CN100532993C - Air conditioner - Google Patents
Air conditioner Download PDFInfo
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- CN100532993C CN100532993C CNB2005100140224A CN200510014022A CN100532993C CN 100532993 C CN100532993 C CN 100532993C CN B2005100140224 A CNB2005100140224 A CN B2005100140224A CN 200510014022 A CN200510014022 A CN 200510014022A CN 100532993 C CN100532993 C CN 100532993C
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- air
- indoor set
- board
- indoor
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Abstract
This invention discloses a kind of air conditioner. It includes: indoor machine which exhausting air to the room after absorbing indoor air and temperature change; filter device which is set on the indoor machine and purifies air flowed into indoor machine; power supplying board which is arranged on the indoor machine and supplies power t filter device; power leading-in board which is assembled on the filter device and contacts power supplying board after filter device assembly. This invention does not need to wire additionally to supply power to filter device when assembling the filter device.
Description
Technical field
What the present invention relates to is air regulator, particularly be that wiring in addition also can be to the air regulator of filter turn-on power.
Background technology
In general, air regulator to indoor refrigeration/warm oneself or purify air, is made more comfortable indoor environment to people as room heater, refrigeration machine, air cleaner etc. thus.Air regulator is divided into monoblock type and split type substantially.
Above-mentioned monoblock type is the same with the split type big function of air regulator.But unitary air conditionary is: the function integration of cooling/heat release, hang over the wall eye in room or be placed on the window and directly install; Split air conditioning system is: cooling device is installed in the indoor, heat release and compression set are installed in the outside, connect above-mentioned separated two devices with the refrigerant conduit.
In the above-mentioned air regulator, split typely roughly comprise: built-in indoor heat converter carries out the indoor set of refrigerating function; The built-in off-premises station that carries out outdoor heat converter, compressor and the expansion mechanism of heat release and compression function; The refrigerant conduit that connects indoor set and off-premises station.
Figure 13 is the indoor set stereogram of the split air conditioning system of prior art; Figure 14 is the indoor set exploded perspective view of the split air conditioning system of prior art; Figure 15 is the indoor set profile of the split air conditioning system of prior art.
The indoor set of the split air conditioning system of prior art such as Figure 13 comprise: chassis 2 to shown in Figure 15; Be combined in that 2 fronts, chassis are formed with front air suction inlet 4, top suction grid 6, downside or bottom surface are formed with the front frame 10 of air outlet 8 in front; The rotatable front suction in front that is connected front frame 10 is gone into grid 12; Be installed in the motor 14 in the chassis 2; Be connected the blowing fan 16 on the motor 14; Be installed in the heat exchanger 18 between blowing fan 16 and air suction inlet 4 and the suction grid 6.
Above-mentioned front frame 10 forms front air suction inlet 4 in front, sucks grid 6 above whole in the above the formation.
The front air suction inlet 4 of frame 10 is provided as purification sucks air from front air suction inlet 4 filter 5 in front.
Filter 5 is front filters of foreign substances in the filtered air.
The top of frame 10 in front that is rotatably connected, the top that front suction is gone into grid 12.
The lower inside of front frame 10 forms the promising shrinkage water receiving portion 19 that connects the shrinkage water that falls from heat exchanger 18, also is equipped with simultaneously to discharge grid 24.Discharging grid 24 includes for a change air outlet 8 and discharges the louver board 20 of air left and right sides wind directions and the blinds blade 22 of wind direction up and down.
The air regulator of prior art as mentioned above, if motor 14 drives, make blowing fan 16 rotations, then the room air in front frame 10 the place aheads is gone into grid 12 filter 5 of foreign substances after filtration through front suction, in the space between front air suction inlet 4 inflow front frames 10 and the chassis 2.
In addition, the room air of front frame 10 upsides is by in the space between top suction grid 6 inflow front frames 10 and the chassis 2.
As mentioned above the room air of Xi Ruing when over-heat-exchanger 18 by the refrigerant of 18 li of heat exchangers cooling or heating, by blowing fan 16 backs by louver board 20 and 22 guiding of blinds blade, from air outlet 8 to indoor discharge.
