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Dennis S Suedkamp, 6710900 Crebs Ave, Porter Ranch, CA 91326

Known as:
Dennis Stephen Suedkamp Dennis P
Related to:
Richard J Suedkamp

Dennis Suedkamp Phones & Addresses

10900 Crebs Ave, Porter Ranch, CA 91326    818-2942490   

Northridge, CA   

13527 Phillippi Ave, Sylmar, CA 91342   

Sevierville, TN   

Burbank, CA   

Glendale, CA   

10900 Crebs Ave, Porter Ranch, CA 91326   

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Mentions for Dennis S Suedkamp

Dennis Suedkamp resumes & CV records

Resumes

Dennis Suedkamp Photo 11

President Of Velocity Aerospace - Burbank, Inc.

Position:
President at Velocity Aerospace - Burbank, Inc.
Location:
Burbank, California
Industry:
Airlines/Aviation
Work:
Velocity Aerospace - Burbank, Inc. - Burbank, CA since Jan 1978
President
Education:
Spartan School of Aeronautics Tulsa, OK 1976 - 1978
AIET, Avionics & Instrumentation University of Phoenix Pasadena, CA
BS Business Administration, Math & Science
Skills:
Aircraft Maintenance, Aviation, Aerospace, Aircraft, Airlines, Commercial Aviation, Airports, Avionics, Overhaul, Civil Aviation, Flights, Flight Safety, Airworthiness, Aeronautics, Aircraft Systems, Helicopters, Aircraft Engines, Maintenance & Repair, Military, PowerPlant, Business Aviation, Continuous Improvement, Program Management, EASA, Charter, Human Factors, Flight Planning, Piloting, CFI
Dennis Suedkamp Photo 12

Dennis Suedkamp

Location:
Greater Los Angeles Area
Industry:
Airlines/Aviation

Publications & IP owners

Us Patents

Captive Fastener With Triple Clip

US Patent:
2020039, Dec 17, 2020
Filed:
Mar 30, 2020
Appl. No.:
16/834610
Inventors:
- N. Hollywood CA, US
Simon Ly - Rosemead CA, US
An Tran - Rosemead CA, US
Patrick Tran - Arcadia CA, US
Yuriy Bern - No. Hollywood CA, US
Larisa Zilber - Northridge CA, US
Jeffrey Hang - Rosemead CA, US
Dennis Suedkamp - Porter Ranch CA, US
International Classification:
F16B 41/00
Abstract:
A captive fastener is disclosed having a longitudinal slot along the shank for receiving a hold out clip, and a pair of diametrically opposed slots for receiving a pair of push out clips. The push out clips are formed with hook shaped ends that catch and engage an edge of a wall surface to set the distance of depth of the fastener inside the wall. The hold out clip and push out clips are shaped to receded inside their respective slots in the presence of an interfering surface as the fastener passes through the wall in a first direction (insertion), but the push out clips will not recede into their slots in the second direction (withdrawal).

Captive Fastener With Push Out Cam And Hold Out Clip

US Patent:
2020039, Dec 17, 2020
Filed:
Apr 1, 2020
Appl. No.:
16/837172
Inventors:
- North Hollywood CA, US
Simon Ly - Rosemead CA, US
An Tran - Rosemead CA, US
Patrick Tran - Arcadia CA, US
Yuriy Bern - No. Hollywood CA, US
Larisa Zilber - Northridge CA, US
Jeffrey Hang - Rosemead CA, US
Dennis Suedkamp - Porter Ranch CA, US
International Classification:
F16B 41/00
F16B 5/02
Abstract:
A captive fastener is disclosed having a longitudinal slot along the shank for receiving a hold-out clip, and a chamber that houses a retractable cam member. The cam member is spring actuated to extend out of the shank and can be retracted into the cavity against the bias of the spring to pass through a primary panel and subpanel. The cam member is shaped to counter-rotate in the presence of a traverse force, such as the panel bearing against it.

Captive Screw And Method For Installing Same

US Patent:
2020015, May 21, 2020
Filed:
Oct 30, 2019
Appl. No.:
16/668426
Inventors:
- North Hollywood CA, US
Simon Ly - Rosemead CA, US
William Smyrski - Granada Hills CA, US
An Tran - Rosemead CA, US
Patrick Tran - Arcadia CA, US
Yuriy Bern - No. Hollywood CA, US
Larisa Zilber - Northridge CA, US
Jeffrey Hang - Rosemead CA, US
Dennis Suedkamp - Porter Ranch CA, US
International Classification:
F16B 41/00
F16B 35/04
Abstract:
A captive fastener and method of use is disclosed wherein the screw is comprised of a head and shank, and where the shank includes a radial counter bore that retains a spring biased pin. The spring may bear against a plug in the counter bore or the shank inner wall, and biases the pin outward such that it extends outside of the shank in the absence of a compressive force. The captive screw is inserted through a top panel by tilting the screw at the opening of the panel such that the pin is pushed inward into the channel formed by the counter bore (against the force of the spring). Once the pin is recessed in the screw, the screw is passed through the panel opening until the shank emerges on the other side. Once the shank pushes through the panel, the pin will emerge under the biasing of the spring to extend outward of the shank in the radial direction. The pin thus prevents the screw from disengaging with the panel. A holdout fork is applied to the shank to anchor the screw at the retracted position, which keeps the screw up right against the surface of the panel.

Possible Relatives

Dennis M Johnson  Dennis H Johnston  Dennis L Standridge  Dennis L Stanek  Dennis C Stanfield  Dennis S Stanford  Dennis M White  Dennis Jolly  Dennis B Jones  Dennis E Stange 

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