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High-speed ion wind self-adsorption type low temperature plasma air cleaner
专利权人:
深セン嘉潤茂電子有限公司
发明人:
陳 順鵬
申请号:
JP2017563227
公开号:
JP2018520851A
申请日:
2016.08.11
申请国别(地区):
JP
年份:
2018
代理人:
摘要:
A high-speed ion wind self-adsorption type low temperature plasma air cleaner is provided. A high-speed ion wind self-adsorption type low-temperature plasma air cleaner comprising a power supply module (10) that emits a DC high voltage, a supporting housing (11), and an emitter that generates a strong ionization field ( 12) and a dust collecting electrode (13) that adsorbs various particles; the emitter (12) includes at least one needle-like conductor (121), and each needle is disposed on the dust collecting electrode (13). A round hole (131) matching the conductor (121) is opened, and at least one needle-like conductor (121) on the emitter (12) is drawn out from the power supply module (10) and the dust collecting electrode (13) The power supply module (10) is detachably fixed on the housing (11) or is separated from the housing (11), and is disposed on the emitter (12). Defining a plasma region by surrounding with the dust collecting electrode (13). The structure of the air cleaner is simple and compact, the cleaning speed is fast, the air cleaning effect is good, and the use of an auxiliary fan is unnecessary; the porous metal structure of the dust collecting electrode has an air cleaning contact area. By increasing the value, the dust collecting electrode can have a relatively strong adsorption force; low temperature plasma technology is used, the power consumption is low, and the energy saving and noise reduction effects are remarkable. [Selection] Figure 1【課題】高速イオン風自己吸着式低温プラズマ空気清浄機を提供すること。【解決手段】高速イオン風自己吸着式低温プラズマ空気清浄機であって、直流高電圧を放出する電源モジュール(10)と、支える役割を持つハウジング(11)と、強電離場を発生させるエミッター(12)と、各種粒子を吸着する集塵電極(13)とを含み;前記エミッター(12)は、少なくとも1本の針状導体(121)を備え、前記集塵電極(13)上に各針状導体(121)とマッチする丸孔(131)が開設され、エミッター(12)上の少なくとも1本の針状導体(121)が電源モジュール(10)内から引き出されると共に集塵電極(13)の丸孔(131)に向かい、前記電源モジュール(10)はハウジング(11)上に取り外し可能に固定或いはハウジング(11)と分離して配置され、前記エミッター(12)と集塵電極(13)で取り囲むことでプラズマ領域を画定する。該空気清浄機の構造は簡単かつコンパクトで、清浄速度も速く、空気清浄効果も良好で、補助ファンの使用も不要であり;集塵電極の多孔質状の金属構造は、空気清浄の接触面積を増大することで、集塵電極に比較的強い吸着力を持たせることができ;低温プ
来源网站:
中国工程科技知识中心
来源网址:
http://www.ckcest.cn/home/

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