Michael A Marshall

US Patent:

20190373165, Dec 5, 2019

Filed:

May 9, 2019

Appl. No.:

16/408242

Inventors:

- Santa Monica CA, US
David CARTER - Marina del Rey CA, US
Michael MARSHALL - Stevenson Ranch CA, US
Daniel MAZZELLA - Los Angeles CA, US
Andrew PIERNO - Santa Monica CA, US

Assignee:

WIZR LLC - Santa Monica CA

International Classification:

H04N 5/232

Abstract:

Artificial intelligence (AI) models are switched, tuned and retrained. This process may be performed with respect to systems having artificial intelligence engines in connection with video cameras and associated video data streams. An AI model is obtained for a video camera based on, for example, historic video streams from the camera for the past day, week, month, year, or any other time period. The AI model is then modified for the camera after the system obtains, for example, data internal to the video camera, data external to the video camera and data related to objects of interest for the video camera. As the AI model is modified, a processor associated with the system may adopt linear regression algorithms to regress conditions to the modified model and other available models.

US Patent:

20150196919, Jul 16, 2015

Filed:

Jul 29, 2014

Appl. No.:

14/445657

Inventors:

Michael Marshall - Morristown AZ, US

International Classification:

B02C 17/02
B02C 23/16
B02C 17/20

Abstract:

A rock crushing assembly is provided in the form of a pulverizing tumbler. The apparatus comprises a faceted tumbler having a plurality of faceted end walls, a pair of parallel sidewalls, and an open interior. A power source and a drivetrain assembly attach to the sidewalls of the tumbler and rotate the same. Within the tumbler is adapted to be placed rocks and minerals to be pulverized, wherein pulverizing media is placed in the tumbler with the rocks to break down the rocks into fine, granular material. One of the end walls of the tumbler is removable to allow access to the tumbler interior. One or more gaps or apertures through one or more of the end walls allow the pulverized material to exit the tumbler during operation, thereby reducing build-up of loose material that can dampen impacts within the tumbler.