TH104267A - Ion generator and electrical equipment - Google Patents

Abstract

DC60 (11/04/60) Ion generator device (30) will include a discharge electrode (2) and an inductive electrode (1). Needle-like apex The inductive electrode (1) has a circular perforation (1a). The tip of the discharge electrode (2) penetrates all the holes (1a) of the inductive electrode. (1) and will protrude above the upper surface (1c) of the inductive electrode (1), so it is possible to obtain an ion generator device that can be developed. Improve ion emission efficiency And electrical equipment provided with correction ion generator device 11/04/2017 Ion generating device (30) will include a discharge electrode (2) and inductive electrode (1) electrode. The discharge type (2) has a needle-like tip. The inductive electrode (1) has a circular perforation (1a). The tip of the discharge electrode (2) penetrates the through-hole (1a) of the inductive electrode ( 1) and will protrude towards the top (1c) surface of the inductive electrode (1), therefore it is possible to obtain an ion generator device that can be developed. Improve ion emission efficiency And electrical equipment provided with an ion generator device -------------------------------------------- Ion generator device (30) It includes a discharge electrode (2) and an inductive electrode (1). The discharge electrode (2) has a needle-like tip. The inductive electrode (1) has a circular perforation (1a). The tip of the discharge electrode (2) penetrates all the holes (1a) of the inductive electrode. (1) and will protrude above the upper surface (1c) of the inductive electrode (1), so it is possible to obtain an ion generator device that can be developed. Improve ion emission efficiency And electrical equipment provided with an ion generator device

Claims (1)

Disclaimer (all) which will not appear on the announcement page: EDIT 11/04/2017 1. Ion generator device for generating ions by discharging charge. Which includes: Ion generator parts It includes a discharge electrode with a needle-like tip. And an induction electrode with a flat plate portion where a circular through hole is made; High voltage transformers for supplying high voltage to such ion generating parts; A high-voltage circuit for driving such high-voltage transformers; The power supply input connector is electrically connected to the said high-voltage circuit; And the case where the ion generating parts are placed Such high-voltage transformers The circuit generates such high voltage. And the input adapter of the said power supply The apex of the discharge electrode penetrates the said hole of the Electrodes in such inductance And that protrudes towards the top relative to the upper surface of the Such a flat plate of the electrode in such inductance Length with the tip of the discharge electrode protruding Above the above surface of the said flat plate portion of the electrode in the Such inductance to be set shorter than the radius of the through hole and to be within the range of 0.5 mm or more and 4.0 mm or less and the radius of such through hole to be set. To the range of 6 mm or more and 6.5 mm or less and the ion generating parts such Such high-voltage transformers generate such high-voltage circuits. And the input adapter of the aforementioned power supply, arranged in a manner Planes relative to each other And placed in the aforementioned chassis in a way that is integrated; 2. The ion generator according to claim 1, which is further assembled by the chassis, where The discharge electrode and the inductive electrode are placed where The casing has a top plate where the ion discharge holes contact the through holes of the The inductive electrode is molded and the tip of the discharge electrode is positioned in such a way that The apex does not protrude above the top surface of the upper plate. 3. Ion generating device according to claim 1 or item 2, which is included further. A supporting substrate that supports such induction electrodes, where the inductive electrode has a bent part made by bending a portion of the The plates are flat and are supported by the supporting substrates, and the inductive electrodes are supported by the substrates in a manner. Where a gap is made between the aforementioned flat plate portion of the said induction electrode and 4. Electrical equipment, including: any of the ion-generating devices referred to in Claims 1 to 3; And a blower unit for delivering at least one of the cation ions and the negative ions. Happening at the ion generating apparatus on the air blown to the outside of the electrical equipment --------------------------- --------------------------- 1.Ion generator device (30) for generating ions by discharging charge consisting of a discharge electrode (2) with a needle-like tip and an inductive electrode (1) with The flat plate where a circular through-hole (1a) is made, the apex of the aforementioned discharging electrode through the a Such inductive electrodes And protruding towards the top (1c) of the flattened plate portion of the inductive electrode