CN102840627B - Air conditioner - Google Patents
Air conditioner Download PDFInfo
- Publication number
- CN102840627B CN102840627B CN2012102359344A CN201210235934A CN102840627B CN 102840627 B CN102840627 B CN 102840627B CN 2012102359344 A CN2012102359344 A CN 2012102359344A CN 201210235934 A CN201210235934 A CN 201210235934A CN 102840627 B CN102840627 B CN 102840627B
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- Prior art keywords
- main body
- air
- mentioned
- discharge
- space
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Classifications
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- 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
- F24F1/0014—Indoor units, e.g. fan coil units characterised by air outlets having two or more outlet openings
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- 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
- F24F1/0043—Indoor units, e.g. fan coil units characterised by mounting arrangements
- F24F1/005—Indoor units, e.g. fan coil units characterised by mounting arrangements mounted on the floor; standing on the floor
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- 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
- F24F13/02—Ducting arrangements
- F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
- F24F13/065—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser formed as cylindrical or spherical bodies which are rotatable
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- 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
- F24F13/26—Arrangements for air-circulation by means of induction, e.g. by fluid coupling or thermal effect
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structures Of Non-Positive Displacement Pumps (AREA)
- Jet Pumps And Other Pumps (AREA)
Abstract
An air conditioner comprises: a main body with an air inlet, and a space, wherein a discharge main body is arranged in the space, an opening part and an air discharge port are formed on the discharge main body, a discharge space is formed on the opening part, the air is guided from the perimeter of the opening part into the discharge space by the air discharge port; the discharge main body comprises a first main body with a discharge space; and a second main body forming an air discharge port together with the first main body and guiding the air from the main body to be dispersed towards the air discharge port. The discharge main body is seen to be neat and the discharge space is cleanly kept.
Description
Technical field
The present invention relates to a kind of air regulator, relate to especially the air regulator that is formed with air outlet.
Background technology
Usually, air regulator after the air suction inlet air amount changes temperature, humidity and cleannes etc., by air outlet to indoor discharge, thereby build comfortable indoor environment.
Air regulator can arrange heat exchanger and pressure fan in inside, wherein, heat exchanger makes cold-producing medium and air carry out heat exchange, and blower-use comes heat exchanger to discharge to the outside after blowing in air amount.
Air regulator can be according to shape, opening direction and the quantity etc. of air suction inlet and air outlet, at indoor formation multiple air flow.
Come in, in order to improve security, to realize superiorly, trend is to prevent that as far as possible air suction inlet and the outside section of Bas Discharged oral area from exposing, and discharges air to vast area simultaneously as far as possible.
Summary of the invention
The present invention can widely discharge air dispersedly in order to provide a kind of, and can keep cleanly the air regulator of discharging main body.
Air regulator of the present invention in order to address the above problem comprises: body, and it is formed with air suction inlet, and is formed with the space, discharges main body, and it is configured in the above-mentioned space; Form discharge space and air outlet in above-mentioned discharge main body, wherein, above-mentioned air outlet guiding air is discharged to above-mentioned discharge space; Above-mentioned discharge main body comprises: the first main body, and it is formed with above-mentioned discharge space, the second main body, itself and above-mentioned the first main body together form above-mentioned air outlet, and will guide above-mentioned air outlet into from the air that above-mentioned body blows.
The cross sectional shape of above-mentioned air outlet can be closed loop shape.
Above-mentioned the first main body can be exposed to the outside of above-mentioned air regulator.
Above-mentioned body can comprise the discharge main body cover, and above-mentioned discharge main body cover is protected above-mentioned discharge main body, and is formed with above-mentioned space in the inside of this discharge main body cover.
Above-mentioned discharge main body cover can surround left side, right side and the upside of above-mentioned discharge main body.
Between above-mentioned discharge main body cover and above-mentioned discharge main body, can be formed with air guiding stream.
Above-mentioned discharge main body cover can rotatably support above-mentioned discharge main body.
Above-mentioned body can comprise pressure fan, and this pressure fan upwards side-blown send air; Bottom surface at above-mentioned discharge main body cover can be formed with suction inlet; Above-mentioned suction inlet can be connected with pressure fan.
Above-mentioned body comprises: rear board, and front panel, it is located at the place ahead of above-mentioned rear board, heat exchanger, it is located between above-mentioned rear board and the front panel, pressure fan, it blows the air via above-mentioned heat exchanger to above-mentioned space; Above-mentioned discharge main body cover can be positioned at above-mentioned rear board upside and front panel upside.
Can be formed with rear enlarged portion on above-mentioned the first main body, enlarged portion and above-mentioned the second main body together form above-mentioned air outlet after this; Beeline between the central shaft in the front end of above-mentioned the second main body and above-mentioned discharge space, the beeline between the central shaft in the front end of comparable above-mentioned rear enlarged portion and above-mentioned discharge space is shorter.
Above-mentioned body can comprise pressure fan, and this pressure fan air amount blows to above-mentioned space; The rotating shaft of above-mentioned pressure fan can with the central axes of above-mentioned discharge main body.
On above-mentioned discharge main body, can separate and form a plurality of air inflow apertures that pass air into.
Above-mentioned a plurality of air inflow aperture can comprise: the upper air inflow entrance, and it is formed on the periphery top of above-mentioned discharge main body, the bottom air inflow aperture, it is formed on the periphery bottom of above-mentioned discharge main body.
Above-mentioned body can comprise the discharge main body cover, and this discharge main body cover surrounds above-mentioned discharge main body; Can be formed with air guiding stream between above-mentioned discharge main body cover and above-mentioned discharge main body, this air guiding stream is guided air into above-mentioned upper air inflow entrance.
Above-mentioned discharge main body can be rotated above-mentioned a plurality of air inflow apertures as central shaft.
Be formed with the air dispersion stream that is connected with above-mentioned air outlet and make air at least one air inflow aperture of above-mentioned air dispersion stream inflow in above-mentioned discharge main body; Can be formed with air guiding stream between above-mentioned body and discharge main body, this air guiding stream is guided air into above-mentioned at least one air inflow aperture.
Can see via above-mentioned discharge space the front end of above-mentioned air outlet.
Above-mentioned air regulator can comprise lighting means, and this lighting means is luminous with closed loop shape on the circumferential position in above-mentioned discharge space.
Above-mentioned air regulator can comprise rotating mechanism, and this rotating mechanism is rotated above-mentioned discharge main body.
Above-mentioned air regulator can comprise lighting means, and this lighting means is to above-mentioned discharge main body irradiation light.
The effect of invention
The present invention has can make the discharge main body seem succinctly and can keep cleanly the advantage in the discharge space of discharge main body.
In addition, have the main body of discharge and be protected by discharging main body cover, can prevent from thus discharging the advantage of main body damage.
Can make air form the advantage of three-dimensional air-flow when in addition, having the rotation of the main body of discharge.
In addition, has the minimized advantage of fore-and-aft direction thickness that can make air regulator.
In addition, have air is disperseed to the integrated air outlet, and the minimized advantage of phenomenon that air is concentrated to the specific region of discharging the space.
In addition, have the Bas Discharged zone that lighting means can be informed to the outside air regulator, and can make the Bas Discharged of discharging main body and the solid of discharging main body discharge the visual advantage of realization.
Description of drawings
Fig. 1 is the longitudinal sectional view of an embodiment of air regulator of the present invention.
Fig. 2 is the stereogram that the discharge main body of an embodiment of air regulator of the present invention is separated with body.
Fig. 3 is the front view of an embodiment of air regulator of the present invention.
Fig. 4 is the exploded perspective view of an embodiment of air regulator of the present invention.
Fig. 5 is the transverse sectional view of an embodiment of air regulator of the present invention.
Fig. 6 shows the stereogram of Bas Discharged unit of an embodiment of air regulator of the present invention.
