초록

Closed system breathable gas regeneration systems comprising temperature swing adsorption (“TSA”) using metabolic regeneration, such systems being useful for EVA in extraterrestrial environments having hostile atmospheres.

대표청구항 ▼

1. A system, relating to human respiration in extraterrestrial environments, comprising: a) at least one expiration-breath holder adapted to hold expired breath;b) at least one expiration-breath cooler adapted to cool the expired breath;c) at least one gas-impermeable separator adapted to separate s

1. A system, relating to human respiration in extraterrestrial environments, comprising: a) at least one expiration-breath holder adapted to hold expired breath;b) at least one expiration-breath cooler adapted to cool the expired breath;c) at least one gas-impermeable separator adapted to separate said at least one expiration-breath holder from said at least one expiration-breath cooler;d) at least one thermal conductor adapted to assist thermal conductivity between such expired breath and said at least one expiration-breath cooler; ande) wherein said at least one expiration-breath holder comprises at least one moisture capturer adapted to capture moisture from such expired breath as such expired breath is cooled by said at least one expiration-breath cooler, assisting formation of cooled, de-humidified expired breath;f) at least one moisture holder adapted to hold moisture captured by said at least one moisture capturer;g) at least one inspiration-breath holder adapted to hold portions of such expired breath desired to be included in inspiration breath;h) at least one inspiration-breath warmer adapted to warm such portions of such expired breath prior to inspiration; andi) at least one re-humidifier adapted to re-humidify such portions of such expired breath;j) wherein said at least one re-humidifier comprises at least one moisture returner adapted to return the captured moisture from said at least one moisture capture to such portions of such expired breath, assisting formation of warmed humidified such portions to include in such inspiration breath;k) at least one carbon dioxide adsorber adapted to adsorb carbon dioxide from such cooled, de-humidified expired breath;l) at least one further cooler adapted to further cool such cooled, de-humidified expired breath;m) at least one extraterrestrial body suit adapted to extraterrestrial body protection; andn) at least one suit cooler adapted to cool body-heat suit warming;o) wherein said at least one further cooler comprises liquid carbon dioxide; andp) wherein said at least one suit cooler comprises said liquid carbon dioxide. 2. The system according to claim 1 wherein said at least one expiration-breath cooler comprises such cooled, de-humidified expired breath. 3. The system according to claim 1 further comprising: a) at least one breathable gas storer adapted to store breathable gas; andb) at least one breathable gas mixer adapted to mix breathable gas from said at least one breathable gas storer with such warmed humidified portions. 4. The system according to claim 1 wherein said at least one carbon dioxide adsorber comprises at least one sorbent adapted to adsorb and/or desorb carbon dioxide, the mode correlating with temperature of said at least one sorbent. 5. The system according to claim 4 wherein said at least one sorbent comprises at least one desorber adapted to desorbing carbon dioxide into the environment to re-prepare said at least one sorbent for re-use as said carbon dioxide adsorber. 6. The system according to claim 5 wherein said desorber uses thermal transfer from warmth of such expired breath to attain at least one desorbing condition. 7. The system according to claim 1 wherein said at least one carbon dioxide adsorber comprises said liquid carbon dioxide. 8. The system according to claim 1 wherein the body heat warming said at least one extraterrestrial body suit assists providing the warmth to warm such inspiration breath. 9. A method, relating to human respiration in extraterrestrial environments, comprising the steps of: a) collecting and holding expired breath;b) cooling such expired breath using at least one expired-breath cooler;c) gas-impermeably separating such expired breath from such at least one expired-breath cooler;d) assisting thermal conductivity between such expired breath and such at least one expired-breath cooler;e) capturing moisture from such expired breath as such expired breath is cooled by such at least one expired-breath cooler, assisting formation of cooled, de-humidified expired breath;f) holding such captured moisture;g) holding portions of such expired breath desired to be included in inspiration breath;h) warming such portions of such expired breath prior to inspiration;i) re-humidifying, with such captured moisture, such portions of such expired breath to form warmed humidified such portions to include in such inspiration breath;j) adsorbing carbon dioxide from such cooled, de-humidified expired breath; andk) further cooling such cooled, de-humidified expired breath;l) wherein such further cooling utilizes liquid carbon dioxide;m) protecting at least one body in at least one extraterrestrial suit; andn) cooling body-heat warming such at least one extraterrestrial suit;o) wherein such cooling utilizes such liquid carbon dioxide. 10. The method according to claim 9 wherein such at least one expired-breath cooler comprises such cooled, de-humidified expired breath. 11. The method according to claim 9 further comprising the steps of: a) storing breathable gas; andb) mixing such breathable gas with such warmed humidified portions prior to inspiration. 12. The method according to claim 9 wherein such adsorbing utilizes at least one sorbent adapted to adsorb and/or desorb carbon dioxide, the mode correlating with temperature of such at least one sorbent. 13. The method according to claim 12 further comprising desorbing carbon dioxide into the environment to re-prepare such at least one sorbent for re-use in such adsorbing. 