CN202546950U - Multi-channel combination fresh air clearing machine - Google Patents
Multi-channel combination fresh air clearing machine Download PDFInfo
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- CN202546950U CN202546950U CN2012200008739U CN201220000873U CN202546950U CN 202546950 U CN202546950 U CN 202546950U CN 2012200008739 U CN2012200008739 U CN 2012200008739U CN 201220000873 U CN201220000873 U CN 201220000873U CN 202546950 U CN202546950 U CN 202546950U
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Abstract
A multi-channel combination fresh air clearing machine belongs to the technological field of air-exchange equipment, and the machine comprises a case, a fresh air channel, and a dirty air channel, and the machine also comprises an internal circulation channel, a bypass channel, a filter screen, a photocatalysis clearing machine, and a heterogeneous membrane movement; the internal circulation channel comprises an internal circulation doorframe assembly, a internal circulation on-off door, a rotating shaft fix upper panel and a rotating shaft fix lower panel, and a internal circulation motor; the bypass channel comprises a foam doorframe assembly, a bypass assembly, a bypass connecting piece, and bypass foam, the by pass assembly comprises a bypass motor support, the bypass motor, a bypass on-off door, a on-off door connection board, and a rotation connecting rod; when the internal circulation motor starts, a doorframe A is closed, and a dirty air front chamber is connected with a fresh air rear chamber through a doorframe B; when the bypass motor starts, a foam doorframe A is closed, and the dirty air channel is connected with an inlet air passage of the bypass channel through a foam doorframe B; and the multi-channel combination fresh air clearing machine is characterized in that the machine can carry out internal circulation and direct purifying process to indoor air, and the machine can rapidly discharge foul air when amount of the foul air increases, so purifying effect is increased.
Description
Technical field
The utility model is a kind of fresh air purifier, and particularly a kind of multichannel combination fresh air purifier belongs to the air regenerating device technical field.
Background technology
In order to improve the human settlement, air-conditioner gets into the stage of popularization in the whole world.But the existing fresh-air ventilation equipment that improves indoor air quality is relatively simple for structure, has only new wind passage, these 2 passages of dirty wind passage, in new wind passage, dirty wind passage; Be horizontally arranged with the heat-transfer film movement; New wind in the inlet chamber, reaches indoor dirty gas and discharges outdoor through dirty wind passage again from the new wind passage of outdoor entering and through the primarily efficient filter purified treatment; That is to say, can only carry out indoor and outdoor air exchange.When severe winter or heat season, indoor/outdoor temperature-difference is bigger, through the recuperation of heat movement, reduces energy loss, plays the effect of energy-saving and emission-reduction.But can't carry out the purified treatment of indoor foul atmosphere.The function of use of existing air-conditioning equipment of this explanation and fresh-air ventilation equipment is very limited, and can't satisfy people in the use of air-conditioning equipment, to many-sided requirement energy-conservation and purification.Sometimes, indoor foul atmosphere is more serious, and when discharging through the heat exchange movement, effect is relatively poor.
Along with the warming of global climate, construction material to the discharging of severe contamination, automobile and the industrial waste gas of environment etc., the human settlement has been caused great injury, the low-carbon environment-friendly environment requirement has been become human common cry.But the air quality negative effect that the use of air-conditioner brings the human settlement also is startling.It at first is that oxygen is not enough that closed room is brought air quality problems, the increasing of carbon dioxide, secondly be building emit influence the human health accessory substance such as formaldehyde, sulfur dioxide etc. and also can not get discharging and increase generation " air conditioner disease ".Heat exchange movement commonly used adopts scraps of paper shape caloic exchange material, and its ventilation volume still is less, and air cleaning efficient is still lower, has influenced the combination property of total-heat exchanger.
The utility model content
The purpose of the utility model is that the function of use of total-heat exchanger is limited in the above-mentioned prior art, and purification efficiency is low when in the outdoor air inlet chamber; Or indoor foul atmosphere is when serious, and emission effect is relatively poor, or in the use of normal indoor-outdoor air exchange; The defective that air cleaning efficient is lower; A kind of multichannel combination fresh air purifier is provided, can have reached the increase function of use, room air exchanges purification voluntarily; Indoor foul atmosphere mass rate of emission is fast, and improves the purpose that heats the enthalpy exchange efficiency.
The technical scheme taked of the utility model is to achieve these goals: a kind of multichannel combination fresh air purifier comprises housing, loam cake, lower cover, new wind passage, dirty wind passage, longitudinal baffle assembly and electric control gear; The lower surface of said housing is fixedly connected with lower cover all around; Housing comprises new wind inlet, new wind outlet, dirty wind inlet, the outlet of dirty wind; Said longitudinal baffle assembly is arranged between new wind passage and the dirty wind passage; In new wind passage, dirty wind passage; Be horizontally arranged with heat-transfer film movement and guide rail, said heat-transfer film movement is pegged graft through guide rail, also comprises inner cycle channel, bypass passageways and foam stand; Said housing is divided into left shell and right shell body, and said left shell is structure as a whole, and left shell comprises left shell left side and left shell front side, left shell rear side; Integral body is left spill; Said new wind outlet, dirty wind inlet are arranged on the left shell left side, and said right shell body is structure as a whole, and right shell body comprises right shell body right side and right shell body front side, right shell body rear side; Integral body is right spill, and said new wind inlet, the outlet of dirty wind are arranged on the right shell body right side; The total-heat exchanger heat transfer movement of the heterogeneous membrane that said heat-transfer film movement is structure as a whole is called for short the heterogeneous membrane movement, comprises new wind channel part and dirty wind channel part, and said heterogeneous membrane movement is pegged graft through guide rail and housing;
Said new wind passage comprises chamber behind the new wind channel part of valve A, valve motor A, new wind intake assembly, new wind air channel foam, new wind cup, heterogeneous membrane movement, the new wind, screen pack, light catalytic purifying machine, spiral case A, new wind spout assembly from right to left; Said new wind intake assembly left end inlet is aimed at the new wind inlet of right shell body, is fixedly connected with right shell body, and said valve motor A is arranged on new wind intake assembly top; A is fixedly connected with the valve motor; Said valve A is arranged on valve motor A right side, and A is fixedly connected with the valve motor, and valve A can open and close; Said new wind air channel foam is arranged on the right shell body left side, and new wind air channel foam comprises new wind inlet air channel, and new wind inlet is aimed in said new wind inlet air channel, docks with new wind intake assembly left end inlet; Said spiral case A comprises spiral case housing A, is new wind outlet air channel in the said spiral case housing A, and said new wind spout assembly is fixedly connected with left shell; Also comprise new wind pressure fan, said new wind blower setting is in spiral case A one side, and its bottom is connected with screw with lower cover, and the fan blade of new wind pressure fan partly stretches in the new wind outlet air channel;
