No-outdoor unit air conditioner for pollution purification and novel refrigeration

Abstract

The invention discloses a no-outdoor unit air conditioner for pollution purification and novel refrigeration. The no-outdoor unit air conditioner is formed by sleeving a cylindrical upper air purifying section, a cylindrical middle fan section and a lower air conditioner condensation section in sequence. The no-outdoor unit air conditioner is characterized in that the lower air conditioner condensation section is provided an upper evaporator coil II and an upper evaporator coil I at the upper part, a refrigerant storage tank at the middle part and a lower evaporator coil at the lower part; a heating device shell is arranged at the external of the right side; and an electric heating element and a power supply wire are arranged in the heating device shell. An absorbent nanogel comprises the following components in proportion by weight: 10 g of pectin, 2 g of agar, 3 g of menthol, 5 g of eugenol, and 0.01 g of nanometer zinc. The no-outdoor unit air conditioner for pollution purification and novel refrigeration breaks through the difficulty of easy generation of pollution in traditional window air conditioners, cabinet air conditioners, hanging air conditioners and central air conditioner chamber evaporation pipes, is low in size, electricity-saved and low in noise, in particular, needs no air conditioner purifying filter screen, and is excellent in purifying effect.

Description

technical field [0001] The invention adopts an innovative air conditioner without an external unit that combines refrigeration, oxidation, decomposition, purification, virus killing and germ killing. Virus-killing and germ-killing air-conditioning without an external unit, original refrigerant ratio, original evaporator pipe heating, original multi-layer coil evaporator coil, original layered stacked plate ventilation channel structure, and innovative adsorbent Nano gel, a new type of refrigeration that combines unique purification, oxidation, and decomposition processes can also remove formaldehyde, kill epidemic viruses, purify PM2.5, PM10, formaldehyde, and smog purification pollution, and the new type of refrigeration has no external machine air conditioner. Background technique [0002] Air conditioners are a must for families and offices, but air conditioners and car air conditioners contain more harmful substances such as PM2.5, PM10, and formaldehyde floating in the...

AI Technical Summary

Problems solved by technology

[0003] 1. The filter screens of existing air conditioners and automobile air conditioners include plastic mesh filters, synthetic fiber mesh filters, knitted cotton mesh filters, non-woven fabric mesh filters, activated carbon felt filter mesh, activated carbon mesh filters, nano photocatalytic mesh filters, etc. The disadvantage is that the above-mentioned filter has no ability to filter pollution at all, such as suspended dust particle size 0.1-2.0μm, bacteria 0.5-1.5μm, mites 0.5-1mm, influenza virus 0.09-1.0μm, which cannot be removed by existing filters

Knitted cotton net, non-woven fabric net, activated carbon felt filter, activated carbon net, nano-photocatalytic net, the disadvantage is that the wind resistance is large, and the filter will be blocked

[0004] 2. Electrostatic adsorption, the disadvantage is that it will produce ozone, which will cause damage to the human respiratory system, and has the defect of "secondary smog and small dust pollution". Air conditioners and car air conditioners cannot be in the same room as people

[0005] 3. Various devices in the existing artificial refrigeration technology mainly use compressors and refrigerants, which have a cooling effect. The disadvantages are that they have the disadvantages of high power, high energy consumption, and loud and prominent voice, which brings inconvenience to use.

[0006] 4. An artificial refrigeration device using semiconductor refrigeration technology. Although the refrigeration is fast and noiseless, the disadvantage is that it is expensive and not suitable for large and medium-sized refrigeration equipment, thus limiting the use and application range.

[0007] 5. Most of the indoor air conditioners use external force to drive the compressor to rotate to compress the cooling medium, and exchange heat and cold through the radiator condenser and other devices to achieve the working purpose. These existing devices have many shortcomings, such as the air conditioner in the air conditioner. In addition to one compressor, two fans are required to work at the same time. At the same time, these devices also have problems such as high energy consumption and large volume, complex structure and difficult installation, which are increasingly unable to meet the requirements of environmental protection and energy saving and the needs of social development.

The air conditioners in the prior art are equipped with outdoor units, which are dangerous to install, difficult to maintain, affect the use effect, and affect the appearance of the city. In a word, the products of the existing air conditioner technology have single functions and unsatisfactory structures.

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