| 摘要 |
The injectable electronic purifying device solves the problem of purifying air or other gases, since - in contrast to existing cleaners that only clean air in purifying plants on the basis of mechanical barriers and electronics - it functions on the principle of injecting and sucking air respectively, which is caused by electrons on the tip of the needle (4), made of hard steel (wolfram), which, due to over-saturation, leave the tip (4) and fly away sideways through the entrance (8) towards the opposite poles (2) in the tunnel. In this process they hit at air molecules, hard parts and micro-organisms, which tend towards discharging (of the tunnel's walls), through which they cause directed air movement between the entrance (8) and exit (9), and saturation of the parts that entered the tunnel. The tunnel consists of a semiconductor (1), polarised ring and the isolator (3, 10), and for this reason hard parts and micro-organisms stick to the walls of the semiconductor (1). The tunnel's diameter depends on the voltage of the aggregate (7) with the conductors (5, 6). The effects of the filtration can be improved by linking the above-described elements one after another.
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