. 3 is the aroma encapsulations of an embodiment of air regulator of the present invention Longitudinal sectional view when changing is repaiied, stereogram when Fig. 4 is the operation of an embodiment of air regulator of the present invention, Fig. 5 is this hair The stereogram during stopping of one embodiment of bright air regulator, Fig. 6 are the fragrance of an embodiment of air regulator of the present invention Capsule repaiies stereogram when changing, and Fig. 7 is the exploded perspective view of an embodiment of air regulator of the present invention, and Fig. 8 is empty for the present invention The exploded perspective view of the fragrant case of one embodiment of gas adjuster,
Air regulator includes：Body 2, formed with air suction inlet I and air discharge opening O；Heat exchanger 4, is arranged at Body 2；Pressure fan 6, air is sucked from air suction inlet I, and after bypassing air through heat exchanger 4, is spat from air discharge opening O Go out；And fragrant case 8, aroma encapsulations C can be assembled and disassembled, fragrant case 8 is so as to mobile mode is configured at body 2.
Air regulator can also include input unit 9,10,11, and above-mentioned input unit 9,10,11 can selectively input sky Allocation and transportation row, fragrance operation, air-conditioning and fragrance operation etc..
Fragrance is operated to discharges fragrance ingredient from the aroma encapsulations C for containing fragrance generation material, and the virtue discharged The air one that fragrant component is blowed with the pressure fan 6 indoor operation diffused extensively in the same direction.Fragrance operation can be in the fragrant operation of input Afterwards, implement in fragrant run time.Fragrant run time is set to allow air regulator to implement fragrance operation control Time.Fragrance operation can be implemented since at the time of input fragrance is run in fragrant run time, and can implement once Terminate afterwards.
Operation of air conditioner can be the operations such as refrigerating operaton, heating operation, air purification operation and dehumidifying operation, can also be Selected from refrigerating operaton, heating operation, air purification operation and the running a kind of operation that dehumidifies.Operation of air conditioner can be to connect On-off opens the non-aromatic operation of the operation of fragrant case 8.
Air regulator can optionally implement fragrant operation, operation of air conditioner, air-conditioning and fragrance operation etc..
Air regulator operation can include operation of air conditioner first operation, fragrance operation second operation, air-conditioning and 3rd operation of fragrance operation, the first operation, the second operation and the 3rd operation can optionally be implemented.
Hereinafter, operation of air conditioner is illustrated with the example of refrigerating operaton, when implement first operation when, air regulator not from Fragrance ingredient is discharged in aroma encapsulations C, but is spued by air discharge opening O and the air of heat exchange is carried out with heat exchanger 4.It is empty First operation of gas adjuster can be air-conditioning isolated operation.When implementing the second operation, air regulator can be from aroma encapsulations C Middle discharge fragrance ingredient, and air in the case of no temperature change by heat exchanger 4 after, together lead to fragrance ingredient Cross air discharge opening O discharges.Second operation of air regulator can be fragrant isolated operation.It is empty when implementing the 3rd operation Gas adjuster can discharge fragrance ingredient from aroma encapsulations C, and with heat exchanger 4 carry out the air of heat exchange with from aroma encapsulations The air discharge opening O in the same direction of fragrance ingredient one discharged in C spues.3rd operation of air regulator can be air-conditioning and fragrance Run at the same time.
In operation stops, air regulator can carry out operation of air conditioner by the input of input unit 10.If in operation of air conditioner During from input unit 10 input fragrant operation, air regulator can then be changed to air-conditioning and fragrance operation.Air adjustment Device can be during operation of air conditioner by the end of input operation of air conditioner of input unit 10, can also be by the input of input unit 10 Implement fragrance operation.
In operation stops, air regulator can carry out fragrant operation by the input of input unit 10.In fragrance operation During, air regulator can be changed to air-conditioning and fragrance operation by the input of input unit 10.During fragrance is run, Air regulator can also carry out air-conditioning fortune by the end of input fragrance operation of input unit 10 by the input of input unit 10 OK.
The inside of aroma encapsulations C can be loaded as the functional materials that fragrance produces material.If applying high voltage from outside, Aroma encapsulations C then makes functional materials micronized, so as to spray to outside.Aroma encapsulations can be by making to be used as fragrance The powered electrostatic spray glue that functional materials are sprayed in the form of mist to be formed the mode of potential difference to make of functional materials of material Capsule.Functional materials can be mounted in aroma encapsulations C with liquid condition, can also be by with applying high voltage the electricity that produces Power makes drop into spraying after micronized.Functional materials can be rose aromatic oil, peppermint aromatic oil, lemon aromatic oil and sweet basil The various aromatic oil such as aromatic oil, and the fragrance discharged from aroma encapsulations C can eliminate the stress of user, and collection can be improved Middle power.
Aroma encapsulations C may include the container 12 equipped with functional materials.Aroma encapsulations C can be formed for discharge fragrance into The tap 13 divided.Tap 13 can be formed at container 12, and the fragrance ingredient of the functional materials generation in container 12 can lead to Tap 13 is crossed to discharge to the exterior of aroma encapsulations C.Aroma encapsulations C includes：High voltage applies terminal (not shown), is configured at appearance Device 12, applies high voltage for the functional materials into container 12；Porous electrode (not shown), is configured at the interior of container 12 Portion, for making functional materials rise with capillarity；And grounding electrode (not shown), container 12 is configured at, works as application During high voltage, porous electrode and potential difference are produced.
Container 12 may include：Main body 14, it is open above aforementioned body 14, in being internally formed equipped with function for main body 204 The space of property material；And lid 15, cover above main body 14, in lid 206 formed with tap 13.
Aroma encapsulations C may include the plug 16 that tap 13 is blocked when being not used.It can be blocked up in tap 13 by plug 16 Aroma encapsulations C is carried or taken care of in the state of plug.In plug 16 in the state of the separation of container 12, the container 12 of aroma encapsulations C It is mountable to fragrant case 8.Aroma encapsulations C is mountable to the aroma encapsulations stent 82 described later in fragrant case 8.
Air regulator may include：Suction body 20, formed with air suction inlet I；And fragrant shell 28, formed with air The space S passed through, and the air discharge opening O formed with the air for the space S that spues.When pressure fan 6 drives, indoor sky Gas can be sucked by suction body 20 to the inside of air regulator, can be blown by pressure fan 6 to the space S of fragrant shell 28, And the air of space S can be spued by the air discharge opening O of fragrant shell 28 to the exterior of air regulator.
Body 2 may include suction body 20 and fragrant shell 28.In addition to suction body 20 and fragrant shell 28, body 2 is also It can include protecgulum 31 described later etc..
Body 2 can also include being used for the base 22 for setting suction body 20.Air regulator can be that vertical air is adjusted Device, suction body 20 may be disposed at the upside of base 22.Can be in the various ministrys of electronics industry of the setting of base 22 for controlling air regulator The control unit 24 of part.Here, the various electronic units of air regulator may include pressure fan 6, fragrant case 8 and fragrant case described later Moving mechanism 90.
Air regulator can also include being used for the clean unit 26 for purifying air.Clean unit 26 is configured in suction body 20.Clean unit 26 is configured between suction body 20 and heat exchanger 4.Clean unit 26 may include for crossing in air filtering The filter of foreign matter.Clean unit 26 may include the ion generator for producing ion in atmosphere.Clean unit 26 may include to use In the electrostatic (electric dust) precipitator for making the electric discharge of the foreign matter in air carry out dust.Clean unit 26 may include filter, may also include ion power generation It is at least one in device and electrostatic (electric dust) precipitator.
