CN103398421B - Fresh air conditioner PM2.5 purifies automatic flushing device - Google Patents

Fresh air conditioner PM2.5 purifies automatic flushing device Download PDF

Info

Publication number
CN103398421B
CN103398421B CN201310358074.8A CN201310358074A CN103398421B CN 103398421 B CN103398421 B CN 103398421B CN 201310358074 A CN201310358074 A CN 201310358074A CN 103398421 B CN103398421 B CN 103398421B
Authority
CN
China
Prior art keywords
air
wind
purification
cleaning module
module
Prior art date
Application number
CN201310358074.8A
Other languages
Chinese (zh)
Other versions
CN103398421A (en
Inventor
宋道胜
Original Assignee
宋道胜
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to CN201310249100 priority Critical
Priority to CN2013102491003 priority
Priority to CN201310249100.3 priority
Application filed by 宋道胜 filed Critical 宋道胜
Priority to CN201310358074.8A priority patent/CN103398421B/en
Publication of CN103398421A publication Critical patent/CN103398421A/en
Application granted granted Critical
Publication of CN103398421B publication Critical patent/CN103398421B/en

Links

Abstract

The invention discloses fresh air conditioner PM2.5 and purify automatic flushing device, comprise the wind valve device crossed wind passage and be arranged in wind passage be arranged between the return air air inlet of air conditioner room unit or air purifier and air-out air port, the deep bead of wind valve device is purification of air integration module (1).This device directly uses flexible pipe and existing air-conditioning equipment, the air outlet of indoor set or air intake vent connection just can realize, while heating or refrigeration, purify the air of a room, because the airtight air intake surface being placed in air-conditioning internal machine heat exchanger of new wind outlet adds the problem of air conditioning chamber's Inner eycle air quantity reduction, when needs purify air, purification pattern can be opened.Overcome and install the problem that cleaning module windage increases air circulation reduction additional, heating and refrigeration on one side, while purify air, on heating and refrigeration amount substantially without impact, during powerful heating and refrigeration fast, cleaning module is closed, temporarily do not purify the air of a room, without windage, but send into the air intake surface of heat exchanger because of new wind, so whole air circulation increases because of new entering of wind, resh air requirement is about 20% of indoor apparatus of air conditioner design air flow.

