CN203907766U - Air conditioning plant - Google Patents
Air conditioning plant Download PDFInfo
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- CN203907766U CN203907766U CN201320577064.9U CN201320577064U CN203907766U CN 203907766 U CN203907766 U CN 203907766U CN 201320577064 U CN201320577064 U CN 201320577064U CN 203907766 U CN203907766 U CN 203907766U
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- Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
- Air Conditioning Control Device (AREA)
- Filtering Of Dispersed Particles In Gases (AREA)
- Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
Abstract
The utility model provides an air conditioning plant. An air blast unit is disposed in a housing provided with an absorption port, an air feeding port and a ventilation path ranging from the absorption port to the air feeding port; and air absorbed via the absorption port is blown away toward a preset direction via the air feeding port via the air blast unit. The air conditioning plant is further provided with a unit acquiring related air adjusting action information, an adjusting unit adjusting an opening area of the air feeding port based on the above action information and a charge particle releasing unit, wherein charge particles are produced via the charge particle releasing unit and released toward the ventilation path; air capacity of the air blast unit is maintained when air purification capability is increased with increase of ion release amount and increase of indoor air circulating speed; shutters on the tail end of an air feeding chamber is stopped in a regulated rotation position; an opening area of the air feeding port formed by the wall surface of the air feeding chamber and the relative surface of the shutter can be reduced; and with decrease of the opening area of the air feeding port, wind speed is increased, so ion releasing amount and air circulating speed are improved.
Description
Technical field
The utility model relates to the air conditioner with air-cleaning function.
Background technology
Indoor air brings unhappiness or harmful various materials containing the smog just like dust, pollen, cigarette, breath etc. to human body.Particularly, high airtightization of house in recent years, therefore such harmful substance is easily trapped in indoor.Therefore, compare with tradition, the window of suitably opening room carries out natural ventilation.
But, in fact in the serious area of atmosphere pollution, suffer from family, job market that the people of pollinosis lives, can not indiscriminately ad. as one wishes carry out natural ventilation.From such situation, the air conditioner with the air-cleaning function that indoor air is purified is extensively popularized conventionally.
Air conditioner, for example, be provided with polishing filter at front surface, is formed with the ventilation road of configuration air blast in inside.Ventilation road is from opening above until the blow-off outlet on top.Such air conditioner is along with the rotation of air blast, is inhaled in ventilation road, using the air of suction from blow-off outlet to blowing out as the indoor of outside as the room air of extraneous air by polishing filter.Now, in air, contained harmful substance is cleaned filter and catches collection, adsorbs, decomposes or remove, and air is cleaned thus.
In addition, from by indoor air conditioning being the object of comfort conditions further, carry the air conditioner of ion generator also by commercialization.In carrying the air conditioner of ion generator, produce the H as cation
+(H
2o)
n(n is natural number) and as the O of anion
2 -(H
2o)
m(m is natural number) blows out together with the air of ion and suction, makes thus the deactivations such as mould floating in air and bacterium.
In patent documentation 1, recorded following air purifier: it possesses 2 ventilation roads, by the air of the suction inlet suction from separately, the blow-off outlet separately towards upward direction blows out on 2 ventilation roads.This existing air purifier disposes humidifying filter in 1 ventilation road, by air wetting and to outside, blows out, and in another 1 ventilation road, disposes ion generator, and the air containing ion is blown out to outside.In 2 ventilation roads, dispose respectively air blast, make to control independently respectively the air quantity of 2 air blasts.Thus, the air purifier that patent documentation 1 is recorded can carry out the control of humidifying air and the control purifying air independently.
In patent documentation 2, recorded following air purifier: by 1 air blast, blown, thus from 1 suction inlet to ventilation road air amount, after the air that makes to suck circulates in polishing filter, make it contain the ion that ion generator produces, and blow out from blow-off outlet separately.The blow-off outlet on the ventilation road that this air purifier has comprise towards the top cover portion blow-off outlet of top and tilt a little upward towards the bottom in the place ahead blow-off outlet.The air purifier that patent documentation 2 is recorded is by blow out the air containing ion towards top with towards the place ahead, thereby can effectively carry out degerming etc.
Prior art document
Patent documentation
Patent documentation 1:(Japan) JP 2010-276296 communique
Patent documentation 2:(Japan) JP 2009-142356 communique
utility model content
The problem that utility model will solve
But, the air purifier that patent documentation 1 and 2 is recorded, in order to improve the detergent power of air, in the situation that will make to arrive corner of the room containing the air of ion, or in the situation that want to improve indoor air circulation speed, therefore need to increase the air quantity of air blast, exist running noise to become large, and the problem that also uprises of power consumption.
The utility model completes in view of such situation, and its object is to provide the air conditioner that can not increase air output and improve air purification efficiency.
For the scheme of dealing with problems
Air conditioner of the present utility model, possesses blasting unit thering is air entry and air taking port and be provided with in the housing of the vent passage from this air entry to air taking port, above-mentioned blasting unit is sent by above-mentioned air taking port the air sucking from above-mentioned air entry to prescribed direction, above-mentioned air conditioner is characterised in that to possess: the unit of obtaining the action message of relevant air conditioning action; Regulon, its action message based on obtained regulates the aperture area of above-mentioned air taking port; And charged particle releasing unit, above-mentioned charged particle releasing unit produces charged particle and discharges to above-mentioned vent passage.