The air blowed from pressure fan 6 can pass through fragrant shell 28.Fragrant shell 28 can be to make in air regulator The exterior discharge main body to spue from the air that changes of inside to air regulator.Fragrant case 8 can be contained in fragrant shell 28.
Air inflow aperture 27 can be formed in fragrant shell 28, passes through above-mentioned air inflow aperture from the air that pressure fan 6 blows 27.The air blowed from pressure fan 6 can be flowed into by the air inflow aperture 27 of fragrant shell 28 to space S, be flowed into space S Air can spue by space S, and to air discharge opening O.Fragrant case 8 can be configured at fragrant shell in a movable manner 28.Fragrant case 8 can be located at space S, and can be configured at space S in a movable manner.Can be with the outside of air regulator The mode for seeing air discharge opening O sets fragrant shell 28.Can by with pressure fan 6 it is opposite in a manner of fragrant shell is set 28.Air inflow aperture 27 can be formed in the one side opposite with pressure fan 6 of fragrant shell 28.Fragrant shell 26 may be disposed at air-supply Machine 6.Fragrant shell 28 may be disposed at the lower part of pressure fan 6.Can be to see the side of air discharge opening O in the outside of air-conditioning section Formula sets fragrant shell 28.The air blowed from 6 downward side direction of pressure fan can be discharged by fragrant shell 28 to outside.Can be Air inflow aperture 27 is formed above fragrant shell 28.Air discharge opening O can be previously formed in fragrant shell 28.Fragrant shell 28 shapes that can be blocked respectively in the back side, following, left surface and right flank.Fragrant shell 28 can be by a component shape Into.Fragrant shell 28 can be combined into by multiple components.Fragrant shell 28 may include bottom fragrance shell 29 and top fragrance Shell 30, above-mentioned top fragrance shell 30 are arranged at the top of bottom fragrance shell 29, and formed with air inflow aperture 27.Can be A part above top fragrance shell 30 forms air inflow aperture 27.Can in fragrant shell 28 bottom fragrance shell 29 Air discharge opening O is formed between front end and the front end of top fragrance shell 30.
Body 2 may include the protecgulum 31 for being configured at the front of pressure fan 6.Protecgulum 31 can protect pressure fan 6, and can become Form the preceding outer cover of a part for the appearance of air regulator.The opening of the front end more than fragrant shell 28 can be formed in protecgulum 31 Portion 32.The front end of fragrant shell 28 can be located at opening portion 32, the air comprising fragrance ingredient or the air not comprising fragrance ingredient It can directly be spued by air discharge opening O from the space S of fragrant shell 28 to the outside of air regulator.Before fragrant shell 28 End can be located at the rear of opening portion 32, and the air comprising fragrance ingredient or the air not comprising fragrance ingredient can be in fragrant shells 28 Space S discharge air discharge opening O after, spued by opening portion 32 to the exterior of air regulator.Air regulator can be with The overall appearance before air regulator is formed by a protecgulum 31.Protecgulum 31 is configured in the front of pressure fan 6, and blocks Pressure fan 6.
Body 2 can also include bottom cover 33.Bottom cover 33 can be located at the downside of protecgulum 31.Bottom cover 33 is configured in bottom The front of seat 22.
Air regulator can be only by being formed at the air discharge opening O discharge air of fragrant shell 28, also, except virtue The air discharge opening O of fragrant shell 28, moreover it is possible to pass through extra discharge plate 34,35 discharge air.Body 2 can also include being arranged at With the discharge plate 34,35 of fragrant 28 diverse location of shell.Discharge plate 34,35 can be to spue positioned at the side on the side of pressure fan 6 Plate.Side air discharge opening 34S, 35A can be formed at discharge plate 34,35.Discharge plate 34,35 may include to spit formed with left side air Export the left side discharge plate 34 of 34A and the right side discharge plate 35 formed with right hand side air discharge opening 35A.Left side discharge plate 34 can Be configured at the left side of pressure fan 6, for indoor discharge from pressure fan 6 to the left side direction spue air.Pass through for adjusting The left side blade 34B of the wind direction of the air of left side air discharge opening 34A can spue by so as to being arranged at left side in a manner of rotating Plate 34.Left side blade 34B can be opened and closed left side air discharge opening 34A.Right side discharge plate 35 is configured in the right side of pressure fan 6, uses In to indoor discharge from pressure fan 6 to the right side direction spue air.For adjusting the air by right hand side air discharge opening 5A The right side blade 35B of wind direction can be by so as to being arranged at right side discharge plate 35 in a manner of rotating.Right side blade 35B can be opened and closed the right side Side air discharge opening 35A.Air regulator may include to be used to make the rotating left side driving mechanisms of left side blade 34B and for making The rotating right side driving mechanisms of right side blade 35B.Left side driving mechanism and right side driving mechanism may include the driving sources such as motor.When When implementing fragrance operation, left side driving mechanism and right side driving mechanism are controlled to closed mode, when implementing to be operated together, Left side driving mechanism and right side driving mechanism are controlled to open mode, when implementing air-conditioning and fragrant pattern, left side driving Mechanism and right side driving mechanism are controlled to open mode.
Air regulator can be merely with the air discharge opening O discharge air for being formed at fragrant shell 28, also, except virtue Outside the air discharge opening O of fragrant shell 28, it can also pass through the sky so as to the mobile discharge main body 36 configured by way of mobile spues Gas.Mobile discharge main body 36 can be by so as to be configured at the top of body 2 in a manner of lifting.Mobile discharge main body 36 can be with energy The mode enough lifted is configured at the upside of pressure fan 6.Mobile discharge main body 36 can spue forwards to be sent from pressure fan 6 is side-blown upwards Air.Mobile discharge opening 36A can be previously formed in mobile discharge main body 36.It is mobile when mobile discharge main body 36 rises Discharge opening 36A can rise, so that the air that spues, when mobile discharge main body 36 declines, mobile discharge opening 36A is inserted into body 2 inside and be hidden.Body 2 can also include the lifting guiding piece 37 for being used to guide the lifting of mobile discharge main body 36.Rise Drop guiding piece 37 is configured between suction body 20 and protecgulum 31.Air regulator can also include being used to make mobile discharge main body The elevating mechanism of 36 liftings.Elevating mechanism can include motor when driving source and make when drive driving source to move discharge main body The transmission parts of 36 liftings.Transmission parts may include pinion gear and rack, and pinion gear is arranged at driving source, rack and pinion gear phase Engagement.When implementing fragrance operation, elevating mechanism can be controlled so as to drop mode, when implementing operation of air conditioner, elevating mechanism Ascending fashion can be controlled so as to, when implementing air-conditioning and fragrant pattern, elevating mechanism can be controlled so as to ascending fashion.
It can pass through heat exchanger 4 from the air of air suction inlet I suctions.Heat exchanger 4 can make to inhale from air suction inlet I The air entered carries out heat exchange with refrigerant.Heat exchanger 4 can be between air suction inlet I and pressure fan 6.Heat exchanger 4 The inside of body 2 can be configured in a manner of long.Heat exchanger 4 can be between suction body 20 and pressure fan 6, and is arranged at Suction body 20.
