CN104776497A - Air conditioner - Google Patents

Air conditioner Download PDF

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Publication number
CN104776497A
CN104776497A CN201410208540.9A CN201410208540A CN104776497A CN 104776497 A CN104776497 A CN 104776497A CN 201410208540 A CN201410208540 A CN 201410208540A CN 104776497 A CN104776497 A CN 104776497A
Authority
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.)
Granted
Application number
CN201410208540.9A
Other languages
Chinese (zh)
Other versions
CN104776497B (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 includes: a suction body having an air suction opening; a heat exchanger through which air sucked through the air suction opening passes; an aroma case having a space through which air passes and an air discharge opening through which the air in the space is discharged; a blower for drawing in air through the air suction opening and blowing the sucked air into the space after the air passes the heat exchanger; an aroma kit to which an aroma capsule is attached or detached and accommodated in the space to be moved; and an aroma kit moving mechanism for moving the aroma kit to a position of shielding the air discharge opening or a position of opening the air discharge opening. The aroma kit opens and closes the air discharge opening to keep the air discharge opening clean without using a separate door for the air discharge opening, thereby minimizing the number of components and obtaining a compact structure as compared with the case in which a separate door for the air discharge opening is installed.

Description

Air regulator
Technical field
The present invention relates to air regulator, particularly relate to externally scentetd air regulator.
Background technology
In general, air regulator to utilize heating machine, refrigeration machine and clarifier etc. to make indoor cooling and warming or to arrange for the purpose of purifying air, thus makes more suitable indoor environment for people's class.
Air regulator comprises: air suction inlet, for the air in suction chamber; Air discharge opening, for the air that spues; Air-conditioning unit, is arranged at the inside of above-mentioned air regulator, for changing temperature or cleannes or the humidity etc. of air; And pressure fan, be arranged at the inside of above-mentioned air regulator, for from the air in air suction inlet suction chamber, air flowed to air-conditioning unit, and the air being undertaken regulating by air-conditioning unit is spued to air discharge opening.
Can arrange the aromatic injection portion for fragrance such as spraying aromatics at air regulator, in this case, the fragrance ingredients such as aromatic can remove indoor foul smell, can provide comfort to user.
Prior art document
KR10-0220728B1 (on 09 15th, 1999)
The air regulator of prior art owing to arranging aromatic injection portion at suction grid, thus exist when repair change aromatic injection portion time, only from body, be separated suction grid, just can repair the problem of changing aromatic injection portion.
The present invention includes: suction body, be formed with air suction inlet; Heat exchanger, the air sucked from air suction inlet passes through above-mentioned heat exchanger; Fragrance shell, is formed with the space that air passes through, and is formed with the air discharge opening of the air for the above-mentioned space that spues; Pressure fan, sucks air from air suction inlet, and makes above-mentioned air by after heat exchanger, by above-mentioned blow air to above-mentioned space; Fragrant case, can install and remove aroma encapsulations, and above-mentioned fragrant case is the mode of movement can be contained in above-mentioned space; And fragrant case travel mechanism, make above-mentioned fragrant case move to air discharge opening hidden position or move to air discharge opening release position.
Before above-mentioned fragrant shell, form above-mentioned air discharge opening, and form air inflow aperture at above-mentioned fragrant shell with above-mentioned pressure fan one side in opposite directions, this air inflow aperture enters to above-mentioned spatial flow for making the air blowed from above-mentioned pressure fan.
Above-mentioned fragrant shell can comprise the fragrant shell in bottom and top fragrance shell, and this top fragrance shell is configured at the top of above-mentioned bottom fragrance shell, and is formed with above-mentioned air inflow aperture.
Can at the tap of above-mentioned aroma encapsulations formation for discharging fragrance ingredient, and in above-mentioned fragrant shell formation, the stopper for the above-mentioned tap of opening and closing be engaged.
Can be formed with stop section through hole in above-mentioned stop section, the fragrance ingredient of discharging from above-mentioned tap is by above-mentioned stop section through hole.
Above-mentioned fragrant case can comprise by the aroma encapsulations support can installing and removing above-mentioned aroma encapsulations.
Can be formed with aroma encapsulations insertion groove at above-mentioned aroma encapsulations support, above-mentioned aroma encapsulations insertion groove accommodates above-mentioned aroma encapsulations at least partially in the way to insert.
Above-mentioned aroma encapsulations insertion groove can comprise: aroma encapsulations mounting groove, is configured with the terminal contacted with aroma encapsulations when inserting above-mentioned aroma encapsulations; And aroma encapsulations keeping groove, the above-mentioned aroma encapsulations of depth ratio installs groove depth.
Above-mentioned fragrant case can also comprise terminal, and above-mentioned terminal is installed on above-mentioned aroma encapsulations support, when installing above-mentioned aroma encapsulations, and the terminal that above-mentioned terminal contacts with above-mentioned aroma encapsulations.
Above-mentioned fragrant case can also comprise high pressure generator, and above-mentioned high pressure generator is arranged on above-mentioned aroma encapsulations support, and is electrically connected with above-mentioned terminal.
Above-mentioned fragrant case travel mechanism can comprise: fragrant case carrier, is placed with above-mentioned fragrant case; And fragrant case carrier travel mechanism, above-mentioned fragrant case carrier is moved in above-mentioned space.
Above-mentioned fragrant case carrier travel mechanism can comprise: drive source, is arranged at above-mentioned fragrant shell; And at least one drive disk assembly, when above-mentioned drive source drives, above-mentioned fragrant case carrier is moved.
Above-mentioned drive disk assembly can comprise driving shaft and and connecting rod, above-mentioned driving shaft is connected with above-mentioned drive source, is formed with the driven shaft for making the movement of above-mentioned fragrant case carrier at above-mentioned connecting rod; Be formed with guide rail at above-mentioned fragrant case carrier, the above-mentioned driven shaft of above-mentioned rail guidance, and move by above-mentioned driven shaft.
Above-mentioned aroma encapsulations support can be configured at above-mentioned fragrant case carrier in the mode that can slide.
The present invention can also comprise elastic mechanism, and above-mentioned elastic mechanism is connected with above-mentioned aroma encapsulations support, fragrant case carrier, and elastic pressurized is carried out to above-mentioned aroma encapsulations support in direction toward the front.
The present invention can also comprise locking mechanism, and above-mentioned locking mechanism is used for above-mentioned aroma encapsulations bracket locked in above-mentioned fragrant case carrier or unlock.
The present invention can comprise reducing gear, and above-mentioned reducing gear is used for above-mentioned aroma encapsulations support is slowed down; Above-mentioned reducing gear comprises: tooth bar, and what be formed in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations support is some, and pinion, is connected in rotary manner with above-mentioned fragrant case carrier with another in above-mentioned aroma encapsulations support.
Above-mentioned fragrant case can comprise the safety switch for about beam electronic current, and can be formed with switching manipulation portion at above-mentioned fragrant case carrier, when above-mentioned fragrant case is in assigned position, above-mentioned switching manipulation portion connects above-mentioned safety switch.
The present invention can also comprise lighting means, and above-mentioned lighting means is arranged at the bottom of above-mentioned pressure fan, and towards above-mentioned space illumination light.
Above-mentioned fragrant case can comprise fragrant ornamental portion, and above-mentioned fragrant ornamental portion is undertaken shinny by the light of above-mentioned lighting means.
The present invention can comprise: body, is formed with air suction inlet and air discharge opening; Heat exchanger, is arranged at above-mentioned body; Pressure fan, sucks air from air suction inlet, and makes above-mentioned air by after heat exchanger, spue from above-mentioned air discharge opening; Fragrant case, can install and remove aroma encapsulations with, above-mentioned fragrant case the mode of movement can be configured at above-mentioned space; And fragrant case travel mechanism, above-mentioned fragrant case is moved.
Above-mentioned fragrant case travel mechanism can comprise: fragrant case carrier, is configured with above-mentioned fragrant case, and fragrant case carrier travel mechanism, and above-mentioned fragrant case carrier is moved along fore-and-aft direction; Above-mentioned fragrant case can be configured at above-mentioned fragrant case carrier along the mode of fore-and-aft direction movement.
The present invention can also comprise elastic mechanism, and above-mentioned elastic mechanism is connected with above-mentioned fragrant case, fragrant case carrier, carries out elastic pressurized with fore-and-aft direction to above-mentioned fragrant case.