But, the indoor set of prior art split air conditioning system, only the room air that sucks from front air suction inlet 4 is carried out heat exchange after the filter 5 filtration foreign matters in front, the room air that sucks from top suction grid 6 directly carries out heat exchange without air cleaning, so having defective aspect the raising air cleaning performance, therefore, existence also needs to append the device of air cleaner in order to purify the air of a room.
If need filter is set in addition the shortcoming that exists expense to increase in indoor set in order to purify the room air that sucks from top suction grid 6.
To turn-on power wiring in the filter, because structure is narrow, there is the shortcoming of the wiring operation inconvenience of turn-on power in the filter in the prior art air regulator when indoor set is equipped with filter.
Summary of the invention
The objective of the invention is to overcome the deficiency of above-mentioned technology, provide a kind of wiring in addition also can reduce the gas adjuster of flow chart thus to the filter turn-on power that purifies air.
The technical scheme that solves the problems of the technologies described above is:
A kind of air regulator comprises: again to the indoor set of indoor discharge, also comprise after the suction room air change temperature: be installed in and purify the filter that flows into the air in the indoor set on the indoor set; Be installed in the power supply board of powering to filter on the indoor set; Be installed in the power leading-in board that contact power supply board in back is installed at filter on the filter.
Described filter comprises: possess inlet hole that room air flows into and the filter housing of the intercommunicating pore that is communicated with indoor set; Be installed in the filter of filter housing; Open and close the louver board of inlet hole; Be installed in filter housing and rotate above-mentioned louvered louver board rotation motor; Louver board rotates and imports power supply with motor from power leading-in board.
Described filter comprises the electrostatic (electric dust) precipitator of the control of dust by ionized air, and this electrostatic (electric dust) precipitator is imported power supply from power leading-in board.
Described indoor set in the above and the front form air suction inlet, described filter is installed in the top air suction inlet of indoor set.
Selectivity is installed filter and is sucked grid on indoor set.
The invention has the beneficial effects as follows: air regulator of the present invention is equipped with the power supply board to the filter power supply when indoor set is equipped with filter, filter is equipped with the power leading-in board that contacts with power supply board, when filter was installed, wiring also can be to the advantage of filter power supply in addition.
Description of drawings
Fig. 1 is the stereogram that air regulator the 1st embodiment of the present invention is equipped with indoor set when running of filter;
Fig. 2 is indoor set running that air regulator the 1st embodiment of the present invention the is equipped with filter stereogram when stopping;
Fig. 3 is the stereogram of air regulator the 1st embodiment of the present invention when being equipped with the indoor set running that sucks grid;
Fig. 4 is the stereogram of air regulator the 1st embodiment of the present invention when being equipped with the indoor set running that sucks grid;
Fig. 5 is the indoor set exploded perspective view of air regulator the 1st embodiment of the present invention;
Profile when Fig. 6 is the indoor set running of on the indoor set of Fig. 5 filter being installed;
Profile when Fig. 7 is the indoor set running of on the indoor set of Fig. 5 the suction grid being installed;
Fig. 8 is an illustrated filter exploded perspective view among Fig. 5 and Fig. 6;
Fig. 9 is the filter profile in indoor set when running of air regulator the 1st embodiment of the present invention;
Figure 10 is that the indoor set of air regulator the 1st embodiment of the present invention operates the filter profile when stopping;
Figure 11 is the filter exploded perspective view of air regulator the 2nd embodiment of the present invention;
Figure 12 is the profile after the filter of Figure 11 is installed in indoor set;
Figure 13 is the indoor set stereogram of the air regulator of prior art;
Figure 14 is the indoor set exploded perspective view of the air regulator of prior art;
Figure 15 is the indoor set profile of the air regulator of prior art.