Pressure fan 6 can suck air from air suction inlet I, and after bypassing air through heat exchanger 4, blow to space S. Pressure fan 6 may include multiple impellers 61,62,63.The structure in a manner of multiple impellers 61,62,63 are rotating independently of each other of pressure fan 6 Into, also, the group for being provided with a fan motor impeller can set multiple groups.Pressure fan 6 can include multiple wind Fan motor 64,65,66 and multiple impellers 61,62,63.Pressure fan 6 may include：First impeller 61, to the left side direction and right side side The air that at least one direction and downside direction in spues by heat exchanger 4；Second impeller 62, to the left side direction and the right side The air that at least one direction in side direction spues by heat exchanger 4；And trilobed wheel 63, side direction and right side to the left The air that at least one direction and upper side direction in direction spue by heat exchanger 4.Pressure fan 6 may include：First fan Motor 64, for rotating the first impeller 61；Second fan motor 65, for rotating the second impeller 62；And three fan Motor 66, for rotating trilobed wheel 63.
Pressure fan 6 can be made of centrifugal fan.Pressure fan 6 can be made of sirrocco fan, and above-mentioned multiblade is sent Wind turbine sucks the air at rear, and at least one direction into front, rear, left and right is blown.Pressure fan may include：Fan Housing 67, for forming the flow path of multiple impellers 61,62,63；And perforate 68, for guiding the sky sucked to blower-casting 67 Gas.
The quantity of blower-casting 67 can be less than the quantity of impeller 61,62,63, the rolled portion and discharge of the first impeller 61 Portion, the rolled portion and spitting unit of the second impeller 62, the rolled portion of trilobed wheel 63 and spitting unit can together be formed at blower-casting 67。
The quantity of perforate 68 can be less than the quantity of impeller 61,62,63, and be used to guide the sky from the suction of the first impeller 61 The hole portion 68A of gas, for guiding from the hole portion 68B of the air of the second impeller 62 suction and being inhaled for guiding from trilobed wheel 63 The hole portion 63C of the air entered can together be formed at perforate 68.
Pressure fan 6 can become the first fan motor 64 and the first impeller 61 towards fragrant shell 28 and side discharge plate 34, 35 blow the first blowing unit of air.Pressure fan 6 can become the second fan motor 65 and the second impeller 62 and spue towards side Plate 34,35 blows the second blowing unit of air.Pressure fan 6 can become three fan motor 65 and trilobed wheel 63 towards side Discharge plate 34,35 and mobile discharge main body 36 blow the 3rd blowing unit of air.
In air regulator, when implementing fragrance operation, the quantity of rotating impeller, which can be less than to work as, implements refrigerating operaton When rotating impeller quantity.
In air regulator, when implementing fragrance operation, the quantity of rotating impeller, which can be less than to work as, implements refrigeration and virtue The quantity of rotating impeller during perfume operation.
When implementing refrigerating operaton, air regulator can pass through fragrant shell 28, discharge plate 34,35 and the mobile master that spues Body 36 dispersedly spues air.
When implementing refrigerating operaton, the first fan motor 64, the second fan motor 65, the three fan motor of pressure fan 6 66 can drive, and the first impeller 61, the second impeller 62, trilobed wheel 63 are rotatable.When implementing refrigeration and fragrance operation, The first fan motor 64, the second fan motor 65, the three fan motor 66 of pressure fan 6 can drive.First leaf of pressure fan 6 It is rotatable to take turns the 61, second impeller 62, trilobed wheel 63.
When implementing fragrance operation, air regulator can be by fragrant 28 discharge air of shell, without from discharge plate 34,35 And mobile 36 discharge air of discharge main body.When implementing fragrance operation, pressure fan 6 can only have the first fan motor 64 and drive, And the second fan motor 65 and three fan motor 66 stop.Pressure fan 6 can only have the first impeller 61 and rotate, and the second impeller 62 And trilobed wheel 63 stops.
Fragrant case 8 can be located between pressure fan 6 and air discharge opening O along air-flow direction.Fragrant case 8 can be with can Mobile mode is contained in space S.
As shown in Fig. 2, fragrant case 8 can be moved to the first position for blocking air discharge opening O, or as shown in Figure 1, fragrance Box 8 can be moved to the second place of open air discharge opening O.First position can be air discharge opening hidden position P1, second Position can be air discharge opening release position P2.Fragrant case 8 can act as the air discharge opening for open air discharge opening O Door, even if not being used for the extra air discharge opening door of open air discharge opening O, can also keep air regulator to clean.
Fragrant case 8 may include the aroma encapsulations stent 82 for assembling and disassembling aroma encapsulations C.Fragrant case 8 can also include terminal 85, 86, above-mentioned terminal 85,86 is installed on aroma encapsulations stent 82, when being mounted with aroma encapsulations C, above-mentioned terminal 85,86 and fragrance Capsule C is in contact.Fragrant case 8 can also include high-voltage generator 88, and above-mentioned high-voltage generator 88 is installed on aroma encapsulations Stent 82, and be electrically connected with terminal 85,86.
Aroma encapsulations stent 82 can protect aroma encapsulations C, and move aroma encapsulations C.
Aroma encapsulations insertion groove 83,84 can be formed in aroma encapsulations stent 82, above-mentioned aroma encapsulations insertion groove 83,84 is with slotting The mode entered houses at least a portion of aroma encapsulations C.Aroma encapsulations insertion groove 83,84 may include to be used to install aroma encapsulations C Aroma encapsulations mounting groove 83 and for take care of aroma encapsulations C aroma encapsulations take care of groove 84.Aroma encapsulations C is optionally Aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 are inserted in, when using aroma encapsulations C, above-mentioned aroma encapsulations C can Set in a manner of being inserted in aroma encapsulations mounting groove 83, as unused aroma encapsulations C, above-mentioned aroma encapsulations C can be with slotting The mode for entering aroma encapsulations keeping groove 84 is taken care of.It can be configured in aroma encapsulations mounting groove 83 when being inserted into aroma encapsulations C and fragrant The terminal 85,86 that balosam capsule C is in contact, aroma encapsulations C becomes when being inserted in aroma encapsulations mounting groove 83 can discharge fragrance State.When terminal 85,86 is configured without when aroma encapsulations take care of groove 84 and aroma encapsulations C is not used, aroma encapsulations C can Taken care of in a manner of being inserted in aroma encapsulations keeping groove 84.
Aroma encapsulations stent 82 can be made of a component, and may include bottom aroma encapsulations stent 82A and top fragrance Kapselhalterung 82B, above-mentioned top aroma encapsulations stent 82B are arranged at the top of bottom aroma encapsulations stent 82A.Can be in top virtue Fragrant Kapselhalterung 82B forms aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84.
Terminal 85,86 may include the high voltage connection terminal 85 and and aroma encapsulations being in contact with high voltage application terminal The ground connection terminals 86 that the grounding electrode of C is in contact.When aroma encapsulations C is inserted in aroma encapsulations mounting groove 83, fragrant glue The high voltage of capsule C, which applies terminal, to be in contact with high voltage connection terminal 85, and the grounding electrode of aroma encapsulations C can connect with ground connection Connecting terminal 86 is in contact.A part for terminal 85,86 can be located at aroma encapsulations mounting groove 83.Terminal 85,86 may be disposed at top Aroma encapsulations stent 82B.Terminal 85,86 can be connected by lead with high-voltage generator 88 described later.
Fragrant case 8 may include the safety switch 87 for about beam current.Safety switch 87 can be the spacing of on-off Switch.Safety switch 87 can be connected in the following way, i.e. by external force make the first terminal with it is at least one in Second terminal Generation elastic deformation, thus makes the first terminal be in contact with Second terminal.If removing external force, safety switch 87 is by first end Son recovers with the terminal of elastic deformation occurs in Second terminal, and the first terminal is separated and is disconnected with Second terminal.Safety open Close 87 to may be disposed between control unit 24 and high-voltage generator 88, or be arranged at high-voltage generator 88 and connected with high voltage Between terminal 85.When connecting safety switch 87, high voltage will not apply to aroma encapsulations C, aroma encapsulations C do not generate fragrance into Point.