Description

Fresh air conditioner PM2.5 purifies automatic flushing device
Technical field
The present invention relates to air-conditioning and air cleaning facility, specifically refer to that fresh air conditioner PM2.5 purifies automatic flushing device.
Background technology
Traditional air-conditioning equipment and the cleaning module set by air cleaning facility are fixed, purification and cleaning module cleaning function is there is not in existing air-conditioning to new wind, general not containing Efficient air filtration and cleaning equipment, along with the temperature of air quality problems increases, existing air-conditioning equipment is offered and is set about increasing filter and purifier, generally increase filter and purifier on mistake wind passage, a problem is there is after increasing, namely the windage crossing wind passage of script increases, and is difficult to realize and popularization.Existing air purifier does not establish fresh air purification device, and because cleaning module is set to fixed, existing air purifier optionally can not purify the air of indoor and outdoor new wind.
Summary of the invention
The object of the present invention is to provide fresh air conditioner PM2.5 to purify automatic flushing device, based on this device, be installed at now on air-conditioned wind circulation canal, overcome air-out volume simultaneously and reduce the problem that windage increases.When needs purify air, purification pattern can be opened, refrigeration and heating, while purify air, spring and autumn transition season, not heating and refrigeration, also can purify the air of a room, when very hot or extremely cold time weather occur, need Wind Volume, when powerful heating fast or refrigeration, cleaning module air-valve can be closed, reduce windage, the indoor temperature of quick adjustment, when indoor temperature reaches the setting value of needs, can close cleaning module air-valve, air-conditioning while work holding chamber in temperature, also can purify the air of a room.
Implementation of the present invention is as follows: fresh air conditioner PM2.5 purifies automatic flushing device, comprise the wind valve device crossed wind passage and be arranged in wind passage be arranged between the return air air inlet of air conditioner room unit or air purifier and air-out air port, the deep bead of wind valve device is purification of air integration module.
Also comprise air outlet B just to the aeration device of air-conditioning internal machine heat exchanger air intake surface, aeration device comprises new wind passage, new wind passage is provided with at least 1 air inlet B, is provided with new wind turbine and high efficiency particulate air in new wind passage; Air inlet B and air outlet B is provided with controlled air-valve.Air outlet B is residing for the outlet air surface of air-conditioning internal machine heat exchanger air intake surface and air-conditioning draught fan between plane, and the air outlet A crossing wind passage is positioned at the air intake surface of air-conditioning draught fan; Or also comprise and the aeration device crossing wind channel connection, aeration device comprises new wind passage, new wind passage is provided with at least 1 air inlet B, is provided with new wind turbine in new wind passage; Air inlet B Huo and air outlet B is provided with controlled air-valve, air outlet B and excessively wind channel connection.
Air outlet B is residing for the outlet air surface of air-conditioning internal machine heat exchanger air intake surface and air-conditioning draught fan between plane, and the air outlet A crossing wind passage is positioned at the air intake surface of air-conditioning draught fan.
Purification of air integration module at least comprises with any one in lower module: high efficiency particulate air, active carbon layer, nano-photo catalytic net, static cling layer.
Wind valve device also comprises drive unit, and the output shaft of drive unit is connected with purification of air integration module; Cross in wind passage and be provided with uviol lamp; Crossing wind passage away from one end of air outlet A is air inlet A, and air inlet A place is provided with negative oxygen ion generator.
When the number of purification of air integration module is 1, one end of purification of air integration module is passed through hinge or flap or turning cylinder and is connected with mistake wind vias inner walls, and the other end of purification of air integration module is connected with the output shaft of drive unit.
When wind valve device is opened, the upper side wall of purification of air integration module is with wind vias inner walls is parallel excessively, and purification of air integration module exists gap with mistake wind vias inner walls; When wind valve device is closed, the upper side wall of purification of air integration module away from crossing wind vias inner walls, touches until the lower wall of purification of air integration module crosses wind vias inner walls gradually, and now purification of air integration module crosspiece is crossing in wind passage and to close wind passage.When above-mentioned wind valve device is opened, air circulated air passes through from purification of air integration module and the gap crossed in the middle of wind vias inner walls, and purification of air integration module does not now produce windage.When above-mentioned wind valve device is closed, because purification of air integration module crosspiece is being crossed on wind passage, now, air circulated air has to pass through purification of air integration module, thus reaches the object purified air.
When the number of purification of air integration module is 2, purification of air integration module is divided into cleaning module A and cleaning module B, drive unit is divided into drive unit A and drive unit B, one end of cleaning module A and one end of cleaning module B are connected by hinge or flap or turning cylinder, the other end of cleaning module A is connected with the output shaft of drive unit A, and the other end of cleaning module B is connected with the output shaft of drive unit B.
When wind valve device is opened, lower wall and the cleaning module B upper side wall of cleaning module A are fitted mutually; When wind valve device is closed, the lower wall of cleaning module A is separated with the upper side wall of cleaning module B, the upper side wall of cleaning module A is towards the motion of mistake wind vias inner walls direction until touch with mistake wind vias inner walls, the lower wall of cleaning module B is towards the motion of wind vias inner walls direction is until touch with mistake wind vias inner walls excessively, and now cleaning module A and cleaning module B forms V-shaped.When wind valve device is opened, do not produce windage.When wind valve device is closed, now air circulated air has to pass through cleaning module A and cleaning module B, arrives the object purified air.
When wind valve device is opened, there is the lower wall of gap and cleaning module B between the upper side wall of cleaning module A and mistake wind vias inner walls and excessively there is gap between wind vias inner walls; Drive unit is controllable motor.Now, do not form windage to air circulated air, therefore air quantity increases.
Specifically, fresh air conditioner PM2.5 purifies automatic flushing device, and comprise air outlet A just to the wind valve device crossed wind passage and be arranged in wind passage of air-conditioning internal machine heat exchanger air intake surface, the deep bead of wind valve device is purification of air integration module.
The present invention, using purification of air integration module as the deep bead of wind valve device, when needs purify air, start purification pattern, namely as the purification of air integration module of deep bead under the driving of drive unit by wind channel enclosed, purification of air integration module was blocked in wind passage, general purification of air integration module is primarily of high efficiency particulate air, active carbon layer, nano-photo catalytic stratum reticulare is folded to be formed or other purifiers, air is negotiable in purification of air integration module, now, air is under the urging of blower fan, flow through purification of air integration module, complete the high efficiency filter of air.When when temperature is high especially or temperature is low especially, need to freeze fast or heat, now, open powerful cooling and warming pattern, at this moment, purification of air integration module as deep bead is just crossed wind passage and is opened under the driving of drive unit, now on the path crossing wind passage, purification of air integration module is completely parallel with crossing wind passage, air under the urging of blower fan quickly through, windage reduces, air quantity increases, cooling and warming can be completed in the short period of time, at this moment heat the air quantity and the heating and refrigeration amount that also to improve about 20% before refrigerating efficiency and air-out velocity ratio do not increase this device, because of aeration device access time, namely the air quantity of new wind directly enters the air intake surface of heat exchanger of air condition.
In above-mentioned working method, when fast-refrigerating heats, purification function can not be carried out, in order to address this problem, the present invention also comprises air outlet B just to the aeration device of air-conditioning internal machine heat exchanger air intake surface, aeration device comprises new wind passage, new wind passage is provided with at least 1 air inlet B, is provided with new wind turbine and high efficiency particulate air in new wind passage; Air inlet B and air outlet B is provided with controlled air-valve.The number of general air inlet B is 2, one and outdoor connection, one and indoor connection.With the air of the introducing indoor of indoor connection, with the fresh air of the introducing outdoor of outdoor connection.
The basis of said apparatus also add aeration device, air outlet B is the air-out air port of new wind passage, this air-out air port is toward the new wind of indoor feeding, after aeration device coordinates said apparatus, above-mentioned shortcoming can be avoided, during its work, air inlet B simultaneously or can be introduced separately into room air and outdoor air, air inlet B and air outlet B is provided with controlled air-valve all separately and carries out opening and closing process, under fresh air supply pattern, air inlet B opens, introduce new wind, drive owing to there is new wind turbine and introduce new wind, and the outlet of new wind is directly at the air intake surface of heat exchanger, therefore, whole air-conditioning equipment is substantially constant or higher than original at wind supply quantity.When purification pattern is closed, wind supply quantity is higher with refrigerated medium thermal efficiency ratio original equipment air quantity larger heating and refrigeration amount.Therefore, after adding aeration device, purification pattern and cooling and warming pattern can be made and deposit.Aeration device with cross wind passage separately and deposit, just the air-out of aeration device must seal and enter heat exchanger air intake surface to increase the air circulation of air-conditioning equipment.