The present invention can also comprise locking mechanism, and above-mentioned fragrant case is locked in above-mentioned fragrant case carrier or from unlocking by above-mentioned locking mechanism.
The present invention can comprise reducing gear, and above-mentioned reducing gear is used for above-mentioned fragrant case is slowed down.
The present invention can also comprise lighting means, and above-mentioned lighting means is arranged at above-mentioned pressure fan, and irradiates light towards above-mentioned fragrant case.
Tool of the present invention has the following advantages, that is, fragrant case switching air discharge opening, without the need to arranging air discharge opening door separately, also can keep the clean of air discharge opening, and arranging compared with air discharge opening door situation separately, number of components can be minimized more, and can densification be realized.
The present invention, owing to moving fragrant case, thus has the space utilization degree of the inside can improving air regulator, and increases the advantage of the ease of use of fragrant case.
The present invention carries out two-stage slip due to the change place of repairing of fragrant case from air discharge opening release position to aroma encapsulations, thus has the minimizing thickness that can make air regulator, and can carry out the advantage of densification.
Externally pull out under the present invention to be positioned at the inside of air regulator due to fragrant case state at fragrant carrier, thus there is the advantage of being convenient to repair and changing aroma encapsulations.
The present invention, owing to can limit the use of fragrant case when installing aroma encapsulations, thus has stability, advantage that reliability is high by mistake.
Tool of the present invention has the following advantages, that is, user is by the light irradiated from lighting means, easily can identify the position of the part producing fragrance.
Summary of the invention
Accompanying drawing explanation
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 is the longitudinal sectional view that the aroma encapsulations of an embodiment of air regulator of the present invention repaiies when changing,
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 is the stereogram that the aroma encapsulations of an embodiment of air regulator of the present invention repaiies when changing,
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 fragrant shell of an embodiment of air regulator of the present invention and the exploded perspective view of fragrant case carrier,
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 sectional view of the fragrant case when the aroma encapsulations support installing aroma encapsulations of an embodiment of air regulator of the present invention,
Major part sectional view when Figure 14 is the aroma encapsulations of an embodiment of by mistake installing air regulator of the present invention.
Detailed description of the invention
Below, with reference to accompanying drawing, embodiments of the invention are described in detail.
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 is the longitudinal sectional view that the aroma encapsulations of an embodiment of air regulator of the present invention repaiies when changing, 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 is the stereogram that the aroma encapsulations of an embodiment of air regulator of the present invention repaiies when changing, 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,
Air regulator comprises: body 2, is formed with air suction inlet I and air discharge opening O; Heat exchanger 4, is arranged at body 2; Pressure fan 6, sucks air from air suction inlet I, and makes air by after heat exchanger 4, spue from air discharge opening O; And fragrant case 8, can install and remove aroma encapsulations C, fragrant case 8 is the mode of movement can be configured at body 2.
Air regulator can also comprise input part 9,10,11, and above-mentioned input part 9,10,11 optionally can input operation of air conditioner, fragrance operation, air-conditioning and fragrance and run.
Fragrance operates to discharges fragrance ingredient from the aroma encapsulations C containing fragrance generation material, and the indoor in the same way operation of extensively filling the air of air one that the fragrance ingredient of discharging and pressure fan 6 blow.Fragrant operation after input fragrance runs, can be implemented within fragrant running time.Fragrant running time is the time set to allow air regulator implement fragrance operation control.Fragrant operation can be implemented from the moment that input fragrance runs within fragrant running time, and can terminate after enforcement once.
Operation of air conditioner can be refrigerating operaton, the operations such as operation are run and dehumidified to heating operation, purification of air, can also for being selected from refrigerating operaton, heating operation, purification of air operation and the operating one operation that dehumidifies.Operation of air conditioner can for not being switched on or switched off the non-aromatic operation that fragrant case 8 runs.
Air regulator optionally can be implemented fragrance operation, operation of air conditioner, air-conditioning and fragrance and run.
The 3rd operation that what the operation of air regulator can comprise that first of operation of air conditioner runs, fragrance runs second runs, air-conditioning and fragrance run, first to run, second runs and the 3rd run and can optionally implement.
Below, be described operation of air conditioner with the example of refrigerating operaton, when enforcement first runs, air regulator does not discharge fragrance ingredient from aroma encapsulations C, but is spued by air discharge opening O and carry out the air of heat exchange with heat exchanger 4.It can be air-conditioning isolated operation that first of air regulator runs.When enforcement second runs, air regulator can discharge fragrance ingredient from aroma encapsulations C, and air when there is no variations in temperature by after heat exchanger 4, together spued by air discharge opening O with fragrance ingredient.It can be fragrant isolated operation that second of air regulator runs.When enforcement the 3rd runs, air regulator can discharge fragrance ingredient from aroma encapsulations C, and the air carrying out heat exchange with heat exchanger 4 and the fragrance ingredient one of discharging from aroma encapsulations C in the same way air discharge opening O spue.Operation while the 3rd of air regulator runs and can be air-conditioning and fragrance.
In operation stops, air regulator can carry out operation of air conditioner by the input of input part 10.If input fragrance from input part 10 to run in the process of operation of air conditioner, air regulator then can change to air-conditioning and fragrance runs.Air regulator by the end of input operation of air conditioner of input part 10 in the process of operation of air conditioner, can also be implemented fragrance by the input of input part 10 and run.
In operation stops, air regulator can carry out fragrance by the input of input part 10 and run.In the process that fragrance runs, air regulator can change to air-conditioning by the input of input part 10 and fragrance runs.In the process that fragrance runs, air regulator can run by the end of input fragrance of input part 10, can also carry out operation of air conditioner by the input of input part 10.
The inside of aroma encapsulations C can be loaded as the functional materials that fragrance produces material.If apply high voltage from outside, aroma encapsulations C then makes functional materials micronize, thus externally sprays.Aroma encapsulations can for the electrostatic spray capsule by making the charged mode forming potential difference of functional materials as fragrance generation material make to spray with mist form functional materials.Functional materials can be contained in aroma encapsulations C with liquid condition, sprays after also drop can being made to become micronize by the electric power produced along with applying high voltage.Functional materials can be the various aromatic oil of rose aromatic oil, peppermint aromatic oil, lemon aromatic oil and sweet basil fragrance wet goods, and the fragrance of discharging from aroma encapsulations C can eliminate the stress of user, and can improve concentrated force.
Aroma encapsulations C can comprise the container 12 that functional materials is housed.The tap 13 for discharging fragrance ingredient can be formed at aroma encapsulations C.Tap 13 can be formed at container 12, and the fragrance ingredient that the functional materials in container 12 generates is discharged by the outside of tap 13 to aroma encapsulations C.Aroma encapsulations C comprises: high voltage applies terminal (not shown), is configured at container 12, for applying high voltage to the functional materials in container 12; Porous electrode (not shown), is configured at the inside of container 12, rises with capillarity for making functional materials; And earth electrode (not shown), be configured at container 12, when a high voltage is applied, produce porous electrode and potential difference.
Container 12 can comprise: main body 14, and opening above of aforementioned body 14, forms the space that functional materials is housed in the inside of main body 204; And lid 15, above main body covered 14, be formed with tap 13 at lid 206.
Aroma encapsulations C can be included in the stopper 16 blocking tap 13 when not using.Carrying or keeping aroma encapsulations C under the state that can be blocked by stopper 16 at tap 13.At stopper 16 from the state that container 12 is separated, the container 12 of aroma encapsulations C can be installed on fragrant case 8.Aroma encapsulations C can be installed on the aroma encapsulations support 82 described later in fragrant case 8.
Air regulator can comprise: suction body 20, is formed with air suction inlet I; And fragrant shell 28, be formed with the space S that air passes through, and be formed with the air discharge opening O of the air for the space S that spues.When pressure fan 6 drives, indoor air sucks by the inside of suction body 20 to air regulator, blow by the space S of pressure fan 6 to fragrant shell 28, and the air of space S spues to the outside of air regulator by the air discharge opening O of fragrant shell 28.
Body 2 can comprise suction body 20 and fragrant shell 28.Except suction body 20 and fragrant shell 28, body 2 can also comprise protecgulum 31 described later etc.
Body 2 can also comprise the base 22 for arranging suction body 20.Air regulator can be vertical air adjuster, and suction body 20 can be arranged at the upside of base 22.The control part 24 of the various electronic units for controlling air regulator can be set at base 22.At this, the various electronic units of air regulator can comprise pressure fan 6, fragrant case 8 and fragrant case travel mechanism 90 described later.