The explanation * * * of * * accompanying drawing major part symbol
51: indoor set 52: chassis
53: back side air suction inlet 54: the front frame
55: front air suction inlet 56: top air suction inlet
57: air outlet 58: tap
59: display window 60: front panel
61: display window 62: electrostatic (electric dust) precipitator
63: 65: the 1 hinges of front filter
Hinge 67 in 66: the 2: pinion
68: front panel rotates with motor 69: guide rail
70: filter 70 ': filter
71: filter housing 71a: inlet hole
71b: intercommunicating pore 71c: filter access hole
72: filter 72a: the front filter
72b: nanometer copper filter 72c: nano silver filtering device
72d: high efficiency particulate air filter 72d ': electrostatic (electric dust) precipitator
73: guider 74: front cover
75: louver board 76: louver board rotates uses motor
77: power supply board 78: power leading-in board
80: suck grid 90: indoor blower
92: air-supply motor 94: blowing fan
96: indoor heat converter 97: vertical component effect
99: the 2 rakes of 98: the 1 rakes
102: shrinkage water receiving portion 104: louver board
106: blinds blade 108: discharge grid
110: control box 112: the upper decoration panel
114: bottom decoration panel 120: off-premises station
122: refrigerant conduit 124: the oxygen generator
130: guiding hose
The specific embodiment
The invention provides a kind of air regulator, comprising: again to the indoor set 51 of indoor discharge, also comprise after the suction room air change temperature: be installed in and purify the filter 70 that flows into the air in the indoor set on the indoor set 51; Be installed in the power supply board 77 of powering to filter 70 on the indoor set 51; Be installed in the power leading-in board 78 that contact power supply board 70 in back is installed at filter on the filter 70.
Described filter 70 comprises: the filter housing 71 that possesses the inlet hole 71a of room air inflow and follow the intercommunicating pore 71b of indoor set 51 connections; Be installed in the filter 72 of filter housing 71; Open and close the louver board 75 of inlet hole; Be installed in filter housing 71 and rotate above-mentioned louvered louver board rotation motor 76; Louver board rotates with motor 76 and imports power supply from power leading-in board 78.
Described filter 70 comprises the electrostatic (electric dust) precipitator 72d ' of the control of dust by ionized air, and this electrostatic (electric dust) precipitator 72d ' is from power leading-in board 78 input power supplys.
Described indoor set 51 in the above and the front form air suction inlet, described filter 70 is installed in the top air suction inlet 56 of indoor set 51.
Below in conjunction with accompanying drawing embodiments of the invention are described in detail.
Fig. 1 is the stereogram that air regulator the 1st embodiment of the present invention is equipped with indoor set when running of filter; Fig. 2 is indoor set running that air regulator the 1st embodiment of the present invention the is equipped with filter stereogram when stopping; Fig. 3 is the stereogram of air regulator the 1st embodiment of the present invention when being equipped with the indoor set running that sucks grid; Fig. 4 is the stereogram of air regulator the 1st embodiment of the present invention when being equipped with the indoor set running that sucks grid.
As shown in Figures 1 to 4, the indoor set 51 of the split air conditioning system of present embodiment is formed with air suction inlet and air outlet.
Above-mentioned front frame 54 is combined in the front on chassis 52, and forms certain inner space of accommodating indoor heat converter and indoor blower with chassis 52.
The front face of frame 54 forms the front air suction inlet 55 that room air flows in front, and portion forms the top air suction inlet 56 that room air flows in the above.
In addition, a side of the front air suction inlet 55 of frame 54 is formed with the tap 58 of discharging oxygen or humid air or outdoor fresh air in front.
The opposite side of air suction inlet 55 is installed display window 59 in front, and this display window 59 is to have the pressing operation split air conditioning system when showing the split air conditioning system operation information to force various functions such as running.
Rotary front panel 60 is installed in the front of frame 54 in front.The place ahead of front panel 60 sealing front air suction inlet 55 when indoor set 51 runnings, the place ahead of open front air suction inlet 55 when the indoor set running stops.
The display window 61 that shows the air regulator operation information is installed on the plate 60 in front.
The top selection of frame 54 is installed filter 70 or is sucked grid 80 in front.
Promptly, above-mentioned air regulator, especially indoor set in the above air suction inlet 56 filters 70 are installed and are sucked some in the grid 80, as Fig. 1 and shown in Figure 2, when being equipped with filter 70, be cleaned when the air of air suction inlet 56 is through filter 70 above flowing into, so the air cleaning performance improves; As Fig. 3 and shown in Figure 4, when be equipped with sucking grid 80, simple in structure, expense descends thus.