Fig. 7 is the exploded perspective view of Bas Discharged unit shown in Figure 6.
Fig. 8 shows the longitudinal sectional view of Bas Discharged unit shown in Figure 6.
Fig. 9 is the fragmentary perspective cross sectional view of Bas Discharged unit shown in Figure 6.
Figure 10 is the longitudinal sectional view that amplifies the lighting means of an embodiment who shows air regulator of the present invention.
Figure 11 shows the front view of lighting means of an embodiment of air regulator of the present invention.
Figure 12 is the stereogram of the discharge main body of another embodiment of air regulator of the present invention when forwards discharging air.
Figure 13 is the discharge main body of another embodiment of air regulator of the present invention stereogram when forwards air is discharged on the right side.
Figure 14 is the discharge main body of another embodiment of air regulator of the present invention stereogram when forwards air is discharged in the left side.
Figure 15 is the exploded perspective view of Bas Discharged unit shown in Figure 12.
Figure 16 is the longitudinal sectional view of Bas Discharged unit shown in Figure 12.
Figure 17 is the fragmentary perspective cross sectional view of Bas Discharged unit shown in Figure 12.
Figure 18 is the positive view of Bas Discharged unit shown in Figure 12.
Figure 19 is the upward view of Bas Discharged unit shown in Figure 12.
Figure 20 a to Figure 20 c is that Figure 12 is to discharge main body top view when rotated shown in Figure 14.
The specific embodiment
Below, with reference to accompanying drawing, embodiments of the invention are elaborated.
Fig. 1 is the longitudinal sectional view of an embodiment of air regulator of the present invention, Fig. 2 is the stereogram that the discharge main body of an embodiment of air regulator of the present invention is separated with body, Fig. 3 is the front view of an embodiment of air regulator of the present invention, Fig. 4 is the exploded perspective view of an embodiment of air regulator of the present invention, and Fig. 5 is the transverse sectional view of an embodiment of air regulator of the present invention.
Air regulator of the present invention comprises: body 4, and it is formed with air suction inlet 2, and is formed with space 3; Discharge main body 5, it is configured in space 3.Air can suck and via after the body 4, discharge to the outside by discharging main body 5 from air suction inlet 2.
Discharge can be formed with on the main body 5 and discharge space G and air outlet L, this air outlet L guiding air is discharged to discharging space G.Discharging main body 5 can be located on the body 4 in the mode of location, also can rotatably be located on the body 4, or be located at movably on the body 4.
Discharge main body 5 and can comprise that inside is formed with the peristome of discharging space G.Discharging space G can be empty space.The bootable air of air outlet L is discharged to discharging space G around peristome.Air outlet L can form and can discharge air between the front-end and back-end of peristome, and air outlet L can be formed on the substantial middle position of peristome.Peristome can form to connect discharges main body 5.Peristome can connect discharge main body 5 ground with fore-and-aft direction and carry out opening.At least one side in the front surface of peristome and the rear surface can be opened.In the front surface of peristome and rear surface all in the open situation, can discharge to the place ahead of discharging space G and at least one direction the rear to discharging the air that space G discharges from air outlet L.In the front surface opened of peristome and in the situation that the rear surface of peristome is stopped up, can discharge to the place ahead of discharging space G to discharging the air that space G discharges from air outlet L.In the situation that front surface stops up in that the rear surface of peristome is open, can discharge to the rear of discharging space G to the air of discharging space G discharge from air outlet L.Peristome can form the hollow cylinder shape.Peristome can form the forwards, backwards open hollow cylinder shape of direction.The central shaft C that discharges space G can keep level.
Air outlet L, can form with respect to peristome and the inclination predetermined angular to the Bas Discharged stream of discharging space G discharge as the guiding air.Air outlet L can have line interval at air-flow direction.Air outlet L can be towards with the direction at the acutangulate inclination angle of opening direction shape of peristome and opening.The global shape of air outlet L can form cone shape.The cross sectional shape of air outlet L can form closed loop shape.The cross sectional shape of air outlet L can be made of circular closed loop shape, tetragonal closed loop shape, oval closed loop shape etc., and the part of closed loop shape can together comprise rounded zone and linearity region.Discharge main body 5 and can determine that according to the opening direction of air outlet L discharge in the place ahead and discharge at the rear.In the situation of air outlet L for the shape that diminishes more gradually, can be to the place ahead discharge of discharging space G to discharging the air that space G discharges from air outlet L.In the situation of air outlet L for the shape that diminishes more gradually, can be to the rear discharge of discharging space G to discharging the air that space G discharges from air outlet L.Can flow to discharging space G along the air in the air outlet L guide space 3, after this air is discharged by discharging space G to the outside of discharging space G.Air outlet L can form via discharging space G can see its front end.
Discharging main body 5 can comprise: the first main body 6, and it is formed with discharges space G; The second main body 7, itself and the first main body 6 together form air outlet L, and will guide air outlet L into from the air that body 4 blows.The first main body 6 and the second main body 7 can together form peristome, and air outlet L can be formed between the first main body 6 and the second main body 7.
The first main body 6 can be set to be exposed to the outside of air regulator.The second main body 7 bootable air that blow from body 4 disperse to air outlet L.The first main body 6 can be positioned at the place ahead of the second main body 7.The second main body 7 bootable air of discharging to discharge space G from the rear position of the first main body 6.Discharging the front and back of space G can open.Direction is open forwards, backwards between the front-end and back-end of the first main body 6.The front end of the second main body 7 can be inserted into discharges space G.When being described below, the first main body 6 being called front main body 6, and the second main body 7 is called rear main body 7.
The air of body 4 outsides can be drawn into by air suction inlet 2 inside of body 4.Air suction inlet 2 can be formed on the rear quadrate part of casing 11.The air of the outside of body 4 can be drawn into from the rear position of casing 11 inside of casing 11 via air suction inlet 2.Can be formed with the air of the inside that makes casing 11 and the body outlet 12 that air outlet L discharges separately on the body 4.Body outlet 12 can be formed on the casing 11.The part of the air that is sucked by air suction inlet 2 can in the inside of body 4 to discharging after main body 5 flows, be discharged to the outside of discharging main body 5.Can be discharged to the outside of body 4 by body outlet 12 from the inside of body 4 by the airborne remainder that air suction inlet 2 sucks.
Air regulator can constitute stand-type air regulator.Body 4 also can comprise for the base 24 of placing rear board 13 and front panel 14.Rear board 13 can be located at the rear quadrate part upside of base 24.Front panel 14 can be located at the front part upside of base 24.The front surface of base 24 can be opened.
Body 4 can comprise the discharge main body cover 38 of protection discharge main body 5.Discharge main body cover 38 and can together consist of the Bas Discharged unit with discharge main body 5.Can form space 3 in the inside of discharging main body cover 38, discharge main body 5 and can be positioned at the space 3 of discharging main body cover 38.Discharge main body cover 38 and can be configured to encirclement discharge main body 5.Discharge main body cover 38 and can be configured to a part of surrounding discharge main body 5.Discharge main body cover 38 and can be configured to left side, right side and the upside that surrounds discharge main body 5.Be configured in the situation in space 3 in discharge main body 5, discharge main body cover 38 and can together form air guiding stream P with discharge main body 5.Discharge main body cover 38 and can be located at the upside of rear board 13 and the upside of front panel 14.Can form suction inlet 30 in the bottom surface of discharging main body cover 38.Suction inlet 30 can be connected with pressure fan 10.Upwards blow side the air that send from pressure fan 10 can be via suction inlet 30 to space 3 inflows of discharging main body cover 38.Discharging main body 5 can be fixed on the discharge main body cover 38.Front main body 6 can be fixed on the front part of discharging main body cover 38, and rear main body 7 can be fixed on the rear quadrate part of discharging main body cover 38.Discharge main body cover 38 and can form the rectangular shape that is formed with suction inlet 30 in the bottom surface.Discharging main body cover 38 can comprise: rear casing 39; Front casing 40, it is configured in the place ahead of rear casing 39.Rear casing 39 can be set to be positioned at the upside of rear board 13.Front casing 40 can be set to be positioned at the upside of front panel 14.