Air regulator can also comprise the clean unit 26 for purifying air.Clean unit 26 is configurable in suction body 20.Clean unit 26 is configurable between suction body 20 and heat exchanger 4.Clean unit 26 can comprise the filter for the foreign matter in filtered air.Clean unit 26 can comprise the ion generator producing ion in atmosphere.Clean unit 26 can comprise the electrostatic (electric dust) precipitator for making the foreign matter electric discharge in air carry out control of dust.Clean unit 26 can comprise filter, also can comprise at least one in ion electric organ and electrostatic (electric dust) precipitator.
The air blowed from pressure fan 6 can by fragrant shell 28.Fragrance shell 28 can for the main body that spues making the air that changes in the inside of air regulator spue to the outside of air regulator.Fragrant case 8 can be contained in fragrant shell 28.
Can form air inflow aperture 27 at fragrant shell 28, the air blowed from pressure fan 6 is by above-mentioned air inflow aperture 27.The air blowed from pressure fan 6 flows into space S by the air inflow aperture 27 of fragrant shell 28, can pass through space S, and spue to air discharge opening O to space S leaked-in air.Fragrant case 8 can be configured at fragrant shell 28 in a movable manner.Fragrant case 8 can be positioned at space S, and can be configured at space S in a movable manner.Fragrant shell 28 can be set in the mode seeing air discharge opening O in the outside of air regulator.Can to arrange fragrant shell 28 with pressure fan 6 mode in opposite directions.Air inflow aperture 27 can be formed with pressure fan 6 one side in opposite directions at fragrant shell 28.Fragrance shell 26 can be arranged at pressure fan 6.Fragrance shell 28 can be arranged at the bottom of pressure fan 6.The mode can seeing air discharge opening O with the outside saved at air-conditioning arranges fragrant shell 28.Externally discharge by fragrant shell 28 from pressure fan 6 to lower side to the air blowed.Air inflow aperture 27 can be formed on fragrant shell 28.Air discharge opening O can be formed before fragrant shell 28.Fragrance shell 28 can be the back side, below, left surface and right flank distinguish blocked shape.Fragrance shell 28 can be formed by parts.Fragrance shell 28 can be combined into by multiple parts.Fragrance shell 28 can comprise the fragrant shell 29 in bottom and top fragrance shell 30, and above-mentioned top fragrance shell 30 is arranged at the top of the fragrant shell 29 in bottom, and is formed with air inflow aperture 27.A part on the fragrance shell 30 of top can form air inflow aperture 27.Can in fragrant shell 28 front end of fragrant shell 29, bottom and top fragrance shell 30 front end between form air discharge opening O.
Body 2 can comprise the protecgulum 31 in the front being configured at pressure fan 6.Protecgulum 31 can protect pressure fan 6, and can become the front enclosing cover of a part for the outward appearance forming air regulator.The opening portion 32 of the front end being greater than fragrant shell 28 can be formed at protecgulum 31.The front end of fragrance shell 28 can be positioned at opening portion 32, and the air comprising fragrance ingredient or the air not comprising fragrance ingredient directly spue from the space S of fragrant shell 28 to the outside of air regulator by air discharge opening O.The front end of fragrance shell 28 can be positioned at the rear of opening portion 32, and the air comprising fragrance ingredient or the air not comprising fragrance ingredient after the space S of fragrant shell 28 spues air discharge opening O, can be spued by the outside of opening portion 32 to air regulator.Air regulator can form overall appearance before air regulator by a protecgulum 31.Protecgulum 31 is configurable in the front of pressure fan 6, and blocks pressure fan 6.
Body 2 can also comprise bottom cover 33.Bottom cover 33 can be positioned at the downside of protecgulum 31.Bottom cover 33 is configurable in the front of base 22.
Air regulator can spue by means of only the air discharge opening O being formed at fragrant shell 28 air, and, except the air discharge opening O of fragrant shell 28, also to spue air by the extra plate 34,35 that spues.Body 2 can also comprise the plate 34,35 that spues be arranged at fragrant shell 28 diverse location.The plate 34,35 that spues can to spue plate for the side on the side being positioned at pressure fan 6.Side air discharge opening 34S, 35A can be formed at the plate 34,35 that spues.The plate 34,35 that spues can comprise spue plate 34 and the right side that is formed with right hand side air discharge opening 35A, the left side being formed with left side air discharge opening 34A and to spue plate 35.The left side plate 34 that spues is configurable in the left side of pressure fan 6, for spuing to indoor from pressure fan 6 air that spues of direction to the left.Left side can be arranged in the mode that can rotate for regulating the left side blade 34B of the wind direction of the air by left side air discharge opening 34A to spue plate 34.Left side blade 34B can opening and closing left side air discharge opening 34A.The right side plate 35 that spues is configurable in the right side of pressure fan 6, for spuing to indoor from pressure fan 6 air that spues of direction to the right.Right side can be arranged in the mode that can rotate for regulating the right side blade 35B of the wind direction of the air by right hand side air discharge opening 5A to spue plate 35.Right side blade 35B can opening and closing right hand side air discharge opening 35A.Air regulator can comprise the left side driving mechanism for making left side blade 34B rotate and the right side driving mechanism for making right side blade 35B rotate.Left side driving mechanism and right side driving mechanism can comprise the drive sources such as motor.When implementing fragrance and running, left side driving mechanism and right side driving mechanism can be controlled so as to closed mode, when implementing jointly to run, left side driving mechanism and right side driving mechanism can be controlled so as to open mode, when implementing air-conditioning and fragrant pattern, left side driving mechanism and right side driving mechanism can be controlled so as to open mode.
Air regulator can only utilize the air discharge opening O being formed at fragrant shell 28 to spue air, and, except the air discharge opening O of fragrant shell 28, also by can the movement that configures of the mode of the movement main body 36 that spues to spue air.The mobile main body 36 that spues can be configured at the top of body 2 in the mode that can be elevated.The mobile main body 36 that spues can be configured at the upside of pressure fan 6 in the mode that can be elevated.The mobile main body 36 that spues forwards can spue from pressure fan 6 and upwards to blow side the air sent.Mobile discharge opening 36A can be formed before the mobile main body 36 that spues.When the mobile main body 36 that spues rises, mobile discharge opening 36A can rise, thus the air that spues, when the mobile main body 36 that spues declines, mobile discharge opening 36A can be inserted in the inside of body 2 and be hidden.Body 2 can also comprise the lifting guiding piece 37 of the lifting for guiding the mobile main body 36 that spues.Lifting guiding piece 37 is configurable between suction body 20 and protecgulum 31.Air regulator can also comprise the elevating mechanism for making the mobile main body 36 that spues be elevated.The drive disk assembly that elevating mechanism can comprise the drive sources such as motor and make when driving drive source the mobile main body 36 that spues be elevated.Drive disk assembly can comprise pinion and tooth bar, and pinion is arranged at drive source, and tooth bar is meshed with pinion.When implementing fragrance and running, elevating mechanism can be controlled so as to drop mode, and when implementing operation of air conditioner, elevating mechanism can be controlled so as to ascending fashion, and when implementing air-conditioning and fragrant pattern, elevating mechanism can be controlled so as to ascending fashion.
The air sucked from air suction inlet I can pass through heat exchanger 4.Heat exchanger 4 can make from air suction inlet I suck air and cold-producing medium carry out heat exchange.Heat exchanger 4 can between air suction inlet I and pressure fan 6.Heat exchanger 4 can be configured at the inside of body 2 in long mode.Heat exchanger 4 between suction body 20 and pressure fan 6, and can be arranged at suction body 20.
Pressure fan 6 can suck air from air suction inlet I, and makes air by after heat exchanger 4, blows to space S.Pressure fan 6 can comprise multiple impeller 61,62,63.Pressure fan 6 is formed in the mode of the separate rotation of multiple impeller 61,62,63, and the group being provided with an impeller at a fan motor can arrange multiple groups.Pressure fan 6 can comprise multiple fan motor 64,65,66 and multiple impeller 61,62,63.Pressure fan 6 can comprise: the first impeller 61, and at least one direction to the left in direction and right direction and lower side are to the air spued by heat exchanger 4; Second impeller 62, at least one direction to the left in direction and right direction spues by the air of heat exchanger 4; And trilobed wheel 63, at least one direction to the left in direction and right direction and direction, upside spue by the air of heat exchanger 4.Pressure fan 6 can comprise: the first fan motor 64, rotates for making the first impeller 61; Second fan motor 65, rotates for making the second impeller 62; And three fan motor 66, rotate for making trilobed wheel 63.