Air conditioner of the present utility model is characterised in that, possesses charged particle releasing unit, above-mentioned charged particle releasing unit produces charged particle and discharges to above-mentioned vent passage, as above-mentioned action message, obtain the information of the burst size of the relevant charged particle to above-mentioned vent passage, above-mentioned regulon according to the burst size of above-mentioned charged particle number regulate the aperture area of above-mentioned air taking port.
Air conditioner of the present utility model is characterised in that, in the situation that increase the burst size of above-mentioned charged particle, above-mentioned regulon reduces the aperture area of above-mentioned air taking port.
Air conditioner of the present utility model is characterised in that, there is polishing filter, above-mentioned polishing filter purifies the air sucking by above-mentioned air entry, as above-mentioned action message, obtain the information of relevant above-mentioned polishing filter to the purification speed of air, above-mentioned regulon regulates the aperture area of above-mentioned air taking port according to the height of above-mentioned purification speed.
Air conditioner of the present utility model is characterised in that, possesses control module, above-mentioned control module is controlled the air output of above-mentioned blasting unit, as above-mentioned action message, obtain the information of the air output of relevant above-mentioned blasting unit, above-mentioned regulon according to the air output of above-mentioned blasting unit number regulate the aperture area of above-mentioned air taking port.
Air conditioner of the present utility model is characterised in that, possesses detecting unit, above-mentioned detecting unit detects the pollution level of the air sucking by above-mentioned air entry, and above-mentioned control module is controlled the air output of above-mentioned blasting unit according to the pollution level of the detected air of above-mentioned detecting unit.
Air conditioner of the present utility model is characterised in that, above-mentioned regulon possesses: cover, it is supported for and can rotates around the axle intersecting with afore mentioned rules direction, and possesses at different 2 opposite faces relative with above-mentioned wall portion respectively of different 2 distances of rotating stop position and the wall portion of the above-mentioned vent passage of formation; And driver element, it makes this cover rotate around above-mentioned axle.
In the utility model, for example, in the situation that make the burst size increase of ion improve air-filtering ability, or improve air-filtering ability in the situation that improve indoor air circulation speed, control and make to be located at plenum chamber end blinds regulation turned position stop, thereby reduce the aperture area by the wall of plenum chamber and the formed air taking port of opposite face of blinds.By reducing the aperture area of air taking port, make wind speed become large, therefore, increase the burst size of ion, increase the circulation rate of air, thereby improve air purification efficiency.
Utility model effect
According to the utility model, can not increase air output and improve air purification efficiency.
Accompanying drawing explanation
Fig. 1 means the stereogram of face side of the air conditioner of present embodiment.
Fig. 2 means the side cross-sectional, view of the air conditioner of present embodiment.
Fig. 3 means the stereogram of rear side of the air conditioner of present embodiment.
Fig. 4 means the local amplification sectional view of the formation of blinds.
Fig. 5 means the local amplification sectional view of the formation of blinds.
Fig. 6 means the local amplification sectional view of the formation of blinds.
Fig. 7 means the block diagram of formation of the control system of air conditioner.
Fig. 8 is the flow chart of action step of the air conditioner of explanation embodiment 1.
Fig. 9 is the flow chart of action step of the air conditioner of explanation embodiment 2.
Figure 10 is the flow chart of action step of the air conditioner of explanation embodiment 3.
The specific embodiment
Accompanying drawing based on representing its embodiment specifically describes the utility model.
Embodiment 1.
Fig. 1 means the stereogram of face side of the air conditioner of present embodiment, and Fig. 2 is side cross-sectional, view, and Fig. 3 is the stereogram of rear side.In addition, in Fig. 2, paper left side is the face side (front side) of air conditioner, and paper right side is the rear side (rear side) of air conditioner.
Air conditioner possesses the rectangular-shaped housing of longitudinal type 1, has the indoor of wall and ground, with the attitude setting relative with wall of the rear side of housing 1 on the ground.The air conditioning function of present embodiment carries out set indoor smell to carry out air conditioning action that the air conditioning action of deodorizing, dust to indoor, dust, pollen etc. carry out control of dust, the air conditioning action that the cation as charged particle and anion (being designated hereinafter simply as ion) are discharged, the air conditioning action to indoor humidification.
In the inside of housing 1, mutually divide and be provided with the 10, the 2nd ventilation road 20 and control room 90, the 1st ventilation road.
The 1st ventilation road 10 is further divided by the next door 15 at the 14He Xie rear, next door of vertical direction, possesses than next door 14 by the filter receiving room 11 of rear side (rear side), humidifying chamber 12 between 2 next doors 14,15 and than the plenum chamber 13 of the forward side in next door 15 (front face side).In the rear surface of housing 1, can install and remove install there are a plurality of air entries 17,17,17 ... rear board 16.A plurality of air entries 17,17,17 of filter receiving room 11 by offering on this rear board 16 ... be communicated with outside.In addition, plenum chamber 13 is communicated with outside by the air taking port 18 of offering at the end face of housing 1.Humidifying chamber 12 is configured to: via the opening of being located at the bottom of next door 14 and 15, both are communicated with filter receiving room 11 and plenum chamber 13.