Pressure fan 10 can be located at the place ahead of heat exchanger 8.The rotating shaft O of pressure fan 10 can be parallel with the central shaft C that discharges space G.The rotating shaft O of pressure fan 10 can carry out horizontal arrangement, and the central shaft C that discharges space G can keep level.Pressure fan 10 can comprise motor and blowing fan, and blowing fan can comprise the centrifugal blowing fan that comes direction towards periphery to blow from the fore-and-aft direction air amount.Pressure fan 10 can be located on the front panel 14 and to body outlet 12 and space 3 blow air.A plurality of pressure fans 10 can be spaced apart.Two pressure fans 10 that have been spaced apart in the present embodiment can be according to be spaced apart pressure fan 10 more than three of embodiment.Can be near discharging main body 5 with the some blower setting in a plurality of pressure fans, and be away from discharge main body 5 with another blower setting.Can be set to body outlet 12 and space 3 blow air near the pressure fan of discharging main body 5, can be set to body outlet 12 blow air away from the pressure fan of discharging main body 5.Pressure fan 10 can comprise near the top pressure fan 41 of discharging main body 5 with away from the bottom pressure fan 42 of discharging main body 5.Top pressure fan 41 can be set to be positioned at the downside in space 3, and bottom pressure fan 42 can be set to be positioned at the downside of top pressure fan 41.Top pressure fan 41 can comprise: upper motor 43; The centrifugal blowing fan 44 in top, its rotating shaft is connected with upper motor 43, and coming towards periphery for the air that sucks the rear, direction blows.Upper motor 43 can be arranged on the front panel 14 in the place ahead, top that is positioned at heat exchanger 8.Bottom pressure fan 42 can comprise: lower motor 45, and it is configured on the front panel 14; The centrifugal blowing fan 46 in bottom, its rotating shaft is connected with lower motor 45, and coming towards periphery for the air that sucks the rear, direction blows.Lower motor 45 can be set to be positioned at the place ahead, bottom of heat exchanger 8.Can divide guider 47 in the internal configurations of body 4, this is divided guider 47 and is used for dividing the stream of top pressure fan 41 and the stream of bottom pressure fan 42, and the guiding air.The upper surface of division guider 47 guides by top pressure fan 41 and mobile air, and the lower surface of dividing guider 47 guides by bottom pressure fan 42 and mobile air.Dividing guider 47 can be formed between the left plate 22 and right plate 23 of front panel 14.Pressure fan 10 can comprise orifice plate 48, and this orifice plate 48 will be guided the centrifugal blowing fan 46 of the centrifugal blowing fan 44 in top and bottom into via the air of heat exchanger 8.Orifice plate 48 can form will guide via the air on the top of heat exchanger 8 the top guide hole 49 of the centrifugal blowing fan 44 in top into.Orifice plate 48 can form will guide via the air of the bottom of heat exchanger 8 the bottom guide hole 50 of the centrifugal blowing fan 46 in bottom into.
Air regulator can comprise the side lid 60 of the side that together covers front panel 14 and the front part side of discharging main body cover 38.Side lid 60 can cover the side of front panel 14 and discharge border between the front part side of main body cover 38.Side lid 60 can form the air exhausting that is connected with body outlet 12 and portal 58.Side lid 60 up and down direction lengthways forms, together the front part side of the side of the front part side of covering base 24 and front panel 14 and discharge main body cover 38.Side lid 60 can comprise: vertical panel 62, and it lengthways forms up and down; Horizontal part 64, it is in the upper bend of vertical panel 62.Vertical panel 62 is front part side, the side of front panel 14 and the front part side of discharging main body cover 38 of covering base 24 together.Horizontal part 64 can cover the part of the upper surface of discharging main body cover 38.Can cover in the side 60 positions corresponding with body outlet 12 forms air exhausting and portals 58.On the structure in plate 14 and the side lid 60 wind direction is set in front and regulates parts 67 and wind direction regulating electric machine (not shown).Wind direction is regulated the wind direction that parts 67 can be regulated the air of being discharged by body outlet 12.Wind direction is regulated parts 67 can open and close body outlet 12.The wind direction regulating electric machine can be regulated the wind direction of air by making wind direction regulate parts 67 rotations, and can open and close body outlet 12.
Air regulator can comprise front cover 70, and this front cover 70 is formed with than the larger open pore 68 of air outlet L of discharging main body 5, and together covers the front surface of front panel 14 and the front surface of discharge main body cover 38.Front cover 70 can cover the front surface of front panel 14 and discharge border between the front surface of main body cover 38.Front cover 70 up and down direction lengthways forms, and together the front surface of covering base 24 and front panel 14 front surface and discharge the front surface of main body cover 38.Front cover 70 can be set to cover the part except the front end of discharging main body 5.
Fig. 6 shows the stereogram of Bas Discharged unit of an embodiment of air regulator of the present invention, Fig. 7 is the exploded perspective view of Bas Discharged unit shown in Figure 6, Fig. 8 is the longitudinal sectional view of Bas Discharged unit shown in Figure 6, and Fig. 9 is the fragmentary perspective cross sectional view of Bas Discharged unit shown in Figure 6.
Air regulator can have passing away, and this passing away is discharged the air that has carried out adjusting in the inside of body 4 to the place ahead direction of discharging space G.Passing away can be guided stream P, air outlet L and be discharged space G by air and form.Air outlet L can form to make air guiding stream P and discharge space G and be connected.
Front main body 6 can be connected with front casing 40, and can be contained in front casing 40.
Rear main body 7 is connected with rear casing 39, and can be contained in rear casing 39.Rear main body 7 arranges with front main body 6 front and back separatedly across air outlet L.
Discharge main body cover 38 and can together form air guiding stream P with front main body 6 and rear main body 7.Air guiding stream P can bring into play the function of disperseing passage, and this dispersion passage makes the air dispersion that is drawn into discharge main body cover 38 inside via suction inlet 30 between discharge main body 5 and discharge main body cover 38.Discharge that main body cover 38 can be formed for inserting and the accommodation section 80 that holds the part of front main body 6.Accommodation section 80 can rearward prolong from the header board of discharging main body cover 38.Accommodation section 80 can comprise: cylindrical portion 82, and it rearward prolongs from the header board of discharging main body cover 38; Plectane section 84, it is formed on the rear end of cylindrical portion 82.Plectane section 84 can form the rear end quadrature with cylindrical portion 82.Can be in the accommodation section 80 plectane section 84 form open front holes 86.Open front hole 86 forwards, backwards direction is open.Open front hole 86 can form the front end 131 greater than rear main body 7.
Below, front main body 6 is described.
Front main body 6 can be inserted into and be formed on the accommodation section 80 of discharging on the main body cover 38.Front main body 6 can be connected with accommodation section 80.The rear end of front main body 6 can be connected with accommodation section 80.The front end of front main body 6 can be outstanding to the place ahead of the front surface of discharging main body cover 38.
Front main body 6 can comprise: front discharge main body 103, and itself and rear main body 7 together form air outlet L; Protecgulum 104, it is connected with front discharge main body 103.
Front discharge main body 103 can comprise: front cylindrical portion 105; Front plectane section 106, it is formed on the rear end of front cylindrical portion 105.Front cylindrical portion 105 can form the cylindrical portion 82 less than accommodation section 80.Front plectane section 106 can form less than the plectane section 84 of accommodation section 80.Front plectane section 106 can form the rear end quadrature with front cylindrical portion 105.