Signal is connected if being exported from control unit 24, high-voltage generator 88 can produce high voltage, and connect to high voltage Connecting terminal 85 applies, and with high voltage is applied, aroma encapsulations C can generate the fragrance ingredient of mist form.High-voltage generator 88 It may be disposed at aroma encapsulations stent 82.High-voltage generator 88 can be located at bottom aroma encapsulations stent 82A and top fragrance shell Between 82B, and protected by aroma encapsulations stent 82.
Fragrant case 8 can also include fragrant ornamental portion 89, and above-mentioned fragrance ornamental portion 89 is by lighting means 130 described later Light is shinny.Fragrant ornamental portion 89 may be disposed at before fragrant box support 82, also, when looking from outside at space S, can pass through Space S sees fragrant ornamental portion 89.Fragrant ornamental portion 89 seems brighter because of the light that lighting means 130 described later are irradiated, So as to improve the decorative beauty of fragrant case 8.When air regulator stops, fragrant ornamental portion 89 can be with fragrant box support 82 together Advance, and form a part for the appearance of air regulator.
Fragrant case 8 can carry out on-off operation.When connect operation, fragrant case 8 can apply to aroma encapsulations C High voltage, and the fragrance ingredient of mist form can be discharged from aroma encapsulations C.When turning off operation, fragrant case 8 can block The high voltage applied to aroma encapsulations C, and interrupt the generation of the fragrance ingredient of mist form.
Fragrant case 8 can be by setting cycle on-off.When the turn-on time of fragrant case 8 can be shorter than the disconnection of fragrant case 8 Between.Fragrant case 8 can be switched on by setting number in fragrant run time, be disconnected.
Air regulator may include the fragrant case moving mechanism 90 for moving fragrant case 8.Fragrant case moving mechanism 90 Fragrant case 8 can be made to be moved to air discharge opening hidden position P1 movements or to air discharge opening release position P2.Fragrant case moves Mechanism 90 may be disposed at fragrant shell 28.
Fragrant case moving mechanism 90 may include the fragrant case carrier 92 for being configured with fragrant case 8.Fragrant case 8 can be positioned over virtue Pomander carrier 92.Aroma encapsulations stent 82 can be configured at fragrant case carrier 92 in a manner of so as to sliding.Fragrant case 8 can By so as to being configured at fragrant case carrier 92 in a manner of mobile.Fragrant case 8 can be with so as to repair change place towards aroma encapsulations The mode of P3 movements configures.
Air regulator makes fragrant case 8 be located at the masking of air discharge opening as shown in Figures 2 and 3, in fragrant case carrier 92 In the state of the P1 of position, fragrant case 8 can advance, and change place P3 movements are repaiied before fragrant case 8 and then to aroma encapsulations.Air regulator As shown in Figures 2 and 3, in the state of being fixed in the position of fragrant case carrier 92, fragrant case 8 can retreat, and fragrant case 8 can It is enough to repair change place movement to the non-of aroma encapsulations.Here, the non-change place of repairing of aroma encapsulations can be to be closed with air discharge opening Position identical position P1.
Fragrant case moving mechanism 90 includes fragrant case carrier moving mechanism, and above-mentioned fragrant case carrier moving mechanism makes virtue Pomander carrier 92 is moved in space S.Fragrant case carrier moving mechanism can be such that fragrant case carrier 92 is moved along anteroposterior direction It is dynamic.Fragrant case carrier moving mechanism includes：Driving source 94, is arranged at fragrant shell 28；And at least one transmission parts 96, When driving driving source 94, move fragrant case carrier 92.
Transmission parts 96 may include connecting rod, and above-mentioned connecting rod is connected with driving source 94, for moving fragrant case carrier 92 It is dynamic.
Air regulator can also include elastic mechanism 97, above-mentioned elastic mechanism 97 and aroma encapsulations stent 82, fragrant case Carrier 92 is connected, and carries out elastic pressurized to aroma encapsulations stent 82 towards front.
Air regulator can also include locking mechanism 98,99, and above-mentioned locking mechanism 98,99 is used to install fragrant case 8 Fragrant case 8 is removed in fragrant case carrier 92 or from fragrant case carrier 92.Locking mechanism 98,99 can be by aroma encapsulations stent 82 It is locked in fragrant case carrier 92 or unlocks from fragrant case carrier 92.As shown in Figures 1 and 2, locking mechanism 98,99 is solid Fragrant case 8 and fragrant case carrier 92 are determined, so that fragrant case 8 is together moved when fragrant case carrier 92 moves.Such as Fig. 2 and Shown in Fig. 3, locking mechanism 98,99 can be such that fragrant case 8 is separated with fragrant case carrier 92, and fragrant case 8 can be carried with fragrant case Advance on the basis of device 92 or retreat.Locking mechanism 98,99 may include：Push bolt (Push latch) 98, is arranged at fragrant case carrying Device 92；And latch (latch) 99, aroma encapsulations stent 82 is located at, is together moved with aroma encapsulations stent 82, for locking 98 or 98 unlock from pushing bolt in pushing bolt.Latch 99 can be protrusively provided in aroma encapsulations stent 82 towards rear, be pushed bolt 98 can be fixedly arranged at fragrant carrier 92.When aroma encapsulations stent 82 retreats, latch 99 be subject to push bolt 98 locking The constraint in portion and be stuck, by push bolt 98 lock part constrain latch 99, aroma encapsulations stent 82 is in fragrant case carrier 92 fix into row position.
Input unit 9,10,11 may include the remote controler 9 being mutually separated with body 2.Input unit 9,10,11 may include to be used to receive The remote controler receiving division of the output signal of remote controler 9.Remote controler receiving division may be provided in body 2.
Input unit 9,10,11 may include the Body Controller 10 for being arranged at body 2.Body Controller 10 is arranged at body 2, The instruction of user can directly be received.Body Controller 10 can be arranged at the control panel of body 2 with display device split, and And above-mentioned Body Controller 10 display device that may include to be arranged at body and the touch-screen or sensing that are arranged at display device Device.In the case where Body Controller 10 includes touch-screen or sensor, Body Controller 10 is configured in protecgulum 31.
Input unit 9,10,11 may include the wireless fidelity module to communicate with mobile terminal or computer etc..It is wireless to protect True module may be provided in body 2.User can apply journey by being arranged at the air regulator operation use of mobile terminal or computer etc. Sequence inputs various instructions, and the output signal of the instruction inputted by air regulator operation application program can be by Wireless Fidelity mould Block receives.
Input unit 9,10,11 may include the sound identification module of the phonetic order for identifying user.Sound identification module It may be provided in body 2.Sound identification module can recognize that presetting phonetic order, and its result is exported to control unit 24.Voice Identification module can identify that " refrigeration ", " air purification ", " dehumidifying " and " fragrance operation " etc. is related to the operation of air regulator Instruction, and can identify the instruction of the air quantity such as " high wind ", " weak wind ".
Input unit 9,10,11 may include to communicate with the external equipment such as remote controler 9 or mobile terminal or computer At least one communication module 11.Communication module 104 can communicate with control unit 24.Remote controler can be set in communication module 11 It is at least one in receiving division, wireless fidelity module and sound identification module.Multiple communication modules can be set in air regulator. Remote controler receiving division, wireless fidelity module and sound identification module can all be arranged at a communication module, be also dispersible in more A communication module.Communication module 11 may be disposed at protecgulum 31.