In filter receiving room 11 laminated configuration, there are odor removal filter 31 and dust-collecting filter 32.Odor removal filter 31 for example makes active carbon disperse to be held in nonwoven to form, the effect of playing absorption, removing the smelly composition in circulated gases.Dust-collecting filter 32 is for example known HEPA(High Efficiency Particulate Air: efficiency particulate air) filter, plays the effect of catching collection, removing fine dust contained in circulated gases.Odor removal filter 31 and dust-collecting filter 32 are integrated with plastic rectangle framework respectively, are embedded in the filter chamber 11 of the front side of being located at rear board 16.
Blower fan 4 as blasting unit is for example Sirocco fan, possesses the fan electromotor 41 of impeller 40 and drives impeller 40.Fan electromotor 41 is fixed on the wall that forms plenum chamber 13.Impeller 40 is fixed on the output of the fan electromotor 41 being projected in plenum chamber 13, with relative configuration of opening of being located at 14,15 bottoms, next door.The impeller 40 of blower fan 4 rotates by the driving of fan electromotor 41.The in the situation that of impeller 40 rotation, as shown in the blank arrow of Fig. 2, via be located at rear board 16 air entry 17,17,17 ..., extraneous gas is directed to the inside of filter receiving room 11.The extraneous gas that is directed to filter receiving room 11 forwards flows in the inside of filter receiving room 11, via humidifying chamber 12, by impeller 40, is sucked, and changes direction upward and is exported the inside of plenum chamber 13.And, in plenum chamber 13, to oblique rear to circulation, via the air taking port 18 of plenum chamber 13 ends, be sent outside.
Like this, filter receiving room 11, humidifying chamber 12 and plenum chamber 13 form the 1st ventilation road 10 that produces above-mentioned air stream according to the action of blower fan 4.Odor removal filter 31 and dust-collecting filter 32 are positioned at the upstream side on the 1st ventilation road 10, via air entry 17,17,17 ... the extraneous gas that is directed to filter receiving room 11 becomes the clean air of by odor removal filter 31, smelly composition being removed, removed by the filtration of dust-collecting filter 32 dust, and is sent via the air taking port 18 of plenum chamber 13 ends.
The air conditioner of present embodiment has humidification function, for humidification mobile air in the 1st ventilation road 10, at humidifying chamber 12(, between dust-collecting filter 32 and blower fan 4) be provided with humidifying unit 5.
This humidifying unit 5 comprises humidification filter house 50 and tank 55.Humidification filter house 50 is configured in the inner side that is circular holding frame 51 and takes in and keep humidifying filter 52.Humidifying filter 52 is that nonwoven etc. has the high property of water-bearing and the sheet of the material system that can ventilate, for increase with from rear side towards the contact area of circulated gases of side flow, be folded into corrugated, make the direction of overlapping width along the direction of circulated gases, be incorporated in the inside of above-mentioned holding frame 51.
Tank 55 is the open disk containers in top, the guide portion 19 that is embedded into the base plate of being located at housing 1, be disposed at thus the inside of the humidifying chamber 12 of dust-collecting filter 32 front sides, be configured to utilize and be located at the holding frame 51 that inner 2 roller members (not shown) support humidification filter house 50 revolvably.Tank 55 slides mobile together with humidification filter house 50 along guide portion 19, can be pulled out to outside from a side of housing 1 thus.In the end of pulling out side of tank 55, be provided with continuously the tank support member 56 of large width, form detachable water supply tank 6 in tank support member 56.
Water supply tank 6 is in the end of a side, to have the tank of the cuboid of turncock, so that turncock side handstand attitude is down assemblied in tank support member 56.Turncock is built-in with known Valve for keeping constant water level.This Valve for keeping constant water level is opened during to tank support member 56 assembling at water supply tank 6, and the water of taking in water supply tank 6 is delivered to tank 55, in the mode of the water of the certain water level of internal reservoir at tank 55, plays a role.
Periphery along the holding frame 51 of humidification filter house 50 is provided with driven gear 51a, driven gear 51a and the driven wheel 58a engagement that is disposed at humidification filter house 50 tops.When making driven wheel 58a when rotation by being disposed at the motor 58 on humidification filter house 50 tops, driving force is passed to driven gear 51a, makes holding frame 51 and humidifying filter 52 rotations.Humidifying filter 52 is due to rotation, and the part that is immersed in tank 55 absorbs water circumferentially moving successively, and humidifying filter 52 integral body are in containing the state of moisture.Consequently, the air by humidifying filter 52 is by humidification.On the other hand, when humidifying filter 52 does not rotate, by the air moisture absorption hardly of humidifying filter 52.
In addition, at the plenum chamber 13 from blower fan 4 to air taking port 18, dispose ion generator 35.Ion generator 35 is fixed on the wall 13a of plenum chamber 13, has the sparking electrode of needle-like and the induction electrode of configuration relative to this sparking electrode, applies high-tension sparking electrode and causes corona discharge and produce negative ions.The sparking electrode of ion generator 35 exposes at plenum chamber 13, and in the situation that driving ion generator 35, ion is released to from blower fan 4 towards the air of air taking port 18, containing the air of ion, from air taking port 18, is sent indoor.Ion to indoor release is killed mushroom, virus and anaphylactogen etc. or deactivation, and the material (such as organic compounds such as acetaldehyde) that makes to become the reason of stench decomposes.
