CN103486674B - A kind of wall-mounted fresh air purifier - Google Patents
A kind of wall-mounted fresh air purifier Download PDFInfo
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- CN103486674B CN103486674B CN201310432186.3A CN201310432186A CN103486674B CN 103486674 B CN103486674 B CN 103486674B CN 201310432186 A CN201310432186 A CN 201310432186A CN 103486674 B CN103486674 B CN 103486674B
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Abstract
A kind of wall-mounted fresh air purifier, belong to air regenerating device technical field, including agent structure, agent structure includes housing, fresh inlet, drainage screen, Total heat exchange movement, air intake blower fan, new wind outlet, turbid wind inlet, exhaust fan, turbid wind exports, bypass air-valve, bypass passageways, housing includes top shell, housing and left side housing below, Total heat exchange movement includes Total heat exchange movement fresh air channel and Total heat exchange movement dirt wind passage, agent structure entirety is rectangle, fresh inlet, new wind outlet, turbid wind inlet and the outlet of turbid wind are without pipeline configuration, fresh inlet includes fresh inlet A, B, drainage screen includes low efficient filter screen A, B；Also include gate valve, gate valve fresh air channel, gate valve dirt wind passage and air treatment system；Compared with prior art, the invention has the beneficial effects as follows: Air to air ERV standard is up to state standards；Drainage screen is changed automatically；Integral structure, simple installation is time saving and energy saving.
Description
Technical field
The present invention is a kind of fresh air purifier, particularly to a kind of wall-mounted fresh air purifier, belongs to air regenerating device technical field.
Background technology
The construction material discharge etc. to severe contamination, automobile and the industrial waste gas of environment, causes human settlement greatly
Injury, the requirement to low-carbon environment-friendly environment has become the cry that the mankind are common.The most in recent years the whole nation uses PM2.5 detection of particulates
After instrument supervision air quality, the air quality finding domestic most cities does not all reach safety criterion, causes the height of country
Degree is paid attention to.The air quality negative effect that human settlement is brought by the use of air-conditioner is also startling.The use of air-conditioner
The massive losses of the energy otherwise must can be caused in airtight space.Closed room bring air quality problems be first oxygen not
Foot, increasing of carbon dioxide, next to that such as formaldehyde, sulfur dioxide etc. that building is released affect human health by-product and also can
Can not get discharge and increase, occur " air conditioning disease ".Individually from the new wind of outdoor introduction the most by environmental pollution, a lot of areas are
Can introduce without healthy new wind.
Use Air to air ERV device to carry out the energy of recovery section loss at present, by the regulation of national standard, at least should reclaim 55%
Energy, so can reduce by the energy loss of 55%.Harmful particulate matter in air is processed by air treatment system
In rear entrance room, what the indoor construction material existed itself produced passes through room such as harmful substances such as formaldehyde, sulfur dioxide and viruses
Internal circulation system is removed.If the most cleaned long-term filter screen can be blocked by particulates emission, it is impossible to introduces new wind, even if using
High efficiency electrostatic has carried out carbonization treatment to the microgranule in air and harmful substance, but is still to carry out processing just be avoided that secondary pollution.
Owing to most of Air to air ERV devices are all embedded structures, it are arranged in ceiling, and drainage screen is mounted in device
Inside, is not easy to disassembly, cleaning.It it is one to the removing of dirt after the control of air-treatment multifunction system and detoxication
Insoluble problem.
Summary of the invention
It is an object of the invention to in above-mentioned prior art, Air to air ERV is few, drainage screen cleans difficulty, install complexity
Defect, it is provided that a kind of wall-mounted fresh air purifier, can reach that Air to air ERV is many, drainage screen is changed automatically, pacify
Fill simple purpose.
The present invention adopts the technical scheme that to achieve these goals: a kind of wall-mounted fresh air purifier, including agent structure,
Described agent structure includes that the outlet of housing, fresh inlet, drainage screen, Total heat exchange movement, air intake blower fan, new wind, turbid wind enter
The outlet of mouth, exhaust fan, turbid wind, bypass air-valve, bypass passageways, described housing includes top shell, following housing and the left side
Housing, described Total heat exchange movement includes Total heat exchange movement fresh air channel and Total heat exchange movement dirt wind passage,
Described agent structure entirety is rectangle, and the outlet of described fresh inlet, new wind, turbid wind inlet and the outlet of turbid wind are without pipe
Road structure, described fresh inlet includes that fresh inlet A, B, described drainage screen include low efficient filter screen A, B；Also include gate valve,
Gate valve fresh air channel, gate valve dirt wind passage and air treatment system；Described fresh inlet A is arranged on left side lower housing portion, described
Total heat exchange movement is arranged on position to the left, middle part in agent structure, and described drainage screen A arranges Total heat exchange movement left lower side, institute
Stating air treatment system and be arranged on position to the right, middle part in agent structure, the outlet of described new wind is arranged above on the right of housing, described
Air intake blower fan is arranged on right part, new wind outlet inner face in agent structure, and described turbid wind inlet is disposed below housing central section, described
Turbid wind outlet be arranged on left side housing upper, described exhaust fan be arranged on agent structure left part, turbid wind outlet inner face, described slightly
Effect drainage screen B is arranged between turbid wind inlet inner face, turbid wind inlet and Total heat exchange movement, and described fresh inlet B is arranged on shell
Body back side left part, described bypass air-valve is arranged on left part, fresh inlet B inner face in agent structure, and described bypass passageways is arranged on