Air regulator can also include lighting means 130, and above-mentioned lighting means 130 are towards 8 irradiation light of fragrant case.Shine Mechanism 130 can be the fragrant case lighting mechanism being illuminated to fragrant case 8.Lighting means 130 may be disposed at body 2, and shine Bright fragrant case 8.Lighting means 130 can be connected with control unit 24, and lighting means 130 are controlled by control unit 24.Lighting means 130 The space S of fragrant shell 28 can be illuminated, so as to be illuminated to fragrant case 8.Lighting means 130 are arranged at fragrant shell 28 outside, and towards 27 irradiation light of air inflow aperture of fragrant shell 28, the light irradiated to air inflow aperture 27 can pass through sky Air flow inlet 27 is irradiated to space S.The light irradiated to space S can illuminate fragrant case 8.Lighting means 130 can be to air discharge opening O It is illuminated, and can serve as air discharge opening lighting mechanism.
Lighting means 13 may be disposed at position opposite with fragrant shell 28 in the inside of body 2.Lighting means 130 can be set It is placed in pressure fan 6.Lighting means 130 can by with fragrant shell 28 it is opposite in a manner of be arranged at pressure fan 6.Lighting means 130 It may be disposed at the lower part of pressure fan 6, and towards space S irradiation light.Lighting means 130 may include tellite and be arranged at At least one light emitting source of tellite.Light emitting source can be light emitting diode.At least one light emitting source can with fragrance To fragrant 28 irradiation light of shell in the state of shell 28 is opposite.If input fragrance operation, lighting means 130 can be connected, shone Mechanism 130 can connect in the initial setting time of fragrance operation, and fragrant case 8 and space S are illuminated.If by initial Setting time, lighting means 130 can then disconnect.
Fig. 9 is the exploded perspective view of fragrant shell and the fragrant case carrier of an embodiment of air regulator of the present invention, Major part top view when Figure 10 is the operation of an embodiment of air regulator of the present invention, Figure 11 is air adjustment of the present invention The major part top view during stopping of one embodiment of device, Figure 12 are the fragrant glue of an embodiment of air regulator of the present invention Capsule repaiies major part top view when changing.
As shown in Figures 10 and 11, fragrant case carrier 92 can be slid back and forth along fragrant shell 28, can be in virtue At least one formation sliding guide in fragrant shell 28 and fragrant case carrier 92, above-mentioned sliding guide guiding fragrant case are removed Fortune device 92 slides back and forth.
Some in fragrant shell 28 and fragrant case carrier 92 28 can be formed along fragrant case carrier 92 The protrusion guiding piece 102,104 of moving direction extension, another in fragrant shell 28 and fragrant case carrier 92 92 can be with Guiding tendon 92A, 92B are formed, when fragrant case carrier 92 moves, above-mentioned guiding tendon 92A, 92B are highlighted guiding piece 102,104 Guiding.Sliding guide may include prominent guiding piece 102,104 and guiding tendon 92A, 92B.Protruding guiding piece 10,104 can be Separate a pair of of protuberance of configuration, guiding tendon 92A, 92B can be a pair of of the muscle for separating configuration.Prominent guiding piece 102,104 can Project upwards and form from the lower plate of bottom fragrance shell 29, guiding tendon 92A, 92B can be in the side directions of fragrant case carrier 92 Side direction is protruded and formed.
The guide rail 93 that is pushed or pull on by transmission parts 96 can be formed in fragrant case carrier 92.Transmission parts 96 can wrap Include connecting rod, drive shaft 96A and driven shaft 96B can be formed in connecting rod, above-mentioned drive shaft 96A is connected with driving source 94, it is above-mentioned from Moving axis 96B moves fragrant case carrier 92.Connecting rod can rotate in the state of drive shaft 96A is connected with driving source 94, from Moving axis 96B is so as to the mode slided is connected with fragrant case carrier 92.At least a portion of driven shaft 96B is inserted into leading Rail 93, driven shaft 96B is so as to the mode into row position movement is located at the inside of guide rail 93.Driven shaft 96B is guided by guide rail 93 While push or pull on guide rail 93, and guide rail 93 can be moved by driven shaft 96B.When driven shaft 96B is moved into row position, Guide rail 93 can be moved along driven shaft 96B.
The quantity of guide rail 96 can be identical with the quantity of driving source 94.Air regulator may include a pair of of driving source 94 and a pair Transmission parts 96, can set a pair of guide rails 93 in fragrant case carrier 92.Fragrant case carrier moving mechanism may include：First drives Motivation structure 90A, some transmission parts is connected in some driving source；And the second driving mechanism 90B, in another driving source Connect another transmission parts.First driving mechanism 90A and the second driving mechanism 90B can be separatedly arranged at along left and right directions Fragrant shell 28.Can slidably it be inserted into the driven shaft 96B that the transmission parts 96 of the first driving mechanism 90A are formed Some in a pair of guide rails, and the driven shaft 96B that is formed of transmission parts 96 in the second driving mechanism 90B can be can slide Dynamic mode is inserted in another in a pair of guide rails.
A pair of guide rails 93 separates along left and right directions.For a pair of guide rails 93 closer to front, mutual distance is more remote, and Closer to rear, mutual distance closer to.
As shown in Figure 10, the driving source 94 of the 94 and second driving mechanism 90B of driving source of the first driving mechanism 90A can make The driven shaft 96B and formed in the transmission parts 96 of the second driving mechanism 90B that the transmission parts 96 of first driving mechanism 90A are formed Driven shaft 96B rotated by the remote direction of phase change.As shown in Figure 10, air regulator can be so that the first driving mechanism 90A The opposite mode in direction of transmission parts 96 of 96 and second driving mechanism 90B of transmission parts drive the first driving mechanism 90A 94 and second driving mechanism 90B of driving source driving source 94.In this case, the transmission parts of the first driving mechanism 90A 96 and second the transmission parts 96 of driving mechanism 90B can be rotated in a manner of being configured in long way respectively along left and right directions.When , can be by the driven of the first driving mechanism 90A when first driving mechanism 90A as described above and the second driving mechanism 90B drives Axis 96B rearward pulls some in a pair of guide rails 93, and is rearward drawn by the driven shaft 96B of the second driving mechanism 90B Another in a pair of guide rails 90 is moved, as shown in Figure 10, fragrant case carrier 92 can be retreated rearward.
As shown in figure 11, the driving source 94 of the 94 and second driving mechanism 90B of driving source of the first driving mechanism 90A can make The driven shaft 96B and formed in the transmission parts 96 of the second driving mechanism 90B that the transmission parts 96 of first driving mechanism 90A are formed Driven shaft 96B rotated by direction close to each other.As shown in figure 11, air regulator can be so that the first driving mechanism 90A 96 and second driving mechanism 90B of power-transmitting part transmission parts 96 be respectively facing front mode drive the first driving machine The driving source 94 of the 94 and second driving mechanism 90B of driving source of structure 90A.In this case, the transmission of the first driving mechanism 90A The transmission parts 96 of 96 and second driving mechanism 90B of component can with respectively along towards the direction of air discharge opening O in long way The mode of configuration rotates., can be by first when the first driving mechanism 90A as described above and the second driving mechanism 90B drives The driven shaft 96B of driving mechanism 90A promotes some in a pair of guide rails 93 forwards, and by the second driving mechanism 90B's Driven shaft 96B promotes another in a pair of guide rails 90 forwards, as shown in figure 11, fragrant case carrier 92 can forwards before Into.