Front main body 6 can form the rear enlarged portion 107 that together forms air outlet L with rear main body 7.Rear enlarged portion 107 can form more then, and aperture area more increases.Rear enlarged portion 107 can be formed on the front discharge main body 103.Rear enlarged portion 107 can consist of by forming the hollow cylinder section of rear end greater than front end.Rear enlarged portion 107 can form more then diameter, and less more then diameter is larger.The rear end of rear enlarged portion 107 can be connected with the plectane section 84 of accommodation section 80.The inner surface of rear enlarged portion 107 can together be brought into play with rear main body 7 function of the Bas Discharged stream section that forms air outlet L.
Front main body 6 can comprise the place ahead extension 108 in the place ahead that is positioned at air outlet L.The place ahead extension 108 can form its inside diameter D 1 greater than the diameter D2 of the front end 131 of rear main body 7.The place ahead extension 108 can be made of the hollow cylinder section of forwards, backwards direction opening, can be by the inside of the place ahead extension 108 and forwards discharge via the air of air outlet L.The rear end of the place ahead extension 108 can be connected with rear enlarged portion 107.The place ahead extension 108 can be connected with rear enlarged portion 107 in the mode with rear enlarged portion 107 formation obtuse angles (θ).The rear end of the place ahead extension 108 can with the front end in contact of rear enlarged portion 107.Can be combined with the front end of rear enlarged portion 107 with embedded mode or by adhesive in the rear end of the place ahead extension 108.
Can form the front enlarged portion 109 that aperture area more then more increases at the front end of the place ahead of front main body 6 extension 108.Front enlarged portion 109 can consist of by forming the hollow cylinder section of front end greater than the rear end.Front enlarged portion 109 can form more then diameter, and larger more then diameter is less.The rear end of front enlarged portion 109 is the front end bending of extension 108 forwardly.The front surface of front enlarged portion 109 can be made of curved surface.It is less than the open pore 68 of front cover shown in Figure 1 70 that front enlarged portion 109 can form its front end.
The place ahead extension 108 and the front enlarged portion 109 of front main body 6 can consist of protecgulum 104.With regard to front main body 6, rear enlarged portion 107 is discharged main body 103 before can together consisting of with front cylindrical portion 105 and front plectane section 106.
Can and discharge in front main body 6 form respectively on the main body cover 38 and by secure components such as bolts front main body 6 is fastened on front main body fastening part 110A, the 110B that discharges on the main body cover 38.The secure components such as bolt are formed through after at least one structural front main body fastening part 110A in front discharge main body 103 and protecgulum 104, be fastened on the front main body fastening part 110B that is formed on the front casing 40, front main body 6 be fastened on discharge on the main body cover 38 thus.
Can on front discharge main body 103 and protecgulum 104, form respectively the front main body joint portion 111A, the 111B that discharge main body 103 and protecgulum 104 combinations by the secure component such as bolt before making.The secure components such as bolt are formed through after the front main body joint portion 111A on protecgulum 104, are fastened on the front main body joint portion 111B that is formed on the front discharge main body 103, make thus protecgulum 104 and front discharge main body 103 combinations.
Air regulator can comprise lighting means 112.Lighting means 112 can be to discharging main body 5 irradiation light.Lighting means 112 can be positioned at the periphery of discharging space G.Lighting means 112 can be positioned at the periphery of peristome.Lighting means 112 can send the light corresponding with air outlet L.Lighting means 112 can be luminous with the shape identical with the cross sectional shape of air outlet L.Lighting means 112 can be luminous with the shape identical with the front end shape of air outlet L.Lighting means 112 can be luminous with closed loop shape.Lighting means 112 can be luminous with circular closed loop shape, or luminous with tetragonal closed loop shape, or luminous with oval closed loop shape.Lighting means 112 can together send light and the straight line light of rounded shape.Lighting means 112 can send size greater than front end and the shape light identical with the front end of air outlet L of air outlet L.Lighting means 112 can be located on the front main body 6.Front main body 6 can form emitting space V between front discharge main body 103 and protecgulum 104.Emitting space V can form hollow cylinder shape or closed loop shape between front discharge main body 103 and protecgulum 104.Emitting space V can separate with the discharge space G of the inboard that is formed on peristome.Emitting space V can be positioned at the outer periphery of peristome and surround peristome.Lighting means 112 can be configured in emitting space V with closed loop shape.Lighting means 112 can be located at emitting space V.Lighting means 112 can be protected by front discharge main body 103 and protecgulum 104.Lighting means 112 can be to the place ahead direction irradiation light of discharging main body 5.Lighting means 112 can be to protecgulum 104 irradiation light.Lighting means 112 can be located on the front discharge main body 103.Protecgulum 104 can form transparent or semitransparent so that the light transmission of lighting means 112.Protecgulum 104 can comprise the diffusion layer of the light diffusion that makes lighting means 112.If open (on) lighting means 112, the light that then irradiates from lighting means 112 is to protecgulum 104 irradiations, thereby but protecgulum 104 brightens in the illuminating chamber.On protecgulum 104, can present size greater than air outlet L and the shape light identical with air outlet L.Discharging main body 5 can brighten at the periphery of discharging space G, or presents color at the periphery of discharging space G, and can make by the Bas Discharged realization of discharging space G visual.The function of the light guide of guiding light when protecgulum 104 can be brought into play protection lighting means 112 maybe can be brought into play the function of the diffuser plate that makes the light diffusion.
Below, rear main body 7 is described.
The outer peripheral face of rear main body 7 can together form air guiding stream P with discharge main body cover 38.Can form the rear space that is connected along fore-and-aft direction with the discharge space G of front main body 6 in the inboard of rear main body 7.With regard to Bas Discharged main body 5, the discharge space G of front main body 6 and the rear space of rear main body 7 can become the space of the sky of the inboard that is formed on peristome.The front end 131 of rear main body 7 can be inserted into the discharge space G of front main body 6.
Beeline between the central shaft of the front end of the comparable rear enlarged portion 107 of beeline between the central shaft C of the front end 131 of rear main body 7 and discharge space G and discharge space G is shorter.The diameter D2 of the front end 131 of rear main body 7 can be less than the diameter D1 of the front end of the rear enlarged portion 107 of front main body 6.Can see via the discharge space front end of air outlet L.The rear end 132 of rear main body 7 can be connected with discharge main body cover 38.With regard to rear main body 7, can bring into play the function that together forms the Bas Discharged stream section of air outlet L with rear main body 7 with the rear enlarged portion 107 opposed parts of front main body 6.
Rear main body 7 can comprise rear air guide device 133,134 and rear inner cap 135.
Rear air guide device 133,134 can form front main body 6 and air outlet L, and air can be guided the air among the stream P to guide air outlet L into.
Rear air guide device 133,134 forward part can be opposed and together form air outlet L with front main body 6 with front main body 6.Rear air guide device 133,134 can be set to the discharge space G that its front end is positioned at front main body 6.Rear air guide device 133,134 rear section can form air guiding stream P with rear casing 39.Air guide device 134 after rear air guide device 133,134 can comprise air guide device 133 behind the left side of the left side periphery that is disposed at rear inner cap 135 and be disposed at the right side of right side periphery of rear inner cap 135.With regard to rear air guide device 133,134, when air guide device 134 was located at rear inner cap 135 behind air guide device 133 and the right side behind the left side, outer peripheral face can be towards discharging main body cover 38, and inner peripheral surface can be towards rear inner cap 135.
Rear inner cap 135 can with rear air guide device 133,134 combinations, rear air guide device 133,134 can be located on the rear inner cap 135.Rear inner cap 135 can be connected with discharge main body cover 38.The rear end of rear inner cap 135 can be connected with rear casing 39.Can form rear space in the inboard of rear inner cap 135.Rear inner cap 135 can form drum.