Bottom in agent structure, between fresh inlet B and air treatment system, described gate valve be arranged on portion to the right, middle part in agent structure,
Between Total heat exchange movement and air treatment system, described gate valve fresh air channel is on gate valve, and described gate valve dirt wind passage is at lock
Below on the left of valve；
Described fresh inlet, bypass air-valve, low efficient filter screen A, Total heat exchange movement fresh air channel, gate valve fresh air channel, enter
Wind blower fan, new wind outlet composition introduces passage through the new wind of Total heat exchange movement, described turbid wind inlet, low efficient filter screen B, complete
Heat exchange movement dirt wind passage, exhaust fan, turbid wind outlet form turbid wind passing away, described fresh inlet, bypass passageways,
Air treatment system, air intake blower fan, new wind export and form the new wind introduction passage through air treatment system, described fresh inlet,
Bypass air-valve, low efficient filter screen A, Total heat exchange movement fresh air channel, gate valve fresh air channel, air treatment system, air intake wind
Machine, new wind outlet composition introduces passage through the new wind of Total heat exchange movement and air treatment system, described turbid wind inlet, slightly imitates
Filter screen B, gate valve turbid wind passage, air treatment system, exhaust fan, new wind outlet composition indoor air purification passage；
Described gate valve include gate valve door frame, upper rail, lower guideway, gate and valve, gate valve electric machine support, gate valve motor, gear,
Travel switch A, travel switch B, described gate valve door frame is vertical with back side of shell on the right of Total heat exchange movement to be fixedly installed, institute
Stating upper and lower rails and be fixedly installed on gate valve door frame upper and lower, described gate and valve is arranged between upper/lower guide and upper/lower guide
Being slidably connected, described gate valve electric machine support is arranged on front in the middle part of gate and valve, and described gate valve motor is fixedly installed on gate valve motor and props up
In frame, described gear is arranged on above gate valve electric machine support, gear shaft is fixing with gate valve motor shaft is connected, horizontal in the middle part of gate and valve
To being provided with tooth bar, described rack and pinion is that tooth transmission coordinates, and is each provided with stroke at gate and valve left and right sides, tooth bar left and right end
Switch A, B；When gate valve electric motor starting, tooth bar downward face-piece body move, gate and valve is opened, gate valve fresh air channel opens,
Gate valve dirt wind pathway closure；When housing moves upward for the closedown of gate valve motor, tooth bar, gate and valve is closed, and the new wind of gate valve leads to
Road is closed, gate valve dirt wind passage is opened.
Described air treatment system includes primarily efficient filter device, medium air filtration device, purifying and dedusting device, charcoal adsorbent equipment, institute
Stating primarily efficient filter device, medium air filtration device is all to use paperboard+HEPA different densities material to make, described purifying and dedusting device
Being 90% high-pressure electrostatic precipitation, 95% virus purified, described charcoal adsorbent equipment is activated carbon filtering adsorpting device.
Described bypass air-valve includes bypassing motor, bypass electric machine support, bypath valve, rotating shaft, travel switch C, travel switch D,
Described bypass motor is arranged on below bypass electric machine support, and described bypath valve is arranged on above bypass electric machine support, described rotating shaft
Be arranged on bypass electric machine support and bypath valve between, right angle setting, rotating shaft lower end with by bypass electric machine support perforation bypass
The motor shaft of motor is rotationally connected, and rotating shaft upper end is fixing with bypath valve to be connected, and travel switch C, D are arranged on bypass electric machine support
Both sides above；When bypassing electric motor starting, bypass motor drives bypath valve to rotate clockwise by rotating shaft, and bypass air-valve is beaten
Opening, when bypassing motor and closing, bypass motor drives bypath valve to rotate counterclockwise by rotating shaft, and bypass air-valve cuts out.
Also include link plate, described link plate entirety be rectangle, shorter than the agent structure of the present invention, 4 corners of link plate are respectively arranged
Having 1 two-way clothes-hook hole, the middle part of link plate is angularly disposed has 2 to enter wall setscrew hole；Link plate can be by entering wall expanding screw
Silk hole and setscrew are fixed with wall and are connected, and the agent structure of invention can be hung with link plate by 4 two-way clothes-hook holes and clothes-hook
Connect.
Described low efficient filter screen A or B is a kind of No clean air filter, including casing, drainage screen, is arranged on casing
The pallet in portion, the defecator motor being arranged on lower box and defecator machine shaft, described drainage screen includes that top is arranged
New drainage screen lamination on pallet, the working lining in the middle part of casing and the volume dirty net volume cylinder on defecator machine shaft；Serve as
During filter device electric motor starting, the new drainage screen of part on new drainage screen lamination can forward downwards working lining position to, the most dirtization
Working lining can be rolled onto on dirty net volume cylinder.
Described Total heat exchange movement is heterogeneous membrane movement, described heterogeneous membrane movement include locating dowel, plastic wave mould strip framework, on
Bottom end cover and heterogeneous membrane；Described locating dowel has 4, the plastic wave mould strip framework aperture A by its corner, upper and lower 2 pieces
Plastic wave mould strip framework is incorgruous 90 degree, and set is through in 4 locating dowels；Described heterogeneous membrane is arranged on upper and lower in incorgruous 90
Between 2 pieces of plastic wave mould strip frameworks that degree is arranged, and by the aperture B in its corner, set is through in 4 locating dowels；Described
Total heat exchange movement fresh air channel and Total heat exchange movement dirt wind passage are in the upper and lower alternate setting of heterogeneous membrane.