Pressure fan 6 can be made up of centrifugal fan.Pressure fan 6 can be made up of sirrocco fan, and above-mentioned sirrocco fan sucks the air at rear, and blows at least one direction in front, rear, left and right.Pressure fan can comprise: blower-casting 67, for the formation of the stream of multiple impeller 61,62,63; And perforate 68, for guiding the air sucked to blower-casting 67.
The quantity of blower-casting 67 can be less than the quantity of impeller 61,62,63, and rolled portion and the spitting unit of the rolled portion of the rolled portion of the first impeller 61 and spitting unit, the second impeller 62 and spitting unit, trilobed wheel 63 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 for guiding the hole portion 68A of the air sucked from the first impeller 61, for guiding from the hole portion 68B of the air of the second impeller 62 suction and for guiding the hole portion 63C of the air sucked from trilobed wheel 63 can together be formed at perforate 68.
Pressure fan 6 can become the first fan motor 64 and the first impeller 61 and to spue towards fragrant shell 28 and side the first blowing unit of plate 34,35 blow air.Pressure fan 6 can become the second fan motor 65 and the second impeller 62 and to spue towards side the second blowing unit of plate 34,35 blow air.Pressure fan 6 can become three fan motor 65 and trilobed wheel 63 and to spue towards side the 3rd blowing unit of plate 34,35 and mobile main body 36 blow air that spues.
In air regulator, the quantity of the impeller rotated when implementing fragrance and running can be less than the quantity of the impeller rotated when implementing refrigerating operaton.
In air regulator, the quantity of the impeller rotated when implementing fragrance and running can be less than the quantity of the impeller rotated when implementing refrigeration and fragrance runs.
When implementing refrigerating operaton, air regulator can be spued air dispersedly by fragrant shell 28, spue plate 34,35 and the mobile main body 36 that spues.
When implementing refrigerating operaton, the first fan motor 64, second fan motor 65 of pressure fan 6, three fan motor 66 all can drive, and the first impeller 61, second impeller 62, trilobed wheel 63 are all rotatable.When implementing refrigeration and fragrance runs, the first fan motor 64, second fan motor 65 of pressure fan 6, three fan motor 66 all can drive.First impeller 61, second impeller 62 of pressure fan 6, trilobed wheel 63 are all rotatable.
When implementing fragrance and running, air regulator to spue air by fragrant shell 28, and not to spue air from spue plate 34,35 and the mobile main body 36 that spues.When implementing fragrance and running, pressure fan 6 can only have the first fan motor 64 to drive, and the second fan motor 65 and three fan motor 66 stop.Pressure fan 6 can only have the first impeller 61 to rotate, and the second impeller 62 and trilobed wheel 63 stop.
Fragrant case 8 can along air-flow direction between pressure fan 6 and air discharge opening O.Fragrant case 8 can be contained in space S in a movable manner.
As shown in Figure 2, fragrant case 8 can move to the primary importance of blocking air discharge opening O, or as shown in Figure 1, fragrant case 8 can move to the second place of open air discharge opening O.Primary importance can be air discharge opening hidden position P1, and the second place can be air discharge opening release position P2.Fragrant case 8 can be used as the air discharge opening door of open air discharge opening O, even without the extra air discharge opening door for open air discharge opening O, air regulator also can be kept to clean.
Fragrant case 8 can comprise the aroma encapsulations support 82 of mounting or dismounting aroma encapsulations C.Fragrant case 8 can also comprise terminal 85,86, and above-mentioned terminal 85,86 is installed on aroma encapsulations support 82, and when having installed aroma encapsulations C, above-mentioned terminal 85,86 contacts with aroma encapsulations C.Fragrant case 8 can also comprise high-voltage generator 88, and above-mentioned high-voltage generator 88 is installed on aroma encapsulations support 82, and is electrically connected with terminal 85,86.
Aroma encapsulations support 82 can protect aroma encapsulations C, and aroma encapsulations C is moved.
Can form aroma encapsulations insertion groove 83,84 at aroma encapsulations support 82, above-mentioned aroma encapsulations insertion groove 83,84 accommodates aroma encapsulations C at least partially in the way to insert.Aroma encapsulations insertion groove 83,84 can comprise the aroma encapsulations mounting groove 83 for installing aroma encapsulations C and the aroma encapsulations keeping groove 84 for keeping aroma encapsulations C.Aroma encapsulations C is optionally inserted in aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84, when using aroma encapsulations C, above-mentioned aroma encapsulations C can be arranged in the mode being inserted in aroma encapsulations mounting groove 83, when not using aroma encapsulations C, above-mentioned aroma encapsulations C can be inserted in the mode keeping of aroma encapsulations keeping groove 84.Can configure at aroma encapsulations mounting groove 83 terminal 85,86, aroma encapsulations C contacted with aroma encapsulations C when inserting aroma encapsulations C and become the state can discharging fragrance when being inserted in aroma encapsulations mounting groove 83.When terminal 85,86 is not configured at aroma encapsulations keeping groove 84 and does not use aroma encapsulations C, aroma encapsulations C can carry out keeping in the mode being inserted in aroma encapsulations keeping groove 84.
Aroma encapsulations support 82 can be made up of parts, and can comprise the top that bottom aroma encapsulations support 82A and top aroma encapsulations support 82B, above-mentioned top aroma encapsulations support 82B are arranged at bottom aroma encapsulations support 82A.Aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 can be formed at top aroma encapsulations support 82B.
Terminal 85,86 can comprise and applies the high voltage splicing ear 85 that terminal contacts and the ground connection terminals 86 contacted with the earth electrode of aroma encapsulations C with high voltage.When aroma encapsulations C is inserted in aroma encapsulations mounting groove 83, the high voltage of aroma encapsulations C applies terminal and can contact with high voltage splicing ear 85, and the earth electrode of aroma encapsulations C can contact with ground connection terminals 86.A part for terminal 85,86 can be positioned at aroma encapsulations mounting groove 83.Terminal 85,86 can be arranged at top aroma encapsulations support 82B.Terminal 85,86 can be connected with high-voltage generator 88 described later by lead-in wire.
Fragrant case 8 can comprise the safety switch 87 for about beam electronic current.Safety switch 87 can be the limit switch of on-off.Safety switch 87 is connected by such as under type, that is, by external force make in the first terminal and the second terminal at least one there is elastic deformation, make the first terminal contact with the second terminal thus.If removing external force, safety switch 87 recovers by the terminal that elastic deformation occurs in the first terminal and the second terminal, and makes the first terminal be separated with the second terminal and disconnect.Safety switch 87 can be arranged between control part 24 and high-voltage generator 88, or is arranged between high-voltage generator 88 and high voltage splicing ear 85.When connecting safety switch 87, high voltage can not apply to aroma encapsulations C, and aroma encapsulations C does not generate fragrance ingredient.
If export connection signal from control part 24, high-voltage generator 88 can produce high voltage, and applies to high voltage splicing ear 85, and along with applying high voltage, aroma encapsulations C can generate the fragrance ingredient of mist form.High-voltage generator 88 can be arranged at aroma encapsulations support 82.High-voltage generator 88 between bottom aroma encapsulations support 82A and top fragrance shell 82B, and can be protected by aroma encapsulations support 82.
Fragrant case 8 can also comprise fragrant ornamental portion 89, and above-mentioned fragrant ornamental portion 89 is shinny by the light of lighting means 130 described later.Fragrance ornamental portion 89 can be arranged at before fragrant case support 82, and, when checking space S from outside, see fragrant ornamental portion 89 by space S.The light that fragrance ornamental portion 89 irradiates because of lighting means 130 described later and seem brighter, thus the decorative beauty of fragrant case 8 can be improved.When air regulator stops, fragrant ornamental portion 89 together can be advanced with fragrant case support 82, and forms a part for the outward appearance of air regulator.
Fragrant case 8 can carry out on-off operation.When carrying out connection and running, fragrant case 8 can apply high voltage to aroma encapsulations C, and can discharge the fragrance ingredient of mist form from aroma encapsulations C.When carrying out disconnection and running, fragrant case 8 can block the high voltage applied to aroma encapsulations C, and interrupts the generation of the fragrance ingredient of mist form.