Said dirty wind passage comprises dirty wind intake assembly, dirty wind inlet air channel foam, dirty wind cup, dirty wind passage doorframe assembly, the dirty wind channel part of heterogeneous membrane movement, spiral case B, the discharge of dirty wind assembly, valve motor B and valve B from left to right; Said dirty wind intake assembly is arranged on the left shell left side; Said dirty wind inlet air channel foam is arranged on the left shell inboard, and dirty wind inlet air channel foam comprises dirty wind inlet air channel, dirty wind interchange channel and foam doorframe A; Said dirty wind passage doorframe assembly comprises doorframe A; Said spiral case B comprises spiral case housing B; Be that dirty wind is discharged the air channel in the said spiral case housing B, also comprise dirty wind exhaust blower, said dirty wind exhaust blower is arranged on spiral case B one side; Its bottom is connected with screw with lower cover, and the fan blade of dirty wind exhaust blower partly stretches into dirty wind and discharges in the air channel;
Said inner cycle channel comprises interior circulation open and close door assembly; Circulation doorframe assembly, interior circulation open and close door, the fixing upper and lower panel of rotating shaft and interior circulation motor in circulation open and close door assembly comprises in said; Circulation doorframe assembly comprises doorframe B and U-lag in said; Said rotating shaft fixedly top panel is connected with the U-lag one side spot welding of interior circulation doorframe assembly; Said rotating shaft fixedly lower panel is connected with the U-lag opposite side spot welding of interior circulation doorframe assembly, said in circulation motor be fixed on rotating shaft fixedly on the top panel, said in the circulation open and close door be installed in interior circulation motor and rotating shaft fixedly on the lower panel through the hole axle; And the circulation open and close door is close on the surface of interior circulation doorframe B in making; Circulation doorframe assembly left side is fixed on the longitudinal baffle right-hand member in said, and interior circulation doorframe assembly right side is fixedly connected with dirty wind passage doorframe assembly, is mutually the right angle setting;
Said bypass passageways comprises foam doorframe assembly, bypass assembly, bypass connector and bypass foam; Said bypass passageways foam doorframe assembly and dirty wind inlet air channel foam are structure as a whole, and bypass passageways foam doorframe assembly is one side in dirty wind inlet foam bottom, air channel, and bypass passageways foam doorframe assembly comprises foam doorframe B and bypass inlets air channel; Said bypass assembly comprises bypass electric machine support, bypass motor, bypass open and close door, open and close door connecting plate, pivot link, and the bypass assembly is fixed on the inner surface of lower cover through its bypass electric machine support; Open and close door connecting plate one end and bypass enabling gate are fixed with screw, and the open and close door connecting plate other end is fixedly connected with the bypass electric machine support, and pivot link one end and bypass motor are rotationally connected through the hole axle, and the pivot link other end and open and close door connecting plate are rotationally connected; Said bypass connector is for respectively having two flat boards that are mutually the right angle of crimp, bypass connector and left shell front side, lower cover near, and be fixedly connected the air channel, middle part of formation bypass passageways; Said bypass foam is arranged between bypass assembly and the spiral case B, and the dirty wind in air channel, bypass passageways rear portion in the bypass foam and the spiral case B is discharged the air channel and interlinked;
Said foam stand is arranged between right shell body inboard, new wind air channel foam and the spiral case B;
When interior circulation motor is closed; Interior circulation open and close door contacts with doorframe B fully; Doorframe B closes, when new wind pressure fan, valve A and valve motor A open, in new wind passage; New wind can be behind valve A, new wind intake assembly, new wind inlet air channel, new wind cup, the new wind channel part of heterogeneous membrane movement, new wind the chamber, in screen pack, light catalytic purifying machine, new wind outlet air channel, the new wind spout assembly inlet chamber;
When interior circulation motor is closed; Interior circulation open and close door contacts with foam doorframe B fully, and doorframe B closes, and dirty wind cup, the dirty wind channel part of heterogeneous membrane movement interlink through doorframe A; The bypass motor cuts out simultaneously; The bypass open and close door contacts with foam doorframe B fully, and foam doorframe B closes, when dirty wind exhaust blower, valve motor B and valve B open; In dirty wind passage, dirty wind can be discharged the air channel through dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel, foam doorframe A, dirty wind cup, doorframe A, the dirty wind channel part of heterogeneous membrane movement, dirty wind, dirty wind discharges assembly and valve B discharges outdoor;
When interior circulation motor is opened; Interior circulation open and close door rotates counterclockwise 90 degree; A contacts fully with doorframe, and doorframe A closes, and the chamber interlinks through doorframe B behind dirty wind cup and the new wind; The bypass motor cuts out simultaneously; The bypass open and close door contacts with foam doorframe B fully, and foam doorframe B closes, and indoor dirty wind can be behind dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel, foam doorframe A, dirty wind cup, doorframe B, new wind in chamber, screen pack, light catalytic purifying machine, new wind outlet air channel, the new wind spout assembly inlet chamber; When not needing interior circulation time, interior circulation open and close door clockwise rotates 90 degree, recovers and the complete state of contact of doorframe B; Doorframe B closes;
When dirty air quantity big; The bypass motor is opened, and the bypass open and close door clockwise rotates 60 degree, and A contacts fully with the foam doorframe; Foam doorframe A closes; Dirty wind passage and bypass inlets air channel interlink through foam doorframe B, and when dirty wind exhaust blower, valve motor B and valve B opened simultaneously, dirty wind was behind dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel; Directly through foam doorframe B and bypass inlets air channel, middle part, air channel, rear portion, again through dirty wind discharge the air channel, dirty wind discharges assembly and valve B discharges outdoor; Little when dirty air quantity, during without bypass passageways, the bypass motor cuts out, and the bypass open and close door rotates counterclockwise 60 degree, recovers and the complete state of contact of foam doorframe B, and foam doorframe B closes.
