Intelligence window heat exchange fresh air purifier
Technical field
The utility model belongs to a kind of clarifier, particularly one intelligent window heat exchange fresh air purifier.
Background technology
In recent years, the haze weather of various places increased gradually, and presented the gesture of constantly aggravation and cycle stretch-out, and constantly have friend to talk about people at one's side and therefore obtained pharyngitis, pneumonia, even lung cancer, network is passed on a message and risen from all around in addition, allow people worry and increase day by day.The suggestion that government health department provides also nothing more than going out less, windowing less, is gone out and is worn masks.And fasten door and window and can cause gathering of the dirty and pernicious gas such as indoor carbon dioxide, endanger health.In the face of two difficult selections, someone buys an air purifier and is placed on indoor purifying room air.Air purifier general principle is filtered, the dust in filter chamber, but very limited to removing indoor pernicious gas.Result of use is with to need the area of filter net of the size of clean rooms, clarifier relevant with air quantity.Due to the reason such as cost and volume, very limited, the other filter efficiency of practical effect declines in time gradually, is difficult to reach ideal effect.
Utility model content
The purpose of this utility model is to overcome above-mentioned defect, provides a kind of intelligent window heat exchange fresh air purifier, and soiling value inside and outside sensing chamber while of realization, from passing through the new wind filtered, simultaneously by outside the air discharge chamber of foul indoor to indoor feeding outside window; The air sent into and the air of discharge realize heat exchange through total-heat exchanger, utilize the air entered outside indoor discharge air heat or cool room, and reduce and enter room air and the indoor temperature difference, heat recovery efficiency reaches more than 60%.
The purpose of this utility model is achieved through the following technical solutions: a kind of intelligent window heat exchange fresh air purifier, is characterized in that: it comprises glass, air channel, total-heat exchanger, motor, vortex flow fan, filter cylinder, PM2.5 sensor and CO
2sensor, the centre of described glass is provided with hole, and the top in air channel, bottom and both sides are respectively equipped with draw-in groove, and air channel is installed in the hole of glass by draw-in groove; Be divided into outdoor air intake passage, indoor air draft passage and the air-out passage arranged in contrast, air exhaust passage in air channel, outdoor air intake passage is provided with fresh air inlet, and indoor air draft passage is provided with exhausting hole, and air exhaust passage is provided with vent, and air-out passage is provided with exhaust vent; Total-heat exchanger is provided with in air channel, the outdoor air inlet of total-heat exchanger is communicated with the outdoor air intake passage in air channel, the outdoor air outlet of total-heat exchanger is communicated with the air-out passage in air channel, the indoor return air mouth of total-heat exchanger is communicated with the indoor air draft passage in air channel, and the outdoor exhaust outlet of total-heat exchanger is communicated with air exhaust passage; Be provided with filter cylinder in outdoor air intake passage, the barrel of filter cylinder is equipped with multiple fresh air inlet, suit filter core in filter cylinder, and the one end open of filter cylinder is oppositely arranged with the outdoor air inlet of total-heat exchanger; Be axially installed with hairbrush along filter cylinder in outdoor air intake passage, the barrel of hairbrush and filter cylinder suits setting; Between the openend of filter cylinder and total-heat exchanger, air flow sensor is installed; Eddy current electric fan is separately installed with in air-out passage and air exhaust passage; Filter cylinder, turbine electric fan are connected with motor respectively, and the outdoor part that is positioned in air channel is provided with PM2.5 sensor, is provided with CO at the indoor section that is positioned in air channel
2sensor and PM2.5 sensor, electronic display is installed in air channel.
The two ends in described air channel are taper, and fresh air inlet, exhausting hole, vent and exhaust vent are axial in 45° angle with air channel respectively.
Advantage of the present utility model and beneficial effect are:
1, the dust in outdoor air, catkin, PM2.5 adsorb and filter by the filter core of filter cylinder effectively, guarantee to enter the fresh pure of room air.
2, air admission hole and venthole are positioned at the two ends in air channel, and are oppositely arranged, and are that 45 ° of oblique angles are arranged with air channel, effectively prevent the local convection phenomenon sent into indoor fresh air and taken away by aspirating hole.
3, hairbrush can regularly be cleared up the pollutant be adsorbed on filter cylinder barrel, and filter cylinder can not be caused to block.
4, tubular element, volume is little, and developed area is large, effectively filters and reaches 95%.
5, air flow sensor detects the amount entering filter cylinder when obviously reducing, starter motor, drives filter cylinder to rotate, utilizes hairbrush, by under the impurity brush that sticks on filter cylinder, ensures filter effect further.
6, automatically PM2.5 and CO is detected
2numerical value, as indoor PM2.5 and CO
2when exceeding standard, automatically open, will be indoor through sending into containing the new wind of oxygen of filtering, outside the old wind discharge chamber that indoor are exceeded standard, keep room air fresh and 21% oxygen content.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Filter cylinder partial structurtes schematic diagram in Fig. 2.
Fig. 3 is filter cylinder and hair brush structure schematic diagram.
Fig. 4 is filter cartridge construction schematic diagram.
Wherein: 1-glass, 2-air channel, the outdoor air intake passage of 3-, the indoor air draft passage of 4-, 5-air-out passage, 6-air exhaust passage, 7-fresh air inlet, 8-exhausting hole, 9-vent, 10-exhaust vent, 11-total-heat exchanger, the outdoor air inlet of 12-, the outdoor air outlet of 13-, 14-indoor return air mouth, the outdoor exhaust outlet of 15-, 16-filter cylinder, 17-fresh air inlet, 18-filter core, 19-hairbrush, 20-air flow sensor, 21-eddy current electric fan, 22-motor, 23-CO
2sensor, 24-PM2.5 sensor, 25-electronic display, 26-protective cover.