In order to cooling and warming is better, air outlet B is between air-conditioning internal machine heat exchanger air intake surface and the outlet air surface of air-conditioning draught fan, and air outlet B is parallel with the outlet air surface of air-conditioning draught fan, and air outlet A is positioned at the air intake surface of air-conditioning draught fan.Air quantity can be made like this to increase, increased air quantity.
In use, directly this device is arranged on air inlet or the air outlet place of existing indoor machine of air conditioning unit.The present invention has broken the single cooling and warming drawback of traditional air conditioner, while increase air purification mode, does not need the internal structure changing former air conditioner.And achieve the full introducing of the purification of new wind and the adjustment of resh air requirement and resh air requirement, to realize object that is energy-conservation and indoor dust-free life.
In addition, preferably, purification of air integration module is primarily of high efficiency particulate air, active carbon layer, nano-photo catalytic net, the stacked formation of static cling layer.
Wind valve device also comprises drive unit, and the output shaft of drive unit is connected with purification of air integration module.
Preferably, uviol lamp is provided with in mistake wind passage; Crossing wind passage away from one end of air outlet A is air inlet A, and air inlet A place is provided with negative oxygen ion generator.Uviol lamp virus killing, negative oxygen ion functions of physical supply can be increased.
For the present invention, the design of purification of air integration module has 2 kinds, namely the design when the number of purification of air integration module is 1 or the design when the number of purification of air integration module is 2, wherein, during design when number is 1, cost is lower, weight is lighter, be applicable to lower-powered air-conditioning equipment, and during design when the second number is 2, be more suitable in the larger air-conditioning equipment of air quantity.
Now illustrate the concrete structure of 2 kinds of designs.
When the number of purification of air integration module is 1, one end of purification of air integration module is passed through hinge or flap or turning cylinder and is connected with mistake wind vias inner walls, and the other end of purification of air integration module is connected with the output shaft of drive unit.
When wind valve device is opened, the upper side wall of purification of air integration module with cross wind vias inner walls attaches or the upper side wall of purification of air integration module parallel with mistake wind vias inner walls; When wind valve device is closed, the upper side wall of purification of air integration module, gradually away from crossing wind vias inner walls, touches until the lower wall of purification of air integration module crosses wind vias inner walls.
When closing when wind valve device, purification of air integration module crosspiece is on the path crossing wind passage, and now, air can flow through purification of air integration module, and air-out speed is now little, but can carry out efficient filtered air.When wind valve device is opened, cross in wind passage without hindrance, air can directly flow through, and air-out speed is very high, when being now applicable to need fast-refrigerating to heat.
General, crossing wind passage is hollow, rectangular pipeline, one end of purification of air integration module is connected with the upper inwall crossing wind passage by hinge or flap or turning cylinder, and the output shaft driving purification of air integration module of drive unit moves around hinge or flap or turning cylinder.
When the number of purification of air integration module is 2, purification of air integration module is divided into cleaning module A and cleaning module B, drive unit is divided into drive unit A and drive unit B, one end of cleaning module A and one end of cleaning module B are connected by hinge or flap or turning cylinder, the other end of cleaning module A is connected with the output shaft of drive unit A, and the other end of cleaning module B is connected with the output shaft of drive unit B.
When wind valve device is opened, lower wall and the cleaning module B upper side wall 101 of cleaning module A are fitted mutually; When wind valve device is closed, the lower wall of cleaning module A is separated with cleaning module B upper side wall 101, the upper side wall 101 of cleaning module A is towards the motion of mistake wind vias inner walls direction until touch with mistake wind vias inner walls, the lower wall of cleaning module B is towards the motion of wind vias inner walls direction is until touch with mistake wind vias inner walls excessively, and now cleaning module A and cleaning module B forms V-shaped or pocket-shape.
When wind valve device is opened, there is the lower wall of gap and cleaning module B between the upper side wall 101 of cleaning module A and mistake wind vias inner walls and excessively there is gap between wind vias inner walls.
Drive unit is controllable motor.
Purification part and aeration device are practically applicable to air-cooled ducted air conditioner, ceiling machine, cassette machine, fan coil, wind cabinet, household machine, merchant.The blower fan of aeration device also can manufacture total heat exchanger, also can be single blower fan.Cross in wind passage to be provided with and bottomless sweep dirt cavity, sweep the air intake surface of opening direction towards purification of air integration module of dirt cavity, sweep dirt cavity and be provided with 2 ports, be provided with air-valve in 2 ports, sweep in dirt cavity and be provided with dust clearing apparatus.One of them port connects dedusting passage, and be provided with blower fan in dedusting passage, another port is communicated with the air outlet B of aeration device, is provided with valve in dedusting passage.Sweep in dirt cavity and be communicated with dedusting passage, in dedusting passage, be provided with blower fan, sweep in dirt cavity and be provided with dust clearing apparatus, the air outlet B of aeration device with sweep dirt cavity connects, be provided with valve in dedusting passage.By the wind face excessively of dust clearing apparatus cleaning purification of air integration module, made wind face automatic cleaning.Dedusting passage and blower fan form dedusting runner, and dust is discharged.Air outlet B with sweep dirt cavity connects.The air-conditioning of existing band purifying layer or air purifier, their purifying layer is single fixed structure, when room air reaches the object be cleaned, air-conditioning heating or refrigeration also need to continue, and indoor wind also needs further circulation, at this moment purifying layer, to the windage that circulated air produces, waste electrical power, air purification layer is set to air-valve by the present invention, when needs purify, purifying layer, under the driving of controllable motor, is closed, circulated air passage, circulated air is through purifying layer, and circulated air is cleaned.When room air reaches cleanliness factor, purifying layer, under the driving of controllable motor, opens circulation air path, and the gap that circulated air is formed from purifying layer and circulation air path wall is passed through, and purifying layer can not produce any windage to circulated air.Realize energy-conservation object, their purification style of room air conditioner of existing air purifier or band purifier is single, selectively can not purify as required the new wind of room air and outdoor, waste mass energy, the present invention passes through controllable motor, and purifying layer is arranged to air-valve, achieve same purifying layer can purify the air of a room, again can new wind outside clean room, when indoor air purification reaches setting value, or indoor apparatus of air conditioner needs powerful refrigeration, during heating, also new wind outside a clean room can be selected, achieve indoor apparatus of air conditioner and do not increase power of fan, also fresh air purifying and indoor air purification can be realized, and on air-conditioning heating and refrigeration without any impact.No longer purify indoor pure air, serve object that is energy-conservation and reduction equipment cost and also achieve ventilation of not windowing, room air is forever clean comfortable.
The invention has the advantages that: this device directly uses flexible pipe and existing air-conditioning equipment, the air outlet of indoor set or air intake vent connection just can realize, while heating or refrigeration, purify the air of a room, because the airtight air intake surface being placed in air-conditioning internal machine heat exchanger of new wind outlet adds the problem of air conditioning chamber's Inner eycle air quantity reduction, when needs purify air, purification pattern can be opened.Overcome and install the problem that cleaning module windage increases air circulation reduction additional, heating and refrigeration on one side, while purify air, on heating and refrigeration amount substantially without impact, during powerful heating and refrigeration fast, cleaning module is closed, temporarily do not purify the air of a room, without windage, but because new wind sends into the air intake surface of heat exchanger, so whole air circulation increases because of new entering of wind, resh air requirement is about 20% of indoor apparatus of air conditioner design air flow, therefore, heating and refrigeration amount also adds about 20% than former design, heating and refrigeration is faster than former design, when indoor temperature is adjusted to certain temperature range, for keeping indoor temperature substantially constant, now air-conditioner just can on one side heating and refrigeration, while purify the air of a room, spring and autumn, transition season also can purify the air of a room, not refrigeration and heating, air-conditioning does not limit, not breed bacteria.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 1 when wind valve device is opened.
Fig. 2 is the structural representation of embodiment 1 when wind valve device is closed complete.
Fig. 3 is the structural representation of embodiment 2 when wind valve device is opened.
Fig. 4 is the structural representation of embodiment 2 when wind valve device is closed complete.
Fig. 5 is that embodiment 2 is when the structural representation in wind valve device closing process.
Fig. 6 is experiment parameter contrast table.Fig. 7 increases the structural representation after sweeping dirt cavity.Fig. 8 is the structural representation after dirt cavity is swept in Fig. 4 increase.
Detailed description of the invention
Embodiment 1
As depicted in figs. 1 and 2.
Fresh air conditioner PM2.5 purifies automatic flushing device, comprise the wind valve device crossed wind passage and be arranged in wind passage be arranged between the return air air inlet of air conditioner room unit or air purifier and air-out air port, the deep bead of wind valve device is purification of air integration module 1.