Said guide rail comprises left rail, right guide rail, upper rail and lower guideway; Said left rail two ends are fixedly connected with interior circulation doorframe assembly with the left shell rear side respectively; Said right guide rail right side edge bank is in the groove in new wind air channel foam and foam stand left side; One end of right guide rail is fixedly connected with the right shell body rear side, and said upper rail is fixedly connected with loam cake, lower cover respectively with lower guideway.
Said heterogeneous membrane movement comprises plastic wave mould strip framework and the heterogeneous membrane more than 9 more than 10, and said each heterogeneous membrane is installed in upper and lower being between 2 plastic wave mould strip frameworks that incorgruous 90 degree are provided with.
Said heterogeneous membrane movement comprises plastic wave mould strip framework and the heterogeneous membrane more than 249 more than 250.
Said heterogeneous membrane comprises basic rete and thin film of additive layer, and said basic rete is a flame retardant type PP thin layer.
Said longitudinal baffle assembly is arranged between the dirty wind cup of the light catalytic purifying machine of new wind passage, new wind pressure fan and dirty wind passage.
Said light catalytic purifying machine and housing socket connection, the said screen pack and the light catalytic purifying machine transplanting of rice connect in succession; The material that screen pack adopts is PU; The light catalytic purifying machine be the TiO2 photocatalysis compound+uviol lamp.
Said electric control gear is arranged on outside the left shell rear side, is fixedly connected with the left shell rear side, and electric control gear comprises electric-controlled box and automatically controlled base plate, and said automatically controlled base plate is fixedly installed in the electric-controlled box, and automatically controlled base plate is regulated through remote controller.
Also be provided with inspection hatch at heterogeneous membrane movement rear side, said inspection hatch both sides are connected with screw with left and right housing rear side respectively.
Compared with prior art, the beneficial effect of the utility model is; Both be provided with new wind channel design, dirty wind channel design, had new wind ventilation function, dirty wind ventilation function, also be provided with inner cycle channel structure, bypass passageways structure; Can carry out interior circulation to room air; Direct purification is handled, and when the foul atmosphere amount is big, can discharge outdoor fast; Be provided with the heat exchange movement, can carry out preheating or precooling to the air of exchange, and the heat exchanger core material of having upgraded has improved and has heated the enthalpy exchange efficiency.Simultaneously, improved the air cleaning structure, increased clean-up effect, be specially:
(1) is provided with the inner cycle channel structure: when interior circulation motor is opened; Doorframe A closes; The chamber interlinks through doorframe B behind dirty wind cup and the new wind; Close with stylish wind pressure fan unlatching, valve A and valve motor A, dirty wind exhaust blower, valve motor B and valve B close, and indoor dirty wind can be earlier behind the dirty wind intake assembly of dirty wind passage, dirty wind inlet air channel, dirty wind interchange channel, foam doorframe A, dirty wind cup; Then through doorframe B chamber behind the new wind of going into new wind passage; Screen pack, light catalytic purifying machine, new wind along new wind passage exports in air channel, the new wind spout assembly inlet chamber again, and through screen pack, light catalytic purifying machine the time, indoor foul atmosphere is purified;
(2) be provided with the bypass passageways structure: when dirty air quantity is big, when the bypass motor was opened, foam doorframe A closed; Dirty wind interchange channel and bypass inlets air channel interlink through foam doorframe B; Dirty wind exhaust blower, valve motor B and valve B open simultaneously, and at this moment, dirty wind is behind dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel; Directly through foam doorframe B and bypass inlets air channel, middle part, air channel, rear portion; Discharge air channel, dirty wind through dirty wind again and discharge assembly and valve B and directly discharges outdoorly, when having solved heat exchange movement through dirty wind passage and discharging, foul atmosphere discharges too slow defective;
(3) be provided with the heat exchange movement, can carry out preheating or precooling to the air of exchange, and the heat exchanger core material of having upgraded has improved and has heated the enthalpy exchange efficiency: be as shown in Figure 4; When the work of new wind passage and dirty wind passage, new wind and the orthogonal thereto fork mode of the dirty wind heat exchange movement of flowing through is because the dividing plate both sides of heat exchange movement exist temperature difference and water vapour pressure difference to cause full heat exchange; In summer, new wind is lowered the temperature from indoor nice and cool dirty air-out, otherwise; In the winter time, new wind is heated up from indoor warm dirty air-out, so the full heat exchanging process through the heat exchange movement; No matter summer, winter, outdoor new wind all recovers energy from indoor air-out, reaches energy-conservation purpose; And adopt the total-heat exchanger heat transfer movement of heterogeneous membrane, and then further improved and heated the enthalpy exchange efficiency, reach 57.2%;
(4) improved the air cleaning structure: the material that screen pack adopts is PU, and model is: KFR-400A.Effect is the multi-efficiency of microorganisms such as dedusting, deodorizing, decomposing organic pollutant, kill bacteria, virus, thereby has realized the effect that purifies air; The light catalytic purifying machine be the TiO2 photocatalysis compound+uviol lamp: the TiO2 photocatalysis can solve heavy-metal pollutions such as chromium, mercury, lead, can decompose, transform inorganic pollutions such as hydrogen sulfide, sulfur dioxide, and is antibiotic, sterilization is rapid; But various microorganisms such as ultraviolet ray kill vegetative forms of bacteria, virus, mycoplasma.