Fragrant case 8 can by setting cycle on-off.The turn-off time of fragrant case 8 can be shorter than the turn-on time of fragrant case 8.Fragrant case 8 can be switched on by set point number, disconnect within fragrant running time.
Air regulator can comprise the fragrant case travel mechanism 90 for making fragrant case 8 movement.Fragrant case travel mechanism 90 can make fragrant case 8 move to air discharge opening hidden position P1 or move to air discharge opening release position P2.Fragrant case travel mechanism 90 can be arranged at fragrant shell 28.
Fragrant case travel mechanism 90 can comprise the fragrant case carrier 92 being configured with fragrant case 8.Fragrant case 8 can be positioned over fragrant case carrier 92.Aroma encapsulations support 82 can be configured at fragrant case carrier 92 in the mode that can slide.Fragrant case 8 can the mode of movement can be configured at fragrant case carrier 92.Fragrant case 8 can configure in the mode can repairing change place P3 movement towards aroma encapsulations.
As shown in Figures 2 and 3, under the state that fragrant case carrier 92 makes fragrant case 8 be positioned at air discharge opening hidden position P1, fragrant case 8 can advance air regulator, before fragrant case 8 and then repair change place P3 to aroma encapsulations and move.As shown in Figures 2 and 3, under the state that the position of fragrant case carrier 92 is fixed, fragrant case 8 can retreat air regulator, and fragrant case 8 can enough move to the non-change place of repairing of aroma encapsulations.At this, the non-change place of repairing of aroma encapsulations can for the position identical with air discharge opening detent position P1.
Fragrant case travel mechanism 90 comprises fragrant case carrier travel mechanism, and above-mentioned fragrant case carrier travel mechanism makes fragrant case carrier 92 move in space S.Fragrant case carrier travel mechanism can make fragrant case carrier 92 move along fore-and-aft direction.Fragrant case carrier travel mechanism comprises: drive source 94, is arranged at fragrant shell 28; And at least one drive disk assembly 96, when driving drive source 94, fragrant case carrier 92 is moved.
Drive disk assembly 96 can comprise connecting rod, and above-mentioned connecting rod is connected with drive source 94, moves for making fragrant case carrier 92.
Air regulator can also comprise elastic mechanism 97, and above-mentioned elastic mechanism 97 is connected with aroma encapsulations support 82, fragrant case carrier 92, and carries out elastic pressurized to aroma encapsulations support 82 toward the front.
Air regulator can also comprise locking mechanism 98,99, and above-mentioned locking mechanism 98,99 is for being installed on fragrant case carrier 92 or removing fragrant case 8 from fragrant case carrier 92 by fragrant case 8.Aroma encapsulations support 82 can be locked in fragrant case carrier 92 or unlock from fragrant case carrier 92 by locking mechanism 98,99.As shown in Figures 1 and 2, the fixing fragrant case 8 of locking mechanism 98,99 and fragrant case carrier 92, thus fragrant case 8 is together moved when fragrant case carrier 92 moves.As shown in Figures 2 and 3, locking mechanism 98,99 can make fragrant case 8 be separated with fragrant case carrier 92, and fragrant case 8 can with fragrant case carrier 92 for benchmark advances or retrogressing.Locking mechanism 98,99 can comprise: push bolt (Push latch) 98, is arranged at fragrant case carrier 92; And latch (latch) 99, being located at aroma encapsulations support 82, together moving with aroma encapsulations support 82, pushing bolt 98 or 98 to unlock from pushing bolt for being locked in.Latch 99 can be arranged at aroma encapsulations support 82 highlightedly towards rear, pushes bolt 98 can be fixedly arranged at fragrant carrier 92.When aroma encapsulations support 82 retreats, latch 99 be subject to pushing bolt 98 lock part constraint and be stuck, by push bolt 98 lock part constraint latch 99, aroma encapsulations support 82 carries out position at fragrant case carrier 92 to be fixed.
Input part 9,10,11 can comprise the remote controller 9 separated with body 2 phase.Input part 9,10,11 can comprise the remote control portion of the output signal for receiving remote controller 9.Remote control portion can be located at body 2.
Input part 9,10,11 can comprise the Body Controller 10 being arranged at body 2.Body Controller 10 is arranged at body 2, directly can receive the instruction of user.Body Controller 10 can with display unit split be arranged at the control panel of body 2, and above-mentioned Body Controller 10 can comprise the display unit being arranged at body and the touch-screen being arranged at display unit or sensor.When Body Controller 10 comprises touch-screen or sensor, Body Controller 10 is configurable in protecgulum 31.
Input part 9,10,11 can comprise the wireless fidelity module carrying out with mobile terminal or computer etc. communicating.Wireless fidelity module can be located at body 2.User inputs various instruction by the air regulator operation application program being arranged at mobile terminal or computer etc., can be received by the output signal of the instruction of air regulator operation application program input by wireless fidelity module.
Input part 9,10,11 can comprise the sound identification module of the phonetic order for identifying user.Sound identification module can be located at body 2.The phonetic order that sound identification module identifiable design is presetting, and its result is exported to control part 24.Sound identification module can identify the instruction that " refrigeration ", " purification of air ", " dehumidifying " and " fragrance runs " etc. are relevant to the operation of air regulator, and can identify the instruction of the air quantity such as " high wind ", " weak wind ".
Input part 9,10,11 can comprise and can carry out with remote controller 9 or the external equipment such as mobile terminal or computer at least one communication module 11 of communicating.Communication module 104 can communicate with control part 24.Can communication module 11 arrange in remote control portion, wireless fidelity module and sound identification module at least one.Multiple communication module can be set at air regulator.Remote control portion, wireless fidelity module and sound identification module all can be arranged at a communication module, also dispersible in multiple communication module.Communication module 11 can be arranged at protecgulum 31.
Air regulator can also comprise lighting means 130, and above-mentioned lighting means 130 irradiates light towards fragrant case 8.Lighting means 130 can for the fragrant case lighting mechanism thrown light on to fragrant case 8.Lighting means 130 can be arranged at body 2, and illuminates fragrant case 8.Lighting means 130 can be connected with control part 24, controls lighting means 130 by control part 24.Lighting means 130 can throw light on to the space S of fragrant shell 28, thus throws light on to fragrant case 8.Lighting means 130 is arranged at the outside of fragrant shell 28, and irradiates light towards the air inflow aperture 27 of fragrant shell 28, and the light irradiated to air inflow aperture 27 irradiates to space S by air inflow aperture 27.The light irradiated to space S can illuminate fragrant case 8.Lighting means 130 can throw light on to air discharge opening O, and can be used as air discharge opening lighting mechanism.
Lighting means 13 can be arranged in the inside of body 2 with fragrant shell 28 position in opposite directions.Lighting means 130 can be arranged at pressure fan 6.Lighting means 130 can be arranged at pressure fan 6 with fragrant shell 28 mode in opposite directions.Lighting means 130 can be arranged at the bottom of pressure fan 6, and irradiates light towards space S.Lighting means 130 can comprise tellite and be arranged at least one light emitting source of tellite.Light emitting source can be light emitting diode.At least one light emitting source can with fragrant shell 28 state in opposite directions under irradiate light to fragrant shell 28.If input fragrance runs, then lighting means 130 can be connected, and connects, and throw light on to fragrant case 8 and space S in the initial setting time that lighting means 130 can run at fragrance.If through initial setting time, lighting means 130 can disconnect.
Fig. 9 is the fragrant shell of an embodiment of air regulator of the present invention and the exploded perspective view of fragrant case carrier, 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, Figure 12 is the major part top view that the aroma encapsulations of an embodiment of air regulator of the present invention repaiies when changing.
As shown in Figures 10 and 11, fragrant case carrier 92 can carry out slide anteroposterior along fragrant shell 28, at least one in fragrant shell 28 and fragrant case carrier 92 can form sliding guide, above-mentioned sliding guide guides fragrant case carrier 92 slide anteroposterior.
In fragrant shell 28 and fragrant case carrier 92 some 28 can form the outstanding guiding piece 102,104 that the moving direction along fragrant case carrier 92 extends, another in fragrant shell 28 and fragrant case carrier 92 92 can form guiding tendon 92A, 92B, when fragrant case carrier 92 moves, above-mentioned guiding tendon 92A, 92B are highlighted guiding piece 102,104 and guide.Sliding guide can comprise outstanding guiding piece 102,104 and guiding tendon 92A, 92B.Outstanding guiding piece 10,104 can for separating a pair protuberance of configuration, and guiding tendon 92A, 92B can for separating a pair muscle of configuration.Outstanding guiding piece 102,104 can project upwards from the lower plate of bottom fragrance shell 29 and form, and guiding tendon 92A, 92B can form towards side to outstanding at the side of fragrant case carrier 92.