Also comprise and the aeration device crossing wind channel connection, aeration device comprises new wind passage 6, new wind passage is provided with at least 1 air inlet B62, is provided with new wind turbine 61 in new wind passage 6; Air inlet B62 Huo and air outlet B is provided with controlled air-valve, air outlet B and excessively wind channel connection.
whenwhen new wind in air outlet B is not by purification of air integration module 1, in new wind passage 6, be provided with new wind turbine 61 and high efficiency particulate air 64; Air inlet B62 Huo and air outlet B is provided with controlled air-valve. whenwhen new wind in air outlet B is by purification of air integration module 1, in new wind passage 6, be provided with new wind turbine 61; Air inlet B62 Huo and air outlet B is provided with controlled air-valve.
Purification of air integration module 1 at least comprises with any one in lower module: high efficiency particulate air, active carbon layer, nano-photo catalytic net, static cling layer.
Wind valve device also comprises drive unit 2, and the output shaft of drive unit is connected with purification of air integration module 1; Cross in wind passage and be provided with uviol lamp 3; Crossing wind passage away from one end of air outlet A is air inlet A5, and air inlet A5 place is provided with negative oxygen ion generator 4.
When the number of purification of air integration module 1 is 1, one end of purification of air integration module 1 is passed through hinge or flap or turning cylinder and is connected with mistake wind vias inner walls, and the other end of purification of air integration module 1 is connected with the output shaft of drive unit.
When wind valve device is opened, the upper side wall 101 of purification of air integration module 1 is with wind vias inner walls is parallel excessively, and purification of air integration module 1 exists gap with mistake wind vias inner walls; When wind valve device is closed, the upper side wall 101 of purification of air integration module 1 is gradually away from crossing wind vias inner walls, touch until the lower wall 102 of purification of air integration module 1 crosses wind vias inner walls, now purification of air integration module 1 crosspiece is crossing in wind passage and to close wind passage.When above-mentioned wind valve device is opened, air circulated air passes through from purification of air integration module 1 and the gap crossed in the middle of wind vias inner walls, and purification of air integration module 1 does not now produce windage.When above-mentioned wind valve device is closed, because purification of air integration module 1 crosspiece is being crossed on wind passage, now, air circulated air has to pass through purification of air integration module 1, thus reaches the object purified air.
When the number of purification of air integration module 1 is 2, purification of air integration module 1 is divided into cleaning module A11 and cleaning module B12, drive unit 2 is divided into drive unit A21 and drive unit B22, one end of cleaning module A11 and one end of cleaning module B12 are connected by hinge or flap or turning cylinder, the other end of cleaning module A11 is connected with the output shaft of drive unit A21, and the other end of cleaning module B12 is connected with the output shaft of drive unit B22.
When wind valve device is opened, lower wall and the cleaning module B12 upper side wall 101 of cleaning module A11 are fitted mutually; When wind valve device is closed, the lower wall 102 of cleaning module A11 is separated with the upper side wall 101 of cleaning module B12, the upper side wall 101 of cleaning module A11 is towards the motion of mistake wind vias inner walls direction until touch with mistake wind vias inner walls, the lower wall of cleaning module B12 towards crossing the motion of wind vias inner walls direction until with cross wind vias inner walls and touch, now cleaning module A11 and cleaning module B12 formation V-shaped or pocket-shape or polygon.When wind valve device is opened, do not produce windage.When wind valve device is closed, now air circulated air has to pass through cleaning module A11 and cleaning module B12, arrives the object purified air.
When wind valve device is opened, there is the lower wall of gap and cleaning module B12 between the upper side wall 101 of cleaning module A11 and mistake wind vias inner walls and excessively there is gap between wind vias inner walls; Drive unit is controllable motor.Now, do not form windage to air circulated air, therefore air quantity increases.
Concrete, fresh air conditioner PM2.5 purifies automatic flushing device, and comprise air outlet A13 just to the wind valve device crossed wind passage and be arranged in wind passage of air-conditioning internal machine heat exchanger air intake surface, the deep bead of wind valve device is purification of air integration module 1.
The present invention, using purification of air integration module 1 as the deep bead of wind valve device, when needs purify air, start purification pattern, namely as the purification of air integration module 1 of deep bead under the driving of drive unit by wind channel enclosed, purification of air integration module 1 was blocked in wind passage, general purification of air integration module 1 is primarily of high efficiency particulate air, active carbon layer, nano-photo catalytic stratum reticulare is folded to be formed or other purifiers, air is negotiable in purification of air integration module 1, now, air is under the urging of blower fan, flow through purification of air integration module 1, complete the high efficiency filter of air.When the special superelevation of temperature or temperature special ultralow time, need the refrigeration of rapid strong or heat, now, open powerful cooling and warming pattern, at this moment, purification of air integration module 1 as deep bead is just crossed wind passage and is opened under the driving of drive unit, now on the path crossing wind passage, purification of air integration module 1 is completely parallel with crossing wind passage, air under the urging of blower fan quickly through, purification of air integration module does not produce any windage, air output increases, cooling and warming can be completed in the short period of time, because of the direct airtight input air-out of aeration device, at this moment heat refrigerating efficiency and air output and before not increasing this device taller about 20%.
In use, the air inlet or the air outlet place that directly this device are arranged on existing air-conditioning can realize.The motion state of purification of air integration module 1 of commanding behind the scenes independent in addition, the purification pattern of air-conditioning and the conversion of powerful cooling and warming pattern can be realized, also achieving air-conditioning freezes while purify air, and spring and autumn, transition season air-conditioning did not leave unused, not breed bacteria purified room air.The present invention has broken traditional single cooling and warming drawback, while increase air purification mode, does not need the internal structure changing former air conditioner.Cost only needs the expense paying this device, does not need to purchase air-conditioning equipment in addition, can enjoy the function purified air throughout the year.
In addition, compared with the air-conditioner of existing band cleaning module, existing cleaning module is fixed structure, activity can not be carried out arrange, therefore, the power of fan of the air-conditioner of existing band cleaning module is very large, and noise is large, be unfavorable for promoting, and the air-conditioner after adopting the present invention to assemble, it is functionally consistent with the former, and cost is low, lightweight, the air-conditioning equipment in existing use can also be applicable to.
Preferably, purification of air integration module 1 is primarily of high efficiency particulate air, active carbon layer, the folded formation of nano-photo catalytic stratum reticulare.Cross in wind passage and also have negative oxygen ion generator and uviol lamp.
Wind valve device also comprises drive unit 2, and the output shaft of drive unit is connected with purification of air integration module 1.
Preferably, uviol lamp 3 is provided with in mistake wind passage; The one end crossing wind passage is air inlet A5, and air inlet A5 place is provided with negative oxygen ion generator 4.Uviol lamp virus killing, negative oxygen ion functions of physical supply can be increased.
For the present invention, the design of purification of air integration module 1 has 2 kinds, namely the design when the number of purification of air integration module 1 is 1 or the design when the number of purification of air integration module 1 is 2, wherein, during design when number is 1, cost is lower, weight is lighter, be applicable to lower-powered various air-conditioning equipment, and during design when the second number is 2, be more suitable for high-power air-conditioning equipment.
Now illustrate the concrete structure of the first design.
When the number of purification of air integration module 1 is 1, one end of purification of air integration module 1 is passed through hinge or flap or turning cylinder and is connected with mistake wind vias inner walls, and the other end of purification of air integration module 1 is connected with the output shaft of drive unit.
When wind valve device is opened, the upper side wall 101 of purification of air integration module 1 attaches airtight with mistake wind vias inner walls, when wind valve device is closed, the upper side wall 101 of purification of air integration module 1, gradually away from crossing wind vias inner walls, touches until the lower wall of purification of air integration module 1 crosses wind vias inner walls.
When closing when wind valve device, purification of air integration module 1 crosspiece is on the path crossing wind passage, and now, air can flow through purification of air integration module 1, and air output is now little, but can carry out efficient filtered air.When wind valve device is opened, cross in wind passage without hindrance, air can directly flow through, and air-out speed is very high, when being now practically applicable to need powerful cooling and warming.The upper side wall 101 of purification of air integration module 1 is all the time towards air intake surface, that is, when air intake is entered by air inlet A, then the upper side wall 101 of purification of air integration module 1 is towards air intake entrance, when air-out is blown out by air inlet A, then the upper side wall 101 of purification of air integration module 1 air intake entrance dorsad.Such design, when can prevent cleaning module from opening, is attached to the dust of the upper side wall 101 of purification of air integration module 1 from newly entering indoor.
General wind passage is excessively hollow, rectangular pipeline, one end of purification of air integration module 1 is connected with the inwall crossing wind passage by hinge or flap or turning cylinder, and the output shaft driving purification of air integration module 1 of drive unit moves around hinge or flap or turning cylinder.
Purification of air integration module 1 itself can be made into S shape structure or other shapes, can increase the contact area of itself and wind.
Drive unit is controllable motor.