Description of drawings:
Fig. 1 is: the utility model STRUCTURE DECOMPOSITION figure;
Fig. 2 is: the new wind passage of the utility model, dirty wind channel design figure (interior circulation open and close door closed condition);
Fig. 3-the 1st: new wind air channel foam three-dimensional structure diagram;
Fig. 3-the 2nd: the foam stand three-dimensional structure diagram;
Fig. 4 is: heterogeneous membrane movement heat exchange principle sketch map;
Fig. 5 is: heterogeneous membrane movement assembling perspective view;
Fig. 6 is: heterogeneous membrane structure master looks cutaway view;
Fig. 7 is: dirty wind passage doorframe assembly three-dimensional structure diagram;
Fig. 8 is: the inner cycle channel structure chart of the utility model (interior circulation open and close door open mode);
Fig. 9-the 1st: interior circulation open and close door assembly exploded view;
Fig. 9-the 2nd: interior circulation open and close door assembly assembly drawing (interior circulation open and close door open mode);
Figure 10 is: the vertical view when the utility model removes loam cake;
Figure 11 is: the A-A cutaway view of Fig. 4;
Figure 12 is: the B-B cutaway view of Fig. 4;
Figure 13 is: the structural representation when bypass passageways is closed;
Figure 14 is: the structural representation when bypass passageways is opened;
Figure 15-the 1st: bypass assembly exploded view;
Figure 15-the 2nd: bypass assembly assembly drawing;
Figure 16 is: dirty wind inlet air channel foam three-dimensional structure diagram.
Description of reference numerals:
1 housing, 11 left shells, 111 left shells left side, 112 left shell front sides, 113 left shell rear sides, 114 new wind outlets, 115 dirty wind inlets, 12 right shell bodies, 121 right shell body right sides, 122 right shell body front sides, 123 right shell body rear sides, 124 new wind inlets, 125 dirty wind outlets;
2 loam cakes, 3 lower covers;
Chamber, 46 screen packs, 47 light catalytic purifying machines, 48 spiral case A, 481 spiral case housing A, 482 new wind outlet air channels, 483 new wind pressure fans, 49 new wind spout assemblies behind the new wind channel part of 4 new wind passages, 41 new wind intake assemblies, 411 valve A, 412 valve motor A, 42 new wind air channel foams, 421 new wind inlet air channels, 43 new wind cups, 44 heterogeneous membrane movements, the 45 new wind;
5 dirty wind passages, 51 dirty wind intake assemblies, 52 dirty wind inlet air channel foams, 521 dirty wind inlet air channels, 522 dirty wind interchange channels, 523 foam doorframe A, 53 dirty wind cups, 54 dirty wind passage doorframe assemblies, 541 doorframe A, the dirty wind channel part of 55 heterogeneous membrane movements, 56 spiral case B, 561 spiral case housing B, 562 dirty wind are discharged air channel, 563 dirty wind exhaust blowers, 57 dirty wind discharge assemblies, 571 valve motor B, 572 valve B, 58 foam stands;
6 inner cycle channels, fixing fixedly lower panel, 615 interior circulation motor, 616 doorframe B, 617U shape groove, 62 longitudinal baffle assemblies of top panel, 614 rotating shafts of circulation open and close doors, 613 rotating shafts in the circulation doorframe assemblies, 612 in the circulation open and close door assemblies, 611 in 61;
The air channel, middle part of 7 bypass passageways, 71 foam doorframe assemblies, 711 foam doorframe B, 712 bypass inlets air channels, 72 bypass assemblies, 721 bypass electric machine supports, 722 bypass motors, 723 bypass open and close doors, 724 open and close door connecting plates, 725 pivot links, 73 bypass connectors, 731 bypass passageways, 74 bypass foams, air channel, 741 bypass passageways rear portion;
8 electric control gears, 801 electric-controlled boxes, 802 automatically controlled base plates;
9 heterogeneous membrane movements, 901 plastic wave mould strip frameworks, 902 heterogeneous membranes;
10 guide rails, 101 left rails, 102 right guide rails, 103 upper rails, 104 lower guideways.
The specific embodiment
Below in conjunction with accompanying drawing and specific embodiment the utility model is described further, but not as the qualification to the utility model.
Like Fig. 1-shown in Figure 16, a kind of multichannel combination fresh air purifier comprises housing 1, loam cake 2, lower cover 3, new wind passage 4, dirty wind passage 5, inner cycle channel 6, bypass passageways 7 and electric control gear 8; The lower surface of said housing 1 is fixedly connected with lower cover 3 all around; Said housing 1 comprises left shell 11 and right shell body 12; Said left shell 11 is structure as a whole; Left shell 11 comprises left shell left side 111, left shell front side 112 and left shell rear side 113, and integral body is left spill, and said left shell left side 111 is provided with new wind outlet 114 and dirty wind inlet 115; Said right shell body 12 is structure as a whole, and right shell body 12 comprises right shell body right side 121, right shell body front side 122 and right shell body rear side 123, and integral body is right spill, and right shell body right side 121 is provided with new wind inlet 124, dirty wind outlet 125; In new wind passage 4, dirty wind passage 5, be horizontally arranged with heterogeneous membrane movement 9 and guide rail 10, said heterogeneous membrane movement 9 comprises new wind channel part 44 and dirty wind channel part 55;
Said new wind passage 4 comprises chamber 45 behind the new wind channel part 44 of valve A411, valve motor A412, new wind intake assembly 41, new wind air channel foam 42, new wind cup 43, heterogeneous membrane movement, the new wind, screen pack 46, light catalytic purifying machine 47, spiral case A48, new wind spout assembly 49 from right to left; Said new wind intake assembly 41 left ends inlet is aimed at the new wind inlet 124 of right shell body 12; Be fixedly connected with right shell body 12; Said valve motor A412 is arranged on new wind intake assembly 41 tops, is fixedly connected with new wind intake assembly 41, and said valve A411 is arranged on valve motor A412 right side; A412 is fixedly connected with the valve motor, and valve A411 can open and close; Said new wind air channel foam 42 is arranged on right shell body 12 left sides, and new wind air channel foam 42 comprises new wind inlet air channel 421, and new wind inlet 124 is aimed in said new wind inlet air channel 421, docks with new wind intake assembly 41 left ends inlet; Said spiral case A48 comprises spiral case housing A481, is new wind outlet air channel 482 in the said spiral case housing A481, and said new wind spout assembly 49 is fixedly connected with left shell 11; Also comprise new wind pressure fan 483, said new wind pressure fan 483 is arranged on spiral case A48 one side, and its bottom is connected with screw with lower cover 3, and newly the fan blade of wind pressure fan 483 partly stretches into new wind and exports in the air channel 482;