Operational mode and function thereof:
One. Air to air ERV pattern: when outdoor ring temperature higher than indoor temperature, simultaneously outdoor environment temperature higher than 20 DEG C and room
Outer air particle concentration PM2.5 < 50 μ g/m3, indoor air particulate matter concentration PM10 simultaneously > 50 μ g/m3Time, the present invention is by sky
Gas energy recuperation mode runs, and new wind is walked the new wind through Total heat exchange movement and introduced passage, turbid wind and walk turbid wind passing away, now,
The present invention has introduction and cleans new wind, discharges turbid wind and Air to air ERV function.Now bypass air-valve is opened, is simultaneously closed off side
Circulation passage, gate valve is opened, gate valve fresh air channel enables, and air treatment system is closed, and air intake blower fan opens operation, high temperature (or
Low temperature) clean new wind enter from new wind entrance, through bypass air-valve, after low efficient filter screen A carries out high efficiency filter process, enter
Total heat exchange movement, here carries out hot and humid area with low temperature (or high temperature) the turbid wind in indoor exhaust wind passage, completes air energy
Amount reclaims, through opening the gate valve of passage, gate valve fresh air channel after new wind reduction (or raising) temperature, under air intake blower fan effect,
Indoor are entered from the outlet of new wind；The most indoor turbid wind enters air energy exchanger core and the high temperature fresh air channel from turbid wind inlet
(or low temperature) new wind carries out damp and hot exchange, and turbid wind heat absorption (or heat release) temperature afterwards raises (or reduction), by exhaust fan from turbid
Wind outlet is discharged to outdoor, completes to discharge turbid wind and energy regenerating.
Two. new wind-air energy refrigeration mode: when outdoor ring temperature is less than indoor temperature, and outdoor environment temperature is higher than 18 DEG C simultaneously,
And outdoor air particle concentration PM2.5 < 50 μ g/m3, indoor air particulate matter concentration PM2.5 simultaneously > and 50 μ g/m3Time, this
Bright by new wind-air energy refrigeration mode operation, the new wind that new wind is walked through air treatment system introduces passage, and turbid wind is direct by door and window
Outside discharge chamber, now, the present invention has the introduction new wind of cleaning and air energy refrigerating function.Now gate valve, bypass air-valve are closed,
Opening bypass passageways, air intake blower fan starts, air treatment system is opened, exhaust fan is closed simultaneously, introduces the new wind of low temperature clean
Introduce from fresh inlet, by bypass passageways, carry out purifying sterilizing process through air treatment system, air intake blower fan go out from new wind
Mouth is immediately discharged to indoor, neutralizes room air, and carrying out air can freeze simultaneously, reduces indoor temperature, completes to introduce and cleans new wind
With air energy refrigerating function, now indoor allow enabling of windowing, turbid wind by outside door and window discharge chamber, and increase new wind entrance and
Air energy refrigerating capacity.
Three. air quality purified treatment-Air to air ERV pattern: when outdoor ring temperature is higher than indoor temperature, simultaneously outdoor environment
Temperature is higher than 20 DEG C, and outdoor air particle concentration PM2.5 > 50 μ g/m3, indoor air particulate matter concentration PM2.5 simultaneously > and 50
μg/m3Time, the present invention presses air quality purified treatment-Air to air ERV mode operation, and new wind is walked through Total heat exchange movement and sky
The new wind of gas processing system introduces passage, turbid wind walks turbid wind passing away, and now, the present invention has introduction cleaning new wind, discharge
Turbid wind and Air to air ERV function.Now bypass air-valve is opened, is simultaneously closed off bypass passageways, and gate valve is opened, the new wind of gate valve leads to
Road enables, and air treatment system is opened simultaneously, and air intake blower fan is opened, high temperature (or low temperature) clean new wind enter from new wind entrance,
Through bypass air-valve, after low efficient filter screen A carries out high efficiency filter process, enter Total heat exchange movement, here with indoor exhaust wind
Low temperature (or high temperature) turbid wind in passage carries out hot and humid area, completes Air to air ERV, and new wind reduces (or raising) temperature
By opening the gate valve of passage, by gate valve fresh air channel, enter air treatment system, below standard new wind is carried out purified treatment
Become and more clean new wind, clean new wind and discharged the outlet of new wind by air intake blower fan, enter indoor, complete to introduce purifying fresh air and air
Energy recovery function；It is (or low with the high temperature fresh air channel that the most indoor turbid wind enters air energy exchanger core from turbid wind inlet
Temperature) new wind carries out damp and hot exchange, and turbid wind heat absorption (or heat release) temperature afterwards raises (or reduction), exhaust fan exports from turbid wind
It is discharged to outdoor, completes to discharge turbid wind and energy regenerating.
Four. indoor air purification pattern: when Outdoor Air Quality is worse than IAQ (indoor air quality), i.e. outdoor air particulate matter
PM2.5>100μg/m3, indoor air particulate matter PM2.5 simultaneously > and 50 μ g/m3Time, the present invention presses indoor air purification mode operation,
Now wind walks indoor air purification passage, and the present invention has function of purifying indoor air.Now, gate valve, bypass air-valve are closed,
Gate valve fresh air channel is closed, and exhaust fan stops, air treatment system is opened, air intake blower fan runs；Wind introduces from turbid wind entrance,
Through low efficient filter screen B, gate valve turbid wind passage, entrance air treatment system carries out purified treatment to turbid wind and becomes clean air up to standard,
Being flow back to indoor by air intake blower fan from the outlet of new wind, reach the function of indoor air purification circular treatment, IAQ (indoor air quality) is by VOC
Monitor is controlled, indoor air particulate matter concentration PM2.5 < 30 μ g/m3Time, stop air cleaning and process.
