CN205690632U - Solar energy outdoor haze depurator - Google Patents

Abstract

The utility model discloses an air purifier with good filtering effect, which is suitable for outdoor smog absorption and uses solar energy as a power source. The following are arranged in sequence: air inlet net, press-in fan, three-stage filter system, and PM2.5 automatic monitor. The intermediate filter system is composed of AV990 sterilization sheet and diatom pure filter sheet, and the advanced filter system is composed of HEPA high-efficiency filter sheet and composite high-efficiency filter screen. During use, the fan sucks the air into the filter channel, and through the three-stage filter system, it can absorb smoke, dust and PM2.5 particles in the air, and kill bacteria to achieve the ideal purification effect. The PM2.5 automatically The monitor will detect the air quality and give real-time feedback, and the purified air will be discharged near the ground through the telescopic air duct.

Description

Solar outdoor haze purifier

technical field

The invention relates to the field of environmental protection, in particular to a solar outdoor haze purifier.

Background technique

An air purifier is a device that can absorb various pollutants in the air, kill bacteria, and improve air quality. At present, most air purifiers are used indoors, in underground spaces, and in cars. They have a limited range of use and cannot meet the needs of people's daily life. They also consume a lot of energy, are heavy, occupy a large area, and are expensive.

In recent years, air pollution in China has been serious, with smog affecting 25 provinces and more than 100 large and medium-sized cities. The national average of smog days has reached 29.9 days, the highest in 52 years. The occurrence frequency of smog is high, the spread is wide, the pollution level is unprecedented, and the PM2.5 index is off the charts. According to data from the U.S. Embassy in Beijing, during the eight years from 2008 to 2015, Beijing’s air pollution has been in the range of 90-100 μg/m3, which is five times the World Health Organization’s 24-hour upper limit. Therefore, air purifiers have become popular in China where air quality is declining, especially air purifiers that can filter PM2.5. Today's air purifiers are mostly indoor air purifiers, which are difficult to absorb harmful gases from automobile exhaust and factory emissions, and these two polluting gases are the main culprits of air pollution.

Contents of the invention

Aiming at the deficiencies in the above-mentioned current situation, the present invention proposes an outdoor high-efficiency haze purifier powered by solar energy. The press-in fan makes the polluted air flow into the purification system, is processed by a multi-stage purification device, and finally returns to the atmosphere through the air outlet.

In order to achieve the above object, the technical solution adopted in the present invention is: the solar outdoor haze purifier is composed of a solar panel, a press-in fan, an initial effect filter system, a medium effect filter system, a high efficiency filter system, and a PM2.5 automatic monitor , telescopic air duct and battery. The primary filter system is composed of primary filter screen and Naweika, which can remove impurities and large particle air pollutants in the air. The intermediate filter system is composed of AV990 sterilization sheet and pure diatom filter sheet, which can kill 90% of bacteria in the air, reduce 60% of harmful gases and inhalable particles in the air, and greatly improve the air quality. The filtration system is composed of HEPA high-efficiency filter sheets and composite high-efficiency filter screens. This layer of filtration system can filter harmful particles with smaller particle sizes to achieve the ideal purification effect.

The interval between the AV990 sterilizing sheet and Naweika is 7cm, the interval between the diatom pure filter sheet and the AV990 sterilizing sheet is 5cm, and the HEPA high-efficiency filter is closely connected with the composite high-efficiency filter. The space between the filters is 7cm.

The air outlet net solar outdoor haze purifier is placed on a street light pole 500cm away from the ground, the solar panel shell is 80cm high, and the lower end is connected to a telescopic air duct with a length of 120-220cm, and the bottom connection length of the telescopic air duct is 15cm The air outlet net can reach 200-300cm from the ground.