Said dirty wind passage 5 comprises that from left to right dirty wind intake assembly 51, dirty wind inlet air channel foam 52, dirty wind cup 53, dirty wind passage doorframe assembly 54, the dirty wind channel part 55 of heterogeneous membrane movement, spiral case B56, dirty wind discharges assembly 57, valve motor B571 and valve B572; Said dirty wind intake assembly 51 is arranged on left shell 11 left sides; Said dirty wind inlet air channel foam 52 is arranged on left shell 11 inboards, and dirty wind inlet air channel foam 52 comprises dirty wind inlet air channel 521, dirty wind interchange channel 522 and foam doorframe A523; Said dirty wind passage doorframe assembly 54 comprises doorframe A541; Said spiral case B56 comprises spiral case housing B561; Be that dirty wind is discharged air channel 562 in the said spiral case housing B561, also comprise dirty wind exhaust blower 563, said dirty wind exhaust blower 563 is arranged on spiral case B56 one side; Its bottom is connected with screw with lower cover 3, and the fan blade of dirty wind exhaust blower 563 partly stretches in the dirty wind discharge air channel 562; Between the spiral case B56 of right shell body 12 inboards, new wind air channel foam 42 and dirty wind passage 5, be provided with foam stand 58;
Said inner cycle channel 6 comprises interior circulation open and close door assembly 61; Circulation doorframe assembly 611, interior circulation open and close door 612, the fixing upper and lower panel 613,614 of rotating shaft and interior circulation motor 615 in circulation open and close door assembly 61 comprises in said; Circulation doorframe assembly 611 comprises doorframe B616 and U-lag 617 in said; Said rotating shaft fixedly top panel 613 is connected with the U-lag 617 1 side spot welding of interior circulation doorframe assembly 611; Said rotating shaft fixedly lower panel 614 is connected with the U-lag 617 opposite side spot welding of interior circulation doorframe assembly; Circulation motor 615 is fixed on rotating shaft fixedly on the top panel 613 in said; Circulation motor 615 and rotating shaft be fixedly on the lower panel 614 in circulation open and close door 612 was installed in through the hole axle in said, and circulation open and close door 612 is close on the surface of interior circulation doorframe B616 in making; Between new wind passage 4 and dirty wind passage 5, be provided with longitudinal baffle assembly 62; Circulation doorframe assembly 611 left sides are fixed on longitudinal baffle assembly 62 right-hand members in said; Interior circulation doorframe assembly 611 right sides are fixedly connected with dirty wind passage doorframe assembly 54, are mutually the right angle setting;
Said bypass passageways 7 comprises foam doorframe assembly 71, bypass assembly 72, bypass connector 73 and bypass foam 74; Said bypass passageways foam doorframe assembly 71 is structure as a whole with dirty wind inlet air channel foam 52; Bypass passageways foam doorframe assembly 71 is one side in dirty wind inlet foam 52 bottoms, air channel, and bypass passageways foam doorframe assembly 71 comprises foam doorframe B711 and bypass inlets air channel 712; Said bypass assembly 72 comprises bypass electric machine support 721, bypass motor 722, bypass open and close door 723, open and close door connecting plate 724, pivot link 725, and bypass assembly 72 is fixed on the inner surface of lower cover 3 through its bypass electric machine support 721; Open and close door connecting plate 724 1 ends and bypass enabling gate 723 usefulness screws are fixed; Open and close door connecting plate 724 other ends are fixedly connected with bypass electric machine support 721; Pivot link 725 1 ends and bypass motor 722 are rotationally connected through the hole axle, and pivot link 725 other ends and open and close door connecting plate 724 are rotationally connected; Said bypass connector 73 is for respectively having two flat boards that are mutually the right angle of crimp, bypass connector 73 and left shell front side 112, lower cover 3 near, and be fixedly connected the air channel, middle part 731 of formation bypass passageways; Said bypass foam 74 is arranged between bypass assembly 72 and the spiral case B56, and the air channel, bypass passageways rear portion 741 in the bypass foam 74 is discharged air channel 562 with the dirty wind in the spiral case B56 and interlinked;
New wind air channel foam 42, spiral case A48, dirty wind inlet air channel foam 52 and foam doorframe assembly 71, spiral case B56, foam stand 58, and bypass foam 74 all paste tightly mutually with adjacent left and right, upper and lower peripheral part, and play fixation.
Said guide rail 10 comprises left rail 101, right guide rail 102, upper rail 103 and lower guideway 104; Said left rail 101 two ends are fixedly connected with interior circulation doorframe assembly 611 with left shell rear side 113 respectively; Said right guide rail 102 right sides edge bank is in the groove in new wind air channel foam 42 and foam stand 58 left sides; One end of right guide rail 102 is fixedly connected with right shell body 12 rear sides, and said upper rail 103 is fixedly connected with loam cake 2, lower cover 3 respectively with lower guideway 104.
Said heterogeneous membrane movement 9 comprises 250 plastic wave mould strip frameworks 901 and 249 heterogeneous membranes 902, and said each heterogeneous membrane 902 is installed in upper and lower being between 2 plastic wave mould strip frameworks 901 that incorgruous 90 degree are provided with.
Said heterogeneous membrane 902 comprises basic rete 903 and thin film of additive layer 904, and said basic rete 903 is a flame retardant type PP thin layer.
Also be provided with inspection hatch 905 at heterogeneous membrane movement 9 rear sides, said inspection hatch 905 both sides are connected with screw with left shell rear side 113, right shell body rear side 123 respectively.
Said light catalytic purifying machine 47 and housing 1 socket connection, said screen pack 46 and 47 socket connections of light catalytic purifying machine; The material that screen pack 46 adopts is PU; Light catalytic purifying machine 47 be the TiO2 photocatalysis compound+uviol lamp.
Said electric control gear 8 is arranged on outside the left shell rear side 113; Be fixedly connected with left shell rear side 113; Electric control gear 8 comprises electric-controlled box 801 and automatically controlled base plate 802, and said automatically controlled base plate 802 is fixedly installed in the electric-controlled box 801, and automatically controlled base plate 802 is regulated through the remote controller (not shown).