Above-mentioned filter 70 and suck some in the grid 80, can be by adhesive means such as viscose glues attached to above the front frame 54, also can utilize in addition connection means such as fixed screw fixedly mount frame 54 in front above, perhaps utilize hang over front frame 54 above, make convenient filter 70 or the suction grid 80 replaced easily of user or operator.
A certain side in above-mentioned indoor set 51 and off-premises station 120 is installed expansion mechanism (not shown).
Fig. 5 is the indoor set exploded perspective view of air regulator the 1st embodiment of the present invention; Profile when Fig. 6 is the indoor set running of on the indoor set of Fig. 5 filter being installed; Profile when Fig. 7 is the indoor set running of on the indoor set of Fig. 5 the suction grid being installed.
As 5 to shown in Figure 7, above-mentioned chassis 52 is formed with back side air suction inlet 53 on top.
Front face side in above-mentioned front frame 54 is installed electrostatic (electric dust) precipitator 62.Foreign substances is assembled after electrostatic (electric dust) precipitator 62 ionizations from front air suction inlet 55 inhaled airs.
Front installed inside in above-mentioned front frame 54 is to filter the front filter 63 of foreign substances from front air suction inlet 55 inhaled airs.
In addition, hinge means 64 is installed in the front of frame 54 in front.Hinge means 64 supports front panels 60, and can make front panel 60 is that forwards rotate at the center with the bottom, and when 63 dismountings of front filter, front panel 60 can be positioned at the place ahead downside of indoor set 51.
Above-mentioned hinge means 64 is by the 1st hinge 65 that is connected above-mentioned front frame 54 front lower; The 2nd hinge 66 that is connected above-mentioned the 1st hinge 65 and is connected above-mentioned front panel 60 lower backside constitutes.
Above-mentioned hinge means 64 comprises: the 1st hinge 65 that is connected front frame 54 front lower; Be connected the 1st hinge 65 and be connected the 2nd hinge 66 of front panel 60 lower backside.
One end hinge of above-mentioned the 1st hinge 65 is connected front frame 54, and its other end is connected the 2nd hinge 65
One end hinge of above-mentioned the 2nd hinge 66 is connected front panel 60, and its other end hinge is connected the other end of the 1st hinge 65.
The top of frame 54 is equipped with in front: in order to rotate the front panel rotation motor 68 that front panel 60 usefulness axle is connected with pinion 67; The upper rear portion of plate 60 is rearward protruded formation in front, and with the guide rail 69 of pinion 67 engagement.
In addition, air regulator also includes indoor blower 90, indoor blower 90 makes room air pass through air outlet 57 again to indoor discharge through back between front frame 54 and the chassis 52 by back side air suction inlet 53 and front air suction inlet 55 and top air suction inlet 56 suction room airs.
Above-mentioned indoor blower 90 comprises: be installed in the front on chassis 52, the indoor air-supply that protrudes from rotating shaft 91 is with motor 92; Driven with motor 92 by indoor air-supply and rotate, and the indoor blowing fan 94 that is connected with rotating shaft 91.
Above-mentioned indoor blowing fan 94 is cross flow fans, on the chassis the place ahead of 52 to the left and right direction install more longways.
Above-mentioned air regulator also comprises the indoor heat converter 96 that is cooled or heats after the room air that will flow into from space between front frame 54 and the chassis 52 and the refrigerant heat exchange.
Above-mentioned indoor heat converter 96 comprises: perpendicular to front air suction inlet 55 rear vertical component effects 97; The 1st rake 98 that tilts to the back upper place from the upper end of vertical component effect 97; The 2nd rake 99 that tilts to the back lower place from the upper end of the 1st rake 98.
The lower inside of frame 54 is formed with shrinkage water receiving portion 102 and is equipped with simultaneously and discharges grid 108 in front.Shrinkage water receiving portion 102 connects from indoor heat converter 96 fallen shrinkage water.Discharging grid 108 comprises: change the louver board 104 (not shown) of air outlet 57 air left and right sides wind directions and change the blinds blade 106 (not shown) of wind direction up and down.
