Carl P Schlachte, Age 61Ben Lomond, CA

2022032, Oct 6, 2022

May 2, 2022

17/735084

- Fremont CA, US
Carl Paul Schlachte - Ben Lomond CA, US
Himanshu Pokharna - Saratoga CA, US

H01T 23/00

Emitter wires and collector pins of current ionic air flow generator designs are replaced by conductors joined to a dielectric substrate, such as metal deposited on the dielectric substrate. One conductor, which is shaped to form the emitter with sharp edges, is joined to one side of the dielectric substrate. Another conductor, which is shaped to form the collector with rounded edges, is joined to the opposite side of the dielectric substrate. The dielectric substrate is not solid. It is shaped with voids that form an air gap between the emitter and the collector. Thus, when a voltage is applied to the emitter, air is ionized at the emitter. The ionized air is drawn electrostatically to the lower-voltage collector, which, through collision with neutral molecules that in turn impart their momentum, creates a flow of air through the air gap.

2022021, Jun 30, 2022

Apr 29, 2020

17/607154

- San Jose CA, US
Gary Oliverio - San Jose CA, US
Himanshu Pokharna - Saratoga CA, US
Carl Schlachte - Ben Lomond CA, US

Ventiva, Inc. - San Jose CA

H05K 7/20
H05K 3/34
B03C 3/41
B03C 3/017

The present invention is a directed to an integrated ionic air mover that provides air flow rates through an opening within the a printed circuit board (PCB), or other similar insulating surface, to create the structure of the air mover, so that high heat generating components mounted on the PCB can be cooled. The ionic air mover has sharp and blunt electrodes with a corona discharge taking place in the air gap in between the electrodes. A directional emission of the ions creates an ionic wind the moves air through the PCB. The invention provides a low-cost structure, while achieving high electro-air flow power conversion efficiency and air-flow performance integrated into the PCB that the heat generating components are mounted on. The ionic air mover may also be surface mounted to a PCB and include a transmittal coil for wireless charging.

2019005, Feb 14, 2019

Aug 9, 2017

15/673060

Carl P. Schlachte - Ben Lomond CA, US
Rudy Vadillo - Gilroy CA, US
Gary Alfred Oliverio - San Jose CA, US

H02J 7/00
A61L 2/20
H02J 7/02
H02J 50/10

A charging device includes a charging assembly for imparting a charge on a mobile device, a housing for receiving the mobile device to be charged, and for defining a cavity therein for housing the charging assembly. There is at least one air intake port in the housing for allowing air to be drawn into the cavity and at least one air exhaust port in the housing for allowing air to be exhausted from the cavity. There is an ionic wind generator, for generating an airstream to draw air into the housing through the at least one air intake port, through the cavity, and push air out of the housing through the at least one air exhaust port. The ionic wind generator comprises an emitter and a collector, such that when a voltage is applied to the emitter, air ionizes around the emitter and is drawn toward the collector, thereby creating the airstream.