When interior circulation motor 615 is closed; Interior circulation open and close door 612 contacts with doorframe B616 fully; Doorframe B616 closes; When new wind pressure fan 483, valve A411 and valve motor A412 opened, in new wind passage 4, new wind can be behind valve A411, new wind intake assembly 41, new wind inlet air channel 421, new wind cup 43, the new wind channel part 44 of heterogeneous membrane movement, new wind in chamber 45, screen pack 46, light catalytic purifying machine 47, new wind outlet air channel 482, new wind spout assembly 49 inlet chambers;
When interior circulation motor 615 is closed; Interior circulation open and close door 612 contacts with doorframe B616 fully; Doorframe B616 closes; The dirty wind channel part of dirty wind cup 53, heterogeneous membrane movement 55 interlinks through foam doorframe A523, and bypass motor 722 cuts out simultaneously, and bypass open and close door 723 contacts with foam doorframe B711 fully; Foam doorframe B711 closes; When dirty wind exhaust blower 563, valve motor B571 and valve B572 opened, in dirty wind passage 5, dirty wind can be discharged air channel 562 through the dirty wind channel part of dirty wind intake assembly 51, dirty wind inlet air channel 521, dirty wind interchange channel 522, foam doorframe A523, dirty wind cup 53, doorframe A541, heterogeneous membrane movement 55, dirty wind, dirty wind discharges assembly 57 and valve B572 discharges outdoor;
When interior circulation motor 615 is opened; Interior circulation open and close door 612 rotates counterclockwise 90 degree; A541 contacts fully with doorframe, and doorframe A541 closes, and chamber 45 interlinks through doorframe B616 behind dirty wind cup 53 and the new wind; Bypass motor 722 cuts out simultaneously; Bypass open and close door 723 contacts with foam doorframe B711 fully, and foam doorframe B711 closes, and 483 unlatchings of new wind pressure fan, valve A411 and valve motor A412 close; Dirty wind exhaust blower 563, valve motor B571 and valve B572 close, and indoor dirty wind can be behind dirty wind intake assembly 51, dirty wind inlet air channel 521, dirty wind interchange channel 522, foam doorframe A523, dirty wind cup 53, doorframe B616, new wind in chamber 45, screen pack 46, light catalytic purifying machine 47, new wind outlet air channel 482, new wind spout assembly 49 inlet chambers; When not needing interior circulation time, interior circulation open and close door 612 clockwise rotates 90 degree, recovers and the complete state of contact of doorframe B616; Doorframe B616 closes.
When dirty air quantity big; Bypass motor 722 is opened, and bypass open and close door 723 clockwise rotates 60 degree, and A523 contacts fully with the foam doorframe; Foam doorframe A523 closes; Dirty wind passage 5 interlinks through foam doorframe B711 with bypass inlets air channel 712, and when simultaneously dirty wind exhaust blower 563, valve motor B571 and valve B572 opened, dirty wind was behind dirty wind intake assembly 51, dirty wind inlet air channel 521, dirty wind interchange channel 522; Directly through foam doorframe B711 and bypass inlets air channel, middle part, air channel, rear portion 712,731,741, again through dirty wind discharge air channel 562, dirty wind discharges assembly 57 and valve B572 discharges outdoor.Little when dirty air quantity, during without bypass passageways 7, bypass motor 722 cuts out, and bypass open and close door 723 rotates counterclockwise 60 degree, recovers and the complete state of contact of foam doorframe B711, and foam doorframe B711 closes.
Above-described embodiment, the utility model specific embodiment a kind of more preferably just, common variation that those skilled in the art carries out in the utility model technical scheme scope and replacement all should be included in the protection domain of the utility model.
Claims (9)
1. a multichannel combination fresh air purifier comprises housing, loam cake, lower cover, new wind passage, dirty wind passage, longitudinal baffle assembly and electric control gear; The lower surface of said housing is fixedly connected with lower cover all around; Housing comprises new wind inlet, new wind outlet, dirty wind inlet, the outlet of dirty wind; Said longitudinal baffle assembly is arranged between new wind passage and the dirty wind passage; In new wind passage, dirty wind passage; Be horizontally arranged with heat-transfer film movement and guide rail, said heat-transfer film movement is pegged graft through guide rail, it is characterized in that: also comprise inner cycle channel, bypass passageways and foam stand; Said housing is divided into left shell and right shell body, and said left shell is structure as a whole, and left shell comprises left shell left side and left shell front side, left shell rear side; Integral body is left spill; Said new wind outlet, dirty wind inlet are arranged on the left shell left side, and said right shell body is structure as a whole, and right shell body comprises right shell body right side and right shell body front side, right shell body rear side; Integral body is right spill, and said new wind inlet, the outlet of dirty wind are arranged on the right shell body right side; The total-heat exchanger heat transfer movement of the heterogeneous membrane that said heat-transfer film movement is structure as a whole is called for short the heterogeneous membrane movement, comprises new wind channel part and dirty wind channel part, and said heterogeneous membrane movement is pegged graft through guide rail and housing;
Said new wind passage comprises chamber behind the new wind channel part of valve A, valve motor A, new wind intake assembly, new wind air channel foam, new wind cup, heterogeneous membrane movement, the new wind, screen pack, light catalytic purifying machine, spiral case A, new wind spout assembly from right to left; Said new wind intake assembly left end inlet is aimed at the new wind inlet of right shell body, is fixedly connected with right shell body, and said valve motor A is arranged on new wind intake assembly top; A is fixedly connected with the valve motor; Said valve A is arranged on valve motor A right side, and A is fixedly connected with the valve motor, and valve A can open and close; Said new wind air channel foam is arranged on the right shell body left side, and new wind air channel foam comprises new wind inlet air channel, and new wind inlet is aimed in said new wind inlet air channel, docks with new wind intake assembly left end inlet; Said spiral case A comprises spiral case housing A, is new wind outlet air channel in the said spiral case housing A, and said new wind spout assembly is fixedly connected with left shell; Also comprise new wind pressure fan, said new wind blower setting is in spiral case A one side, and its bottom is connected with screw with lower cover, and the fan blade of new wind pressure fan partly stretches in the new wind outlet air channel;