During main body 7, can see via the rear space of rear inner cap 135 inner peripheral surface of rear inner cap 135 after the visual observation.Rear inner cap 135 can be brought into play the function that prevents from seeing via external energy rear air guide device 133,134 bonnet.Rear inner cap 135 can be brought into play the air that prevents air guiding stream P from rear air guide device 133,134 and discharge the function of the seal member that flows out in the slit between the main body cover 38.Because the air of rear air guide device 133,134 guiding air guiding stream P, thereby in view of Air Flow, shape might be complicated.In contrast, because rear inner cap 135 does not directly guide the air of air guiding stream P, thereby compare rear air guide device 133,134 easier simplification shapes.With regard to rear main body 7, can prevent rear air guide device 133,134 to outer exposed by rear inner cap 135, thereby can realize superior.
Can and discharge in rear main body 7 to form respectively on the main body cover 38 and can be fastened on by the secure component such as bolt and with rear main body 7 rear main body connecting portion 136A, the 136B that discharges on the main body cover 38.Can make the secure components such as bolt be formed through rear air guide device 133,134 and rear inner cap 135 at least one structural rear main body fastening part 136A after, be fastened on the rear main body fastening part 136B that is formed on the rear casing 39, rear main body 7 be fastened on discharge on the main body cover 38 thus.
Come behind the fastening left side rear air guide device joint portion 137A, the 137B of air guide device 134 behind the air guide device 133 and right side by secure components such as bolts can forming on the rear air guide device 133,134.The secure components such as bolt are formed through behind the left side after the rear air guide device joint portion 137A on the air guide device 133, be fastened on and be formed at behind the right side on the rear air guide device joint portion 137B on the air guide device 134, make thus air guide device 134 combinations behind the air guide device 133 and right side behind the left side.
Rear air guide device 133,134 and rear inner cap 135 on can form by secure components such as bolts and come fastening rear air guide device 133,134 and rear main body joint portion 138A, the 138B of rear inner cap 135.The secure components such as bolt are formed through after the rear main body joint portion 138A on rear air guide device 133,134, be fastened on the rear main body joint portion 138B that is formed on the rear inner cap 135, make thus rear air guide device 133,134 and 135 combinations of rear inner cap.
Below, describe discharging main body cover 38.
Discharge main body cover 38 can be after rear casing 39 be formed for holding the rear spatial accommodation of main body 7, can be before front casing 40 be formed for holding the front spatial accommodation of main body 6.
Rear casing 39 can comprise left plate 141, right plate 142, epipleural 143 and rear plate 144.The front surface of rear casing 39 can be opened.Can form suction inlet 30 in the bottom surface of rear casing 39.Rear casing 39 can between left plate 141 and the rear main body 7, between right plate 122 and the rear main body 7, forming respectively air guiding stream P between epipleural 123 and the rear main body 7 and between suction inlet 30 and rear main body 7.Rear casing 39 can form after-opening hole 145 at rear plate 144.After-opening hole 145 forwards, backwards direction is open.After-opening hole 145 can form forwards, backwards, and direction is connected with the rear space of rear main body 7.
Figure 10 is the longitudinal sectional view that amplifies the lighting means of an embodiment showing air regulator of the present invention, and Figure 11 shows the front view of lighting means of an embodiment of air regulator of the present invention.
Lighting means 112 can comprise: substrate 113; Light source 114, it is located on the substrate 113.
Can dispose one or more substrates 113 at emitting space V.Substrate 113 can form square shape, or forms circle.
Lighting means 112 can comprise be used to the PCB(printed circuit board (PCB) that substrate 113 is set) housing 115.Lighting means 112 can arrange a substrate 113 at a PCB housing 115, also can a plurality of substrates 113 be set at a PCB housing 115.PCB housing 115 can form front surface opened and the box shape of upper surface, lower surface and rear surface obstruction.PCB housing 115 can form rounded shape.
Can the some structures in PCB housing 115 and front main body 6 be extruded with hook 116, make its hook hole that tangles 118 for inserting hook 117 and be formed with in another structure.Hook 117 can be outstanding towards the rear on PCB housing 115.Hook hole 118 can form on front main body 6 forwards, backwards direction opening.Hook hole 118 can be formed on the front discharge main body 103.Hook hole 118 can be formed in the front plectane section 106 in the front discharge main body 103.
Lighting means 112 can comprise a plurality of light emitting modules.Can be at a plurality of light emitting module 112A of emitting space V configuration spaced apart in the circumferential direction, 112B, 112C, 112D.A plurality of light emitting module 112A, 112B, 112C, 112D can be made of same structure, thereby can realize the parts generalization, and when can the part in a plurality of breaking down, only the light emitting module that breaks down of maintenance.
Each light emitting module among a plurality of light emitting module 112A, 112B, 112C, the 112D can comprise substrate 113 and a plurality of light source 114.A plurality of light emitting module 112A, 112B, 112C, 112D can together be located on the PCB housing 115 of closed loop shape.
Each light emitting module among a plurality of light emitting module 112A, 112B, 112C, the 112D can comprise substrate 113, a plurality of light source 114 and PCB housing 115.Can be at emitting space V configuration spaced apart in the circumferential direction PCB housing 114.
Useful electric wire 112E makes the some light emitting module 112A among a plurality of light emitting module 112A, 112B, 112C, the 112D be connected with the control part that is used for the control air regulator, and can each light emitting module 112A, 112B, 112C, 112D is connected with other electric wire modules with electric wire 112F, 112G, 112H.For example, in the situation that is provided with four light emitting modules, available the first electric wire 112E connects the first light emitting module 112A and control part, available the second electric wire 112F connects the second light emitting module 112B and the first light emitting module 112A, available the 3rd electric wire 112G connects the 3rd light emitting module 112C and the second light emitting module 112B, and available the 4th electric wire 112H connects the 4th light emitting module 112D and the 3rd light emitting module 112C.
Below, the as constituted above effect of air regulator is described, it is as follows.
At first, when driving pressure fan 10, room air can be drawn into from the rear of air suction inlet 2 air suction inlet 2, and sucks via the inside of air suction inlet 2 to body 4.When being drawn into the air of inside of body 4 direction be via heat exchanger 8 forwards, backwards and cold-producing medium carry out heat exchange, suck to pressure fan 10 afterwards.The air that is drawn into pressure fan 10 by pressure fan 10 and towards periphery direction blows.An airborne part that blows to the peripheral direction of the pressure fan 10 backward upside between panel 13 and the front panel 14 blows, and sucks to the inside of discharging main body cover 38 by suction inlet 30.The air that is drawn into the inside of discharging main body cover 38 can discharged main body cover 38 and discharge between the main body 5 and disperse to air guiding stream P in the diffusion.To about air guiding stream P, disperse when can be subject to the guiding of outer surface of rear main body 7 via the air of suction inlet 30, discharge to discharging space G via air outlet L to the air that air guiding stream P disperses.Can after via discharge space G, discharge to the place ahead direction of discharging space G to the air of discharging space G discharge.The airborne remainder that blows to the peripheral direction of pressure fan 10 blows to the next door of pressure fan 10 and flows to body outlet 12, and discharge the outside to body 4 via body outlet 12.
Figure 12 is the stereogram of discharge main body when the place ahead discharge air of another embodiment of air regulator of the present invention, Figure 13 is the stereogram of discharge main body when right forward side discharge air of another embodiment of air regulator of the present invention, and Figure 14 is the stereogram of discharge main body when left forward side discharge air of another embodiment of air regulator of the present invention.
The air regulator of present embodiment can be configured to discharge main body 5 can be in the 3 interior rotations of the space of body 4.As one embodiment of the present of invention, discharge main body 5 and can form discharge space G and air outlet L.Discharge main body 5 can comprise front main body 6 and the rear main body 7 of one embodiment of the present of invention.Discharging main body 5 can be with trunnion axis as center direction rotation to the left and right, can also be with vertical axis as center direction rotation up and down.Discharge main body 5 when direction rotation to the left and right, can form about three-dimensional air-flow, when direction rotation up and down, can form up and down three-dimensional air-flow.
