Robert Wesley Anderson, JR
Anesthesiologist Assistant at Highlands Rnch Pkwy, Littleton, CO

License number
Colorado 4635
Issued Date
Oct 8, 1998
Renew Date
Nov 1, 2015
Expiration Date
Oct 31, 2017
Type
Chiropractic
Address
Address 2
541 W Highlands Ranch Pkwy #104, Littleton, CO 80129
Littleton, CO
LicenseFiles verified this license of Dec 9, 2016 at the Colorado - Department of Regulatory Agencies.

Personal information

See more information about Robert Wesley Anderson at radaris.com
Name
Address
Phone
Robert Anderson
5040 Main Gore Pl, Vail, CO 81657
Robert Anderson
50 Patterson Dr, Carbondale, CO 81623
Robert Anderson, age 89
50 Cherry Ave UNIT 12, Eaton, CO 80615
(970) 301-4565

Professional information

Robert Anderson Photo 1

Robert Anderson - Littleton, CO
Work:
Directline Transportation LLC - Centennial, CO
Entry Level Truck Broker Castle Pines Emergency Services - Castle Rock, CO
Gate Security United States Marine Corps - Cherry Point, NC
C-9 Crew Chief/ Mechanic
Education:
Metropolitan State University - Denver, CO
BA in Aviation
Skills:
Mechanical, Inventory Management, Work Center Supervisor, Safety Representative, Security

Robert Anderson Photo 2

Crank Mechanism For Can Body Maker Apparatus

US Patent:
5546785, Aug 20, 1996
Filed:
May 5, 1995
Appl. No.:
8/435358
Inventors:
Grayeme E. Platt - Pine CO
Robert D. Anderson - Littleton CO
P. Michael Mueller - Suwanee GA
Assignee:
Aluminum Company of America - Pittsburgh PA
International Classification:
B21J 918
US Classification:
72450
Abstract:
An improved can body maker apparatus has a drive system for reciprocating a ram. The drive system includes a crank having a first half and a second half, both being adapted for rotational movement about a first axis in the can body maker apparatus. A brake disk is fixedly mounted on the crank first half. A crank arm is mounted on the crank second half. The brake disk and the crank arm define therebetween a second axis. A connecting rod is supported for rotational movement about the second axis. The connecting rod is adapted for mechanical communication with the body maker ram. The brake disk and the crank arm define in combination at least one additional second axis, wherein the rotation of the crank arm about the additional second axis changes the throw of the connecting rod for each revolution of the drive system crank.

Robert Anderson Photo 3

Robert Anderson - Littleton, CO
Work:
Security Guard Castle Pines Emergency Services C-9B Mechanic United States Marine Corps

Robert Anderson Photo 4

Matched Detector/Channelizer With Adaptive Threshold

US Patent:
8045654, Oct 25, 2011
Filed:
Sep 26, 2008
Appl. No.:
12/239426
Inventors:
Robert Anderson - Littleton CO, US
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
H03D 1/00, H04L 27/06
US Classification:
375342, 375260, 375316, 375343, 375350, 370210, 370307
Abstract:
A method of detecting a signal in an input channel of a receiver includes applying each of a plurality of pre-detection bandwidths to an input signal. The method can include deriving, in a cascaded fashion, a plurality of pre-detection bandwidths for the input channel, and determining a temporal and spectral extent of pulsed energy in each of the plurality of pre-detection bandwidths. The derivation of the pre-detection bandwidths for the input channel can be performed by dividing the input channel into a sequence of smaller bandwidth sub-channels, so that the number of sub-channels is determined by how much bandwidth and pulse width range is able to be covered by a single detector.

Robert Anderson Photo 5

Matched Detector/Channelizer With Adaptive Threshold

US Patent:
7430254, Sep 30, 2008
Filed:
Aug 6, 2003
Appl. No.:
10/636322
Inventors:
Robert Anderson - Littleton CO, US
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
H03D 1/00, H04L 27/06
US Classification:
375342, 375316, 375343, 375350, 375260, 370210, 370307
Abstract:
A method of detecting a signal in an input channel of a receiver includes applying each of a plurality of pre-detection bandwidths to an input signal. The method can include deriving, in a cascaded fashion, a plurality of pre-detection bandwidths for the input channel, and determining a temporal and spectral extent of pulsed energy in each of the plurality of pre-detection bandwidths. The derivation of the pre-detection bandwidths for the input channel can be performed by dividing the input channel into a sequence of smaller bandwidth sub-channels, so that the number of sub-channels is determined by how much bandwidth and pulse width range is able to be covered by a single detector.

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