Said dirty wind passage comprises dirty wind intake assembly, dirty wind inlet air channel foam, dirty wind cup, dirty wind passage doorframe assembly, the dirty wind channel part of heterogeneous membrane movement, spiral case B, the discharge of dirty wind assembly, valve motor B and valve B from left to right; Said dirty wind intake assembly is arranged on the left shell left side; Said dirty wind inlet air channel foam is arranged on the left shell inboard, and dirty wind inlet air channel foam comprises dirty wind inlet air channel, dirty wind interchange channel and foam doorframe A; Said dirty wind passage doorframe assembly comprises doorframe A; Said spiral case B comprises spiral case housing B; Be that dirty wind is discharged the air channel in the said spiral case housing B, also comprise dirty wind exhaust blower, said dirty wind exhaust blower is arranged on spiral case B one side; Its bottom is connected with screw with lower cover, and the fan blade of dirty wind exhaust blower partly stretches into dirty wind and discharges in the air channel;
Said inner cycle channel comprises interior circulation open and close door assembly; Circulation doorframe assembly, interior circulation open and close door, the fixing upper and lower panel of rotating shaft and interior circulation motor in circulation open and close door assembly comprises in said; Circulation doorframe assembly comprises doorframe B and U-lag in said; Said rotating shaft fixedly top panel is connected with the U-lag one side spot welding of interior circulation doorframe assembly; Said rotating shaft fixedly lower panel is connected with the U-lag opposite side spot welding of interior circulation doorframe assembly, said in circulation motor be fixed on rotating shaft fixedly on the top panel, said in the circulation open and close door be installed in interior circulation motor and rotating shaft fixedly on the lower panel through the hole axle; And the circulation open and close door is close on the surface of interior circulation doorframe B in making; Circulation doorframe assembly left side is fixed on the longitudinal baffle right-hand member in said, and interior circulation doorframe assembly right side is fixedly connected with dirty wind passage doorframe assembly, is mutually the right angle setting;
Said bypass passageways comprises foam doorframe assembly, bypass assembly, bypass connector and bypass foam; Said bypass passageways foam doorframe assembly and dirty wind inlet air channel foam are structure as a whole, and bypass passageways foam doorframe assembly is one side in dirty wind inlet foam bottom, air channel, and bypass passageways foam doorframe assembly comprises foam doorframe B and bypass inlets air channel; Said bypass assembly comprises bypass electric machine support, bypass motor, bypass open and close door, open and close door connecting plate, pivot link, and the bypass assembly is fixed on the inner surface of lower cover through its bypass electric machine support; Open and close door connecting plate one end and bypass enabling gate are fixed with screw, and the open and close door connecting plate other end is fixedly connected with the bypass electric machine support, and pivot link one end and bypass motor are rotationally connected through the hole axle, and the pivot link other end and open and close door connecting plate are rotationally connected; Said bypass connector is for respectively having two flat boards that are mutually the right angle of crimp, bypass connector and left shell front side, lower cover near, and be fixedly connected the air channel, middle part of formation bypass passageways; Said bypass foam is arranged between bypass assembly and the spiral case B, and the dirty wind in air channel, bypass passageways rear portion in the bypass foam and the spiral case B is discharged the air channel and interlinked;
Said foam stand is arranged between right shell body inboard, new wind air channel foam and the spiral case B;
When interior circulation motor is closed; Interior circulation open and close door contacts with doorframe B fully; Doorframe B closes, when new wind pressure fan, valve A and valve motor A open, in new wind passage; New wind can be behind valve A, new wind intake assembly, new wind inlet air channel, new wind cup, the new wind channel part of heterogeneous membrane movement, new wind the chamber, in screen pack, light catalytic purifying machine, new wind outlet air channel, the new wind spout assembly inlet chamber;
When interior circulation motor is closed; Interior circulation open and close door contacts with foam doorframe B fully, and doorframe B closes, and dirty wind cup, the dirty wind channel part of heterogeneous membrane movement interlink through doorframe A; The bypass motor cuts out simultaneously; The bypass open and close door contacts with foam doorframe B fully, and foam doorframe B closes, when dirty wind exhaust blower, valve motor B and valve B open; In dirty wind passage, dirty wind can be discharged the air channel through dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel, foam doorframe A, dirty wind cup, doorframe A, the dirty wind channel part of heterogeneous membrane movement, dirty wind, dirty wind discharges assembly and valve B discharges outdoor;
When interior circulation motor is opened; Interior circulation open and close door rotates counterclockwise 90 degree; A contacts fully with doorframe, and doorframe A closes, and the chamber interlinks through doorframe B behind dirty wind cup and the new wind; The bypass motor cuts out simultaneously; The bypass open and close door contacts with foam doorframe B fully, and foam doorframe B closes, and indoor dirty wind can be behind dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel, foam doorframe A, dirty wind cup, doorframe B, new wind in chamber, screen pack, light catalytic purifying machine, new wind outlet air channel, the new wind spout assembly inlet chamber; When not needing interior circulation time, interior circulation open and close door clockwise rotates 90 degree, recovers and the complete state of contact of doorframe B; Doorframe B closes;
When dirty air quantity big; The bypass motor is opened, and the bypass open and close door clockwise rotates 60 degree, and A contacts fully with the foam doorframe; Foam doorframe A closes; Dirty wind passage and bypass inlets air channel interlink through foam doorframe B, and when dirty wind exhaust blower, valve motor B and valve B opened simultaneously, dirty wind was behind dirty wind intake assembly, dirty wind inlet air channel, dirty wind interchange channel; Directly through foam doorframe B and bypass inlets air channel, middle part, air channel, rear portion, again through dirty wind discharge the air channel, dirty wind discharges assembly and valve B discharges outdoor; Little when dirty air quantity, during without bypass passageways, the bypass motor cuts out, and the bypass open and close door rotates counterclockwise 60 degree, recovers and the complete state of contact of foam doorframe B, and foam doorframe B closes.
2. a kind of multichannel combination fresh air purifier according to claim 1; It is characterized in that: said guide rail comprises left rail, right guide rail, upper rail and lower guideway; Said left rail two ends are fixedly connected with interior circulation doorframe assembly with the left shell rear side respectively; Said right guide rail right side edge bank is in the groove in new wind air channel foam and foam stand left side, and an end of right guide rail is fixedly connected with the right shell body rear side, and said upper rail is fixedly connected with loam cake, lower cover respectively with lower guideway.