As one embodiment of the present of invention, body 4 can comprise for the protection of the discharge main body cover 38 of discharging main body 5.Discharging main body 5 can rotatably be contained in the discharge main body cover 38.Discharge main body cover 38 and can rotatably support discharge main body 5.Discharging main body cover 38 can comprise: rear casing 230; Front casing 240, it is configured in the place ahead of rear casing 39.
The air regulator of present embodiment, other structures and effect except discharging main body 5 and discharging main body cover 38 can be identical with one embodiment of the present of invention or similar, with identical Reference numeral, so omit detailed description thereof.It is identical or similar with the body 4 of one embodiment of the present of invention and lighting means 112 etc. that the air regulator of present embodiment can constitute.
Figure 15 is the exploded perspective view of Bas Discharged unit shown in Figure 12, Figure 16 is the longitudinal sectional view of Bas Discharged unit shown in Figure 12, Figure 17 is the fragmentary perspective cross sectional view of Bas Discharged unit shown in Figure 12, Figure 18 is the positive view of Bas Discharged unit shown in Figure 12, and Figure 19 is the upward view of Bas Discharged unit shown in Figure 12.
Discharging main body 5 can comprise be used to the outer main body 200 of holding front main body 6 and rear main body 7.Outer main body 200 can consist of the periphery of discharging main body 5, and front main body 6 and rear main body 7 can consist of the interior week of discharging main body 5.That is, outer main body 200 can together consist of discharge main body 5 with front main body 6 and rear main body 7.Outer main body 200 can together be rotated with front main body 6 and rear main body 7.Outer main body 200 can together become the rotation deliverying unit with front main body 6 and rear main body 7.
Discharge main body cover 38 and rotatably support discharge main body 5 by rotatably supporting outer main body 200.Discharging main body 5 can be with vertical axis V as center direction rotation to the left and right.
On discharge main body 5, can form the air dispersion stream P2 that is connected with air outlet L and the air inflow aperture 202,204 that passes air into.Air can pass through air inflow aperture 202,204 and flow into to the inside of discharging main body 5, discharges to discharging space G after the inside leaked-in air of discharging main body 5 passes through air dispersion stream P2 and air outlet L successively.
Air dispersion stream P2 can be formed between front main body 6 and the outer main body 200, perhaps is formed between rear main body 7 and the outer main body 200, perhaps be formed between front main body 6 and the outer main body 200 and rear main body 7 and outer main body 200 between.Air dispersion stream P2 can form the hollow cylinder shape between front main body 6 and the outer main body 200 and between rear main body 7 and the outer main body 200, and its cross section can form closed loop shape.
Can on discharge main body 5, form at least an air inflow aperture 202,204.Two air inflow apertures 202,204 that have been spaced apart in the present embodiment, but according to embodiment air inflow aperture more than three can be set.
Air inflow aperture 202,204 can be formed on the outer main body 200.Can separate and form a plurality of air inflow apertures 202,204.Discharge main body 5 and form in a plurality of air inflow apertures 202,204 the situation separating, the air that flows to air outlet L can disperse up and down equably, and air does not concentrate on the specific region among the air outlet L and can discharge to peristome G equably on the whole.A plurality of air inflow apertures 202,204 can be formed on the position of discharging the outside that is not exposed to air regulator when main body 5 is rotated.A plurality of air inflow apertures 202,204 can separate to be formed on along circumferencial direction discharges main body 5.
A plurality of air inflow apertures 202,204 can comprise: upper air inflow entrance 202, and it is formed on the periphery top of discharging main body 5; Bottom air inflow aperture 204, it is formed on the periphery bottom of discharging main body 5.
Can and discharge at body 4 and form at least one the air guiding stream P1 that air is guided into air inflow aperture between the main body 5.Air guiding stream P1 can be formed on to discharge main body cover 38 and discharge between the main body 5 and guide air to top air inflow aperture 202.
Front main body 6 can be connected with the front part of outer main body 200.The comparable outer main body 200 of the front end of front main body 6 is more outstanding.As one embodiment of the present of invention, front main body 6 can comprise front discharge main body 103 and protecgulum 104.Omission is to the detailed description of front discharge main body 103 and protecgulum 104.Front main body 6 and outer main body 200 can be embedded into by a structure among both and be formed on another structural embedding slot part and mutually combine, and also can come fastening by secure components such as bolts.
Rear main body 7 can be connected with the rear quadrate part of outer main body 200.Rear main body 7 can form air dispersion stream P2 with outer main body 200.Rear main body 7 can together form air outlet L with front main body 6.The outer peripheral face of rear main body 7 can form air dispersion stream P2 with outer main body 200.Can form rear space in the inboard of rear main body 7.The front end 131 of rear main body 7 can be inserted into the inboard of front main body 6.The rear end 132 of rear main body 7 can be connected with outer main body 200.As one embodiment of the present of invention, rear main body 30 can comprise rear air guide device 133,134 and rear inner cap 135, omits rear air guide device 133,134 and the detailed description of rear inner cap 135.Rear air guide device 133,134 can be set to the inboard that front end is positioned at front main body 6.Rear air guide device 133,134 rear section can form air dispersion stream P2 with outer main body 200.When rear air guide device 133,134 was located at rear inner cap 135, outer peripheral face is main body 200 outward, and inner peripheral surface can be towards rear inner cap 135.Rear main body 7 and outer main body 200 can be embedded into by a structure among both and be formed on another structural embedding slot part and combination, also can come fastening by secure components such as bolts.
Outer main body 200 can form the outward appearance of discharging main body 5.Outer main body 200 can be protected front main body 6 and rear main body 7.Outer main body 200 can be configured to the side face that surrounds front main body 6 and rear main body 7 and protects front main body 6 and rear main body 7.Outer main body 200 can form ball shape or the toroidal of front surface and back open on the whole.The upper air inflow entrance 202 outside top of main body 200 forms the downward side direction of air is passed through.The bottom air inflow aperture 204 outside bottom of main body 200 forms the air side direction that makes progress is passed through.Outer main body 200 can comprise the air guide device 206,208 of air being guided into air dispersion stream P2.Air guide device 206,208 can comprise: upper air guider 206, and it is formed with upper air inflow entrance 202; Bottom air guide device 208, it is formed with bottom air inflow aperture 204.Upper air guider 206 and bottom air guide device 208 can be open by direction up and down and hollow tube-shape body that form air inflow aperture consists of.Can form respectively in the inside of upper air guider 206 and bottom air guide device 208 the dispersion muscle 210,212 of dispersion air.Outer main body 200 can comprise: main body 214 outside the left side, the left side of main body 7 and the left side of front main body 6 after it surrounds; Main body 216 outside the right side, the right side of main body 7 and the right side of front main body 6 after it surrounds.The outer main body 214 in left side can connect the left side of upper air guider 206 and the left side of bottom air guide device 208, and forms to the left direction protrusion.The outer main body 214 in left side can form that direction and fore-and-aft direction are rounded up and down.Main body 216 can connect the right side of upper air guider 206 and the right side of bottom air guide device 208 outside the right side, and forms to the right direction protrusion.Main body 216 can form that direction and fore-and-aft direction are rounded up and down outside the right side.Outer main body 200 can along the circumferential direction dispose main body 216 and bottom air guide device 208 outside the outer main body 214 in left side, upper air guider 206, the right side successively.
Discharge main body cover 38 and can protect the outer main body 200 of discharging main body 5.Can form in the inside of discharging main body cover 38 guide portion 222,224 that the outer surface of main body 5 is discharged in rotatably guiding.Can form in the bottom surface of discharging main body cover 38 and air be passed through and to the suction inlet 30 of discharging main body cover 38 and sucking.Discharge main body cover 38 and can protect left side, upside and the right side of discharging main body 5.The air that blows from body 4 by be formed on the bottom surface of discharging main body cover 38 suction inlet 30 and to the interior side inflow of discharging main body cover 38.Discharge main body cover 38 and can form the rectangular shape that is formed with suction inlet 30 in the bottom surface.Can form the space 3 that rotatably holds outer main body 200 in the inside of discharging main body cover 38.