In addition, the mode that wall 13a, the 13b of the front side in plenum chamber 13 and rear side tilts to back upper place with the past downside configures, therefore the air of sending by air taking port 18 rises along the wall at the back side of air conditioner, along ceiling, to the direction of leaving wall, flows.The air mobile along ceiling declines near the wall of the opposition side in room, therefore can make to arrive from the distant place of air conditioner containing the air of ion.In addition, near the direction of the air declining the wall of the opposition side in room along landing ground to air conditioner flows, and in room, circulates.
On the other hand, the 2nd ventilation road 20 is positioned at than the 1st top side in ventilation road 10, at housing 1 on the front, is located at the region that the protecgulum 1a of the curved next door 21 that is connected by the end face with housing 1 and housing 1 divides.At protecgulum 1a, offer the air entry 22 of rectangle, between the top of protecgulum 1a and the end face of housing, be provided with air taking port 26.In the 2nd ventilation road 20, be provided with blower fan 24, the 2 ventilation roads 20 by than blower fan 24 on the lower side induction chamber 20a and than the plenum chamber 20b of blower fan 24 top sides, cut apart.Induction chamber 20a is communicated with outside by air entry 22, and plenum chamber 20b is communicated with outside by air taking port 26.
In induction chamber 20a, be provided with thick cancellate guide portion 23, coarse filter 8 is with respect to guide portion 23 mounting or dismounting assembling freely.Coarse filter 8 comprises: filter house 81, and it utilizes holding frame to keep the thinner netted filter of mesh; And handle portion 82, it forms the part on the 2nd ventilation road 20, and becomes the handle while installing and removing.Coarse filter 8 is caught and is collected to the contained thick dust of induction chamber 20a leaked-in air and be removed.
The blower fan 24 of being located at the 2nd ventilation road 20 possesses fan electromotor 241(with reference to Fig. 7) and fan 242.Fan electromotor 241 drive fan 242 are around the axle rotation of left and right directions.Fan 242 is for example the cross flow fan with the multiple wing impeller of cylindrical shape, above-mentioned multiple wing impeller have outer edge side with respect to pivot a plurality of blades to direction of rotation displacement.The mode that fan 242 becomes the left and right directions of air conditioner with the direction of pivot configures.Fan electromotor 241 utilizes not shown support portion to be fixed in the inside of housing 1.Fan 242 is fixed on the output shaft of fan electromotor 241, by the driving of fan electromotor 241, rotates.By fan 242, rotate, as shown in the solid arrow in Fig. 2, indoor air is inhaled into the 2nd ventilation road 20 by air entry 22, and the air being inhaled into circulates from induction chamber 20a to plenum chamber 20b, by air taking port 26, to indoor, sends.
In addition, same with the 1st ventilation road 10, on the 2nd ventilation road 20, be equipped with ion generator 25.Ion generator 25 is fixed on the wall in next door 21 between blower fan 24 and air taking port 26, has the sparking electrode of needle-like and the induction electrode of configuration relative to this sparking electrode, is applied in high-tension sparking electrode and causes corona discharge and produce negative ions.In the situation that driving ion generator 25, ion is released to from blower fan 24 towards the air of air taking port 26, containing the air of ion, from air taking port 26, is sent indoor.In addition, at air taking port 26, be provided with wind direction confinement plate 27, above-mentioned wind direction confinement plate 27 rotarilys actuate by motor and rotates around the axle of left and right directions, for the contained ion of air of sending easily arrives near indoor central authorities, and the angle of inclination of adjustable wind direction confinement plate 27.
The direction of the air of sending from the 2nd ventilation road 20 is different from the direction of the air of sending from the 1st ventilation road 10.That is, from the 2nd ventilation road 20, forwards send air, and from the 1st ventilation road 10 rearward oblique upper send air.
The air conditioner of present embodiment is characterised in that, the end on the 1st ventilation road 10 is provided with blinds 7, and blinds 7 is for regulating the aperture area of air taking port 18.This blinds 7 regulates the aperture area of air taking port 18 according to the air conditioning action of air conditioner, be configured to and change hardly wind direction.
Fig. 4～Fig. 6 means the local amplification sectional view of the formation of blinds 7.Fig. 4 represents the state (hereinafter referred to as closed condition) that air taking port 18 is closed completely, and Fig. 5 represents the state (hereinafter referred to as open mode) that air taking port 18 is opened completely, and Fig. 6 represents to make air taking port 18 state of opening (hereinafter referred to as adjustment state) a little.
Blinds 7 possesses: cover 70, and it is lower sealing air taking port 18 in off position; And the support component 71,71 of pair of right and left, its supporting cover parts 70, can rotate around horizontal turning cylinder 72 cover 70, blinds 7 is configured to: utilize motor 75(with reference to Fig. 7) driving force and the moving axis 72 that rotates rotates.Cover 70 possesses: the 1st opposite face 70a, and its rotation stop position under open mode is relative with the wall 13a of the front side on ventilation road 13; And the 2nd opposite face 70b, its rotation stop position under adjustment state is relative with the wall 13a of the front side on ventilation road 13.
As shown in Figure 5 and Figure 6, the 1st opposite face 70a forms: under open mode with the wall 13a almost parallel on ventilation road 13, the 2nd opposite face 70b forms: under adjustment state with the wall 13a almost parallel on ventilation road 13, and, the distance of distance wall 13a under each state forms, and the 2nd opposite face 70b is shorter apart from the distance of wall 13a.Therefore,, by the cover 70 of blinds 7 is rotated, can not make wind vector, and only make aperture area change, even in the situation that utilize blower fan 4 to produce the air stream of identical air quantity, the wind speed of the air stream of sending from air taking port 18 is to compare with open mode, becomes large when adjustment state.
