Efficient air purification robot

Abstract

The invention discloses an efficient air purification robot. The efficient air purification robot comprises an efficient air purification device and a robot automatic guide vehicle; the efficient airpurification device is arranged on the robot automatic guide vehicle; the efficient air purification device comprises a box body, a first air filter, high-pressure low-temperature plasma, a second airfilter, an ozone filter and a fan; an air inlet is formed in the lower side of the box body, and an air outlet is formed in the upper side of the box body; and the first air filter, the high-pressurelow-temperature plasma, the second air filter, the ozone filter and the fan are sequentially arranged in the box body from bottom to top, wherein the first air filter is made of an electret electrostatic air filtering material, and the second air filter is made of a polyamide-based N-halamine nanofiber membrane filter material. According to the efficient air purification robot, inhalable particles in air can be efficiently filtered, virus substances and bacteria in the air can be killed, meanwhile, harmful gas in the air can be decomposed, and peculiar smells can be eliminated.

Description

technical field [0001] The invention relates to a purification robot, in particular to an efficient air purification robot, which belongs to the field of air disinfection and purification equipment. Background technique [0002] For the sake of human health, air purifiers are already a commonly used equipment in hospitals, homes and public buildings. With the improvement and popularization of artificial intelligence technology, in order to make the use of air purifiers more flexible and humanized, purification robots have emerged as the times require. , in order to cope with the high infectivity and danger of the new crown pneumonia epidemic sweeping the world, various disinfection robots have also begun to enter the market. However, there are many deficiencies in these purification and disinfection robots, which affect the application and popularization of this product. The following problems exist in the analysis of various related patented products: 1) The purification of...

AI Technical Summary

Problems solved by technology

However, there are many deficiencies in these purification and disinfection robots, which affect the application and popularization of this product. The following problems exist in the analysis of various related patented products: 1) The purification of inhalable particles mainly relies on ordinary coarse, medium and sub-high efficiency , High-efficiency filter, if the effect of filtering bacteria and viruses is to be achieved, the air resistance is too large, resulting in high energy consumption and noise of the fan; Therefore, the bacteria and viruses remaining on the filter material must be killed by other equipment; 3) The currently used medium, sub-high efficiency and high-efficiency filters cannot be cleaned, so they are all disposable equipment, and the operating cost is high; 4) The current air The method used in the purifier to sterilize filter materials and air is mainly ultraviolet lamps, whose disadvantages are short life and low efficiency; 5) Partially used ionization methods (including negative ion generators, electrostatic purification, low-temperature plasma) air Purifier, if the ideal effect of decomposing harmful gases is to be achieved, the ozone will seriously exceed the standard, and sparks will easily be generated, which will affect the safety of the equipment. If the ozone concentration of the air outlet is controlled, the effect of decomposing harmful gases will be relatively low due to the low voltage. Poor; 6) At present, the main means of eliminating peculiar smell and some harmful gases is the activated carbon filter, its disadvantage is that the air resistance is large, the life is short, and it is disposable, and the cost is high; 7) At present, most of the disinfection robots use spray disinfection, The main function of this kind of robot is to disinfect the inner surface of the building and the surface of indoor objects in unmanned places, and it is not suitable for people, especially spaces with patients.

Images