Detailed description of the invention
Embodiment: as shown in the figure, a kind of intelligent window heat exchange fresh air purifier, by the long 1500mm of a fan, hole is provided with in the middle of glass 1 on the window of wide 150mm, make a long 1420mm again, diameter is the air channel 2 of 142mm, and the two ends in air channel 2 are made into taper, the top in air channel 2, bottom and both sides are respectively equipped with draw-in groove (not shown), and air channel 2 is installed in 1 hole of glass by draw-in groove; Outdoor air intake passage 3, indoor air draft passage 4 and the air-out passage 5 arranged in contrast, air exhaust passage 6 is divided in air channel 2, outdoor air intake passage 3 is provided with fresh air inlet 7, indoor air draft passage 4 is provided with exhausting hole 8, air exhaust passage 6 is provided with vent 9, air-out passage 5 is provided with exhaust vent 10, the fresh air inlet 7 at two ends, air channel 2, exhausting hole 8, vent 9 and exhaust vent 10 respectively with air channel 2 axially in 45° angle; Total-heat exchanger 11 is provided with in air channel 2, the outdoor air inlet 12 of total-heat exchanger 11 is communicated with the outdoor air intake passage 3 in air channel 2, the outdoor air outlet 13 of total-heat exchanger 11 is communicated with the air-out passage 5 in air channel 2, the indoor return air mouth 14 of total-heat exchanger 11 is communicated with the indoor air draft passage 4 in air channel 2, and the outdoor exhaust outlet 15 of total-heat exchanger 11 is communicated with air exhaust passage 6; In outdoor air intake passage 3, stainless steel filter cylinder 16 is installed, the barrel of filter cylinder 16 is equipped with multiple fresh air inlet 17, suit filter core 18 in filter cylinder 16, and filter core 18 is made up of filter course, active carbon layer and antibacterial layer, the one end open of filter cylinder 16, is oppositely arranged with the outdoor air inlet 12 of total-heat exchanger 11; Be axially installed with hairbrush 19 along filter cylinder 16 in outdoor air intake passage 3, the bristle of hairbrush 19 is helical form, suits setting with the barrel of filter cylinder 16; Between the openend of filter cylinder 16 and total-heat exchanger 11, air flow sensor 20 is installed; Eddy current electric fan 21 is separately installed with in air-out passage 5 and air exhaust passage 6; Filter cylinder 16, turbine electric fan 21 are connected with motor 22 respectively; The outdoor part that is positioned in air channel 2 is provided with PM2.5 sensor 24, this sensor 24 is provided with dust-proof, rain-proof protective cover 26, is provided with CO at the indoor section that is positioned in air channel 2
2sensor 23 and PM2.5 sensor 24, air channel 2 is installed electronic display 25.
Operation principle:
When total-heat exchanger startup work, the concentration value of three sensor difference test cabinets outer PM2.5 concentration value, indoor PM2.5 concentration value and indoor CO2, instant playback on liquid crystal display: 1. outdoor PM2.5 numerical value, 2. indoor PM2.5 numerical value, 3. indoor CO
2concentration, to facilitate user to grasp indoor and outdoor pollution condition at any time, to determine open interchanger or directly window ventilation, as indoor PM2.5 and CO
2when exceeding standard, two motors 22 drive two turbine electric fans 21 to deflate, now, the air of foul indoor enters air channel 2 via exhausting hole 8, and by total-heat exchanger 11, outdoor is discharged from vent 9 again by turbine electric fan 21, simultaneously, outdoor ozone enters air channel 2 from fresh air inlet 7, after the three-in-one filter core 17 of skin and inside of filter cylinder 6, from the opening of filter cylinder 16 side out, by total-heat exchanger 11, by turbofan 21, indoor are sent into by from exhaust vent 10, two strands of air-flows, temperature exchange is carried out at total-heat exchanger 11, utilize the heating temperatures of room air or reduce the temperature of outdoor air, thus the temperature realizing entering room air differs with indoor temperature and is no more than 30%, unique three-in-one filter core of stainless steel filter cylinder and inside, effective by the dust in outdoor air, catkin, PM2.5, adsorb and filter, guarantee to enter the fresh pure of room air.
Achieve from outside window to the new wind of indoor feeding through three layer filtration in long and narrow cast air channel, simultaneously by outside the air discharge chamber of foul indoor; Send into air and discharge air and realize heat exchange through total-heat exchanger, utilize the air entered outside indoor discharge air heat or cool room, reduce and enter room air and the indoor temperature difference, heat recovery efficiency reaches more than 60%.
Outdoor fresh air inlet, indoor exhaust vent, indoor suction opeing, outdoor exhaust outlet are designed respectively the two ends, air channel at clarifier, and leave the oblique angle of 45 degree, its two ends distance is more than 1.42 meters, substantially increase cross-ventilated spatial volume, guarantee that foul indoor air pumps as far as possible, fresh air is stained with the interior space; Avoid air admission hole and suction hole distance in common compact wall-hanging fresh air purifier outdoor unit chambers too near, the contaminated air outside discharge chamber is caused to be inhaled into indoor again, and the fresh air in flood chamber is easily taken away by aspirating hole, define the cross-ventilation of local orientation, and do not reach the problem purifying whole room.