The air conditioner of present embodiment has a plurality of patterns, be configured to based on according to pattern definite air conditioning move to regulate the aperture area of air taking port 18.The pattern that air conditioner possesses comprises: the ion shower pattern that makes the burst size increase of ion when indoor air pollutes suddenly; And to fast dust-absorbing pattern of indoor dust, dust fast dust-absorbing etc.The pattern of air conditioner is manually switched by user's operation, or the output based on various sensors is automatically switched.
In embodiment 1, following formation is described: the aperture area that reduces air taking port 18 when utilizing ion shower pattern that the burst size of ion is increased.
Fig. 7 means the block diagram of formation of the control system of air conditioner.The air conditioner of present embodiment, as the formation of control system, possesses: control part 100; Operating portion 110; Display part 120; Various motor-drive circuits 131～134; Ion generator 25,35; And various sensors 101～104.
Control part 100 possesses CPU, ROM, RAM, EEPROM etc., and the indication of the operation from user based on receiving by operating portion 110, the sensor of exporting from various sensors are exported, and control the action of various motor driving parts and display part 120.
Operating portion 110 possesses for receiving the various action buttons from user's operation indication.In the present embodiment, operating portion 110 possesses: in the situation that indoor air pollutes suddenly the ion shower button 111 of push, when the dust to indoor, dust fast dust-absorbing push fast dust-absorbing button 112 and for air quantity being switched to the air quantity switching push button 113 etc. of " automatically ", " quiet ", " ", " by force ".
Ion shower button 111 is buttons that on/off is switched when push.User increases the burst size of ion in order to tackle pollen when going home, after smoking etc. and push ion shower button 111 is made as ion shower pattern effectively.Control part 100, by detecting the on/off of ion shower button 111, is obtained the action message as the ion shower pattern of one of air conditioning action, is stored in built-in EEPROM.
Fast dust-absorbing button 112 is buttons that on/off is switched when push.In order to wait after such as cleaning indoor dust, dust fast dust-absorbing, push fast dust-absorbing button 112 is made as fast dust-absorbing pattern effectively user.Control part 100, by detecting the on/off of fast dust-absorbing button 112, is obtained the action message as the fast dust-absorbing pattern of one of air conditioning action, is stored in built-in EEPROM.
Air quantity switching push button 113 is when push, to switch the button that air quantity is set.User, by push air quantity switching push button 113, can set the air quantity of expectation.Control part 100, by detecting the switching state of air quantity switching push button 113, can be obtained the information of air quantity as the action message of relevant air conditioning action, is stored in built-in EEPROM.
Display part 120 is for inform the display unit of the operating state etc. of air conditioner to user.As display part 120, can use according to carry out the LED etc. of on/off from the indication of control part 100.In addition, as display part 120, also can possess LCD display.
Air conditioner possesses motor-drive circuit 131, and above-mentioned motor-drive circuit 131 drives the fan electromotor 41 of being located at the 1st ventilation road 10.The control signal of motor-drive circuit 131 based on from control part 100 controlled the driving of fan electromotor 41, control as follows thus: make blower fan 4 with the corresponding rotary speed rotation of the indication with from control part 100, or the rotation of blower fan 4 is stopped.
Motor-drive circuit 132 drives for making the motor 58 of humidifying filter 52 rotations.The control signal of motor-drive circuit 132 based on from control part 100 controlled the driving of motor 58, controls as follows thus: make humidifying filter 52 with the rotary speed rotation of regulation, or the position of rotation that is rotated in regulation is stopped.
Motor-drive circuit 133 drives the motor 75 for blinds 7 is rotated.The control signal of motor-drive circuit 133 based on from control part 100 controlled the driving of motor 75, control as follows thus: blinds 7 is rotated around horizontal turning cylinder 72, the arbitrary rotation stop position of blinds 7 in off position, in open mode, adjustment state stopped.
Motor-drive circuit 134 drives the fan electromotor 241 of being located at the 2nd ventilation road 20.The control signal of motor-drive circuit 134 based on from control part 100 controlled the driving of fan electromotor 241, control as follows thus: make blower fan 24 with the corresponding rotary speed rotation of the indication with from control part 100, or the rotation of blower fan 24 is stopped.
And air conditioner possesses ion transducer 101, Temperature Humidity Sensor 102, smell sensor 103, dust sensor 104 as various sensors.
Ion transducer 101 is arranged on than ion generator 35 downstreams in plenum chamber 13, detects in plenum chamber 13 ion of circulation, with reasonable time interval to control part 100 output detections result repeatedly.This testing result be illustrated in plenum chamber 13 circulation ion number.In the situation that be less than ormal weight by the amount of ion transducer 101 detected ions, known ion generator 35 generations are stained or deteriorated etc.
Temperature Humidity Sensor 102 is for example arranged on the side wall upper part of filter receiving room 11 in housing 10.Temperature Humidity Sensor 102 detects the temperature and humidity of the air sucking from air entry 17, Relative Humidity Measuring.