In above-mentioned working method, when fast-refrigerating heats, purification function can not be carried out, in order to address this problem, the present invention also comprises air outlet B just to the aeration device of air-conditioning internal machine heat exchanger air intake surface, aeration device comprises new wind passage 6, new wind passage is provided with at least 1 air inlet B62, is provided with new wind turbine 61 and high efficiency particulate air 64 in new wind passage 6; Air inlet B62 and air outlet B is provided with controlled air-valve.Air outlet B is the air port of new wind passage, the basis of said apparatus also add aeration device, after aeration device coordinates said apparatus, above-mentioned shortcoming can be avoided, during its work, the number of air inlet B62 is 2, an air inlet B62 introduces outdoor new wind, an air inlet B62 introduces indoor fresh air, air inlet B62 and air outlet B is provided with controlled air-valve all separately and carries out opening and closing process, under fresh air supply pattern, air inlet B62 opens, introduce new wind, owing to there is new wind turbine and introducing new wind, therefore, whole air-conditioning equipment is substantially constant or higher than original at wind supply quantity, still purification pattern can be started under this condition simultaneously, when purification pattern is opened, wind supply quantity is larger, cooling and warming efficiency is higher.Therefore, after adding aeration device, purification pattern and cooling and warming pattern can be made and deposit.Aeration device with cross wind passage separately and exist in this device, also can integrally welded structure.The number of general air inlet B is 2, one and outdoor connection, one and indoor connection.With the air of the introducing indoor of indoor connection, with the fresh air of the introducing outdoor of outdoor connection.
In order to cooling and warming is better, preferred air outlet B is between air-conditioning internal machine heat exchanger 8 air intake surface and the outlet air surface of air-conditioning draught fan 7, and air outlet B is also parallel with the outlet air surface of air-conditioning draught fan 7.Air quantity and wind speed superposition can be made like this, increased wind efficiency.
Embodiment 2
As shown in Fig. 3, Fig. 4 and Fig. 5.
The difference of the present embodiment and embodiment 1 is: the number of purification of air integration module 1 is 2, when the number of purification of air integration module 1 is 2, purification of air integration module 1 is divided into cleaning module A11 and cleaning module B12, drive unit 2 is divided into drive unit A21 and drive unit B22, one end of cleaning module A11 and one end of cleaning module B12 are connected by hinge or flap or turning cylinder, the other end of cleaning module A11 is connected with the output shaft of drive unit A21, and the other end of cleaning module B12 is connected with the output shaft of drive unit B22.
When wind valve device is opened, lower wall and the cleaning module B12 upper side wall 101 of cleaning module A11 are fitted mutually; When wind valve device is closed, the lower wall of cleaning module A11 is separated with cleaning module B12 upper side wall 101, the upper side wall 101 of cleaning module A11 is towards the motion of mistake wind vias inner walls direction until touch with mistake wind vias inner walls, the lower wall of cleaning module B12 is towards the motion of wind vias inner walls direction is until touch with mistake wind vias inner walls excessively, and now cleaning module A11 and cleaning module B12 forms V-shaped.Preferably, the v-shaped openings of cleaning module A11 and cleaning module B12 formation is towards air intake surface.That is, when air intake is entered by air inlet A5, then as shown in Figure 4, the v-shaped openings that cleaning module A11 and cleaning module B12 is formed is towards air inlet A5, if, when air-out is blown out by air inlet A5, the V-shaped structural openings air inlet A5 dorsad that cleaning module A11 and cleaning module B12 is formed.Such design, when can prevent from filtering, is attached to the dust in V-shaped structural openings face from newly entering indoor.
After cleaning module A11 and cleaning module B12 forms V-shaped, what can increase filtration crosses wind area, and therefore filter effect can improve a lot.
When wind valve device is opened, there is the lower wall of gap and cleaning module B12 between the upper side wall 101 of cleaning module A11 and mistake wind vias inner walls and excessively there is gap between wind vias inner walls.
Drive unit is controllable motor.
Purification of air integration module 1 itself can be made into S shape structure, and namely cleaning module A11 and cleaning module B12 itself can be made into S shape structure, further can increase the contact area of itself and wind.
In above-mentioned working method, when fast-refrigerating heats, purification function can not be carried out, in order to address this problem, the present invention also comprises air outlet B just to the aeration device of air-conditioning internal machine heat exchanger air intake surface, aeration device comprises new wind passage 6, and new wind passage is provided with air inlet B62, is provided with new wind turbine 61 and high efficiency particulate air 64 in new wind passage 6.Air outlet B is the air port of new wind passage, the aeration device that the basis of said apparatus increases, after aeration device coordinates said apparatus, can avoid above-mentioned shortcoming, under fresh air supply pattern, air inlet B62 opens, introduce new wind, owing to there is new wind turbine and introducing outdoor new wind, therefore, whole air-conditioning equipment is substantially constant or higher than original at wind supply quantity, still startup purification pattern can be carried out under this adjustment simultaneously, when purification pattern is opened, wind supply quantity is larger, and cooling and warming efficiency is higher.Therefore, after adding aeration device, purification pattern and cooling and warming pattern can be made and deposit.Aeration device with cross wind passage separately and exist in this device, also can integrally welded structure.
In order to cooling and warming is better, air outlet B is between air-conditioning internal machine heat exchanger 8 air intake surface and the outlet air surface of air-conditioning draught fan 7, and air outlet A is positioned at the air intake surface of air-conditioning draught fan 7.Air quantity and wind speed superposition can be made like this, increased wind efficiency.
Based on the implementation of embodiment 1 and embodiment 2, existing composition graphs 6 illustrates superior function of the present invention:
As shown in Figure 6, Fig. 6 experiment parameter contrast table, in Fig. 6, experiment 1 is: existing air-conditioner A does not have air-cleaning function, and it is when power of fan is 110W, and air output is 1360 cubic metres/h.
Experiment 2 is: embodiment 1 increases purification of air integration module and aeration device on the basis of existing air-conditioner A, fresh air conditioner PM2.5 when the number of purification of air integration module 1 is 1 purifies automatic flushing device, compare existing air-conditioner A, add air-cleaning function, although under powerful refrigeration heat pattern, air output is 1600 cubic metres/h, but, be the air output of 1400 cubic metres/h under air purification mode.Therefore switching two kinds of patterns that can be random, washability is very high, if under allowing air-conditioner be in purification pattern always, then there is the phenomenon wasted energy, because room air, after certain clarification time, can remain on higher high-quality state always.Air output improves about 20%.
Experiment 3 is: the fresh air conditioner PM2.5 that embodiment 1 increases when the number of purification of air integration module 1 is 2 on the basis of existing air-conditioner A purifies automatic flushing device, compare existing air-conditioner A, add air-cleaning function, although, under powerful refrigeration heat pattern, air output is 1600 cubic metres/h, but, be the air output of 1360 cubic metres/h under air purification mode.Therefore switching two kinds of patterns that can be random, washability is very high, if under allowing air-conditioner be in purification pattern always, then there is the phenomenon wasted energy, because room air, after certain clarification time, can remain on higher high-quality state always.And embodiment 1 is compared with embodiment 2, its clean-up effect is obviously that the clean-up effect of embodiment 2 is better.
Experiment 4 is air-conditioner B of existing band purification function, treatment facilities in the air-conditioner B of existing band purification function is be fixed on the device in wind passage, therefore its air-conditioning operationally, be in the cold heating mode of pressure in purification pattern always, compare front 3 experiments, it is under the prerequisite of same blower fan, its air output is 760 cubic metres/h, and air output forever remains on this level, except the power of non-increasing blower fan, could air output be improved, make its air output and front 3 experiments be in same level, meanwhile, its clean-up effect is also mean level.
Generally speaking design of the present invention, can reach the inaccessiable technique effect of existing air-conditioner.Complete energy-conservation, the object of saving and the suitable market demand.
The topmost feature of the present invention is: the air-out of aeration device and the air-out of air-conditioning draught fan, not on same air channel, supply the windage of high efficiency particulate air generation with the air quantity of aeration device.Cross in wind passage to be provided with and bottomless sweep dirt cavity 1111, sweep the air intake surface of opening direction towards purification of air integration module of dirt cavity, sweep in dirt cavity and be communicated with dedusting passage 1113, in dedusting passage, be provided with blower fan, sweep in dirt cavity and be provided with dust clearing apparatus 1112.By the wind face excessively of dust clearing apparatus cleaning purification of air integration module, made wind face automatic cleaning.Dedusting passage and blower fan form dedusting runner, dust is discharged or collects, the air outlet B of aeration device with sweep dirt cavity connects, be provided with valve in dedusting passage.When the new wind in air outlet B is by sweeping dirt cavity then by purification of air integration module, no matter purification of air integration module is in which kind of state, the new wind of the present embodiment is all in purification state.
Preferably, sweep dirt cavity and there are 2 through holes, one of them through hole is new wind adapter hole, and the valve of aeration device is arranged in new wind adapter hole, and aeration device is conventional air-supply arrangement.Another through hole is dedusting adapter hole, and dedusting runner and dedusting are taken over hole and be communicated with.Dedusting runner is conventional air exhausting device or fire control smoke exhausting device.Hole is in-built is equipped with valve in dedusting adapter.
As mentioned above, then well the present invention can be realized.

