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Ignatius Kapp

from Debary, FL
Age ~60
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Also known as:
Ingnatius Kapp, Ijnatius Kapp, Tonatiu Kapp, Ignatius Capp, S Kapp
Phone and address:
109 Hallstrom Ct, De Bary, FL 32713
Related to:
Jillanne F Chester, 62Wayne Burns, 63Colt Chester, 41Randy Ernest, 69Hellen ChesterRuby Aikens, 91
Connected to:
Andrea A Kapp, 49Christiana M Kapp, 49Christopher Kapp, 39Cody D Kapp, 36Dawn M Kapp, 61Gerald M Kapp, 85Hiroko T Kapp, 81Jesse Kapp, 40Jillian L Kapp, 34Jo Kapp, 98

Ignatius Kapp Phones & Addresses

  • 109 Hallstrom Ct, Debary, FL 32713
  • Longwood, FL
  • Deltona, FL
  • Mount Laurel, NJ
  • Deland, FL
  • 109 Hallstrom Ct, Debary, FL 32713 (407) 402-0605

Business Records

Name / Title
Company / Classification
Phones & Addresses
Ignatius Kappie Kapp
Director of Engineering
Performance Designs, Inc
Mfg Fabricated Textile Products · Mfg Parachutes
1300 E Intl Speedway Blvd, Deland, FL 32724
(386) 738-2224

Publications

Us Patents

Release Mechanism Device, Parachute Systems And Parachute Stabilization

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US Patent:
20230009021, Jan 12, 2023
Filed:
Sep 19, 2022
Appl. No.:
17/933389
Inventors:
- Deland FL, US
Ignatius KAPP - Debary FL, US
International Classification:
B64D 17/38
B64D 17/34
Abstract:
A cargo parachute stabilization system, utilized with an Intermediate Load Attachment Platform (ILAP) operationally disposed between the parachute and a cargo load. The parachute stabilization system secures the deployment bag to the ILAP during drogue fall and is released in response to dislodgment of at least one pull pin coupled directly or indirectly to the drogue parachute.

Release Mechanism Device, Parachute Systems And Parachute Stabilization

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US Patent:
20200377218, Dec 3, 2020
Filed:
May 28, 2020
Appl. No.:
16/886726
Inventors:
- Deland FL, US
Ignatius KAPP - Debary FL, US
International Classification:
B64D 17/38
B64D 17/34
Abstract:
An article of manufacture, a force reduction release mechanism and system for selectively maintaining and releasing components under tensile tension, the release mechanism offering mechanical gain such that the force required to activate a release between the components is a mere fraction of the heavy tensile tension force. Other aspects of the invention include novel cargo parachute system utilizing the release mechanism and a parachute stabilization arrangement utilizing at least one releasable stabilization anchor.
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Ignatius Kapp from Debary, FL, age ~60 Get Report