Can be in locking mechanism mounting portion 92C of the formation of fragrant case carrier 92 for installing locking mechanism 98,99.It can lock Determine mechanism mounting portion 92C and set to push bolt 98.Locking mechanism mounting portion 92C can be formed at the back plate of fragrant case carrier 92.
Elastic mechanism 97 may include：Roller 97A, so as to rotating mode is arranged at aroma encapsulations stent 82；Elastic portion Part 97B, is connected with fragrant case carrier 92, and with elastic type wound on roller 97A.Elastic mechanism 97 may include and elasticity One end of elastomeric element connector 97C, elastomeric element 97B that component 97B is connected can be connected with elastomeric element connector 97C Connect, the other end of elastomeric element 97B can be connected with roller 97A.The elastomeric element connector 97C of elastic mechanism 97 can be with fragrance Box carrier 82 is connected, and the roller 97A of elastic mechanism 97 can rotatably be connected with aroma encapsulations stent 82. Roller 97A can be rotatably with the stent 82 of aroma encapsulations rear portion be connected, elastomeric element connector 97C can pacify Front portion loaded on fragrant case carrier 82, elastomeric element 97B can be in a parts in the state of the lower part of fragrant box support 82 Elastic deformation and elasticity recovery.At least a portion of elastomeric element 97B wound on the coil of roller 97A by forming.Such as Figure 10 extremely Shown in Figure 11, when fragrant case 8 retreats, elastomeric element 97B is untied in a manner of elongating width in the front-back direction from roller 97A, And elastic deformation occurs.As shown in figure 12, when fragrant case 8 advances, side that elastomeric element 97B is shortened with width in the front-back direction Formula recovers elasticity wound on roller 97A.
Can be in connector mounting portion 92D of the formation of fragrant case carrier 92 for installing elastomeric element connector 97C.In bullet Property component connector 97C can form hook, can form dog hole in connector mounting portion 92D, hook is inserted in above-mentioned hook with elastic type Hole is simultaneously hooked.
Air regulator may include the reducing gear for making aroma encapsulations stent 82 slow down.Reducing gear may include：Tooth Bar 112, is formed at some in fragrant case carrier 92 and aroma encapsulations stent 82；And pinion gear 114, with rotating side Formula is connected with another in fragrant case carrier 92 and aroma encapsulations stent 82.Fragrant case 8 can be by elastic mechanism 97 Elastic restoring force advance rapidly, when pinion gear 114 is rotated and moved along rack 112, reducing gear can by both it Between frictional force slow down the translational speed of fragrant case 8.Rack 112 can be formed at fragrant case carrier 92.Pinion gear 114 can be with Can rotating mode be arranged at fragrant case 8.Pinion gear 114 can by so as to be directly connected in a manner of rotating with fragrant case 8, And it can be connected by extra gear stand 116 with fragrant case 8.Gear stand 116 can be in the way to insert with being formed at The insertion muscle of the lower part of fragrant case 8 is combined, and can be combined by hook portions such as hooks with fragrant case 8.Pinion gear 114 can be with energy Enough rotating modes are connected with being formed at the support shaft of gear stand 116, and are revolved centered on the support shaft of gear stand 116 Turn.Pinion gear 114 can be rotated in the lower part of fragrant case 8 centered on vertical center axis, and along rack 112 rotate while to Anteroposterior direction moves.Pinion gear 114 and gear stand 116 can act as deceleration damper.
Switching manipulation portion 92E, when fragrant case 8 is in assigned position, above-mentioned switch can be formed in fragrant case carrier 92 Operation portion 92E connects safety switch 87.Here, as shown in Figures 10 and 11, the assigned position of fragrant case 8 is fixed for fragrant case 8 In the position of fragrant case carrier 92, thus can be that latch 99 be stuck in and push bolt 98 and restrained position.Removed in fragrant case Transport in device 92, switching manipulation portion 92E can be to prominent with direction that fragrant case 8 is opposite.In fragrant case carrier 92, switching manipulation Portion 92E can be formed in a manner of being grown along anteroposterior direction.
Figure 13 is the fragrance when the aroma encapsulations stent of an embodiment of air regulator of the present invention installs aroma encapsulations The sectional view of box, major part section view when Figure 14 is the aroma encapsulations for the embodiment for installing air regulator of the present invention by mistake Figure.
In fragrant box support 82, aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 can by different depth Hs 1, H2 is formed.It can be opened respectively above aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84.83 He of aroma encapsulations mounting groove Aroma encapsulations keeping groove 84 can be formed from the shape sinking to aroma encapsulations stent 82 respectively.
The depth of aroma encapsulations keeping groove 84 can more be deeper than the depth of aroma encapsulations mounting groove 83.Installed in aroma encapsulations In the case that groove 83 is the first depth H 1, aroma encapsulations keeping groove 84 can have second depth H 2 deeper than the first depth H 1.Make For aroma encapsulations take care of groove 84 depth the second depth H 2 can be equal to or more than plug 16 height H3 and the first depth H 1 it With.Aroma encapsulations C can be inserted in aroma encapsulations keeping groove 84, at this time, plug with plug 16 with the state that container 12 is combined The residing height in 16 upper end can be equal to or less than residing height above aroma encapsulations stent 82.
The depth H 1 of aroma encapsulations mounting groove 83 is equal to or more than the height of container 12.The depth of aroma encapsulations mounting groove 83 H1 is smaller than the sum of the height of container 12 and the height H3 of plug 16.
As shown in figure 13, when the container 12 being separated with plug 16 is inserted in aroma encapsulations mounting groove 83, container 12 The residing height in upper end can be equal to or less than residing height above aroma encapsulations stent 82.
User can make plug 16 in the state of container 12 is combined to aroma encapsulations mounting groove 83 because mistake waits Container 12 is inserted into, in this case, at least a portion of plug 16 can be located at higher than the upper end of aroma encapsulations mounting groove 83 Position, and all or part of of plug 16 can be located at the position higher than above aroma encapsulations stent 82.
The stop section 30A of the locking of plug 16 for being opened and closed tap 13 can be formed such that in fragrant shell 28.In block Portion 30A can form stop section through hole 30B, and the fragrance ingredient discharged from tap 13 passes through above-mentioned stop section through hole 30B.
Plug 16 in a manner of blocking tap 13 in the state of container 12 is combined, the container 12 of aroma encapsulations C Aroma encapsulations mounting groove 83 is mountable to, at this time, as shown in figure 14, plug 16 can be fragrant in the same direction with container 16 and fragrant case 8 one The inside of fragrant shell 28 retreats.As shown in figure 14, when fragrant case 8 is retreated to the inside of fragrant shell 28, plug 16 can be by Stop section 30A is engaged.Since plug 16 is engaged by stop section 30A, fragrant case 8 is deeply inserted into without normal direction space S, and user can To check the position of fragrant case 8, with the naked eye confirm whether aroma encapsulations C installs by mistake.
According to the forming position of stop section 30A, the locking position of plug 16 can be different.
When fragrant case 8 be in from aroma encapsulations repair change place P3 to air discharge opening hidden position P1 move during When, stop section 30A can be formed at the position of constraint plug 16, and in this case, fragrant case 8 possibly can not normally reach air Discharge opening hidden position P1.User etc. can confirm that fragrant case 8 can not be retreated to air discharge opening hidden position P1 by naked eyes, and It can identify the mistake installation of aroma encapsulations C.