Claims (4)

1. fresh air conditioner PM2.5 purifies automatic flushing device, it is characterized in that: comprise the wind valve device crossed wind passage and be arranged in wind passage be arranged between the return air air inlet of air conditioner room unit or air purifier and air-out air port, the deep bead of wind valve device is purification of air integration module (1);
Wind valve device also comprises drive unit (2), and the output shaft of drive unit is connected with purification of air integration module (1); Cross in wind passage and be provided with uviol lamp (3); Crossing wind passage away from one end of air outlet A is air inlet A(5), air inlet A(5) place is provided with negative oxygen ion generator (4);
When the number of purification of air integration module (1) is 2, purification of air integration module (1) is divided into cleaning module A(11) and cleaning module B(12), drive unit (2) is divided into drive unit A(21) and drive unit B(22), cleaning module A(11) one end and cleaning module B(12) one end be connected by hinge or flap or turning cylinder, cleaning module A(11) the other end and drive unit A(21) output shaft be connected, cleaning module B(12) the other end and drive unit B(22) output shaft be connected;
When wind valve device is opened, cleaning module A(11) lower wall and cleaning module B(12) upper side wall (101) fits mutually; When wind valve device is closed, cleaning module A(11) lower wall (102) and cleaning module B(12) upper side wall (101) be separated, cleaning module A(11) upper side wall (101) towards crossing the motion of wind vias inner walls direction until with cross wind vias inner walls and touch, cleaning module B(12) lower wall towards crossing the motion of wind vias inner walls direction until with cross wind vias inner walls and touch, now cleaning module A(11) and cleaning module B(12) form V-shaped or pocket-shape;
When wind valve device is opened, cleaning module A(11) upper side wall (101) and cross between wind vias inner walls there is gap and cleaning module B(12) lower wall and cross between wind vias inner walls and there is gap; Drive unit is controllable motor.
2. fresh air conditioner PM2.5 according to claim 1 purifies automatic flushing device, it is characterized in that: also comprise and the aeration device crossing wind channel connection, aeration device comprises new wind passage (6), new wind passage is provided with at least 1 air inlet B(62), be provided with new wind turbine (61) in new wind passage (6); Air inlet B(62) Huo and air outlet B is provided with controlled air-valve, air outlet B with cross wind channel connection.
3. fresh air conditioner PM2.5 according to claim 1 purifies automatic flushing device, it is characterized in that: purification of air integration module (1) at least comprises with any one in lower module: high efficiency particulate air, active carbon layer, nano-photo catalytic net, static cling layer.
4. purify automatic flushing device according to the fresh air conditioner PM2.5 in claim 1-3 described in any one, it is characterized in that: cross in wind passage to be provided with and bottomless sweep dirt cavity, sweep the air intake surface of opening direction towards purification of air integration module of dirt cavity, sweep dirt cavity and be provided with 2 ports, be provided with air-valve in 2 ports, sweep in dirt cavity and be provided with dust clearing apparatus.
CN201310358074.8A 2013-06-21 2013-08-16 Fresh air conditioner PM2.5 purifies automatic flushing device CN103398421B (en)