3. a kind of multichannel combination fresh air purifier according to claim 1; It is characterized in that: said heterogeneous membrane movement comprises plastic wave mould strip framework and the heterogeneous membrane more than 9 more than 10, and said each heterogeneous membrane is installed in upper and lower being between 2 plastic wave mould strip frameworks that incorgruous 90 degree are provided with.
4. a kind of multichannel combination fresh air purifier according to claim 3, it is characterized in that: said heterogeneous membrane movement comprises plastic wave mould strip framework and the heterogeneous membrane more than 249 more than 250.
5. a kind of multichannel combination fresh air purifier according to claim 3, it is characterized in that: said heterogeneous membrane comprises basic rete and thin film of additive layer, said basic rete is a flame retardant type PP thin layer.
6. a kind of multichannel combination fresh air purifier according to claim 1, it is characterized in that: said longitudinal baffle assembly is arranged between the dirty wind cup of the light catalytic purifying machine of new wind passage, new wind pressure fan and dirty wind passage.
7. according to claim 1 or 6 described a kind of multichannel combination fresh air purifiers, it is characterized in that: said light catalytic purifying machine and housing socket connection, the said screen pack and the light catalytic purifying machine transplanting of rice connect in succession.
8. a kind of multichannel combination fresh air purifier according to claim 1; It is characterized in that: said electric control gear is arranged on outside the left shell rear side; Be fixedly connected with the left shell rear side; Electric control gear comprises electric-controlled box and automatically controlled base plate, and said automatically controlled base plate is fixedly installed in the electric-controlled box, and automatically controlled base plate is regulated through remote controller.
9. a kind of multichannel combination fresh air purifier according to claim 1, it is characterized in that: also be provided with inspection hatch at heterogeneous membrane movement rear side, said inspection hatch both sides are connected with screw with left and right housing rear side respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200008739U CN202546950U (en) | 2012-01-04 | 2012-01-04 | Multi-channel combination fresh air clearing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200008739U CN202546950U (en) | 2012-01-04 | 2012-01-04 | Multi-channel combination fresh air clearing machine |
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| Publication Number | Publication Date |
|---|---|
| CN202546950U true CN202546950U (en) | 2012-11-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200008739U Expired - Lifetime CN202546950U (en) | 2012-01-04 | 2012-01-04 | Multi-channel combination fresh air clearing machine |
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| CN (1) | CN202546950U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103134166A (en) * | 2012-01-04 | 2013-06-05 | 宁波东大空调设备有限公司 | Multichannel combined fresh air purifier |
| CN103486674A (en) * | 2013-09-09 | 2014-01-01 | 宁波东大空调设备有限公司 | Wall-mounted fresh air purifier |
| CN103868223A (en) * | 2014-03-29 | 2014-06-18 | 宁波东大空调设备有限公司 | Hexagonal prism reversed heat transmission machine core and heat recovery new wind machine thereof |
| CN104501315A (en) * | 2014-12-30 | 2015-04-08 | 上海永健仪器设备有限公司 | Integrated indoor purifier for static fresh air full-heat exchange |
| CN105258213A (en) * | 2015-09-22 | 2016-01-20 | 叶建荣 | Air purifier capable of providing fresh air |
| CN105333601A (en) * | 2014-06-24 | 2016-02-17 | 海信（山东）空调有限公司 | Total heat exchanger |
| CN107131567A (en) * | 2016-02-26 | 2017-09-05 | 大金工业株式会社 | Air cleaning system and its control method |
| CN109708241A (en) * | 2019-02-01 | 2019-05-03 | 广东美的暖通设备有限公司 | New blower |
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2012
- 2012-01-04 CN CN2012200008739U patent/CN202546950U/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103134166A (en) * | 2012-01-04 | 2013-06-05 | 宁波东大空调设备有限公司 | Multichannel combined fresh air purifier |
| CN103134166B (en) * | 2012-01-04 | 2015-06-17 | 宁波东大空调设备有限公司 | Multichannel combined fresh air purifier |
| CN103486674B (en) * | 2013-09-09 | 2016-08-10 | 宁波东大空调设备有限公司 | A kind of wall-mounted fresh air purifier |
| CN103486674A (en) * | 2013-09-09 | 2014-01-01 | 宁波东大空调设备有限公司 | Wall-mounted fresh air purifier |
| CN103868223A (en) * | 2014-03-29 | 2014-06-18 | 宁波东大空调设备有限公司 | Hexagonal prism reversed heat transmission machine core and heat recovery new wind machine thereof |
| CN103868223B (en) * | 2014-03-29 | 2016-03-30 | 宁波东大空调设备有限公司 | The reverse heat transfer movement of six prismatics and new blower for heat recycling thereof |
| CN105333601B (en) * | 2014-06-24 | 2018-06-12 | 海信（山东）空调有限公司 | A kind of total-heat exchanger |
| CN105333601A (en) * | 2014-06-24 | 2016-02-17 | 海信（山东）空调有限公司 | Total heat exchanger |
| CN104501315A (en) * | 2014-12-30 | 2015-04-08 | 上海永健仪器设备有限公司 | Integrated indoor purifier for static fresh air full-heat exchange |
| CN104501315B (en) * | 2014-12-30 | 2018-05-04 | 上海永健仪器设备有限公司 | The integral type indoor air-purifier of electrostatic fresh air Total heat exchange |
| CN105258213B (en) * | 2015-09-22 | 2018-05-18 | 沁园集团股份有限公司 | A kind of air purifier that fresh air is provided |
| CN105258213A (en) * | 2015-09-22 | 2016-01-20 | 叶建荣 | Air purifier capable of providing fresh air |
| CN107131567A (en) * | 2016-02-26 | 2017-09-05 | 大金工业株式会社 | Air cleaning system and its control method |
| CN107131567B (en) * | 2016-02-26 | 2020-11-03 | 大金工业株式会社 | Air purification system and control method thereof |
| CN109708241A (en) * | 2019-02-01 | 2019-05-03 | 广东美的暖通设备有限公司 | New blower |
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Granted publication date: 20121121 |