发明名称 Discharge device
摘要 A discharge device for generating a corona discharge aimed at an object facing the discharge device, the discharge device comprising: a plate-like main discharge electrode configured to receive an applied direct current voltage and generate the corona discharge aimed at the object; a plate-like auxiliary discharge electrode disposed in parallel with the main discharge electrode and configured to receive an applied direct current voltage which is opposite in polarity to the applied direct current voltage received by the main discharge electrode, thereby causing the corona discharge to occur between the main discharge electrode and the auxiliary discharge electrode; and a plate-like insulating member disposed between the main discharge electrode and the auxiliary discharge electrode, wherein the insulating member is disposed in such a manner that a discharge current from the main discharge electrode flows to both the object and the auxiliary discharge electrode.
申请公布号 US9031467(B2) 申请公布日期 2015.05.12
申请号 US201313779302 申请日期 2013.02.27
申请人 Konica Minolta, Inc. 发明人 Umemoto Hiroaki
分类号 G03G15/02;H01J37/30;G03G15/01 主分类号 G03G15/02
代理机构 Lucas & Mercanti, LLP 代理人 Lucas & Mercanti, LLP
主权项 1. A discharge device for generating a corona discharge aimed at an object facing the discharge device, the discharge device comprising: a plate-like main discharge electrode configured to receive an applied direct current voltage and generate the corona discharge aimed at the object; a plate-like auxiliary discharge electrode disposed in parallel with the main discharge electrode and configured to receive an applied direct current voltage which is opposite in polarity to the applied direct current voltage received by the main discharge electrode, thereby causing the corona discharge to occur between the main discharge electrode and the auxiliary discharge electrode; and a plate-like insulating member disposed between the main discharge electrode and the auxiliary discharge electrode, wherein the insulating member is disposed in such a manner that a discharge current from the main discharge electrode flows to both the object and the auxiliary discharge electrode, and an end of an object-side of the insulating member closest to the object and an end of an object-side of the main discharge electrode are disposed at locations where distances from the object are the same.
地址 Tokyo JP
您可能感兴趣的专利