Rear casing 230 can consist of the rear quadrate part of discharging main body cover 38.The front surface of rear casing 230 can be opened.Can form suction inlet 30 in the bottom surface of rear casing 230.Rear casing 230 can comprise left plate 231, right plate 232, epipleural 233 and rear plate 234.Can form after-opening section 235 at the rear plate 234 of rear casing 230.After-opening section 235 forwards, backwards direction is open.After-opening section 235 can form forwards, backwards, and direction is connected with the rear space of rear main body 7.When main body 5 was discharged in rotation, the rear quadrate part that after-opening section 235 can prevent from discharging main body 5 was subject to the restriction of rear casing 230.When discharging main body 5 to the left when direction or right direction rotation, the rear of peristome 235 is outstanding backward for the part of quadrate part thereafter.
Discharge main body cover 38 and also can comprise the outer guider 250 that rotatably supports outer main body 200.Outer guider 250 can be located at the inboard of rear casing 230.Outer guider 250 can together rotatably support outer main body 200 with front casing 240.
The rear quadrate part of guider 250 forms the inner opening section 255 that direction forwards, backwards is connected with the after-opening section 235 of rear casing 230 outside.When main body 5 was discharged in rotation, the rear quadrate part that inner opening section 255 can prevent from discharging main body 5 was subject to the restriction of outer guider 250.Discharging main body 5 to the left when direction or right direction rotation, the part of quadrate part is inwardly given prominence at the rear of peristome 255 thereafter.
Discharge main body cover 38 and can have the air guide path P1 that guides to the air of the internal flow of discharging main body cover 38 by the suction inlet 30 of discharging main body cover 38.The air guide path P1 that discharges main body cover 38 can form and make the air that flow via suction inlet 30 by air inflow aperture 202,204 and flow into to air dispersion passage P2.The air guide path P1 that discharges main body cover 38 can be formed between rear casing 230 and the outer guider 250.
Can be formed for preventing shielding portion 258 from the slit between front casing 240 and the outer main body 200 to the air that air guide path P1 flows that flow out from discharging main body cover 38.Shielding portion 258 can be given prominence to and be formed on the outer guider 250.
Air regulator also can comprise makes the rotating mechanism 260,262 of discharging main body 5 rotations.Discharging main body 5 can be rotated a plurality of air inflow apertures 202,204 as central shaft X.Rotating mechanism 260,262 can make a plurality of air inflow apertures 202,204 as central shaft X discharges main body 5 rotations.Discharging main body 5 can be rotated a plurality of air inflow apertures 202,204 as central shaft X.
Rotating mechanism 260,262 can be located at discharges on the main body cover 38.Can together be made by a plurality of rotating mechanisms 260,262 and discharge main body 5 rotations.Rotating mechanism 260,262 can comprise: top rotating mechanism 260, and it makes the top rotation of discharging main body 5; Bottom rotating mechanism 262, it makes the bottom rotation of discharging main body 5.The top of discharging main body 5 can be rotated by top rotating mechanism 260.The bottom of discharging main body 5 can be rotated by bottom rotating mechanism 262.The up and down integral body of discharging main body 5 can stably be rotated.
Rotating mechanism 260,262 can comprise: motor 264; Pinion 266, it is located on the motor 264; Tooth bar 268, itself and pinion 266 mesh.Motor 264 can be located at discharges on the main body cover 38.Tooth bar 268 can be formed on discharges on the main body 5.Tooth bar 268 can circularly be formed on the outer main body 200.Tooth bar 268 can circularly be formed on the air guide device 206 in the outer main body 200,208 outer peripheral face.The tooth bar 268 of top rotating mechanism 260 can be formed on the outer peripheral face of upper air guider 206, and the tooth bar 268 of bottom rotating mechanism 262 can be formed on the outer peripheral face of bottom air guide device 208.
Below the as constituted above effect of air regulator of following explanation.
At first, when driving pressure fan 10, indoor air can pass through air suction inlet 2 and heat exchanger 8 successively, blows to discharging main body cover 38 by pressure fan 10 afterwards.The air that blows to discharge main body cover 38 sucks by suction inlet 30 and to the inside of discharging main body cover 38.Lower inside to air dispersion stream P2 flows into the part of the air that sucks to the inside of discharging main body cover 38 via the bottom air inflow aperture 204 of bottom air guide device 208, after the air of remainder disperseed to about air guiding stream P1, the inside upper part via the upper air inflow entrance 202 of upper air guider 206 to air dispersion stream P2 flowed into.
When disperseing to about the lower inside leaked-in air of air dispersion stream P2 via the lower area among the air outlet L, when disperseing to about the inside upper part leaked-in air of air dispersion stream P2 via the upper area among the air outlet L.Air via air outlet L can be discharged to the place ahead direction of discharging space G via discharging space G.
On the other hand, rotating mechanism 260,262 can make and discharge main body 5 and after the some direction rotations in the direction it is stopped to the left and right.Rotating mechanism 260,262 can make discharge main body 5 continue to the left and right direction swing rotary.
When driving rotating mechanism 260,262 motor 264, pinion 266 is rotated, thereby the upper air guider 206 that is formed with tooth bar 268 together is rotated with the bottom air guide device 208 that is formed with tooth bar 268.When rotation upper air guider 206 and bottom air guide device 208, in the left side outside outside main body 214 and the right side main body 216 and upper air guider 206 and bottom air guide device 208 together be rotated.And front main body 6 and rear main body 7 together are rotated with outer main body 200.Discharge main body 5 and front main body 6, rear main body 7 and outside in the process that together is rotated of main body 200, air disperses to flow into by the bottom air inflow aperture 204 that is formed on the upper air inflow entrance 202 on the upper air guider 206 and be formed on the bottom air guide device 208, and discharges to discharging space G by air outlet L from air dispersion stream P2.To discharge air that space G discharges via discharging space G to discharge space G institute towards the direction discharge.
On the other hand, when discharge main body 5 was rotated by rotating mechanism 260,262, lighting means 112 can be luminous, shines light to the place ahead of discharging main body 5 when lighting means 112 can together rotate with discharge main body 5.That is, with regard to air regulator, discharge main body 5 when indoor formation solid air-flow, also together rotate with discharge main body 5 at the light of discharging main body 5 demonstrations, thus can be by making the solid discharge realization of discharging main body 5 visual at the light of discharging main body 5 demonstrations.
Figure 20 a to Figure 20 c is that Figure 12 is to the top view of discharge main body when being rotated shown in Figure 14.
When discharging main body 5 when being rotated, discharge main body 5 rotatably be supported under the state of discharging main body cover 38 to the front surface institute that discharges space G towards direction discharge air.
Figure 20 a is at the top view of the discharge space front surface of discharging main body during towards the place ahead, thereby discharges main body 5 and can discharge air to the place ahead direction of air regulator.
Figure 20 b is the top view of discharge space front surface when the right forward side of discharging main body, thereby discharges main body 5 and can discharge air to the right forward side direction of air regulator.
Figure 20 c is the top view of discharge space front surface when the left forward side of discharging main body, thereby discharges main body 5 and can discharge air to the left forward side direction of air regulator.
If discharge main body 5 rotation that swings, then from discharging the extensively discharge to about the place ahead of discharging main body cover 38 of air that main body 5 discharges, and can be about indoor formation three-dimensional air-flow.