On the other hand, stop section 30A can be formed at spits when fragrant case 8 is in from air discharge opening hidden position P1 to air The position of plug 16 is constrained when during opening releases position P2 movements, in this case, fragrant case 8 is possibly can not be normal Reach air discharge opening release position P2.User etc. can be confirmed that fragrant case 8 can not be retreated to air discharge opening by naked eyes and be opened Position P2, and identify the mistake installation of aroma encapsulations C.
When aroma encapsulations C is installed by mistake, user can pull out forwards again by being pressed with hand and decontroling fragrant case 8 Fragrant case 8, also, by plug 16, after container 12 separates, user can rearward promote fragrant case 8 again.With plug 16 The container 12 of phase separation can be together inserted into the inside of fragrant shell 28 again with fragrant case 8, and be separated with plug 16 Aroma encapsulations C will not be stuck in stop section 30A, and aroma encapsulations C being capable of normal use.
When implementing fragrance operation or air-conditioning and fragrance operation, the tap 13 of container 12 can be located at stop section through hole 30B Downside, can be more than at least a portion with stop section through hole 30B at least a portion for the tap 13 that container 12 is formed Lower direction is opposite.If connecting fragrant case 8 by fragrance operation or air-conditioning and fragrance operation, the fragrance ingredient discharged from container 12 Can be by stop section through hole 30B, and the fragrance ingredient for passing sequentially through tap 13 and stop section through hole 30B can be with pressure fan 6 air one blowed air discharge opening O in the same direction spues.
Hereinafter, the effect to the present invention is described as follows.
First, when air regulator implements operation of air conditioner, fragrant case moving mechanism 90 may be controlled to " fall back " mode", and Pressure fan 6 can be driven.
When fragrant case moving mechanism 90 is in " fall back " mode", after fragrant case moving mechanism 90 can make fragrant case carrier 92 Move back.When fragrant case carrier 92 retreats, fragrant case 8 can together be retreated with fragrant case carrier 92, and be hidden from air discharge opening Position P1 is covered to move to air discharge opening release position P2.When fragrant case 8 retreats, air discharge opening O can be opened.
When pressure fan 6 drives, indoor air can be purified by clean unit 26, or can with heat exchanger 4 into After row heat exchange, flowed into the space S of fragrant shell 28, and from space S by air discharge opening O to indoor discharge.
When air regulator implements fragrance operation, fragrant case moving mechanism 90 is controllable to be made " fall back " mode", and fragrant case 8 It can run, pressure fan 6 can be driven.
When fragrant case moving mechanism 90 is in " fall back " mode", as operation of air conditioner, fragrant case moving mechanism 90 can make Fragrant case carrier 92 retreats, and fragrant case 8 can be moved from air discharge opening hidden position P1 to air discharge opening release position P2, And air discharge opening O can be opened.
When fragrant case 8 is run, high voltage can be applied to aroma encapsulations C, and aroma encapsulations C can discharge fragrance ingredient.Virtue The fragrance ingredient that balosam capsule C is discharged can be discharged to space S.
When pressure fan 6 drives, indoor air can be by clean unit 26 and heat exchanger 4, and passes through heat exchange The air of device 4 can be flowed into the space S of fragrant shell 28, and be mixed in space S and fragrance ingredient.Mixed with fragrance ingredient Air can by air discharge opening O to indoor discharge, with air one in the same direction indoor discharge fragrance ingredient can by air to Interior diffuses extensively.
When air regulator implements air-conditioning and fragrance operation, fragrant case moving mechanism 90 is controllable to be made " fall back " mode", and Fragrant case 8 can be run, and pressure fan 6 can be driven.
When fragrant case moving mechanism 90 is in " fall back " mode", with operation of air conditioner or fragrance operation, fragrant case movement Mechanism 90 can retreat fragrant case carrier 92, and fragrant case 8 can be opened from air discharge opening hidden position P1 to air discharge opening Position P2 is moved, and air discharge opening O can be opened.
When fragrant case 8 is run, high voltage can be applied to aroma encapsulations C, and aroma encapsulations C can discharge fragrance ingredient.Virtue The fragrance ingredient that balosam capsule C is discharged can be discharged to space S.
When pressure fan 6 drives, indoor air can be purified by clean unit 26, or can with heat exchanger 4 into After row heat exchange, flowed into the space S of fragrant shell 28, and mixed in space S and fragrance ingredient.Mutually mixed with fragrance ingredient The air of conjunction can be by air discharge opening O to indoor discharge, and the fragrance ingredient with the indoor discharge in the same direction of air one can be by air Diffused extensively to interior.
When the operation of air regulator stops, fragrant case moving mechanism 90 may be controlled to forward mode, if fragrant case 8 It is in operation, then fragrant case 8 can be stopped, and can stop pressure fan 6.
When fragrant case moving mechanism 90 implements forward mode, before fragrant case moving mechanism 90 can make fragrant case carrier 92 Into fragrant case 8 can be moved from air discharge opening release position P2 to air discharge opening hidden position P1, and air discharge opening O can Covered by fragrant case 8.
When the operation of air regulator stops, user Ke Xiu changes aroma encapsulations C.User can use hand propelled fragrant case 8 And unclamp.Fragrant case 8 can utilize latch 99 to start and push bolt 98, and the constraint of latch 99 can be released by pushing bolt.Work as latch When the constraint of device 99 is released from, fragrant case 8 can be promoted forwards by elastic restoring force, as shown in Figure 3 and Figure 6, can be to air Draw a part for fragrant case 8 in the front of discharge opening O.Before fragrant case 8 can be in a manner of a part be prominent to the front of body 2 Into fragrant case 8 can repair change place P3 positioned at aroma encapsulations.If fragrant case 8, which reaches aroma encapsulations, repaiies change place P3, aroma encapsulations C It can expose to outside.User can take out aroma encapsulations C from fragrant case 8, and install new aroma encapsulations in fragrant case 8 again The C or aroma encapsulations C that material is produced supplemented with fragrance.After aroma encapsulations C is installed, user can rearward promote fragrant case 8, At this time, elastic deformation can occur for elastic mechanism 97, and latch 99, which can be stuck in, pushes bolt 98.Fragrant case 8 is securable to fragrant case Carrier 92, and fragrant case 8 can maintain the air discharge opening hidden position P1 for blocking air discharge opening O.

Claims (21)

  1. A kind of 1. air regulator, it is characterised in that including：
    Suction body, formed with air suction inlet,
    Heat exchanger, passes through above-mentioned heat exchanger from the air of air suction inlet suction；
    Fragrant shell, the space passed through formed with air, and formed with the air discharge opening of the air for the above-mentioned space that spues,
    Pressure fan, air is sucked from air suction inlet, and makes above-mentioned air by being passed through after above-mentioned heat exchanger and above-mentioned space Above-mentioned air discharge opening is crossed to spue,
    Fragrant case, can assemble and disassemble aroma encapsulations, above-mentioned fragrant case so as to mobile mode is contained in above-mentioned space, and
    Fragrant case moving mechanism, when the operation of air regulator stops, which makes above-mentioned fragrant case to sky The hidden position movement of gas discharge opening, covers above-mentioned air discharge opening, for discharging fragrance will pass through above-mentioned fragrant case During the fragrance operation of air regulator, which makes above-mentioned fragrant case be moved to the release position of air discharge opening It is dynamic, to open above-mentioned air discharge opening；
    Above-mentioned fragrant case moving mechanism includes：
    Fragrant case carrier, is placed with above-mentioned fragrant case, and
    Fragrant case carrier moving mechanism, makes above-mentioned fragrant case carrier be moved in above-mentioned space；
    Above-mentioned fragrant case carrier moving mechanism includes：
    Driving source, is arranged at above-mentioned fragrant shell, and
    At least one transmission parts, when above-mentioned driving source drives, move above-mentioned fragrant case carrier；
    Above-mentioned transmission parts include drive shaft and connecting rod, and above-mentioned drive shaft is connected with above-mentioned driving source, is formed in above-mentioned connecting rod The driven shaft for making above-mentioned fragrant case carrier movement is useful for,
    In above-mentioned fragrant case carrier formed with guide rail, the above-mentioned above-mentioned driven shaft of rail guidance, and moved by above-mentioned driven shaft.