The guide rail 93 promoting by drive disk assembly 96 or pull can be formed at fragrant case carrier 92.Drive disk assembly 96 can comprise connecting rod, and can form driving shaft 96A and driven shaft 96B at connecting rod, above-mentioned driving shaft 96A is connected with drive source 94, and above-mentioned driven shaft 96B makes fragrant case carrier 92 move.Rotate under the state that connecting rod can be connected with drive source 94 at driving shaft 96A, driven shaft 96B is connected with fragrant case carrier 92 in the mode that can slide.Driven shaft 96B can be inserted in guide rail 93 at least partially, and driven shaft 96B is positioned at the inside of guide rail 93 in the mode can carrying out position movement.Promote or sliding guides 93 while driven shaft 96B is guided by guide rail 93, and guide rail 93 can move by driven shaft 96B.When driven shaft 96B carry out position move time, guide rail 93 can move along driven shaft 96B.
The quantity of guide rail 96 can be identical with the quantity of drive source 94.Air regulator can comprise a pair drive source 94 and a pair drive disk assembly 96, can arrange pair of guide rails 93 at fragrant case carrier 92.Fragrant case carrier travel mechanism can comprise: the first driving mechanism 90A, connects some drive disk assemblies at some drive sources; And the second driving mechanism 90B, connect another drive disk assembly at another drive source.First driving mechanism 90A and the second driving mechanism 90B can be arranged at fragrant shell 28 separatedly along left and right directions.It is some that the driven shaft 96B formed at the drive disk assembly 96 of the first driving mechanism 90A can slidably be inserted in pair of guide rails, and slidably can be inserted in another in pair of guide rails at the driven shaft 96B that the drive disk assembly 96 of the second driving mechanism 90B is formed.
Pair of guide rails 93 is separated along left and right directions.Pair of guide rails 93 is more close to front, and distance is each other far away, and more close to rear, distance each other the closer to.
As shown in Figure 10, the drive source 94 of the first driving mechanism 90A and the drive source 94 of the second driving mechanism 90B can make the driven shaft 96B that formed at the drive disk assembly 96 of the first driving mechanism 90A and rotate by the direction that phase change is far away at the driven shaft 96B that the drive disk assembly 96 of the second driving mechanism 90B is formed.As shown in Figure 10, air regulator can drive the drive source 94 of the first driving mechanism 90A and the drive source 94 of the second driving mechanism 90B in the mode that the direction of the drive disk assembly 96 of the drive disk assembly 96 and the second driving mechanism 90B that make the first driving mechanism 90A is contrary.In this case, the drive disk assembly 96 of the first driving mechanism 90A and the drive disk assembly 96 of the second driving mechanism 90B can rotate in the mode configured in long way along left and right directions respectively.When the first driving mechanism 90A as above and the second driving mechanism 90B drives, rearward can pull in pair of guide rails 93 by the driven shaft 96B of the first driving mechanism 90A some, and rearward pull another in pair of guide rails 90 by the driven shaft 96B of the second driving mechanism 90B, as shown in Figure 10, fragrant case carrier 92 can rearward retreat.
As shown in figure 11, the drive source 94 of the first driving mechanism 90A and the drive source 94 of the second driving mechanism 90B can make the driven shaft 96B that formed at the drive disk assembly 96 of the first driving mechanism 90A and rotate by direction close to each other at the driven shaft 96B that the drive disk assembly 96 of the second driving mechanism 90B is formed.As shown in figure 11, air regulator can with the drive disk assembly 96 of the power-transmitting part 96 and the second driving mechanism 90B that make the first driving mechanism 90A respectively mode toward the front drive the drive source 94 of the first driving mechanism 90A and the drive source 94 of the second driving mechanism 90B.In this case, the drive disk assembly 96 of the first driving mechanism 90A and the drive disk assembly 96 of the second driving mechanism 90B can rotate in the mode configured in long way along the direction towards air discharge opening O respectively.When the first driving mechanism 90A as above and the second driving mechanism 90B drives, forwards can promote in pair of guide rails 93 by the driven shaft 96B of the first driving mechanism 90A some, and forwards promote another in pair of guide rails 90 by the driven shaft 96B of the second driving mechanism 90B, as shown in figure 11, fragrant case carrier 92 can forwards advance.
Locking mechanism installation portion 92C for installing locking mechanism 98,99 can be formed at fragrant case carrier 92.Can arrange at locking mechanism installation portion 92C and push bolt 98.Locking mechanism installation portion 92C can be formed at the rear plate of fragrant case carrier 92.
Elastic mechanism 97 can comprise: roller 97A, is arranged at aroma encapsulations support 82 in the mode that can rotate; Elastomeric element 97B, is connected with fragrant case carrier 92, and is wound on roller 97A with elastic type.Elastic mechanism 97 can comprise the elastomeric element connector 97C be connected with elastomeric element 97B, and one end of elastomeric element 97B can be connected with elastomeric element connector 97C, and the other end of elastomeric element 97B can be connected with roller 97A.The elastomeric element connector 97C of elastic mechanism 97 can be connected with fragrant case carrier 82, and the roller 97A of elastic mechanism 97 can rotatably be connected with aroma encapsulations support 82.Roller 97A can rotatably be connected with the rear portion of the support 82 of aroma encapsulations, elastomeric element connector 97C can be installed on the front portion of fragrant case carrier 82, and elastic deformation under the state that elastomeric element 97B can be positioned at the bottom of fragrant case support 82 in a part elasticity are recovered.Elastomeric element 97B is made up of the coil being wound on roller 97A at least partially.As shown in Figure 10 to Figure 11, when fragrant case 8 retreats, elastomeric element 97B unties from roller 97A in the mode of elongating the width of fore-and-aft direction, and elastic deformation occurs.As shown in figure 12, when fragrant case 8 advances, elastomeric element 97B is wound on roller 97A in the mode that the width of fore-and-aft direction shortens, and recovers elasticity.
Connector installation portion 92D for installing elastomeric element connector 97C can be formed at fragrant case carrier 92.Can form hook at elastomeric element connector 97C, can form dog hole at connector installation portion 92D, hook is inserted in above-mentioned dog hole with elastic type and is hooked.
Air regulator can comprise the reducing gear for making aroma encapsulations support 82 slow down.Reducing gear can comprise: tooth bar 112, and what be formed in fragrant case carrier 92 and aroma encapsulations support 82 is some; And pinion 114, be connected with another in aroma encapsulations support 82 with fragrant case carrier 92 in rotary manner.Fragrant case 8 can run by the elastic restoring force of elastic mechanism 97, and when pinion 114 rotates along tooth bar 112 and moves, reducing gear can slow down by frictional force between the two the translational speed of fragrant case 8.Tooth bar 112 can be formed at fragrant case carrier 92.Pinion 114 can be arranged at fragrant case 8 in the mode that can rotate.Pinion 114 directly can be connected with fragrant case 8 in the mode that can rotate, and is connected with fragrant case 8 by extra gear stand 116.Gear stand 116 can combine with the insertion muscle of the bottom being formed at fragrant case 8 in the way to insert, and can combine with fragrant case 8 by hook portions such as hooks.Pinion 114 can be connected with the back shaft being formed at gear stand 116 in the mode that can rotate, and rotates centered by the back shaft of gear stand 116.Pinion 114 can rotate centered by vertical center axis in the bottom of fragrant case 8, and moves in front-rear direction while tooth bar 112 rotates.Pinion 114 and gear stand 116 can be used as deceleration damper.
Can form switching manipulation portion 92E at fragrant case carrier 92, when fragrant case 8 is in assigned position, above-mentioned switching manipulation portion 92E connects safety switch 87.At this, as shown in Figures 10 and 11, the assigned position of fragrant case 8 is the position that fragrant case 8 is fixed on fragrant case carrier 92, thus can push bolt 98 and restrained position for latch 99 is stuck in.In fragrant case carrier 92, switching manipulation portion 92E can to outstanding with fragrant case 8 direction in opposite directions.In fragrant case carrier 92, switching manipulation portion 92E can be formed in the mode long along fore-and-aft direction.