Claims (18)
1. an air regulator is characterized in that,
Comprise:
Body, it is formed with air suction inlet, and is formed with the space,
Discharge main body, it is configured in the above-mentioned space;
Above-mentioned body comprises:
Heat exchanger, it carries out heat exchange to the air that is sucked by above-mentioned air suction inlet;
Discharge main body cover, protect above-mentioned discharge main body, and be formed with above-mentioned space in the inside of this discharge main body cover;
Pressure fan, it blows the air via above-mentioned heat exchanger to above-mentioned space;
Above-mentioned discharge main body comprises:
The first main body, side is formed with open discharge space within it,
The second main body, itself and above-mentioned the first main body separate, and form air outlet between this second main body and above-mentioned the first main body, and the air that will be blown into above-mentioned space is guided above-mentioned air outlet into, wherein, above-mentioned air outlet guiding air is discharged to above-mentioned discharge space.
2. air regulator according to claim 1 is characterized in that, the cross sectional shape of above-mentioned air outlet is closed loop shape.
3. air regulator according to claim 1 is characterized in that, above-mentioned discharge main body cover surrounds left side, right side and the upside of above-mentioned discharge main body.
4. air regulator according to claim 1 is characterized in that, is formed with air guiding stream between above-mentioned discharge main body cover and above-mentioned discharge main body.
5. air regulator according to claim 1 is characterized in that, above-mentioned discharge main body cover can support above-mentioned discharge main body rotatably.
6. air regulator according to claim 1 is characterized in that,
Bottom surface at above-mentioned discharge main body cover is formed with suction inlet;
Above-mentioned suction inlet is connected with above-mentioned pressure fan.
7. air regulator according to claim 1 is characterized in that,
Above-mentioned body comprises:
Rear board,
Front panel, it is located at the place ahead of above-mentioned rear board;
Above-mentioned heat exchanger is located between above-mentioned rear board and the front panel,
Above-mentioned discharge main body cover is positioned at the upside of above-mentioned rear board and the upside of front panel.
8. air regulator according to claim 1 is characterized in that,
Above-mentioned the first main body is formed with rear enlarged portion, and enlarged portion and above-mentioned the second main body together form above-mentioned air outlet after this;
Beeline between the central shaft in the front end of above-mentioned the second main body and above-mentioned discharge space, shorter than the beeline between the central shaft in the front end of above-mentioned rear enlarged portion and above-mentioned discharge space.
9. air regulator according to claim 1 is characterized in that, the central axes of the rotating shaft of above-mentioned pressure fan and above-mentioned discharge main body.
10. air regulator according to claim 1 is characterized in that, above-mentioned discharge main body also comprises the outer main body that separates a plurality of air inflow apertures that are formed with the air inflow.
11. air regulator according to claim 10 is characterized in that,
Above-mentioned a plurality of air inflow aperture comprises:
The upper air inflow entrance, it is formed on the top of above-mentioned outer main body;
The bottom air inflow aperture, it is formed on the bottom of above-mentioned outer main body.
12. air regulator according to claim 11 is characterized in that, is formed with air guiding stream between above-mentioned discharge main body cover and above-mentioned discharge main body, this air guiding stream is guided air into above-mentioned upper air inflow entrance.
13. air regulator according to claim 10 is characterized in that, above-mentioned discharge main body is rotated above-mentioned a plurality of air inflow apertures as central shaft.
14. air regulator according to claim 1 is characterized in that,
Be formed with the air dispersion stream that is connected with above-mentioned air outlet and make air at least one air inflow aperture of above-mentioned air dispersion stream inflow in above-mentioned discharge main body;
Be formed with air guiding stream between above-mentioned body and discharge main body, this air guiding stream is guided air into above-mentioned at least one air inflow aperture.
15. air regulator according to claim 1 is characterized in that, can see the front end of above-mentioned air outlet via above-mentioned discharge space.
16. air regulator according to claim 1 is characterized in that, comprises lighting means, this lighting means is luminous with closed loop shape in the circumferential position in above-mentioned discharge space.
17. air regulator according to claim 1 is characterized in that, comprises rotating mechanism, this rotating mechanism is rotated above-mentioned discharge main body.
18. air regulator according to claim 17 is characterized in that, comprises lighting means, this lighting means is to above-mentioned discharge main body irradiation light.
Applications Claiming Priority (8)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR20110130826 | 2011-12-08 | ||
| KR10-2011-0130826 | 2011-12-08 | ||
| KR20110138503 | 2011-12-20 | ||
| KR10-2011-0138505 | 2011-12-20 | ||
| KR20110138505 | 2011-12-20 | ||
| KR10-2011-0138503 | 2011-12-20 | ||
| KR1020120052588A KR101240536B1 (en) | 2011-12-08 | 2012-05-17 | An air conditioner |
| KR10-2012-0052588 | 2012-05-17 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102840627A CN102840627A (en) | 2012-12-26 |
| CN102840627B true CN102840627B (en) | 2013-10-30 |
Family
ID=47257595
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012102359344A Ceased CN102840627B (en) | 2011-12-08 | 2012-07-06 | Air conditioner |
| CN2012203283920U Ceased CN202692257U (en) | 2011-12-08 | 2012-07-06 | Air conditioner |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012203283920U Ceased CN202692257U (en) | 2011-12-08 | 2012-07-06 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN102840627B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108291728A (en) * | 2015-12-02 | 2018-07-17 | 豪威株式会社 | Air purifier |
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| KR102064218B1 (en) * | 2013-01-02 | 2020-01-09 | 엘지전자 주식회사 | Air conditioner |
| CN103307719B (en) * | 2013-03-19 | 2015-11-25 | 海尔集团公司 | There is the air-conditioner air supply device of flow deflector |
| CN103604203B (en) * | 2013-04-17 | 2015-06-10 | 海尔集团公司 | Air supply method for vertical air conditioner |
| EP3006852B1 (en) * | 2013-06-03 | 2018-04-18 | Haier Group Corporation | Air-conditioner air supply apparatus with airflow distribution assembly |
| EP3006853B1 (en) * | 2013-06-03 | 2018-05-02 | Haier Group Corporation | Air conditioner with an air supply device |
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| CN103453648B (en) * | 2013-06-03 | 2015-11-25 | 海尔集团公司 | The method that air-conditioner air supply device is anti-condensation |
| ES2685408T3 (en) * | 2013-06-03 | 2018-10-08 | Haier Group Corporation | Vertical air conditioning equipment and air supply device |
| CN103604163B (en) * | 2013-07-16 | 2015-06-10 | 海尔集团公司 | Vertical air conditioner |
| CN104807160B (en) * | 2014-01-27 | 2019-03-01 | 海尔集团公司 | Air-conditioner air supply device and air-conditioning |
| CN104807157B (en) * | 2014-01-27 | 2018-04-27 | 青岛海尔空调器有限总公司 | Air-conditioner air supply device and indoor apparatus of air conditioner |
| CN110869677B (en) * | 2017-05-18 | 2022-05-13 | 三星电子株式会社 | Air conditioner |
| JP6899918B2 (en) * | 2018-03-07 | 2021-07-07 | 広東美的制冷設備有限公司Ｇｄ Ｍｉｄｅａ Ａｉｒ−Ｃｏｎｄｉｔｉｏｎｉｎｇ Ｅｑｕｉｐｍｅｎｔ Ｃｏ．，Ｌｔｄ． | Intermediate duct of air conditioner and air conditioner |
| EP3919749B1 (en) * | 2020-06-02 | 2024-01-17 | LG Electronics Inc. | Fan apparatus for air conditioner |
| KR20220081614A (en) * | 2020-12-09 | 2022-06-16 | 엘지전자 주식회사 | Air-conditioner |
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| CN1169523A (en) * | 1996-05-20 | 1998-01-07 | 富士通将军股份有限公司 | Air conditioner |
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| CN108291728A (en) * | 2015-12-02 | 2018-07-17 | 豪威株式会社 | Air purifier |
| CN108291728B (en) * | 2015-12-02 | 2021-07-13 | 豪威株式会社 | Air purifier |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102840627A (en) | 2012-12-26 |
| CN202692257U (en) | 2013-01-23 |
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