Compared with prior art, the invention has the beneficial effects as follows:
(1) be provided with Total heat exchange movement fresh air channel and Total heat exchange movement dirt wind passage, Leads to new breeze blower fan by new wind from room
Outer new wind entrance introduces, enters the fresh air channel of Total heat exchange movement, carries out hot and humid area with the dirty wind in movement dirt wind passage,
Reclaim the new wind after air energy and moisture and introduce indoor from indoor direction-changeable vent, reach to introducing oxygen bar, indoor and recovery
The energy-conservation purpose of air energy；The gas concentrations such as the formaldehyde that indoor carbon dioxide and air-conditioning antibacterial and building distribute simultaneously are the biggest
Dirty wind is drawn blower fan by dirty wind and is sucked, and drains into the dirty wind passage of Total heat exchange movement, and here carries out air energy and moisture friendship
Change, after reclaiming air energy, be discharged to outdoor from outdoor dirty wind outlet；The regulation that Air to air ERV standard is up to state standards,
At least should reclaim the energy of 55%；
(2) be provided with Air to air ERV pattern, new wind-air energy refrigeration mode, air quality purified treatment-air energy return
Receipts pattern and indoor air purification pattern, can select according to different situations, the purpose of the energy that reaches to purify the air of a room, save；
3 drainage screens are changed automatically, for exempting to change No clean filter all the life, thoroughly solve the cleaned filter of fresh air ventilator
Problem, has saved the expense sending professional to go to clean annual about 100,000 yuan；Solve timing fixing turn to change drainage screen and cause drainage screen
Waste of material, can save drainage screen about 70%；
4 integral structures, simple installation is time saving and energy saving.
Accompanying drawing explanation
Fig. 1 is: Air to air ERV pattern and air quality purified treatment-Air to air ERV mode operation figure；
Fig. 2-1 is: new wind-air energy refrigeration mode runs front view；
Fig. 2-2 is: new wind-air energy refrigeration mode runs top view；
Fig. 3 is: indoor air purification mode operation figure；
Fig. 4-1 is: gate valve structure enlargement decomposition；
Fig. 4-2 is: gate valve open mode enlarged drawing；
Fig. 4-3 is: gate valve closed mode enlarged drawing；
Fig. 5-1 is: bypass wind valve structure exploded view；
Fig. 5-2 is: bypass air-valve open mode enlarged drawing；
Fig. 5-3 is: bypass air-valve closed mode enlarged drawing；
Fig. 6-1 is: link plate front view；
Fig. 6-2 is: link plate top view；
Fig. 6-3 is: link plate and agent structure of the present invention laterally assemble figure；
Fig. 6-4 is: link plate and the longitudinally assembled figure of agent structure of the present invention；
Fig. 7 is: three-dimensional structure diagram of the present invention；
Fig. 8 is: No clean air filter enlarged drawing；
Fig. 9 is: Total heat exchange movement assembles enlarged drawing；
Description of reference numerals: 1 housing, 101 top shell, 102 below housings, 103 left side housings, 2 fresh inlets, 201
Fresh inlet A, 202 fresh inlet B, 3 drainage screens, 301 low efficient filter screen A, 302 low efficient filter screen B, 4 Total heat exchange
Movement, 401 Total heat exchange movement fresh air channel, 402 Total heat exchange movement dirt wind passages, 403 locating dowels, 404 plastic wave moulds
Type bar framework, 405 end caps, 406 heterogeneous membranes, 5 air intake blower fans, 6 new wind outlets, 7 turbid wind inlets, 8 exhaust fans, 9 turbid
Wind outlet, 10 bypass air-valves, 1001 bypass motors, 1002 bypass electric machine supports, 1003 bypath valves, 1004 rotating shafts, 1005
Travel switch C, 1006 travel switch D, 11 bypass passageways, 12 gate valves, 1201 gate valve door frames, 1202 upper rails, 1203
Lower guideway, 1204 gate and valves, 1205 gate valve electric machine supports, 1206 gate valve motors, 1207 gears, 1208 travel switch A,
1209 travel switch B, 1210 tooth bars, 13 gate valve fresh air channel, 14 gate valve dirt wind passages, 15 air treatment systems, 1501
Primarily efficient filter device, 1502 medium air filtration devices, 1503 purifying and dedusting devices, 1504 charcoal adsorbent equipments, 16 link plates, 1601
Clothes-hook hole, 1602 setscrew holes, 1603 clothes-hooks, 17 No clean air filters, 1701 casings, 1702 drainage screens,
1703 pallets, 1704 defecator motors, 1705 defecator machine shafts.
Detailed description of the invention
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings, but not as a limitation of the invention.
As shown in Figures 1 to 9, a kind of wall-mounted fresh air purifier, including agent structure, described agent structure include housing 1,
Fresh inlet 2, drainage screen 3, Total heat exchange movement 4, air intake blower fan 5, new wind outlet 6, turbid wind inlet 7, exhaust fan 8,
Turbid wind outlet 9, bypass air-valve 10, bypass passageways 11, described housing 1 includes top shell 101, following housing 102 and a left side
Face-piece body 103, described Total heat exchange movement 4 includes Total heat exchange movement fresh air channel 401 (401 solid line pointed in figure
Trend for schematic channel) and Total heat exchange movement dirt wind passage 402 (in figure, 402 solid lines pointed to are schematic channel
Trend).
