KEVIN MCHENRY
Pharmacy at Sable Wood Dr, Jacksonville, FL

2003019, Oct 16, 2003

Apr 10, 2002

10/120017

Eric Yan - Orange Park FL, US
Thomas Grey - Jacksonville FL, US
Kevin McHenry - Jacksonville FL, US

B03C007/00

209/127100, 209/131000, 209/127200

The electrostatic classifier and separator is supported by a housing and includes a corona classifier section for classifying particulate materials according to size. Corona means supplies mobile ions for bombarding particulate materials dropping down a passageway from a reservoir. A splitter and screen may be included in the passageway to direct particulate materials into respective fractions. First separator section receives fine to middle size fractions and second separator section receives middle to coarse size fractions. A support frame having adjustable slots supports a plurality of static electrodes. Corona means for emitting a corona charge is spaced generally in a first quadrant of first separator section. A rotatable brush and an alternating current wiper may be included for removing fine to middle size nonconductive fractions from first separator section. Additional splitter and/or a baffle may be included to help guide particulate material fractions into respective containers, onto a conveyor belt or the like. In an alternate embodiment, the corona classifier section may be housed and powered separately and independently from first and second separator sections.

6951992, Oct 4, 2005

Feb 27, 2003

10/376190

Eric S. Yan - Orange Park FL, US
Kevin R. McHenry - Jacksonville FL, US

Outokumpu Oyj - Espoo

B03C007/01

2091271, 209128, 2091272, 209130, 209129

A corona and static electrode assembly is attachable to a frame of an existing electrostatic separator and includes a pair of oppositely spaced end panels and an elongate corona support member disposed inwardly of and supported by the respective end panels. The corona support member is preferably formed from a single piece of rigid material and has a substantially L-shape for directing an electrostatic field intensity towards the outer surface of a rotating drum. A pair of spaced spacers are connected to and laterally extend from the corona support member and an elongate conductive wire extends between the pair of spacers. The wire is preferably supported between the spacers and threaded bolts passing therethrough, respectively, can adjust its tension. A plurality of elongate static electrodes are spaced from the wire and are connected between the pair of end panels. The assembly may further include a pair of end shields, a pair of support members and an elongate support member for assisting to maintain the corona support member and static electrodes in a fixed position and for attaching the assembly to a frame of an existing electrostatic separator.

2005010, May 19, 2005

Nov 17, 2003

10/715256

Kevin McHenry - Jacksonville FL, US

B03C001/00

209223200

The device adjusts clearance between a rotatable drum interior surface and an internal magnet array supported by a fixed shaft disposed inside such drum. The device includes a pair of hollow cylindrical sleeves disposed respectively between shaft end portions and drum end plates. Adjustment devices carried by each of the sleeves and located externally of the end plates vary the spatial distance between the sleeve interior surface and the outer surface of the shaft and for moving the drum longitudinal axis relative to the magnet array longitudinal axis to provide a generally uniform clearance space between the drum and magnet array outer surface. A plurality of spaced threaded radially disposed holes extend through the sleeve and a plurality of elongate screws are threaded into the holes and contact the shaft outer surface to move the respective sleeve with respect to the shaft for moving the drum longitudinal axis.