In addition, front frame 54 is in order to purify from top air suction inlet 56 inhaled airs, and air suction inlet 56 is provided with removable filter device 70 in the above, and is installed as the dust sensor 80 of perception room air amount of dust in a side of filter 70.
The front upper end that reference numeral 112 is arranged on front frame 54 is the upper decoration panel of the more microscler one-tenth of direction to the left and right.
The lower front face that reference numeral 114 is arranged on front frame 54 is the bottom decoration panel of the more microscler one-tenth of direction to the left and right.
Fig. 8 is an illustrated filter exploded perspective view among Fig. 5 and Fig. 6; Fig. 9 is the filter profile in indoor set when running of air regulator the 1st embodiment of the present invention; Figure 10 is that the indoor set of air regulator the 1st embodiment of the present invention operates the filter profile when stopping.
Above-mentioned filter 70 comprises: filter housing 71, above filter 72, louver board 75 and a louver board rotate with motor 76.Filter housing 71 be formed with inlet hole 71a that room air flows into and with the intercommunicating pore 71b of the internal communication of indoor set; Last filter 72 is installed in the filter housing 71.Louver board 75 opens and closes inlet hole; The louver board rotation is arranged on motor 76 rotates louver board on the filter housing.
Above-mentioned filter housing 71 forms inlet hole 71a in the above, form intercommunicating pore 71b in its lower section, when forming the filter access hole 71c that promising filter 72 comes in and goes out in front the promising front cover 74 of blocking filter access hole 71c is set, two medial surfaces form the guider 73 that guiding filter 72 slides about it.
Above-mentioned filter 72 is by the front filter, nano carbon filter, nanometer copper filter, nano silver filtering device, at least more than one formation in the HEPA.Below for convenient tentative for front filter 72a, nanometer copper filter 72b, nano silver filtering device 72c, HEPA 72d are installed in explanation.
Above-mentioned filter 72a, 72b, 73c, 74d purify from back side air suction inlet 53 inhaled airs in order to have filter 72a at least, prolong to the place ahead of back side air suction inlet 53, and to position, the place ahead bending of back side air suction inlet 53.
Above-mentioned louver board 75 is guiding flows into to above-mentioned inlet hole 71a when opening and closing inlet hole 71a room airs, and at its left and right sides rotating shaft 75a, 75b protrudes.
In addition, install to the power supply board 77 of louver board driving in a side of indoor set front frame 54 with motor 76 power supplies.
Power leading-in board 78 is installed on filter 70.Be installed in power leading-in board 78 contact power supply boards 77 under the state of indoor set at filter 70, drive with motor 76 turn-on powers to louver board.
Be described as follows constituting course of action of the present invention as mentioned above below.
At first, as Fig. 1 and Fig. 2 and shown in Figure 6, if the top outfit filter 70 of frame 54 in front, power leading-in board 78 contacts are arranged at the power supply board 77 on the front frame 54, and filter 70 is connected power supplys by power supply board 77 and power leading-in board 78 thus.
As mentioned above, under the state that filter 70 is installed, if air regulator freezes or heats running, the driven compressor of off-premises station 120, front panel rotates with motor 68 and drives with open mode, louver board rotates with motor 76 and drives with open mode by power supply board 77 and power leading-in board 78 input power supplys, and the air-supply of pressure fan 90 drives with motor 92.
If the driven compressor of off-premises station 120, refrigerant circulates in compressor, outdoor heat converter, expansion mechanism and indoor heat converter, and indoor heat converter 96 absorbs heat or heat release towards periphery on every side, cooling ambient air.
If front panel rotates with motor 68 and drives with open mode, pinion 67 rotations, guide rail 69 advances, front panel 60 as Fig. 1 and shown in Figure 6 be that forwards rotate at the center with the 1st hinge 65, the front of front face frame 54 forms the air suction passage together, and indoor set 51 becomes and can pass through air state in front air suction inlet 55 suction chambers thus.
If louver board rotates with motor 76 and drives with open mode, louver board 75 rotates, the inlet hole 71a of open filter housing 71, and also filter 70 becomes and can suck room air from inlet hole 71a.