Compared with the prior art, the present invention has the following advantages: 1. The air quality after filtration is improved by adopting a multi-stage filtration system, and the contradiction between air pollution and resource shortage is alleviated by using solar energy as a power source, and the working efficiency is optimized and improved. The product operates stably and has a high utilization rate; 2. Solar power is used to provide power, and the collection of power generation and purification are carried out simultaneously, which increases the flexibility of use, greatly reduces the operating cost of the product, and is relatively simple to install; 3. Shared with street lights The pole not only realizes the possibility of high-altitude purification but also greatly improves the space utilization rate on both sides of the road. The product installation cost is low, saves resources, and contributes to the improvement of urban air quality; 4. On the one hand, the intelligent monitoring system provides a basis for the normal operation of the equipment , in order to facilitate the repair and maintenance of the equipment, on the other hand, it can also test the working quality of the equipment to achieve the best filtering effect.

Description of drawings

Fig. 1. Schematic diagram of longitudinal section of purification device of the present invention; 1. Air intake net 2. Triangular top plate 3. Press-in fan 4. Support beam 5. Wide air chamber 6. Primary filter 7. Naveka 8. AV990 sterilizing sheet 9. Diatom pure filter 10. HEPA high-efficiency filter 11. Composite high-efficiency filter 12. Circuit box 13. PM2.5 automatic detector 14. Bottom plate 15. Wire 16. Air outlet 17. Telescopic air duct 18. Exhaust network.

Fig. 2. Schematic diagram of the press-in fan structure of the present invention; 301. Fan blade 302. Fan shaft 303. Support ring 304. Fixed plate.

Fig. 3. Schematic diagram of the structure of the PM2.5 automatic detector of the present invention; 1301. filter membrane 1302. three-direction detection sheet 1303. signal transmitter 1304. chip 1305. air outlet sheet.

Figure 4. Schematic diagram of the three-stage filtration system of the present invention; 6. Primary filter 7. Naweika 8. AV990 sterilization sheet 9. Diatom pure filter 10. HEPA high-efficiency filter 11. Composite high-efficiency filter.

Fig. 5. Schematic diagram of the partial outline of the purification device of the present invention; 1. Air inlet net 14. Base plate 16. Air outlet 19. Rectangular solar panel.

Fig. 6. Schematic diagram of the top surface of the purification device of the present invention; 1. Air intake net 21. Trapezoidal solar panels.

Fig. 7, schematic diagram of side A of purification device of the present invention; 16. air outlet 19. rectangular solar panel.

Fig. 8 is a schematic diagram of side B of the purification device of the present invention.

Fig. 9, the structure schematic diagram of the present invention placed on the street lamp; 15. Lead wire 17. Telescopic air duct 18. Exhaust net 22. Filter device 23. Storage battery.

Fig. 10 is a schematic structural diagram of the solar battery of the present invention.

Fig. 11 is a schematic diagram of the overall appearance of the present invention placed on a street lamp.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings.

As shown in Figures 1 and 4, the press-in fan (3) allows the haze-containing air to enter the purification device through the air inlet net (1). The press-in fan (3) is fixed by three support beams (4). The haze-containing air passes through the wide air chamber (5) and reaches the primary filter system. After being filtered by the primary filter (6) and Naveka (7), the air reaches the intermediate filter system and passes through the AV990 sterilizing sheet (8) and diatoms. After the pure filter (9) is filtered, the air reaches the advanced filter system, and after being purified by the HEPA high-efficiency filter (10) and the composite high-efficiency filter (11), the clean air passes through the air outlet (16) through the telescopic air duct (17) Arrive exhaust net (18) near ground two meters and discharge.

Referring to Figure 2, the fan blade (301) of the push-in fan (3) is driven to rotate by the fan shaft (302), supported by the support ring (303), and fixed at 10 cm from the top of the device by the fixing plate (304).

As shown in Figure 3, the purified air enters the detection device through the top filter membrane (1301) of the PM2.5 automatic detector (13) for detection, and the air after detection is discharged from the detection device through the air outlet sheet (1305). The three-position detection piece (1302) cooperates with the chip (1304) for detection, the signal transmitter (1303) feeds back the detection result to the monitoring terminal, and the terminal computer is set to automatically alarm when the purification effect is lower than the specified value.

Referring to Figs. 5, 6, 7, and 8, the filter housing is composed of a side plate A, 5 side plates B and 6 triangular top plates. Side panel A has 12 rectangular solar panels (19) and an air outlet (16), side panel B has 15 rectangular solar panels (19), and the upper half of the triangular top panel (2) is an air inlet net (1), the lower The half section is 2 trapezoidal solar panels (21).

