This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision | Next revisionBoth sides next revision |
| pneumatology [2008-03-02 13:45] – 62.166.51.71 | pneumatology [2008-03-02 13:46] – 62.166.51.71 |
|---|
| \\ | \\ |
| \\ | \\ |
| | |
| |
| |
| |
| ===How to get the air in=== | ===How to get the air in=== |
| {{air_in_inflatables.jpg?450}}\\ | {{air_in_inflatables.jpg?600}}\\ |
| One can try to make a 'symbiont' - to use a buildings HVAC (Heating, Ventilation or Air Conditioning) system. The warm air leaving the building inflates and heats the membrane structure. [see 2e picture of how to design an airlock] or any other infrastructure that the inflatable is attached to as a source of power for inflation - instead of just plugging the blower into electricity, to inflate (parts of) the structure - in that way it is more energy efficient, but also the inflatable will change shape depending on the activity inside the building... | One can try to make a 'symbiont' - to use a buildings HVAC (Heating, Ventilation or Air Conditioning) system. The warm air leaving the building inflates and heats the membrane structure. [see 2e picture of how to design an airlock] or any other infrastructure that the inflatable is attached to as a source of power for inflation - instead of just plugging the blower into electricity, to inflate (parts of) the structure - in that way it is more energy efficient, but also the inflatable will change shape depending on the activity inside the building... |
| Or even is it possible to get the natural wind streams direct inside the inflatables. | Or even is it possible to get the natural wind streams direct inside the inflatables. |
87.210.211.132