Smell sensor 103 is same with Temperature Humidity Sensor 102, is the known gas sensor etc. that is arranged on the side wall upper part of filter receiving room 11 in housing 10.Smell sensor 103 detects the concentration of the gas of the main cause that becomes smell, detects thus the rank of the airborne smell being inhaled into from air entry 17.Gas sensor utilization is heated to for example resistance value of the gas sensitive body of hundreds of degree and according to the concentration of gas around, changes to detect the concentration of gas.In the situation that the concentration of the gas detecting is little, the rank of smell is low, in the situation that the concentration of the gas detecting is large, the rank of smell is high.
Dust sensor 104 is same with Temperature Humidity Sensor 102, is the optical profile type particle sensor etc. that is arranged on the side wall upper part of filter receiving room 11 in housing 10.Optical profile type particle sensor, from light emitting diode to being located at infra-red-emitting in the through hole of sensor, detects the reverberation of floating particle in through hole with phototransistor, detect thus the amount of dust, also can detect as the minuteness particle of the smog of cigarette.In optical profile type particle sensor, according to the size of the voltage of phototransistor output, detect dust amount number.
Fig. 8 is the flow chart of action step of the air conditioner of explanation embodiment 1.In the action of air conditioner, in the situation that ion shower button 111 is connected (step S11), control part 100 is obtained the effective action message of ion shower pattern representing as one of air conditioning action.
Then, control part 100 judges ion generator 35 whether driven (step S12), at ion generator 35, there is no (S12: no) in driven situation, drives ion generator 35(step S13).
Be judged as (S12: be) in the driven situation of ion generator 35, or the in the situation that of driving ion generator 35 in step S13 (S13), control part 100 passes out to motor-drive circuit 133 by control signal, control for making the driving of the motor 75 of blinds 7 rotations, make thus the rotation stop position of blinds 7 under adjustment state stop (step S14).
As mentioned above, make blinds 7 in the situation that the rotation stop position under adjustment state stops, the interval of the 2nd opposite face 70b of blinds 7 and the wall 13a of plenum chamber 13 narrows down, so the aperture area of air taking port 18 diminishes.Consequently, it is large that the wind speed of the air stream of sending by air taking port 18 becomes, and follows in this, and on the path from blower fan 4 to air taking port 18, the wind speed of mobile air stream also becomes large.Due to the path from blower fan 4 to air taking port 18, so that the state that sparking electrode exposes to plenum chamber 13 is provided with ion generator 35, therefore by increasing the wind speed of mobile air stream on this path, can make the burst size of ion increase, can make ion arrive the corner in room.
As mentioned above, in embodiment 1, in the situation that ion shower button 111 is pressed operation and the burst size of ion is increased, the rotation stop position of blinds 7 under adjustment state stopped.That is, in this application, due to the burst size of ion is increased, thereby needn't make the rotary speed of blower fan 4 rise and air quantity is increased, therefore can running noise be suppressed littlely, and can suppress the rising of power consumption.
In addition, in the present embodiment, be made as the formation that makes the burst size increase of ion by the push of ion shower button 111, but because air conditioner possesses various sensors 101～104, therefore also can be made as following formation: the sensor based on various sensors 101～104 is exported, enter into the ion shower pattern of the burst size increase that makes ion.For example, also can be made as following formation: in the situation that be judged as by the quantitative change of the detected ion of ion transducer 101 less, with above-mentioned same, the rotation stop position that control part 100 is controlled blinds 7 increases the burst size of ion.In addition, also can be made as following formation: in the situation that detecting indoor pollution by smell sensor 103 or dust sensor 104, with above-mentioned same, the rotation stop position that control part 100 is controlled blinds 7 increases the burst size of ion.
Embodiment 2.
In embodiment 1, be made as following formation: when the burst size that makes ion by ion shower pattern increases, control the rotation stop position of blinds 7, control thus the aperture area of air taking port 18, but also can be made as following formation: when for fast dust-absorbing pattern, control the rotation stop position of blinds 7, thereby control the aperture area of air taking port 18.
In embodiment 2, the control in fast dust-absorbing pattern is described.In addition,, about the inside formation of air conditioner, completely same with embodiment 1, therefore the description thereof will be omitted.
Fig. 9 is the flow chart of action step of the air conditioner of explanation embodiment 2.In the action of air conditioner, in the situation that fast dust-absorbing button 112 is connected (step S21), control part 100 is obtained the effective action message of fast dust-absorbing pattern representing as one of air conditioning action.
In the situation that control part 100 is obtained the effective action message of expression fast dust-absorbing pattern, control part 100 passes out to motor-drive circuit 133 by control signal, control for making the driving of the motor 75 of blinds 7 rotations, make thus the rotation stop position of blinds 7 under adjustment state stop (step S22).
Make blinds 7 in the situation that the rotation stop position under adjustment state stops, the interval of the 2nd opposite face 70b of blinds 7 and the wall 13a of plenum chamber 13 narrows down, so the aperture area of air taking port 18 diminishes.It is large that the wind speed of the air stream of consequently, sending by air taking port 18 becomes.In addition, as mentioned above, the air of sending by air taking port 18 rises along the wall at the back side of air conditioner, along ceiling, to the direction of leaving wall, flows.The air mobile along ceiling declines near the wall of the opposition side in room, and near the direction along landing ground to air conditioner after declining the wall of the opposition side in room flows, and in room, circulates.
