Multifunctional superimposed aerobic air optimization system

[0013] Reference attached figure 1 As shown, under the action of the centrifugal fan 5, the air in the room is sucked in. When the motor drives the impeller to rotate, the air in the impeller also rotates with the impeller, and the air is thrown around under the action of inertial force and converges to the spiral casing Inside. When the air flows to the exhaust port in the spiral casing, the speed gradually slows down due to the continuous expansion of the cross section, most of the dynamic pressure is converted into static pressure, and finally it is pressed out from the exhaust port at a certain pressure. When the air in the impeller is discharged, a certain degree of vacuum is formed around the impeller. The air outside the suction port is sucked into the impeller under the action of atmospheric pressure. The impeller rotates continuously, and the air is continuously sucked in and pressed out. The centrifugal fan achieves the purpose of conveying air through the rotation of the impeller.

[0014] The inhaled air is filtered by the primary activated carbon filter 3 to remove large particles and hair in the air, and the indoor air is initially filtered. The PTFE high-efficiency low-resistance filter 4 effectively removes PM2.5 particles in the air with a high removal rate 99.999%. PTFE high-efficiency low-resistance filter 4 obviously reduces operating costs (its unique hydrophobicity allows it to be recycled and reused) while achieving low-resistance and high-efficiency (sterilization, mite removal, dust removal), high strength, easy to form complex Curved surface structure, large dust holding capacity, breathable and impermeable, it is a more ideal high-efficiency filter material. In addition, the dust removal effect is good, the dust removal time is long, and it can be back blown to realize the recycling of PTFE high-efficiency low-resistance filter and reduce the use cost.

[0015] The physically purified air is input to the ternary ion generating module 6. In the ternary ion generating module 6, the ultraviolet light source lamp tube irradiates the nanometer titanium dioxide attached to the glass spring. The ultraviolet light source is used because it can achieve the best negative oxygen ion release Effective photocatalyst. Sodium-free lead-free glass spring attached (special component chelated) nano-titanium dioxide under ultraviolet light, the nano-titanium dioxide attached to the glass spring will undergo a photocatalytic reaction, and will be accompanied by negative ions beneficial to the human body, and no secondary pollution sources will be generated; The nano-titanium dioxide device attached to the UV-irradiated glass spring, the negative ions produced and the water or oxygen in the air are catalyzed into hydroxyl radicals (·OH) and superoxide anion radicals (O 2 ·), active oxygen (HO 2 ·H 2 O 2 ) And other photoactive groups with strong oxidizing ability form ternary ions, which can effectively remove formaldehyde, benzene, TVOC and peculiar smell in the air. The ternary ion polymerization technology truly achieves the purpose of high purification efficiency, no secondary pollution, long action time, and convenient disassembly; it also produces negative ions that are beneficial to the human body.

[0016] After the outdoor constant temperature oxygen generator 1 purifies and pressurizes the outdoor air, it is treated by the unique constant temperature condensation water separation technology, and the air input into the molecular sieve adsorption tower is separated by the principle of pressure swing adsorption to produce high-concentration oxygen into the room. A device that meets the health of indoor oxygen intake. The oxygen generator has the characteristics of small size, high concentration (above 93%), large oxygen flow, clean and pollution-free, and realizes constant indoor temperature through constant temperature oxygen generation technology. The oxygen in the input room is input into the room through 2 oxygen input pipes and connected to the indoor air purification device, which effectively protects the negative ions generated by the ternary ion generation module 6 and prolongs the survival time of the negative ions.

[0017] The purified air is sent to the pure water humidifier 7. The pure water humidification technology of the pure water humidification device is a new technology just adopted in the humidification field. The pure water humidifier uses molecular sieve evaporation technology to remove calcium and magnesium ions in the water, completely solving the "white powder" problem. The air is washed through the water curtain, while the air is humidified, the air is purified, and then the moist and clean air is sent to the room through the wind device, thereby increasing the environmental humidity. The new generation of pure water humidifier uses fuzzy control to automatically adjust the amount of humidification according to changes in temperature and humidity, and uses the principle of dynamic balance to control the relative humidity of the environment between the most suitable 45% to 65% RH for the human body. When the indoor relative humidity is higher than 50%RH, the humidifier will automatically reduce the amount of humidification, so that the environment is always in a constant humidity state. At the same time, the humidifier is not limited by water quality. The filter evaporator is made of imported single fiber, which can filter the air and kill bacteria, making the humidification more pure; it has an air circulation system, which can wash the air with pure water while humidifying, effectively removing the air Pollution in the air, purify the air, promote indoor air circulation, and ensure human health to a greater extent.

[0018] The purified air diffuses into the room through the air outlet 8 to realize three-dimensional purification and oxygen distribution of the space.

[0019] The above indoor air purification modules can be used in any combination of N modules and N combinations of single modules. Users can determine the combination according to the degree and type of indoor air pollution. The module can automatically detect the indoor oxygen content to control the operation of the outdoor constant temperature oxygen generator, and quickly increase the indoor oxygen content. It can be used in combination or single use, with long service life, obvious comprehensive treatment effect, and one-time investment in multi-functional protection. Therefore, the superimposed indoor air aerobic optimization system can truly and completely control the indoor air.