Priority Applications (4)

Application Number Priority Date Filing Date Title
CN201310249100 2013-06-21
CN2013102491003 2013-06-21
CN201310249100.3 2013-06-21
CN201310358074.8A CN103398421B (en) 2013-06-21 2013-08-16 Fresh air conditioner PM2.5 purifies automatic flushing device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201310358074.8A CN103398421B (en) 2013-06-21 2013-08-16 Fresh air conditioner PM2.5 purifies automatic flushing device

Publications (2)

Publication Number Publication Date
CN103398421A CN103398421A (en) 2013-11-20
CN103398421B true CN103398421B (en) 2016-02-17

Family

ID=49562100

Family Applications (2)

Application Number Title Priority Date Filing Date
CN201320501615.3U CN203385090U (en) 2013-06-21 2013-08-16 PM2.5 purification automatic cleaning device of fresh air conditioner
CN201310358074.8A CN103398421B (en) 2013-06-21 2013-08-16 Fresh air conditioner PM2.5 purifies automatic flushing device

Family Applications Before (1)

Application Number Title Priority Date Filing Date
CN201320501615.3U CN203385090U (en) 2013-06-21 2013-08-16 PM2.5 purification automatic cleaning device of fresh air conditioner

Country Status (1)

Country Link
CN (2) CN203385090U (en)