In embodiment 2, owing to not changing the wind speed that wind direction increases the air stream of sending by air taking port 18, therefore, can increase the circulation rate of indoor air stream, utilization is disposed at the odor removal filter 31 of filter receiving room 11 and the effect of dust-collecting filter 32 of air conditioner, can remove fast airborne smelly composition, or in energy fast Acquisition collection air, contained fine dust is removed.
In addition, be made as in the present embodiment following formation: control linkedly the aperture area of air taking port 18 with the push of fast dust-absorbing button 112, but also can be made as following formation: because air conditioner possesses smell sensor 103 and dust sensor 104, therefore, in the situation that utilizing these sensors to detect indoor pollution, automatically enter into fast dust-absorbing pattern, with above-mentioned same, the rotation stop position of controlling blinds 7 is controlled the aperture area of air taking port 18.
Embodiment 3.
In embodiment 1, be made as following formation: the rotation stop position of controlling blinds 7 in ion shower pattern, thereby control the aperture area of air taking port 18, in embodiment 2, be made as following formation: the rotation stop position of controlling blinds 7 in fast dust-absorbing pattern, thereby control the aperture area of air taking port 18, but also can be made as following formation: according to the air quantity of blower fan 4, control the rotation stop position of blinds 7, thereby control the aperture area of air taking port 18.
The air conditioner of present embodiment possesses air quantity switching push button 113, can set air quantity.For example, in the situation that enter into weak state from the strong state of air quantity, the quantitative change that is released to indoor ion by air taking port 18 is few.In the present embodiment, when entering into weak state from the strong state of air quantity, the rotation stop position of controlling blinds 7 reduces the aperture area of air taking port 18, increases thus wind speed, maintains the burst size of ion, and above-mentioned formation is described.In addition,, about the inside formation of air conditioner, completely same with embodiment 1, therefore the description thereof will be omitted.
Figure 10 is the flow chart of action step of the air conditioner of explanation embodiment 3.Whether the control part 100 of air conditioner is first to being that the state that ion generator 35 drives judges (step S31).In the situation that ion generator does not drive (S31: no), the processing of process ends figure.
In the situation that ion generator 35 drives (S31: be), control part 100, with reference to the action message in built-in EEPROM, is obtained the information (step S32) that relevant current air quantity is set thus.
Then, whether 100 pairs of control parts are that the state having entered a little less than setting than current air quantity judges (step S33).In the situation that the setting of air quantity by manually or automatically switching to from " by force " " " or " quiet ", or in the situation that the setting of air quantity from " " switch to " quiet ", control part 100 can be judged as to have entered than current air quantity sets weak state.In the situation that be judged as not enter than current air quantity, set weak state (S33: no), control part 100 standbies are set weak state to entering air quantity.
In the situation that be judged as to enter than current air quantity, set weak state (S33: be), control part 100 passes out to motor-drive circuit 133 by control signal, control for making the driving of the motor 75 of blinds 7 rotations, make thus the rotation stop position of blinds 7 under adjustment state stop (step S34).
As mentioned above, make blinds 7 in the situation that the rotation stop position under adjustment state stops, the interval of the 2nd opposite face 70b of blinds 7 and the wall 13a of plenum chamber 13 narrows down, so the aperture area of air taking port 18 diminishes.Consequently, it is large that the wind speed of the air stream of sending by air taking port 18 becomes, and follows in this, and on the path from blower fan 4 to air taking port 18, the wind speed of mobile air stream also becomes large.Due to the path from blower fan 4 to air taking port 18, so that the state that sparking electrode exposes to plenum chamber 13 is provided with ion generator 35, therefore by increasing the wind speed of mobile air stream on this path, can make the burst size of ion increase, even if utilize in the situation that the air quantity of blower fan 4 reduces, also can maintain the burst size of ion.
In addition, in the present embodiment, about the air conditioning action of the indoor smell deodorizing to set, dust to indoor, dust, pollen etc. carry out control of dust air conditioning action, discharge ion air conditioning action, carry out the air conditioner (air purifier that possesses humidification function) of the air conditioning action of indoor humidification to be illustrated, but can be also to carry out at least 1 action in 4 above-mentioned air conditionings actions or the air conditioner of the action of air conditioning in addition.
Description of reference numerals
4 blower fan
7 blinds
18 air taking ports
35 ion generators
100 control parts
101 ion transducers
102 Temperature Humidity Sensors
103 smell sensors
104 dust sensors
110 operating portions
111 ion shower buttons
112 fast dust-absorbing buttons
113 air quantity switching push buttons
120 display parts
Claims (10)
1. an air conditioner, possesses blasting unit thering is air entry and air taking port and be provided with in the housing of the vent passage from this air entry to air taking port, above-mentioned blasting unit is sent by above-mentioned air taking port the air sucking from above-mentioned air entry to prescribed direction, above-mentioned air conditioner is characterised in that
Possess:
Obtain the unit of the action message of relevant air conditioning action;
Regulon, its action message based on obtained regulates the aperture area of above-mentioned air taking port; And
Charged particle releasing unit, above-mentioned charged particle releasing unit produces charged particle and discharges to above-mentioned vent passage.
2. air conditioner according to claim 1, is characterized in that,
Have polishing filter, above-mentioned polishing filter purifies the air sucking by above-mentioned air entry.
3. air conditioner according to claim 1, is characterized in that,
Possess control module, above-mentioned control module is controlled the air output of above-mentioned blasting unit.