Described agent structure entirety is rectangle, and it is equal that described fresh inlet 2, new wind outlet 6, turbid wind inlet 7 and turbid wind export 9
For without pipeline configuration, described fresh inlet 2 includes that fresh inlet A 201, fresh inlet B 202, described drainage screen 3 include slightly
Effect drainage screen A 301, low efficient filter screen B 302；Also include gate valve 12, gate valve fresh air channel 13 (13 one pointed in figure
Solid line is the trend of schematic channel), gate valve dirt wind passage 14 (in figure, 14 solid lines pointed to are the trend of schematic channel) and
Air treatment system 15；Described fresh inlet A 201 is arranged on left side housing 103 bottom, and described Total heat exchange movement 4 is arranged
Position to the left, middle part in agent structure, described drainage screen A 301 is arranged on Total heat exchange movement 4 left side, described air-treatment
System 15 is arranged on position to the right, middle part in agent structure, and described new wind outlet 6 is arranged above housing right part, described air intake wind
Machine 5 is arranged on right part in agent structure, new wind exports 6 inner faces, and described turbid wind inlet 7 is disposed below housing central section, described
Turbid wind outlet 9 is arranged on left side housing 103 top, and described exhaust fan 8 is arranged on left part, turbid wind outlet 9 in agent structure
Inner face, described low efficient filter screen B 302 is arranged on turbid wind inlet 7 inner face, between turbid wind inlet 7 and Total heat exchange movement 4,
Described fresh inlet B 202 is arranged on back side of shell left part, and described bypass air-valve 10 is arranged on left part in agent structure, new wind enters
Mouthful B 202 inner face, described bypass passageways 11 is arranged on bottom in agent structure, fresh inlet B 202 and air treatment system
Between 15, described gate valve 12 be arranged in agent structure portion to the right, middle part, Total heat exchange movement 4 and air treatment system 15 it
Between, described gate valve fresh air channel 13 on the left of gate valve 12 above, described gate valve dirt wind passage 14 on the left of gate valve 12 lower section；
Described fresh inlet 2, bypass air-valve 10, low efficient filter screen A 301, Total heat exchange movement fresh air channel 401, gate valve are new
Wind passage 13, air intake blower fan 5, new wind outlet 6 composition through Total heat exchange movement new wind introduce passage, described turbid wind inlet 7,
Low efficient filter screen B 302, Total heat exchange movement dirt wind passage 402, exhaust fan 8, the turbid wind outlet 9 turbid wind passing away of composition,
Described fresh inlet 2, bypass passageways 11, air treatment system 15, air intake blower fan 5, new wind outlet 6 composition is through air-treatment
The new wind of system 15 introduces passage, described fresh inlet 2, bypass air-valve 10, low efficient filter screen A 301, Total heat exchange movement
Fresh air channel 401, gate valve fresh air channel 13, air treatment system 15, air intake blower fan 5, new wind outlet 6 composition is handed over through full heat
Change planes core 4 and air treatment system 15 new wind introduce passage, described turbid wind inlet 7, low efficient filter screen B 302, gate valve are turbid
Wind passage 14, air treatment system 15, exhaust fan 8, new wind outlet 6 composition indoor air purification passage；
When gate valve 12, bypass air-valve 10 are opened, and air intake blower fan 5, exhaust fan 8 start, when air treatment system 15 is closed, newly
The new wind that wind is walked through Total heat exchange movement fresh air channel 401 introduces passage, introduces from fresh inlet 2, through bypassing air-valve 10, slightly imitating
Drainage screen A 301, Total heat exchange movement fresh air channel 401, gate valve fresh air channel 13, air intake blower fan 5, from new wind outlet 6 entrance
Indoor；And turbid wind walks turbid wind passing away, introduces from turbid wind inlet 7, through low efficient filter screen B 302, Total heat exchange movement dirt wind
Passage 402, exhaust fan 8, be discharged to outdoor from turbid wind outlet 9；
When gate valve 12, bypass air-valve 10 are closed, when air intake blower fan 5 starts, air treatment system 15 is opened, exhaust fan 8 is closed,
The new wind that new wind is walked through air treatment system 15 introduces passage, introduces from fresh inlet 2, through bypass passageways 11, air treatment system
15, air intake blower fan 5, from new wind outlet 6 entrance indoor；Indoor turbid wind then can be by outside door and window discharge chamber；
When gate valve 12, bypass air-valve 10 are opened, and air intake blower fan 5, exhaust fan 8 start, when air treatment system 15 is opened simultaneously,
The new wind that new wind is walked through Total heat exchange movement fresh air channel 401 and air treatment system 15 introduces passage, introduce from fresh inlet 2,
Through bypass air-valve 10, low efficient filter screen A 301, Total heat exchange movement fresh air channel 401, gate valve fresh air channel 13, air-treatment
System 15, air intake blower fan 5, from new wind outlet 6 entrance indoor；And turbid wind walks turbid wind passing away, introduces from turbid wind inlet 7, warp
Low efficient filter screen B 302, Total heat exchange movement dirt wind passage 402, exhaust fan 8, be discharged to outdoor from turbid wind outlet 9；
When gate valve 12, bypass air-valve 10 are closed, and gate valve fresh air channel 13 is closed, and exhaust fan 8 stops, air treatment system 15
Open, air intake blower fan 5 is when running, and indoor turbid wind walks indoor air purification passage, and turbid wind introduces from turbid wind inlet 7, through slightly imitating
Filter screen B 302, gate valve turbid wind passage 14, air treatment system 15, exhaust fan 8, from new wind outlet 6 entrance indoor.
