Air conditioner device
An air-conditioning device and air-conditioning technology, applied in air-conditioning systems, space heating and ventilation, separation methods, etc., can solve problems such as thickening and large-scale devices, improve electric field density, improve decomposition ability, and achieve miniaturization · thinning effect
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Deformed example 2
[0085] in such as Figure 5 In the discharge unit ( 30 ) shown in Modification 2, a needle-shaped discharge electrode ( 31 ) is supported on one side of a support plate ( 33 ) whose vertical section is "L"-shaped. The discharge electrode (31) is composed of a rod-shaped trunk and a conical protrusion formed at the tip of the trunk. On the other hand, the counter electrode (32) is arranged in the air passage (15) substantially parallel to the discharge electrode (31). In addition, the discharge electrode (31) and the counter electrode (32) are perpendicular to the air flow direction and arranged along the air inflow surface of the heat exchanger (20), not shown, as in the above-mentioned embodiment. Then, when a voltage is applied from a DC power supply (50) to both electrodes (31, 32), streamer discharge (60) develops from the tip of the protrusion of the discharge electrode (31) to the counter electrode (32).
[0086] Also in this modification 2, since the streamer discharg...
Deformed example 3
[0088] Figure 6 The discharge unit ( 30 ) of the third modification shown is the same as the above embodiment, including an insulating barrier ( 35 ), a discharge base ( 34 ) and a rod-shaped discharge electrode ( 31 ). On the other hand, in this third modification, different from the above-mentioned embodiment, there is no plate-shaped counter electrode (32), and the top end of the discharge electrode (31) faces the heat exchanger (20). The heat exchanger (20) is mainly composed of conductive aluminum, and is electrically connected to the negative side (ground side) of the DC power supply (50). Furthermore, the heat exchanger (20) is configured to also serve as the counter electrode (32) of the above-mentioned embodiment. That is, once a voltage is applied from the DC power supply (50) to the discharge electrode (31) and the heat exchanger (20), a streamer discharge is developed from the top of the rod-shaped discharge electrode (31) to the surface of the heat exchanger (20...
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