If the air-supply of pressure fan 90 drives with motor 92, blowing fan 94 rotations, the place ahead upside of indoor set 51 and the room air at rear flow into front air suction inlet 55, top air suction inlet 56 and back side air suction inlet 53.
At first, as shown in Figure 6, flow into the room air of front air suction inlet 55, be filtered foreign substances such as dust during front filter 63 by front frame 54 front face side.
Filter the room air of foreign substances through front filter 63, be ionized during through the electrostatic (electric dust) precipitator 62 of front frame 54 front face side, assemble the foreign substances such as little dust that front filter 63 can not filter.
Like this room air of Jing Huaing through the vertical component effect 97 of indoor heat converter 96 or the 1st rake 98 time by the refrigerant cooling.
In addition, as shown in Figure 6, the room air of air suction inlet 56 is filtered device 72 and purifies the inside that the back flows into indoor sets 51 above flowing into through filter 70 time, and then when the 1st rake 98 by indoor heat converter 96 or the 2nd rake 99 by the refrigerant cooling.
Catharsis to above-mentioned filter 70 describes in detail below:
Purifying air from inside that intercommunicating pore 71b flows into indoor set 51 promptly of this spline filter dust is between chassis 52 and the front frame 54.
In addition, the room air of inflow back side air suction inlet 53 as shown in Figure 6, be filtered prolonging crooked filter 72a to the place ahead of back side air suction inlet 53 and purify among device 72a, 72b, 73c, the 74d, when passing through the 2nd rake 99 of indoor heat converter 96 afterwards again by the refrigerant cooling.
The room air of cooling guides from air outlet 57 to indoor discharge through louver board 104 and the blinds blade 106 that is discharged from grid 108 behind the blowing fan 94 like this.
In addition, under the state of the top installation filter 70 of frame 54, if air regulator carries out peace and quiet running, the compressor of off-premises station does not operate in front, louver board rotates with motor 76 with refrigeration or equally when heating drive with open mode, and the air-supply of pressure fan 90 is with motor 92 drivings.
If louver board rotates with motor 76 and drives with motor 92 with open mode driving and air-supply, the room air of indoor set 51 upsides is cleaned through filter 70 simultaneously as the refrigeration of air regulator or when heating running, indoor heat converter 96 heat exchanges are not followed and direct process in the inside that flows into indoor set then, and guide from above-mentioned air outlet 57 to indoor discharge through louver board 104 and the blinds blade 106 that is discharged from grid 108 behind the blowing fan 94.
In addition, when the peace and quiet running of air regulator, front panel rotates with motor 68 and can drive with open mode with motor 76 as the louver board rotation.
Promptly, when aforesaid peace and quiet running, if front panel rotates with motor 68 and drives with open mode, also can suck room airs by front air suction inlet 55, and the room air that sucks by the front filter 63 of front frame 54 front face side and electrostatic (electric dust) precipitator 62 purify heels through the air of filters 70 together from air outlet 57 to indoor discharge.
In addition, in the refrigeration of aforesaid air regulator, heat, in the process of peace and quiet running, if stop the running of air regulator, the compressor of off-premises station 120 stops to drive, front panel rotates with motor 68 and drives with closed mode, louver board rotates with motor 76 and drives with closed mode from power supply board 77 and power leading-in board 78 input power supplys, and the air-supply of pressure fan 90 stops to drive with motor 92.
If front panel rotates with motor 68 and drives with closed mode, pinion 67 counter-rotatings, guide rail 69 retreats, and front panel 60 be that center back side rotates with the 1st hinge 65 as shown in Figure 2, seals the front air suction inlet 55 of front frame 54.
If louver board rotates with motor 76 and drives with closed mode, louver board 75 is the inlet hole 71a of enclosed filters shell 71 as shown in Figure 2.
In addition, as Fig. 3, Fig. 4 and shown in Figure 7, frame 54 top do not installed filter 70 but is equipped with under the state that sucks grid 80 in front, if running air regulator, the driven compressor of off-premises station 120, front panel rotates with motor 68 and drives with open mode, and the air-supply of pressure fan 90 drives with motor 92.