Figure 13 is the sectional view of the fragrant case when the aroma encapsulations support installing aroma encapsulations of an embodiment of air regulator of the present invention, major part sectional view when Figure 14 is the aroma encapsulations of an embodiment of by mistake installing air regulator of the present invention.
In fragrant case support 82, aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 can be formed by different depth H 1, H2.Aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 above can opening respectively.Aroma encapsulations mounting groove 83 and aroma encapsulations keeping groove 84 can be formed by the shape of sinking to aroma encapsulations support 82 respectively.
The degree of depth of aroma encapsulations keeping groove 84 more can be deeper than the degree of depth of aroma encapsulations mounting groove 83.When aroma encapsulations mounting groove 83 is first depth H 1, aroma encapsulations keeping groove 84 can have second depth H 2 darker than the first depth H 1.The second depth H 2 as the degree of depth of aroma encapsulations keeping groove 84 can be equal to or greater than height H 3 and first depth H 1 sum of stopper 16.The state that aroma encapsulations C can combine with container 12 with stopper 16 is inserted in aroma encapsulations keeping groove 84, and now, the residing height in upper end of stopper 16 can be equal to or less than the residing height of aroma encapsulations support 82 above.
The depth H 1 of aroma encapsulations mounting groove 83 is equal to or greater than the height of container 12.The depth H 1 of aroma encapsulations mounting groove 83 can be less than the height of container 12 and height H 3 sum of stopper 16.
As shown in figure 13, when the container 12 be separated with stopper 16 is inserted in aroma encapsulations mounting groove 83, the residing height in upper end of container 12 can be equal to or less than the residing height of aroma encapsulations support 82 above.
User can insert container 12 to aroma encapsulations mounting groove 83 under the state making stopper 16 combine with container 12 because of mistake etc., in this case, stopper 16 can be positioned at the position higher than the upper end of aroma encapsulations mounting groove 83 at least partially, and all or part of of stopper 16 can be positioned at the position high above than aroma encapsulations support 82.
The stop section 30A that the stopper 16 for opening and closing tap 13 is engaged can be formed at fragrant shell 28.Can form stop section through hole 30B at stop section 30A, the fragrance ingredient of discharging from tap 13 passes through above-mentioned stop section through hole 30B.
Under the state that stopper 16 combines with container 12 in the mode blocking tap 13, the container 12 of aroma encapsulations C can be installed on aroma encapsulations mounting groove 83, now, as shown in figure 14, stopper 16 can retreat with the inside of container 16 and the fragrant in the same way shell 28 of fragrant case 8 one.As shown in figure 14, when inside from fragrant case 8 to fragrant shell 28 retreat time, stopper 16 can be engaged by stop section 30A.Because stopper 16 is engaged by stop section 30A, fragrant case 8 cannot insert dearly to space S, and user to check the position of fragrant case 8, can 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 stopper 16 can be different.
When fragrant case 8 be in repair from aroma encapsulations change place P3 to the process of air discharge opening hidden position P1 movement time, stop section 30A can be formed at the position of constraint stopper 16, in this case, fragrant case 8 possibly normally cannot reach air discharge opening hidden position P1.By naked eyes, users etc. confirm that fragrant case 8 cannot retreat to air discharge opening hidden position P1, and can identify that the mistake of aroma encapsulations C is installed.
On the other hand, stop section 30A can be formed at the position of the constraint stopper 16 when fragrant case 8 to be in from air discharge opening hidden position P1 to the process of air discharge opening release position P2 movement, in this case, fragrant case 8 possibly normally cannot reach air discharge opening release position P2.By naked eyes, users etc. confirm that fragrant case 8 cannot retreat to air discharge opening release position P2, and identify that the mistake of aroma encapsulations C is installed.
When aroma encapsulations C installs by mistake, user can by pressing with hand and decontroling fragrant case 8 and again forwards pull out fragrant case 8, and, by stopper 16 from after container 12 is separated, user can rearward promote fragrant case 8 again.The container 12 be separated with stopper 16 together can insert to the inside of fragrant shell 28 again with fragrant case 8, and can not be stuck in stop section 30A with the aroma encapsulations C that stopper 16 is separated, and aroma encapsulations C can normally use.
When implement fragrance run or air-conditioning and fragrance run time, the tap 13 of container 12 can be positioned at the downside of stop section through hole 30B, container 12 formed tap 13 at least partially can with stop section through hole 30B at least partially with above-below direction in opposite directions.If by fragrance run or air-conditioning and fragrance run connect fragrant case 8, the fragrance ingredient of discharging from container 12 then can pass through stop section through hole 30B, and the air one that can be blowed with pressure fan 6 by the fragrance ingredient of tap 13 and stop section through hole 30B successively in the same way air discharge opening O spue.
Below, effect of the present invention is described as follows.
First, when operation of air conditioner implemented by air regulator, fragrant case travel mechanism 90 may be controlled to " fall back " mode", and pressure fan 6 can be driven.
When fragrant case travel mechanism 90 is in " fall back " mode", fragrant case travel mechanism 90 can make fragrant case carrier 92 retreat.When fragrant case carrier 92 retreats, fragrant case 8 together can retreat with fragrant case carrier 92, and moves from air discharge opening hidden position P1 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 purify by clean unit 26, or can after carrying out heat exchange with heat exchanger 4, and the space S to fragrant shell 28 flows into, and is spued to indoor from space S by air discharge opening O.
When fragrance operation implemented by air regulator, fragrant case travel mechanism 90 can be controlled to " fall back " mode", and fragrant case 8 can run, and pressure fan 6 can be driven.
When fragrant case travel mechanism 90 is in " fall back " mode", the same with operation of air conditioner, fragrant case travel mechanism 90 can make fragrant case carrier 92 retreat, and fragrant case 8 can move 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 runs, high voltage can be applied to aroma encapsulations C, and aroma encapsulations C can discharge fragrance ingredient.The fragrance ingredient that aroma encapsulations C discharges can be discharged to space S.
When pressure fan 6 drives, indoor air can pass through clean unit 26 and heat exchanger 4, and can be flowed into the space S of fragrant shell 28 by the air of heat exchanger 4, and mixes mutually with fragrance ingredient in space S.The air mixed mutually with fragrance ingredient spues to indoor by air discharge opening O, extensively can fill the air with the indoor in the same way fragrance ingredient spued of air one by air to indoor.
When air-conditioning implemented by air regulator and fragrance runs, fragrant case travel mechanism 90 can be controlled to " fall back " mode", and fragrant case 8 can run, and pressure fan 6 can be driven.
When fragrant case travel mechanism 90 is in " fall back " mode", run the same with operation of air conditioner or fragrance, fragrant case travel mechanism 90 can make fragrant case carrier 92 retreat, fragrant case 8 can move 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 runs, high voltage can be applied to aroma encapsulations C, and aroma encapsulations C can discharge fragrance ingredient.The fragrance ingredient that aroma encapsulations C discharges can be discharged to space S.
When pressure fan 6 drives, indoor air can purify by clean unit 26, or can after carrying out heat exchange with heat exchanger 4, and the space S to fragrant shell 28 flows into, and mixes mutually with fragrance ingredient in space S.The air mixed mutually with fragrance ingredient spues to indoor by air discharge opening O, extensively can fill the air with the indoor in the same way fragrance ingredient spued of air one by air to indoor.
When the operation of air regulator stops, fragrant case travel mechanism 90 may be controlled to forward mode, if fragrant case 8 is in operation, then fragrant case 8 can be stopped, and pressure fan 6 can be made to stop.
When fragrant case travel mechanism 90 implements forward mode, fragrant case travel mechanism 90 can make fragrant case carrier 92 advance, fragrant case 8 can move from air discharge opening release position P2 to air discharge opening hidden position P1, and air discharge opening O can cover by fragrant case 8.