  2. 2. air regulator according to claim 1, it is characterised in that be previously formed above-mentioned sky in above-mentioned fragrant shell Gas discharge opening, forms air inflow aperture, which uses in the one side opposite with above-mentioned pressure fan of above-mentioned fragrant shell In making to enter from the air that above-mentioned pressure fan blows to above-mentioned spatial flow.
  3. 3. air regulator according to claim 2, it is characterised in that it is above-mentioned fragrance shell include bottom fragrance shell and Top fragrance shell, above-mentioned top fragrance shell are configured at the top of above-mentioned bottom fragrance shell, and formed with above-mentioned air stream Entrance.
  4. 4. air regulator according to claim 1, it is characterised in that
    The tap for being used for discharging fragrance ingredient is formed in above-mentioned aroma encapsulations,
    The stop section of the plug locking for being opened and closed above-mentioned tap is formed such that in above-mentioned fragrant shell.
  5. 5. air regulator according to claim 4, it is characterised in that in above-mentioned stop section formed with stop section through hole, Pass through above-mentioned stop section through hole from the fragrance ingredient of above-mentioned tap discharge.
  6. 6. air regulator according to claim 1, it is characterised in that above-mentioned fragrant case includes that above-mentioned fragrance can be assembled and disassembled The aroma encapsulations stent of capsule.
  7. 7. air regulator according to claim 6, it is characterised in that in above-mentioned aroma encapsulations stent formed with fragrant glue Capsule insertion groove, above-mentioned aroma encapsulations insertion groove house at least a portion of above-mentioned aroma encapsulations in the way to insert.
  8. 8. air regulator according to claim 7, it is characterised in that above-mentioned aroma encapsulations insertion groove includes：
    Aroma encapsulations mounting groove, is configured with the terminal being in contact when being inserted into above-mentioned aroma encapsulations with aroma encapsulations；And
    Aroma encapsulations take care of groove, the above-mentioned aroma encapsulations installation groove depth of depth ratio.
  9. 9. air regulator according to claim 6, it is characterised in that above-mentioned fragrant case further includes terminal, above-mentioned terminal Above-mentioned aroma encapsulations stent is installed on, when installing above-mentioned aroma encapsulations, above-mentioned terminal is in contact with above-mentioned aroma encapsulations.
  10. 10. air regulator according to claim 9, it is characterised in that above-mentioned fragrant case further includes high-voltage generator, Above-mentioned high-voltage generator is installed on above-mentioned aroma encapsulations stent, and is electrically connected with above-mentioned terminal.
  11. 11. air regulator according to claim 1, it is characterised in that above-mentioned aroma encapsulations stent so as to slide Mode is configured at above-mentioned fragrant case carrier.
  12. 12. air regulator according to claim 11, it is characterised in that further include elastic mechanism, above-mentioned elastic mechanism It is connected with above-mentioned aroma encapsulations stent, fragrant case carrier, elasticity is carried out to above-mentioned aroma encapsulations stent towards forward direction Pressurization.
  13. 13. air regulator according to claim 12, it is characterised in that further include locking mechanism, above-mentioned locking mechanism For above-mentioned aroma encapsulations bracket lock due to above-mentioned fragrant case carrier or to be unlocked.
  14. 14. air regulator according to claim 12, it is characterised in that
    Including reducing gear, above-mentioned reducing gear is used to make above-mentioned aroma encapsulations stent slow down；
    Above-mentioned reducing gear includes：
    Rack, one be formed in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations stent, and
    Pinion gear, is connected with another in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations stent in rotary manner.
  15. 15. air regulator according to claim 1, it is characterised in that
    Above-mentioned fragrant case includes the safety switch for being used for about beam current,
    In above-mentioned fragrant case carrier formed with switching manipulation portion, when above-mentioned fragrant case is in assigned position, above-mentioned switch behaviour Make portion and connect above-mentioned safety switch.
  16. 16. air regulator according to claim 1, it is characterised in that further include lighting means, above-mentioned lighting means are set It is placed in the lower part of above-mentioned pressure fan, and towards above-mentioned space illumination light.
  17. 17. air regulator according to claim 16, it is characterised in that above-mentioned fragrant case includes fragrant ornamental portion, on The light that fragrant ornamental portion is stated by above-mentioned lighting means is shinny.
  18. A kind of 18. air regulator, it is characterised in that including：
    Body, formed with air suction inlet, air discharge opening and defined space,
    Heat exchanger, is arranged at above-mentioned body,
    Pressure fan, air is sucked from air suction inlet, and makes above-mentioned air by being passed through after above-mentioned heat exchanger and above-mentioned space Above-mentioned air discharge opening is crossed to spue,
    Fragrant case, can assemble and disassemble aroma encapsulations, above-mentioned fragrant case so as to mobile mode is configured at the space of above-mentioned body, with And
    Fragrant case moving mechanism, when the operation of air regulator stops, which makes above-mentioned fragrant case to sky The hidden position movement of gas discharge opening, covers above-mentioned air discharge opening, for discharging fragrance will pass through above-mentioned fragrant case During the fragrance operation of air regulator, which makes above-mentioned fragrant case be moved to the release position of air discharge opening It is dynamic, to open above-mentioned air discharge opening；
    Above-mentioned fragrant case moving mechanism includes：
    Fragrant case carrier, is configured with above-mentioned fragrant case, and
    Fragrant case carrier moving mechanism, makes above-mentioned fragrant case carrier be moved along anteroposterior direction；
    Above-mentioned fragrant case is so as to the mode moved along anteroposterior direction is configured at above-mentioned fragrant case carrier；
    The air regulator further includes elastic mechanism, and above-mentioned elastic mechanism is connected with above-mentioned fragrant case, fragrant case carrier, Elastic pressurized is carried out to above-mentioned fragrant case with anteroposterior direction.
  19. 19. air regulator according to claim 18, it is characterised in that further include locking mechanism, above-mentioned locking mechanism Above-mentioned fragrant case is locked in above-mentioned fragrant case carrier or is unlocked.
  20. 20. air regulator according to claim 18, it is characterised in that including reducing gear, above-mentioned reducing gear is used Slow down in making above-mentioned fragrant case.
  21. 21. air regulator according to claim 18, it is characterised in that further include lighting means, above-mentioned lighting means It is arranged at above-mentioned pressure fan, and towards above-mentioned fragrant case irradiation light.
CN201410208540.9A 2014-01-14 2014-05-16 Air regulator Active CN104776497B (en)

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KR1020140004720A KR101385289B1 (en) 2014-01-14 2014-01-14 Air conditioner

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CN106039375A (en) * 2016-07-11 2016-10-26 青岛海澄知识产权事务有限公司 Air-conditioner ventilation aromatic box
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CN115782535A (en) * 2022-12-13 2023-03-14 珠海格力电器股份有限公司 Champignon subassembly, air conditioner and vehicle

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