14. The method according to claim 13 wherein such desorbing utilizes thermal transfer from warmth of such expired breath to attain at least one desorbing condition. 15. The method according to claim 9 wherein such adsorbing utilizes such liquid carbon dioxide. 16. A system, relating to human respiration in extraterrestrial environments, comprising: a) at least one expiration-breath holder adapted to hold expired breath;b) at least one expiration-breath cooler adapted to cool the expired breath;c) at least one gas-impermeable separator adapted to separate said at least one expiration-breath holder from said at least one expiration-breath cooler;d) at least one thermal conductor adapted to assist thermal conductivity between such expired breath and said at least one expiration-breath cooler; ande) wherein said at least one expiration-breath holder comprises at least one moisture capturer adapted to capture moisture from such expired breath as such expired breath is cooled by said at least one expiration-breath cooler, assisting formation of cooled, de-humidified expired breath;f) at least one moisture holder adapted to hold moisture captured by said at least one moisture capturer;g) at least one inspiration-breath holder adapted to hold portions of such expired breath desired to be included in inspiration breath;h) at least one inspiration-breath warmer adapted to warm such portions of such expired breath prior to inspiration;i) at least one re-humidifier adapted to re-humidify such portions of such expired breath; andj) at least one carbon dioxide adsorber adapted to adsorb carbon dioxide from such cooled, de-humidified expired breath;k) wherein said at least one carbon dioxide adsorber comprises at least one sorbent adapted to adsorb and/or desorb carbon dioxide, the mode correlating with temperature of said at least one sorbent;l) wherein said at least one re-humidifier comprises at least one moisture returner adapted to return the captured moisture from said at least one moisture capture to such portions of such expired breath, assisting formation of warmed humidified such portions to include in such inspiration breath;m) wherein said at least one sorbent comprises at least one desorber adapted to desorbing carbon dioxide into the environment to re-prepare said at least one sorbent for re-use as said carbon dioxide adsorber; andn) wherein said desorber uses thermal transfer from warmth of such expired breath to attain at least one desorbing condition. 17. The system according to claim 16 wherein said at least one expiration-breath cooler comprises such cooled, de-humidified expired breath. 18. The system according to claim 16 further comprising: a) at least one breathable gas storer adapted to store breathable gas; andb) at least one breathable gas mixer adapted to mix breathable gas from said at least one breathable gas storer with such warmed humidified portions. 19. The system according to claim 16 further comprising at least one further cooler adapted to further cool such cooled, de-humidified expired breath. 20. The system according to claim 19 wherein said at least one further cooler comprises liquid carbon dioxide. 21. The system according to claim 20 wherein said liquid carbon dioxide comprises said at least one carbon dioxide adsorber. 22. The system according to claim 20 further comprising: a) at least one extraterrestrial body suit adapted to extraterrestrial body protection; andb) at least one suit cooler adapted to cool body-heat suit warming;c) wherein said at least one suit cooler comprises said liquid carbon dioxide. 23. The system according to claim 22 wherein the body heat warming said at least one extraterrestrial body suit assists providing the warmth to warm such inspiration breath. 24. A method, relating to human respiration in extraterrestrial environments, comprising the steps of: a) collecting and holding expired breath;b) cooling such expired breath using at least one expired-breath cooler;c) gas-impermeably separating such expired breath from such at least one expired-breath cooler;d) assisting thermal conductivity between such expired breath and such at least one expired-breath cooler;e) capturing moisture from such expired breath as such expired breath is cooled by such at least one expired-breath cooler, assisting formation of cooled, de-humidified expired breath;f) holding such captured moisture;g) holding portions of such expired breath desired to be included in inspiration breath;h) warming such portions of such expired breath prior to inspiration;i) re-humidifying, with such captured moisture, such portions of such expired breath to form warmed humidified such portions to include in such inspiration breath;j) adsorbing carbon dioxide from such cooled, de-humidified expired breath; andk) desorbing carbon dioxide into the environment to re-prepare such at least one sorbent for re-use in such adsorbing;l) wherein such adsorbing utilizes at least one sorbent adapted to adsorb and/or desorb carbon dioxide, the mode correlating with temperature of such at least one sorbent; andm) wherein such desorbing utilizes thermal transfer from warmth of such expired breath to attain at least one desorbing condition. 25. The method according to claim 24 wherein such at least one expired-breath cooler comprises such cooled, de-humidified expired breath. 26. The method according to claim 24 further comprising the steps of: a) storing breathable gas; andb) mixing such breathable gas with such warmed humidified portions prior to inspiration. 27. The method according to claim 24 further comprising further cooling such cooled, de-humidified expired breath. 28. The method according to claim 27 wherein such further cooling utilizes liquid carbon dioxide. 29. The method according to claim 28 wherein such adsorbing utilizes such liquid carbon dioxide. 30. The method according to claim 28 further comprising: a) protecting at least one body in at least one extraterrestrial suit; andb) cooling body-heat warming such at least one extraterrestrial suit;c) wherein such cooling utilizes such liquid carbon dioxide.