Urine-based power generation for adjustable seat cushion

Patent metadata

Field	Value
Publication number	US-11390388-B2
Application number	US-201916415931-A
Country	US
Kind code	B2
Filing date	May 17, 2019
Priority date	May 17, 2019
Publication date	Jul 19, 2022
Grant date	Jul 19, 2022

Abstract

A seat configured to support an occupant may include a urine-based power generator and an adjustable cushion. The urine-based power generator includes a urine accumulation reservoir configured to receive urine from the occupant, and the urine-based power generator is configured to provide power to the adjustable cushion. The seat may be an ejection seat, and the urine-based power generator and the adjustable cushion may be mounted to the seat such that the urine-based power generator and the adjustable cushion are configured to be ejected with the ejection seat.

First claim

What is claimed is:

1. An ejection seat configured to support an occupant, the ejection seat comprising:
a urine-based power generator mounted to the ejection seat, wherein the urine-based power generator comprises a urine accumulation reservoir configured to receive urine from the occupant, wherein the urine-based power generator is mounted to the ejection seat such that the urine-based power generator is ejected with the ejection seat;
an electric energy storage device mounted to the ejection seat, wherein the urine-based power generator is configured to at least one of charge and recharge the electric energy storage device; and
an adjustable cushion coupled to the ejection seat, wherein the electric energy storage device is configured to provide power to the adjustable cushion, and wherein all power provided to the adjustable cushion comes from the electric energy storage device and the urine-based power generator.

2. The ejection seat of claim 1 , wherein the ejection seat comprises a seat base, wherein the urine-based power generator is housed within the seat base below the adjustable cushion.

3. The ejection seat of claim 1 , further comprising a controller, wherein at least one property of the adjustable cushion is configured to be selectively modulated by the controller.

4. The ejection seat of claim 3 , wherein the at least one property comprises at least one of a temperature, a shape, a position, an orientation, and vibratory motion of the adjustable cushion.

5. The ejection seat of claim 3 , wherein the urine-based power generator is configured to generate electric energy.

6. The ejection seat of claim 5 , further comprising a fluid-flow device coupled to the ejection seat and in electric power receiving communication with at least one of the urine-based power generator and the electric energy storage device, wherein the fluid-flow device is configured to modulate at least one of a temperature, a shape, a position, and an orientation of the adjustable cushion.

7. The ejection seat of claim 6 , wherein the adjustable cushion comprises an anti-fatigue reservoir, a fluid-cooling reservoir, and a fluid-heating reservoir in selectable fluid receiving communication with the fluid-flow device.

8. The ejection seat of claim 6 , wherein the adjustable cushion comprises an anti-fatigue reservoir in selectable fluid received communication with the fluid-flow device, an electric cooling device in electric power receiving communication with the at least one of the urine-based power generator and the electric energy storage device, and an electric heating device in electric power receiving communication with the at least one of the urine-based power generator and the electric energy storage device.

9. The ejection seat of claim 5 , wherein the adjustable cushion comprises a vibratory anti-fatigue device, an electric cooling device, and an electric heating device in electric power receiving communication with at least one of the urine-based power generator and the electric energy storage device.

10. The ejection seat of claim 1 , wherein the adjustable cushion is configured to receive power from both the urine-based power generator and the electric energy storage device.

11. The ejection seat of claim 1 , further comprising a waste reservoir in fluid receiving communication with the urine-based power generator.

12. The ejection seat of claim 1 , further comprising a quick connect manifold coupled between the urine-based power generator and a urine collection device configured to be worn by the occupant.

13. A vehicle comprising:
an ejection seat configured to support an occupant;
a urine-based power generator coupled to the ejection seat, wherein the urine-based power generator comprises a urine accumulation reservoir configured to receive urine from the occupant, wherein the urine-based power generator is configured to generate electric energy;
a waste reservoir in fluid receiving communication with the urine-based power generator and configured to receive a chemical reaction byproduct output from the urine-based power generator;
a fluid-flow device coupled to the ejection seat and in electric power receiving communication with the urine-based power generator;
an adjustable cushion coupled to the ejection seat, wherein the adjustable cushion comprises an anti-fatigue reservoir in selectable fluid receiving communication with the fluid-flow device, an electric cooling device in electric power receiving communication with the urine-based power generator, and an electric heating device in electric power receiving communication with the urine-based power generator; and
an electric energy storage device mounted to the ejection seat, wherein the urine-based power generator is configured to at least one of charge and recharge the electric energy storage device, and wherein all power provided to the adjustable cushion comes from the electric energy storage device and the urine-based power generator.

14. The vehicle of claim 13 , wherein the fluid-flow device is configured to modulate at least one of a shape, a position, an orientation, and vibratory motion of the adjustable cushion.

15. The vehicle of claim 13 , wherein the adjustable cushion further comprises at least one of a fluid-cooling reservoir and a fluid-heating reservoir in selectable fluid receiving communication with the fluid-flow device.

16. The vehicle of claim 13 , wherein the adjustable cushion further comprises a vibratory anti-fatigue device; in electric power receiving communication with the urine-based power generator.

17. A method of modulating an adjustable cushion of an ejection seat, the method comprising:
receiving urine from an occupant seated in the ejection seat;
generating electric power from the urine via a chemical reaction;
outputting a byproduct of the chemical reaction into a waste receptacle located on the ejection seat;
charging an electric energy storage device mounted to the ejection seat using the electric power from the urine; and
modulating at least one of a temperature, a shape, a position, an orientation, and vibratory motion of the adjustable cushion using electric power provided from the electric energy storage device, wherein all power provided to the adjustable cushion comes from the electric energy storage device and the urine-based power generator.

Assignees

• Ami Ind Inc

Inventors

• Carson Kassidy L

Classifications

• H02J2105/32

  for aircrafts · CPC title

• B64D25/10 Primary

  Ejector seats · CPC title

• B64D11/0639

  with features for adjustment or converting of seats · CPC title

• B64D41/00

  Power installations for auxiliary purposes · CPC title

• B64D11/0626

  with individual temperature or ventilation control · CPC title