4. air conditioner according to claim 2, is characterized in that,
Possess control module, above-mentioned control module is controlled the air output of above-mentioned blasting unit.
5. air conditioner according to claim 3, is characterized in that,
Possess detecting unit, above-mentioned detecting unit detects the pollution level of the air sucking by above-mentioned air entry.
6. air conditioner according to claim 4, is characterized in that,
Possess detecting unit, above-mentioned detecting unit detects the pollution level of the air sucking by above-mentioned air entry.
7. air conditioner according to claim 1, is characterized in that,
Above-mentioned regulon possesses:
Cover, it is supported for and can rotates around the axle intersecting with afore mentioned rules direction, and possesses at different 2 opposite faces relative with above-mentioned wall portion respectively of different 2 distances of rotating stop position and the wall portion of the above-mentioned vent passage of formation; And
Driver element, it makes this cover rotate around above-mentioned axle.
8. air conditioner according to claim 2, is characterized in that,
Above-mentioned regulon possesses:
Cover, it is supported for and can rotates around the axle intersecting with afore mentioned rules direction, and possesses at different 2 opposite faces relative with above-mentioned wall portion respectively of different 2 distances of rotating stop position and the wall portion of the above-mentioned vent passage of formation; And
Driver element, it makes this cover rotate around above-mentioned axle.
9. air conditioner according to claim 3, is characterized in that,
Above-mentioned regulon possesses:
Cover, it is supported for and can rotates around the axle intersecting with afore mentioned rules direction, and possesses at different 2 opposite faces relative with above-mentioned wall portion respectively of different 2 distances of rotating stop position and the wall portion of the above-mentioned vent passage of formation; And
Driver element, it makes this cover rotate around above-mentioned axle.
10. according to the air conditioner described in claim 4 or 6, it is characterized in that,
Above-mentioned regulon possesses:
Cover, it is supported for and can rotates around the axle intersecting with afore mentioned rules direction, and possesses at different 2 opposite faces relative with above-mentioned wall portion respectively of different 2 distances of rotating stop position and the wall portion of the above-mentioned vent passage of formation; And
Driver element, it makes this cover rotate around above-mentioned axle.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-212490 | 2012-09-26 | ||
| JP2012212490A JP5980637B2 (en) | 2012-09-26 | 2012-09-26 | Air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203907766U true CN203907766U (en) | 2014-10-29 |
Family
ID=50743023
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320577064.9U Expired - Lifetime CN203907766U (en) | 2012-09-26 | 2013-09-17 | Air conditioning plant |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5980637B2 (en) |
| CN (1) | CN203907766U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114251818A (en) * | 2021-12-16 | 2022-03-29 | 宁波奥克斯电气股份有限公司 | Control method and control device for intelligent air supply and air conditioner |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6295430B2 (en) * | 2014-07-17 | 2018-03-20 | パナソニックＩｐマネジメント株式会社 | Air cleaner |
| KR101554722B1 (en) | 2015-01-23 | 2015-09-21 | 황용희 | Air conditioner having variable air volume control device |
| JP6367445B2 (en) * | 2016-09-07 | 2018-08-01 | アイリスオーヤマ株式会社 | Humidified air purifier |
| CN107213739B (en) * | 2017-07-20 | 2023-08-25 | 中国矿业大学(北京) | Novel high-efficient combined type wet dust collector in colliery |
| KR101851342B1 (en) | 2017-07-31 | 2018-04-23 | 주식회사 엘엠에이치코리아 | Hybrid LED air cleaner |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61197938A (en) * | 1985-02-28 | 1986-09-02 | Toshiba Corp | Operation method of air conditioner |
| JPH0723777B2 (en) * | 1989-08-29 | 1995-03-15 | 松下電器産業株式会社 | Air conditioner equipped with an ion generator |
| DE19615239C1 (en) * | 1996-04-18 | 1997-03-20 | Daimler Benz Ag | Heating and/or air-conditioning system operating method for motor vehicle |
| JP2003139340A (en) * | 2001-10-31 | 2003-05-14 | Hitachi Ltd | Air conditioner |
| JP2004085128A (en) * | 2002-08-28 | 2004-03-18 | Mitsubishi Heavy Ind Ltd | Air conditioner |
| JP2005156027A (en) * | 2003-11-26 | 2005-06-16 | Sharp Corp | Air conditioner, fan heater, and method for deactivating antigenic substance |
| JP3686963B2 (en) * | 2003-11-28 | 2005-08-24 | シャープ株式会社 | Air conditioner |
| JP2006239647A (en) * | 2005-03-07 | 2006-09-14 | Sharp Corp | Dehumidifier |
| JP2007029282A (en) * | 2005-07-25 | 2007-02-08 | Sharp Corp | Air cleaner |
-
2012
- 2012-09-26 JP JP2012212490A patent/JP5980637B2/en not_active Expired - Fee Related
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2013
- 2013-09-17 CN CN201320577064.9U patent/CN203907766U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114251818A (en) * | 2021-12-16 | 2022-03-29 | 宁波奥克斯电气股份有限公司 | Control method and control device for intelligent air supply and air conditioner |
| CN114251818B (en) * | 2021-12-16 | 2023-06-20 | 宁波奥克斯电气股份有限公司 | Intelligent air supply control method, control device and air conditioner |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5980637B2 (en) | 2016-08-31 |
| JP2014066449A (en) | 2014-04-17 |
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