Families Citing this family (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN203385090U (en) * 2013-06-21 2014-01-08 宋道胜 PM2.5 purification automatic cleaning device of fresh air conditioner
JP2016031163A (en) * 2014-07-25 2016-03-07 新晃工業株式会社 Vaporization type humidifier in air conditioner
CN105526693B (en) * 2014-09-30 2018-08-14 青岛海高设计制造有限公司 Environment regulating device
CN105526637B (en) * 2014-09-30 2018-07-06 青岛海高设计制造有限公司 Environment regulating device
CN104633904A (en) * 2015-01-06 2015-05-20 广东美的制冷设备有限公司 Air conditioner
CN104913387B (en) * 2015-05-29 2017-09-19 广东美的制冷设备有限公司 Filter assemblies and air conditioner
CN106597919A (en) * 2016-11-15 2017-04-26 江苏智石科技有限公司 Signal conditioning circuit-based automatic cleaning system of air purifier
CN106647451A (en) * 2016-11-15 2017-05-10 江苏智石科技有限公司 Automatic cleaning system for air cleaner
CN106855281A (en) * 2016-12-27 2017-06-16 深圳沃海森科技有限公司 The rotatable humidification system of slim-type air conditioner
CN106642478A (en) * 2017-03-09 2017-05-10 深圳沃海森科技有限公司 Rotary humidifier
CN106801960A (en) * 2017-03-10 2017-06-06 深圳沃海森科技有限公司 Concealed humidifier
CN107062562B (en) * 2017-05-27 2019-09-13 广东美的制冷设备有限公司 Air-conditioning system, air purification method and computer readable storage medium
CN107477723B (en) * 2017-08-04 2020-09-25 青岛海尔空调器有限总公司 Purification module and air conditioning device
CN108278724A (en) * 2018-01-11 2018-07-13 广东美的制冷设备有限公司 The control method and air conditioner of air conditioner
CN111023275A (en) * 2018-10-09 2020-04-17 青岛海尔空调器有限总公司 Air conditioner indoor unit
CN111043735A (en) * 2019-12-19 2020-04-21 青岛海尔空调器有限总公司 Rotating speed control method of indoor fan of air conditioner and air conditioner

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08318117A (en) * 1995-05-26 1996-12-03 Matsushita Seiko Co Ltd Air purifier
JP2000354621A (en) * 1999-06-14 2000-12-26 Nippon Paper Industries Co Ltd Deodorizing antibacterial unit and air conditioner using the same
CN1727782A (en) * 2004-07-26 2006-02-01 乐金电子(天津)电器有限公司 Ventilation system
CN1942717A (en) * 2004-04-15 2007-04-04 大金工业株式会社 Heat exchange unit
CN101135491A (en) * 2006-08-31 2008-03-05 日立空调·家用电器株式会社 Air conditioner
CN102589055A (en) * 2012-03-06 2012-07-18 江苏瑞丰科技实业有限公司 PM2.5 (Phase Modulation) integral air purification treatment device
CN102777979A (en) * 2008-12-24 2012-11-14 珠海格力电器股份有限公司 Air-conditioner with air refreshing function
CN202928058U (en) * 2012-12-14 2013-05-08 宋道胜 A multifunctional air conditioning terminal with an efficient filter screen bypass valve
CN203385090U (en) * 2013-06-21 2014-01-08 宋道胜 PM2.5 purification automatic cleaning device of fresh air conditioner

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08318117A (en) * 1995-05-26 1996-12-03 Matsushita Seiko Co Ltd Air purifier
JP2000354621A (en) * 1999-06-14 2000-12-26 Nippon Paper Industries Co Ltd Deodorizing antibacterial unit and air conditioner using the same
CN1942717A (en) * 2004-04-15 2007-04-04 大金工业株式会社 Heat exchange unit
CN1727782A (en) * 2004-07-26 2006-02-01 乐金电子(天津)电器有限公司 Ventilation system
CN101135491A (en) * 2006-08-31 2008-03-05 日立空调·家用电器株式会社 Air conditioner
CN102777979A (en) * 2008-12-24 2012-11-14 珠海格力电器股份有限公司 Air-conditioner with air refreshing function
CN102589055A (en) * 2012-03-06 2012-07-18 江苏瑞丰科技实业有限公司 PM2.5 (Phase Modulation) integral air purification treatment device
CN202928058U (en) * 2012-12-14 2013-05-08 宋道胜 A multifunctional air conditioning terminal with an efficient filter screen bypass valve
CN203385090U (en) * 2013-06-21 2014-01-08 宋道胜 PM2.5 purification automatic cleaning device of fresh air conditioner

Also Published As

Publication number Publication date
CN103398421A (en) 2013-11-20
CN203385090U (en) 2014-01-08

Similar Documents

Publication Publication Date Title
CN103017263B (en) Multifunctional air conditioner terminal
CN106931534A (en) A kind of permanent net New-air purifying system of cabinet type constant temperature
KR100539566B1 (en) air cleaning system with ventilator
KR100617079B1 (en) Ventilation system with air-cleaner
CN100510558C (en) Single runner two stage dehumidify air-conditioner driven by solar
CN104990178A (en) Energy saving kitchen air-conditioning and control method thereof
JP2010014288A (en) Air conditioner
CN203893367U (en) Double-circulation fresh-air machine
CN203907824U (en) Air-conditioning unit combining solar energy, rotary dehumidification and evaporative cooling
CN102425828B (en) Energy saving device suitable for accurate control air conditioner in machine room
CN103307696B (en) Energy-saving type sill embedded air exchanger
CN106765650A (en) Compact fresh air exhaust Air Cleaning air conditioner integrated machine
KR100907603B1 (en) Ceiling type air conditioner and energy saving air conditioning system
CN107014025B (en) Have both the heat exchange type ventilator of bypass and recirculation function
CN205747155U (en) A kind of air conditioner room unit
CN104976704B (en) The method of work of secondary recuperation of heat Fresh air handing device
CN202092251U (en) Air conditioner set combined with plate fin type indirect and direct devaporizers for machine room
WO2012037890A1 (en) Rangehood or air-conditioning rangehood
CN105485783B (en) A kind of air conditioner indoor unit
CN104633780B (en) Room air processing system
CN202938422U (en) Multifunctional air conditioner terminal provided with efficient filter screen automatic cleaning device
CN204534952U (en) A kind of ventilation unit
CN207394975U (en) Cabinet-type indoor fresh air purification air-conditioning
KR100775075B1 (en) Desiccant dehumidifier
CN105333556A (en) Total-heat fresh air exchanger with internal circulation air purifying function

Legal Events

Date Code Title Description
PB01 Publication
C06 Publication
SE01 Entry into force of request for substantive examination
C10 Entry into substantive examination
GR01 Patent grant
C14 Grant of patent or utility model
TR01 Transfer of patent right

Effective date of registration: 20160720

Address after: 528400, four building, first building, No. 1, Daling Industrial Zone, Torch Development Zone, Guangdong, Zhongshan

Patentee after: Zhongshan lotusair Co., Ltd.

Address before: 610000 Sichuan city of Chengdu province Jinniu District Yu Road No. 8 3 Building 3 unit 4 Building No. 5

Patentee before: Song Daosheng

C41 Transfer of patent application or patent right or utility model