Described gate valve 12 includes that gate valve door frame 1201, upper rail 1202, lower guideway 1203, gate and valve 1204, gate valve motor prop up
Frame 1205, gate valve motor 1206, gear 1207, travel switch A1208, travel switch B1209, described gate valve door frame 1201
In Total heat exchange movement 4 front and top shell 101, following housing 102 is vertical is fixedly installed, described upper rail 1202,
Lower guideway 1203 is fixedly installed on gate valve door frame 1201 upper and lower, described gate and valve 1204 be arranged on upper rail 1202, under
Being slidably connected with upper rail 1202, lower guideway 1203 between guide rail 1203, described gate valve electric machine support 1205 is arranged on lock
Front in the middle part of valve 1204, described gate valve motor 1206 is fixedly installed in gate valve electric machine support 1205, described gear 1207
Be arranged on above gate valve electric machine support 1205, gear 1207 axle is fixed with gate valve motor 1206 axle and is connected, at gate and valve 1204
Middle part is horizontally arranged with tooth bar 1210, and described tooth bar 1210 coordinates for tooth transmission with gear 1207, at gate and valve about 1204
Side, tooth bar about 1210 end are each provided with travel switch A1208, travel switch B1209；When gate valve motor 1206 start, tooth
When the downward face-piece body of bar 1210 moves, gate and valve 1204 is opened, and gate valve fresh air channel 13 is opened, gate valve dirt wind passage 14
Close；When gate valve motor 1206 close, tooth bar 1210 housing moves upward time, gate and valve 1204 is closed, the new wind of gate valve
Passage 13 is closed, gate valve dirt wind passage 14 is opened.
Described air treatment system 15 include primarily efficient filter device 1501, medium air filtration device 1502, purifying and dedusting device 1503,
Charcoal adsorbent equipment 1504, described primarily efficient filter device 1501, medium air filtration device 1502 are all to use paperboard+HEPA difference close
Degree material is made, and described purifying and dedusting device is 90% high-pressure electrostatic precipitation, 95% virus purified, and described charcoal adsorbent equipment be active
Charcoal filtering adsorpting device.
Described bypass air-valve 10 include bypass motor 1001, bypass electric machine support 1002, bypath valve 1003, rotating shaft 1004,
Travel switch C1005, travel switch D1006, described bypass motor 1001 is arranged on below bypass electric machine support 1002, described
Bypath valve 1003 is arranged on above bypass electric machine support 1002, described rotating shaft 1004 be arranged on bypass electric machine support 1002 with
Between bypath valve 1003, right angle setting, rotating shaft 1004 lower end with by bypass electric machine support 1002 perforation bypass motor
The motor shaft of 1001 is rotationally connected, and rotating shaft 1004 upper end is fixing with bypath valve 1003 to be connected, travel switch C1005, stroke
Switch D1006 is arranged on bypass electric machine support 1002 both sides above；When bypassing motor 1001 and starting, bypass motor 1001
Driving bypath valve 1003 to rotate clockwise by rotating shaft 1004, bypass air-valve 10 is opened, when bypassing motor 1001 and closing,
Bypass motor 1001 drives bypath valve 1003 to rotate counterclockwise by rotating shaft 1004, and bypass air-valve 10 cuts out.
Also include link plate 16, described link plate 16 entirety be rectangle, shorter than the agent structure of the present invention, 4 angles of link plate 16
Portion is each provided with 1 two-way clothes-hook hole 1601, and the middle part of link plate 16 is angularly disposed has 2 to enter wall setscrew hole 1602；Hang
Plate 16 can wall setscrew hole 1602 and setscrew (not shown) and wall are fixing to be connected by entering, the master of invention
Body structure can be mounted with link plate 16 by 4 two-way clothes-hook holes 1601 and clothes-hook 1603.
Described low efficient filter screen A 301, low efficient filter screen B 302 are respectively a kind of No clean air filter 17, including case
Body 1701, drainage screen 1702, be arranged on casing 1701 top pallet 1703, be arranged on casing 1701 bottom filtration dress
Putting motor 1704 and defecator machine shaft 1705, it is new that described drainage screen 1702 includes that top is arranged on pallet 1703
Working lining in the middle part of drainage screen lamination, casing and the volume dirty net volume cylinder on defecator machine shaft；When defecator motor 1704
During startup, the new drainage screen of part 1702 on new drainage screen lamination can forward downwards working lining position to, the most the working lining of dirtization
Can be rolled onto on dirty net volume cylinder.
Described Total heat exchange movement 4 is heterogeneous membrane movement, and described heterogeneous membrane movement includes locating dowel 403, plastic wave mould strip frame
Frame 404, upper and lower end cap 405 and heterogeneous membrane 406；Described locating dowel 403 has 4, and plastic wave mould strip framework 404 is by it
The aperture A in corner, upper and lower 2 pieces of plastic wave mould strip frameworks 404 are in incorgruous 90 degree, and set is through in 4 locating dowels 403；
Described heterogeneous membrane 406 is arranged between upper and lower 2 pieces of plastic wave mould strip frameworks 404 in incorgruous 90 degree of settings, and by it
The aperture B in corner, set is through in 4 locating dowels 403；Described Total heat exchange movement fresh air channel 401 and Total heat exchange movement
Dirty wind passage 402 is in the alternate setting of heterogeneous membrane about 406.
The key technical indexes of the present invention is:
Resh air requirement: 100m3/ h, exhaust air rate: 60m3/h；
Static pressure: new wind static pressure 20Pa～40Pa；Air draft static pressure 20Pa～40Pa；
Air cleaning AQI value :≤50 μ g/m3。
Embodiment described above, the simply one of the present invention more preferably detailed description of the invention, those skilled in the art is at this
The usual variations and alternatives carried out in inventive technique aspects all should comprise within the scope of the present invention.