At this moment, off-premises station 120 driven compressor, front panel rotate with motor 68 and drive, suck room air from front air suction inlet 55 with open mode, cooling effect according to heat exchanger 96, discharge room air from air outlet 57, above-mentioned running identical when above the frame in front 54 filter 70 being installed is so omit detailed description to him here.
Above flowing into the room air of air suction inlet 56 as shown in Figure 7, through suction grid after 80s when the 1st rake 98 by indoor heat converter 96 or the 2nd rake 99 by the refrigerant cooling.
The room air that flows into back side air suction inlet 53 as shown in Figure 7, through back side air suction inlet 53 backs when the 2nd rake 99 of indoor heat converter 96 by the refrigerant cooling.
Figure 11 is the filter exploded perspective view of air regulator the 2nd embodiment of the present invention; Figure 12 is the profile after the filter of Figure 11 is installed in indoor set.
As Figure 11 and shown in Figure 12, the indoor set filter 70 of present embodiment ' comprising: filter housing 71 and an above filter 72.Filter housing 71 is formed with the inlet hole 71a of room air inflow and follows the intercommunicating pore 71b of the internal communication of indoor set.Filter 72 is installed in the filter housing 71.An electrostatic (electric dust) precipitator 72d ' is arranged in the filter 72.
Above-mentioned filter housing 71 is formed with at inlet hole 71a and sucks grid 80.
In power supply board 77 from a side of indoor set 51 front frames 54 to electrostatic (electric dust) precipitator 72d ' power supply is set.
Above-mentioned power leading-in board 78 preferably is located at the bottom surface of filter housing 71.
As follows to the Action Specification of present embodiment air regulator of the present invention below.
In front the top installation filter 70 of frame 54 ' state under, if air regulator freezes or heats running, the driven compressor of off-premises station 120, front panel rotates with motor 68 and drives with open mode, the air-supply of pressure fan 90 drives with motor 92, and electrostatic (electric dust) precipitator 72d ' imports power supplys and drives from power supply board 77 and power leading-in board 78.
At this moment, above-mentioned off-premises station 120 driven compressor, front panel rotate with motor 68 with open mode drive, from front air suction inlet 55 suck room airs, through filter 70 ' indoor air purification effect, heat exchanger 96 implement the cooling functions and discharge the action of room airs from air outlet 57 identical with above-mentioned the 1st embodiment, so omission explanation here.
When electrostatic (electric dust) precipitator 72d ' driving, electrostatic (electric dust) precipitator 72d ' is an airborne foreign substances in the ionization part chamber, assembles Ionized dust in its dust collecting part.
Claims (3)
1. an air regulator comprises: again to the indoor set of indoor discharge, it is characterized in that also comprising after the suction room air change temperature: be installed in and purify the filter that flows into the air in the indoor set on the indoor set; Be installed in the power supply board of powering to filter on the indoor set; Be installed in the power leading-in board that contact power supply board in back is installed at filter on the filter; Described filter possesses the inlet hole of room air inflow and follows the filter housing of the intercommunicating pore of indoor set connection; Be installed in the filter of filter housing; Open and close the louver board of inlet hole; Be installed in filter housing and rotate above-mentioned louvered louver board rotation motor; Louver board rotates and imports power supply with motor from power leading-in board.
2. air regulator according to claim 1 is characterized in that described filter comprises the electrostatic (electric dust) precipitator of the control of dust by ionized air, and this electrostatic (electric dust) precipitator is imported power supply from power leading-in board.
3. air regulator according to claim 1, it is characterized in that described indoor set in the above and the front form air suction inlet, described filter is installed in the top air suction inlet of indoor set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100140224A CN100532993C (en) | 2005-06-28 | 2005-06-28 | Air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100140224A CN100532993C (en) | 2005-06-28 | 2005-06-28 | Air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1888703A CN1888703A (en) | 2007-01-03 |
| CN100532993C true CN100532993C (en) | 2009-08-26 |
Family
ID=37577991
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100140224A Expired - Fee Related CN100532993C (en) | 2005-06-28 | 2005-06-28 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100532993C (en) |
-
2005
- 2005-06-28 CN CNB2005100140224A patent/CN100532993C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1888703A (en) | 2007-01-03 |
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