Referring to Fig. 9, the filtering device (22) is connected to the upper part of the telescopic air duct (17) through the floor (14), and is fixed at 5 meters away from the street light pole. During the day, each solar panel circuit is collected in the circuit box (12), a part of the electric energy is used for the press-in fan (3) to work, and a part of the electric energy is stored in the battery (23) buried 30 centimeters underground along the wire (15). At night, the storage battery (23) supplies power to the press-in fan (3) along the lead (15).

Claims (9)

1. The solar energy outdoor haze purifier is characterized in that: it is composed of a solar panel shell, a press-in fan, a multi-stage filter system, a PM2.5 automatic monitor, a circuit box, a telescopic air duct and a battery; the solar battery The panel shell is equipped with air inlet net, solar panel, and air outlet; the press-in fan, three-stage filter system, and PM2.5 automatic detector are all fixed in the solar panel shell; the press-in fan , a three-stage filter system, and an automatic PM2.5 detector are arranged in sequence along the direction from the air inlet net to the air outlet. 2. The solar outdoor smog purifier according to claim 1: it is characterized in that, the solar outdoor smog purifier is placed on a street light pole at a distance of 500 cm from the ground, the solar panel shell is 80 cm high, and the telescopic The air duct is 120-220cm long, and the bottom is connected with a 15cm-long air outlet net. The air outlet net can reach 200-300cm from the ground. The battery is buried 30cm from the ground and connected to the circuit box through wires. 3. The solar outdoor smog purifier according to claim 1: it is characterized in that the structure of the solar cell panel shell is a combination of hexagonal pyramid and hexagonal prism, including six isosceles triangular top plates, one rectangular side plate A, five Rectangular side plate B and a regular hexagonal bottom plate, the waist length of the isosceles triangular top plate is 39cm, the length of the bottom side is 30cm, the rectangular side plates A and B are both 60cm high and 24cm wide, the side length of the regular hexagonal bottom plate is 24cm, and the half of the triangular top plate For the air inlet net, the lower half is 2 trapezoidal solar panels, side panel A has 12 rectangular solar panels and an air outlet, side panel B has 15 rectangular solar panels, the solar panels are 11cm long and 7cm wide, and the outlet The tuyere is 8cm high and 18cm wide. 4. The solar outdoor smog purifier according to claim 1: characterized in that, the air inlet net is located at the top of the housing, the air outlet is located at the bottom of the side panel A, the telescopic air duct is connected to the air outlet, and the telescopic air duct The material is brand new nano ABS plastic. 5. The solar outdoor smog purifier according to claim 1: It is characterized in that, the three-stage filter system includes a primary filter with a thickness of 3 cm, a Naveka with a thickness of 4 cm, and an AV990 with a thickness of 2 cm from top to bottom. Sterilization sheets, diatom pure filter sheets with a thickness of 3cm, HEPA high-efficiency filter sheets with a thickness of 4cm, and composite high-efficiency filter screens with a thickness of 5cm, all of which are hexagonal in shape; The distance between the press-in type fan is 15cm, the distance between the AV990 sterilization sheet and Naweika is 7cm, the distance between the diatom pure filter sheet and the AV990 sterilization sheet is 5cm, and the HEPA high-efficiency filter sheet It is closely connected with the composite high-efficiency filter, and the distance between it and the pure diatom filter is 7cm. 6. The solar outdoor smog purifier according to claim 1: characterized in that, the material of the air inlet net is activated carbon fiber, which is used to block the dust entering from the air inlet. 7. The solar outdoor haze purifier according to claim 1: characterized in that, the press-in fan is placed in the solar panel shell at a distance of 10 cm from the top. 8. The solar outdoor smog purifier according to claim 1: characterized in that, the PM2.5 automatic monitor is placed at a distance of 10 cm from the air outlet. 9. The solar outdoor smog purifier according to claim 1: It is characterized in that the material of the battery box is polypropylene, and a unique fence-type reinforcement design is adopted, and the whole set of batteries includes: box body, stainless steel guide wire tube, Stainless steel screws, gaskets, and silica gel strips, and the storage battery is buried 30cm underground.