Claims (7)
1. a wall-mounted fresh air purifier, including agent structure, described agent structure includes housing, fresh inlet, drainage screen, complete
The outlet of heat exchange movement, air intake blower fan, new wind, the outlet of turbid wind inlet, exhaust fan, turbid wind, bypass air-valve, bypass passageways,
Described housing includes that top shell, following housing and left side housing, described Total heat exchange movement include that the new wind of Total heat exchange movement leads to
Road and Total heat exchange movement dirt wind passage, it is characterised in that:
Described agent structure entirety is rectangle, and the outlet of described fresh inlet, new wind, turbid wind inlet and the outlet of turbid wind are without pipe
Road structure, described fresh inlet includes that fresh inlet A, B, described drainage screen include low efficient filter screen A, B；Also include gate valve,
Gate valve fresh air channel, gate valve dirt wind passage and air treatment system；Described fresh inlet A is arranged on left side lower housing portion, described
Total heat exchange movement is arranged on position to the left, middle part in agent structure, and described drainage screen A arranges Total heat exchange movement left lower side, institute
Stating air treatment system and be arranged on position to the right, middle part in agent structure, the outlet of described new wind is arranged above on the right of housing, described
Air intake blower fan is arranged on right part, new wind outlet inner face in agent structure, and described turbid wind inlet is disposed below housing central section, described
Turbid wind outlet be arranged on left side housing upper, described exhaust fan be arranged on agent structure left part, turbid wind outlet inner face, described slightly
Effect drainage screen B is arranged between turbid wind inlet inner face, turbid wind inlet and Total heat exchange movement, and described fresh inlet B is arranged on shell
Body back side left part, described bypass air-valve is arranged on left part, fresh inlet B inner face in agent structure, and described bypass passageways is arranged on
Bottom in agent structure, between fresh inlet B and air treatment system, described gate valve be arranged on portion to the right, middle part in agent structure,
Between Total heat exchange movement and air treatment system, described gate valve fresh air channel is on gate valve, and described gate valve dirt wind passage is at lock
Below on the left of valve；
Described fresh inlet, bypass air-valve, low efficient filter screen A, Total heat exchange movement fresh air channel, gate valve fresh air channel, enter
Wind blower fan, new wind outlet composition introduces passage through the new wind of Total heat exchange movement, described turbid wind inlet, low efficient filter screen B, complete
Heat exchange movement dirt wind passage, exhaust fan, turbid wind outlet form turbid wind passing away, described fresh inlet, bypass passageways,
Air treatment system, air intake blower fan, new wind export and form the new wind introduction passage through air treatment system, described fresh inlet,
Bypass air-valve, low efficient filter screen A, Total heat exchange movement fresh air channel, gate valve fresh air channel, air treatment system, air intake wind
Machine, new wind outlet composition introduces passage through the new wind of Total heat exchange movement and air treatment system, described turbid wind inlet, slightly imitates
Filter screen B, gate valve turbid wind passage, air treatment system, exhaust fan, new wind outlet composition indoor air purification passage；
When gate valve, bypass air-valve are opened, and air intake blower fan, exhaust fan start, and when air treatment system is closed, new wind is walked through entirely
The new wind of heat exchange movement fresh air channel introduces passage, introduces from fresh inlet, hands over through bypass air-valve, low efficient filter screen A, full heat
Change planes core fresh air channel, gate valve fresh air channel, air intake blower fan, enter indoor from the outlet of new wind；And turbid wind walks turbid wind passing away,
From the introducing of turbid wind inlet, through low efficient filter screen B, Total heat exchange movement dirt wind passage, exhaust fan, it is discharged to room from turbid wind outlet 9
Outward；
When gate valve, bypass air-valve are closed, and when air intake blower fan starts, air treatment system is opened, exhaust fan is closed, new wind is walked
Through the new wind introduction passage of air treatment system, from fresh inlet introducing, through bypass passageways, air treatment system, air intake blower fan,
Indoor are entered from the outlet of new wind；Indoor turbid wind then can be by outside door and window discharge chamber；
When gate valve, bypass air-valve are opened, and air intake blower fan, exhaust fan start, and when air treatment system is opened, new wind is walked simultaneously
Through Total heat exchange movement fresh air channel and air treatment system new wind introduce passage, from fresh inlet introduce, through bypass air-valve,
Low efficient filter screen A, Total heat exchange movement fresh air channel, gate valve fresh air channel, air treatment system, air intake blower fan, go out from new wind
Mouth enters indoor；And turbid wind walks turbid wind passing away, introduce from turbid wind inlet, through low efficient filter screen B, Total heat exchange movement dirt wind
Passage, exhaust fan, be discharged to outdoor from the outlet of turbid wind；
When gate valve, bypass air-valve are closed, and gate valve fresh air channel is closed, and exhaust fan stops, air treatment system is opened, air intake
During fan operation, indoor turbid wind walks indoor air purification passage, and turbid wind introduces from turbid wind inlet, turbid through low efficient filter screen B, gate valve
Wind passage, air treatment system, exhaust fan, enter indoor from the outlet of new wind.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: described gate valve include gate valve door frame, on
Guide rail, lower guideway, gate and valve, gate valve electric machine support, gate valve motor, gear, travel switch A, travel switch B, described lock
Valve frame is vertical with lower-left face-piece body in Total heat exchange movement front to be fixedly installed, and described upper and lower rails is fixedly installed on gate valve
