초록 ▼

An air ionization device for use in industrial, commercial or residential settings which includes a core section shaped to provide internal venturi action in order to force air outwardly from an ozone manifold. Air fins are provided at the front of the cabinet to prevent turbulence of air as it exit

An air ionization device for use in industrial, commercial or residential settings which includes a core section shaped to provide internal venturi action in order to force air outwardly from an ozone manifold. Air fins are provided at the front of the cabinet to prevent turbulence of air as it exits the cabinet. The device further includes electronics for providing controlled negative ozone and ionization output, and a 12 VDC power supply for operating system fans and relays. The device can operate as a master unit to control up to four slave units (i.e. up to five units on one system) for providing even distribution of ions and ozone over large industrial areas. In addition, various features are provided to allow for facile servicing of the device, including a purging hose mounted inside the core, removably replaceable ionization needles, and ozone relief holes positioned directly behind the ionization needles for constantly purging the needles and keeping them clean.

대표청구항 ▼

An air ionization system comprising: a core, an ionization unit mounted to said core for ionizing air passing through said core, said ionization unit providing positive and negative high voltage direct current output to a plurality of opposed pairs of ionization needle assemblies, said positive high

An air ionization system comprising: a core, an ionization unit mounted to said core for ionizing air passing through said core, said ionization unit providing positive and negative high voltage direct current output to a plurality of opposed pairs of ionization needle assemblies, said positive high voltage direct current output being connected to a first number of said opposed pairs of ionization needle assemblies, and said negative high voltage direct current output being connected to a second number of said opposed pairs of ionization needle assemblies; an ozone generation unit mounted to said core for creating a high voltage output from an alternating current input; and at least one ozone generation plate connected between said high voltage output and ground, said ozone generation plate creating ozone in said core from air passing by said ozone generation plate, said ozone being directed out of said core with said ionized air.