When the operation of air regulator stops, user Ke Xiu changes aroma encapsulations C.User can unclamp with hand propelled fragrant case 8.Fragrant case 8 can utilize latch 99 to start and push bolt 98, and pushes bolt and can remove the constraint of latch 99.When the constraint of latch 99 is removed, can forwards promote fragrant case 8 by elastic restoring force, as shown in Figure 3 and Figure 6, a part for fragrant case 8 can be drawn to the front of air discharge opening O.Fragrant case 8 can advance in the mode that a part is outstanding to the front of body 2, and fragrant case 8 can be positioned at aroma encapsulations and repair change place P3.If fragrant case 8 reaches aroma encapsulations repair change place P3, aroma encapsulations C can externally expose.User can take out aroma encapsulations C from fragrant case 8, and again installs new aroma encapsulations C at fragrant case 8 or supplement the aroma encapsulations C that fragrance produces material.After installation aroma encapsulations C, user can rearward promote fragrant case 8, and now, elastic mechanism 97 elastic deformation can occur, and latch 99 can be stuck in pushes bolt 98.Fragrant case 8 can be fixed on fragrant case carrier 92, and fragrant case 8 can maintain the air discharge opening hidden position P1 for blocking air discharge opening O.

Claims (26)

1. an air regulator, is characterized in that, comprising:
Suction body, is formed with air suction inlet;
Heat exchanger, the air sucked from air suction inlet passes through above-mentioned heat exchanger;
Fragrance shell, is formed with the space that air passes through, and is formed with the air discharge opening of the air for the above-mentioned space that spues;
Pressure fan, sucks air from air suction inlet, and makes above-mentioned air by after heat exchanger, blow to above-mentioned space;
Fragrant case, can install and remove aroma encapsulations, and above-mentioned fragrant case is the mode of movement can be contained in above-mentioned space; And
Fragrant case travel mechanism, makes above-mentioned fragrant case move to the hidden position of air discharge opening or release position to air discharge opening is moved.
2. air regulator according to claim 1, it is characterized in that, above-mentioned air discharge opening is formed before above-mentioned fragrant shell, form air inflow aperture at above-mentioned fragrant shell with above-mentioned pressure fan one side in opposite directions, this air inflow aperture enters to above-mentioned spatial flow for making the air blowed from above-mentioned pressure fan.
3. air regulator according to claim 2, is characterized in that, above-mentioned fragrant shell comprises the fragrant shell in bottom and top fragrance shell, and above-mentioned top fragrance shell is configured at the top of above-mentioned bottom fragrance shell, and is formed with above-mentioned air inflow aperture.
4. air regulator according to claim 1, is characterized in that,
The tap for discharging fragrance ingredient is formed at above-mentioned aroma encapsulations,
The stop section that the stopper for the above-mentioned tap of opening and closing is engaged is formed at above-mentioned fragrant shell.
5. air regulator according to claim 4, is characterized in that, is formed with stop section through hole in above-mentioned stop section, and the fragrance ingredient of discharging from above-mentioned tap is by above-mentioned stop section through hole.
6. air regulator according to claim 1, is characterized in that, above-mentioned fragrant case comprises the aroma encapsulations support can installing and removing above-mentioned aroma encapsulations.
7. air regulator according to claim 6, is characterized in that, is formed with aroma encapsulations insertion groove at above-mentioned aroma encapsulations support, and above-mentioned fragrant aroma encapsulations insertion groove accommodates above-mentioned aroma encapsulations at least partially in the way to insert.
8. air regulator according to claim 7, is characterized in that, above-mentioned fragrant aroma encapsulations insertion groove comprises:
Aroma encapsulations mounting groove, is configured with the terminal contacted with aroma encapsulations when inserting above-mentioned aroma encapsulations; And
Aroma encapsulations keeping groove, the above-mentioned aroma encapsulations of depth ratio installs groove depth.
9. air regulator according to claim 6, is characterized in that, above-mentioned fragrant case also comprises terminal, and above-mentioned terminal is installed on above-mentioned aroma encapsulations support, and when installing above-mentioned aroma encapsulations, above-mentioned terminal contacts with above-mentioned aroma encapsulations.
10. air regulator according to claim 9, is characterized in that, above-mentioned fragrant case also comprises high-voltage generator, and above-mentioned high-voltage generator is arranged on above-mentioned aroma encapsulations support, and is electrically connected with above-mentioned terminal.
11. air regulators according to claim 1, is characterized in that, above-mentioned fragrant case travel mechanism comprises:
Fragrant case carrier, is placed with above-mentioned fragrant case; And
Fragrant case carrier travel mechanism, makes above-mentioned fragrant case carrier move in above-mentioned space.
12. air regulators according to claim 11, is characterized in that, above-mentioned fragrant case carrier travel mechanism comprises:
Drive source, is arranged at above-mentioned fragrant shell; And
At least one drive disk assembly, when above-mentioned drive source drives, makes above-mentioned fragrant case carrier move.
13. air regulators according to claim 12, is characterized in that,
Above-mentioned drive disk assembly comprises driving shaft and connecting rod, and above-mentioned driving shaft is connected with above-mentioned drive source, is formed with the driven shaft for making the movement of above-mentioned fragrant case carrier at above-mentioned connecting rod,
Be formed with guide rail at above-mentioned fragrant case carrier, the above-mentioned driven shaft of above-mentioned rail guidance, and move by above-mentioned driven shaft.
14. air regulators according to claim 11, is characterized in that, above-mentioned aroma encapsulations support is configured at above-mentioned fragrant case carrier in the mode that can slide.
15. air regulators according to claim 14, is characterized in that, also comprise elastic mechanism, and above-mentioned elastic mechanism is connected with above-mentioned aroma encapsulations support, fragrant case carrier, and elastic pressurized is carried out to above-mentioned aroma encapsulations support in direction toward the front.
16. air regulators according to claim 15, is characterized in that, also comprise locking mechanism, and above-mentioned locking mechanism is used for above-mentioned aroma encapsulations bracket locked in above-mentioned fragrant case carrier or unlock.
17. air regulators according to claim 15, is characterized in that,
Comprise reducing gear, above-mentioned reducing gear is used for above-mentioned aroma encapsulations support is slowed down;
Above-mentioned reducing gear comprises:
Tooth bar, is formed in above-mentioned fragrant case carrier and above-mentioned aroma encapsulations support, and
Pinion, is connected with another in above-mentioned aroma encapsulations support with above-mentioned fragrant case carrier in rotary manner.
18. air regulators according to claim 11, is characterized in that,
Above-mentioned fragrant case comprises the safety switch for about beam electronic current,
Be formed with switching manipulation portion at above-mentioned fragrant case carrier, when above-mentioned fragrant case is in assigned position, above-mentioned switching manipulation portion connects above-mentioned safety switch.
19. air regulators according to claim 1, is characterized in that, also comprise lighting means, above-mentioned lighting means is arranged at the bottom of above-mentioned pressure fan, and towards above-mentioned space illumination light.
20. air regulators according to claim 19, is characterized in that, above-mentioned fragrant case comprises fragrant ornamental portion, and above-mentioned fragrant ornamental portion is shinny by the light of above-mentioned lighting means.
21. 1 kinds of air regulators, is characterized in that, comprising:
Body, is formed with air suction inlet and air discharge opening;
Heat exchanger, is arranged at above-mentioned body;
Pressure fan, sucks air from air suction inlet, and makes above-mentioned air by after heat exchanger, spue from above-mentioned air discharge opening;
Fragrant case, can install and remove aroma encapsulations, and above-mentioned fragrant case is the mode of movement can be configured at above-mentioned space; And
Fragrant case travel mechanism, makes above-mentioned fragrant case move.
22. air regulators according to claim 21, is characterized in that,
Above-mentioned fragrant case travel mechanism comprises:
Fragrant case carrier, is configured with above-mentioned fragrant case, and
Fragrant case carrier travel mechanism, makes above-mentioned fragrant case carrier move along fore-and-aft direction;
Above-mentioned fragrant case is can be configured at above-mentioned fragrant case carrier along the mode of fore-and-aft direction movement.
23. air regulators according to claim 22, is characterized in that, also comprise elastic mechanism, above-mentioned elastic mechanism is connected with above-mentioned fragrant case, fragrant case carrier, carry out elastic pressurized with fore-and-aft direction to above-mentioned fragrant case.
24. air regulators according to claim 23, is characterized in that, also comprise locking mechanism, and above-mentioned fragrant case is locked in above-mentioned fragrant case carrier or unlocks by above-mentioned locking mechanism.
25. air regulators according to claim 23, is characterized in that, comprise reducing gear, and above-mentioned reducing gear is used for above-mentioned fragrant case is slowed down.
26. air regulators according to claim 21, is characterized in that, also comprise lighting means, above-mentioned lighting means is arranged at above-mentioned pressure fan, and irradiate light towards above-mentioned fragrant case.
CN201410208540.9A 2014-01-14 2014-05-16 Air regulator Active CN104776497B (en)

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