Door frame upper and lower, described gate and valve is arranged between upper/lower guide and is slidably connected with upper/lower guide, described gate valve electric machine support
Being arranged on front in the middle part of gate and valve, described gate valve motor is fixedly installed in gate valve electric machine support, and described gear is arranged on gate valve electricity
Above machine support, gear shaft and gate valve motor shaft are fixing is connected, and are horizontally arranged with tooth bar, described tooth bar and tooth in the middle part of gate and valve
Take turns and coordinate for tooth transmission, be each provided with travel switch A, B at gate and valve left and right sides, tooth bar left and right end；When gate valve electric motor starting,
When tooth bar downward face-piece body moves, gate and valve is opened, and gate valve fresh air channel is opened, gate valve dirt wind pathway closure；When gate valve electricity
Office closes, tooth bar is time housing moves upward, and gate and valve is closed, and gate valve fresh air channel is closed, gate valve dirt wind passage is opened.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: described air treatment system includes just imitating
Defecator, medium air filtration device, purifying and dedusting device, charcoal adsorbent equipment, described primarily efficient filter device, medium air filtration device
Being all to use paperboard+HEPA different densities material to make, described purifying and dedusting device is that 90% high-pressure electrostatic precipitation, 95% virus are clean
Changing, described charcoal adsorbent equipment is activated carbon filtering adsorpting device.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: described bypass air-valve include bypass motor,
Bypass electric machine support, bypath valve, rotating shaft, travel switch C, travel switch D, described bypass motor is arranged on bypass motor and props up
Below frame, described bypath valve is arranged on above bypass electric machine support, and described rotating shaft is arranged on bypass electric machine support and bypath valve
Between, right angle setting, rotating shaft lower end with by bypass electric machine support perforation bypass motor motor shaft be rotationally connected, in rotating shaft
Holding be connected fixing with bypath valve, travel switch C, D are arranged on the both sides above bypass electric machine support；When bypassing electric motor starting,
Bypass motor drives bypath valve to rotate clockwise by rotating shaft, and bypass air-valve is opened, and when bypassing motor and closing, bypasses motor
Driving bypath valve to rotate counterclockwise by rotating shaft, bypass air-valve cuts out.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: also including link plate, described link plate is overall
Be rectangle, shorter than the agent structure of the present invention, 4 corners of link plate are each provided with 1 two-way clothes-hook hole, the middle part of link plate
Angularly disposed have 2 to enter wall setscrew hole；Link plate can wall setscrew hole and setscrew and wall are fixing to be connected by entering,
The agent structure of invention can be mounted with link plate by 4 two-way clothes-hook holes and clothes-hook.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: described low efficient filter screen A or B is one
Kind of No clean air filter, including casing, drainage screen, is arranged on the pallet on casing top, is arranged on the mistake of lower box
Filter device motor and defecator machine shaft, described drainage screen includes new drainage screen lamination, the casing that top is arranged on pallet
The working lining at middle part and the volume dirty net volume cylinder on defecator machine shaft；When defecator electric motor starting, new drainage screen is folded
The new drainage screen of part on layer can forward downwards working lining position to, and the working lining of dirtization the most can be rolled onto on dirty net volume cylinder.
The wall-mounted fresh air purifier of one the most according to claim 1, it is characterised in that: described Total heat exchange movement is heterogeneous membrane
Movement, described heterogeneous membrane movement also includes locating dowel, plastic wave mould strip framework, upper and lower end cap and heterogeneous membrane；Described locating dowel
There are 4, the plastic wave mould strip framework aperture A by its corner, upper and lower 2 pieces of plastic wave mould strip frameworks are incorgruous 90 degree,
Set is through in 4 locating dowels；Described heterogeneous membrane be arranged on upper and lower in incorgruous 90 degree arrange 2 pieces of plastic wave mould strip frameworks it
Between, and by the aperture B in its corner, set is through in 4 locating dowels；Described Total heat exchange movement fresh air channel and Total heat exchange
Movement dirt wind passage is in the upper and lower alternate setting of heterogeneous membrane.
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| CN201310432186.3A CN103486674B (en) | 2013-09-09 | 2013-09-09 | A kind of wall-mounted fresh air purifier |
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| CN201310432186.3A CN103486674B (en) | 2013-09-09 | 2013-09-09 | A kind of wall-mounted fresh air purifier |
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| CN103486674B true CN103486674B (en) | 2016-08-10 |
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| CN104976751A (en) * | 2014-04-08 | 2015-10-14 | 海信（山东）空调有限公司 | Total heat exchanger |
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| 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 |
| CN104534565A (en) * | 2014-12-31 | 2015-04-22 | 安徽宾肯电气有限公司 | Fresh air ventilator system |
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| CN106931583B (en) * | 2017-03-03 | 2019-08-06 | 北京理工大学 | Indoor air purification system and method |
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| CN108253574A (en) * | 2017-12-30 | 2018-07-06 | 北京福兆朗风科技有限公司 | A kind of furred ceiling fresh air ventilator energy-saving control system and its energy-saving control method |
| CN109931579B (en) * | 2019-03-21 | 2021-01-15 | 山东光明园迪儿童家具科技有限公司 | LED lamp with air purification device |
| CN112303790B (en) * | 2020-11-05 | 2021-12-07 | 珠海格力电器股份有限公司 | New fan |
| CN115235058A (en) * | 2021-04-25 | 2022-10-25 | 芜湖美智空调设备有限公司 | Air conditioner, control method thereof, and computer-readable storage medium |
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