Mark A Bailey

20210371249, Dec 2, 2021

Aug 17, 2021

17/404122

- Columbia MD, US
Mark Bailey - Spencerville MD, US

B/A Products Co. - Columbia MD

B66C 1/22
B66C 1/66

Lifting devices are provided. The devices include a tube with a first slot and a second slot. The devices also include an insert with a first insert projection connected to a second insert projection by a central portion. The first insert projection extends through the first slot and the second insert projection extends through the second slot. A first plate and a second plate are each connected to the central portion of the insert. Additionally provided are methods of lifting a tanker truck or other structures using the disclosed lifting devices

20210362164, Nov 25, 2021

Aug 6, 2021

17/396545

- Ft. Detrick MD, US
Mark M. Bailey - Alexandria VA, US
Larry E. Bowen - Williamsport MD, US
Brett R. Haupt - Thurmont MD, US
Thomas J. O'Brien - Silver Spring MD, US

The Government of the United States, as Represented by the Secretary of the Army - Ft. Detrick MD

B04B 5/08
B01D 45/14
B04B 11/02

A system with a rotatable drum and an exposure device configured to age and concentrate aerosol particles by simulating operational conditions. The system includes the rotatable drum; a port connected to the drum, an impactor with vacuum nozzles, the exposure device, and optionally an outlet port when the port is solely an inlet port. The port delivers the aerosol particles into the drum with the nozzles withdrawing air to increase the concentration of the particles. After aging and concentrating, evacuating the aerosol particles directly from the drum into at least one of an exposure chamber or a testing apparatus.

20200156904, May 21, 2020

Nov 8, 2019

16/678893

- Columbia MD, US
Mark Bailey - Spencerville MD, US

B/A Products Co - Columbia MD

B66C 1/22
B66C 1/66

Lifting devices are provided. The devices include a tube with a first slot and a second slot. The devices also include an insert with a first insert projection connected to a second insert projection by a central portion. The first insert projection extends through the first slot and the second insert projection extends through the second slot. A first plate and a second plate are each connected to the central portion of the insert. Additionally provided are methods of lifting a tanker truck or other structures using the disclosed lifting devices

20180093281, Apr 5, 2018

Oct 3, 2017

15/723448

- Ft. Detrick MD, US
Mark M. Bailey - Alexandria VA, US
Larry E. Bowen - Williamsport MD, US
Brett R. Haupt - Thurmont MD, US
Thomas J. O'Brien - Silver Spring MD, US

United States of America, as Represented by the Secretary of the Army - Ft. Detrick MD

B04B 5/08
B04B 11/02
B01D 45/14

An embodiment of the invention provides an aerosol concentrating apparatus for use with an aerosol aging drum, where the aerosol concentrating apparatus includes an outer housing, an aerosol inlet tube connected to the outer housing, and an extraction tube connected to the outer housing. An axle connected to the outer housing is axially centered within the outer housing, where the axle is formed from porous material. An inner housing is connected to the axle, such that the axle is axially centered within the inner housing, and such that the inner housing is adapted to spin about the axle within the outer housing to separate aerosol particles by size. Aerosol particles below a first threshold size are forced out of the aerosol concentrating apparatus through the axle; and, aerosol particles between the first threshold size and a second threshold size are suspended within the inner housing.

20170061597, Mar 2, 2017

Jul 11, 2016

15/207364

- Milpitas CA, US
Josua Knight - Napa CA, US
Timothy Russin - San Jose CA, US
Vadim Palshin - Castro Valley CA, US
Suneet Luniya - Santa Clara CA, US
Kevin Lai - Milpitas CA, US
Mike Murugan - Fremont CA, US
Mark Bailey - Roseville CA, US

G06T 7/00
H04N 5/225

Inspection systems and methods for adjusting/optimizing imaging performances of the inspection systems are disclosed. An inspection system may include an optical component configured to deliver inspection light to a subject and a detector configured to obtain an image of the subject at least partially based on the inspection light delivered to the subject. The inspection system may also include a processor in communication with the optical component and the detector. The processor may be configured to: measure an aberration of the optical component based on the image of the subject obtained by the detector; and adjust the optical component to compensate for a change in the aberration.