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Aircraft to respond to threats

 Ariel S. Rogson
To respond to internal threats to the aircraft, an incapacitating aerosol can be released into the cabin of the aircraft. The incapacitating aerosol prevents the hijackers or terrorists from accomplishing their goals. While the hijackers or terrorists are incapacitated, the pilot can land the...
Inventor: Ariel S. Rogson
Primary Examiner: Charles T. Jordan
Secondary Examiner: Stephen A Holzen
Attorneys: Marger Johnson & McCollom, P.C.

U.S. Classification
244/118.5; 244/118.6; 244/121; 244/137.1; 244/128

International Classification
B64D 1100

View patent at USPTO

Citations

Patent NumberTitleIssue date
1614739(unknown)Jan 1927
3658277(unknown)Apr 1972
3680499(unknown)Aug 1972
3704845(unknown)Dec 1972
4112818Surveillance and weapon systemSep 12, 1978
4522359Door anti-hijacking latch/lock mechanism with pneumatic decompression overrideJun 11, 1985
5875997Aircraft having raised and rearward positioned cockpitMar 2, 1999
6158692Main deck cargo door electric lock systemDec 12, 2000

Claims

What is claimed is:

1. An aircraft, comprising the improvement of:

a cockpit of the aircraft that can be made inaccessible from a cabin of the aircraft;
an incapacitation switch located in the cockpit of the aircraft;
a ventilation system for the aircraft, the ventilation system to circulate air through the cabin of the aircraft and through the cockpit of the aircraft, the ventilation system including an incapacitation device designed to release an incapacitating aerosol into the ventilation system responsive to the incapacitation switch; and
a fixed respiration system located in the cockpit of the aircraft, the fixed respiration system providing breathable air to a crew of the aircraft in the cockpit of the aircraft.

2. An aircraft according to claim 1, wherein the fixed respiration system is designed to filter the incapacitating aerosol from the circulating air.

3. An aircraft according to claim 2, wherein the fixed respiration system includes:

a mask that can be pulled over a person's head; and
a filter within the respirator designed to filter out the incapacitating aerosol from the circulating air, leaving only the breathable air for the person to breathe.

4. An aircraft according to claim 3, wherein the filter is replaceable.

5. An aircraft according to claim 3, wherein the fixed respiration system further includes a permanent tether connecting the mask and filter to the cockpit in such a way that the mask and filter cannot be removed from the cockpit.

6. An aircraft according to claim 1, wherein the fixed respiration system is designed to provide breathable air from a second ventilation system not circulating the incapacitating aerosol.

7. An aircraft according to claim 6, wherein the fixed respiration system includes:

a mask that can be pulled over a person's head;
a respirator in the mask designed to deliver the breathable air to the person; and
a hose, the hose having a first end and a second end, the first end of the hose connected to the respirator, the hose providing breathable air to the person, the second end of the hose connected to a mounting point in the cockpit, the mounting point providing the breathable air from the second ventilation system.

8. A method for responding to a threat to an aircraft, comprising:

securing a cockpit of the aircraft, so that the cockpit of the aircraft cannot be accessed from a cabin in the aircraft;
releasing an incapacitating aerosol into a ventilation system of the aircraft, so as to incapacitate the, threat to the aircraft; and
wearing a fixed respiration system by a crew of the aircraft while flying the aircraft after releasing the incapacitating aerosol into the ventilation system.

9. A method according to claim 8, wherein wearing a fixed respiration system includes breathing air provided by a second ventilation system of the aircraft, the second ventilation system designed so that it does not circulate air circulated by the ventilation system.

10. A method according to claim 8, wherein wearing a fixed respiration system includes filtering the incapacitating aerosol by the fixed respiration system.

Drawings