Dyson Cinetic Cyclonic Seperation Technology: Difference between revisions
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*It supposedly was able to filter dust down to [[HEPA]] standards all with no filter (ALTHOGH one was added as a failsafe) | *It supposedly was able to filter dust down to [[HEPA]] standards all with no filter (ALTHOGH one was added as a failsafe) | ||
*If it could be replicated, it would be especially interesting in that it would reduce/eliminate the need of filters, which makes any design more cost effective (in theory at least) and also uses more [[Appropriate Materials]] | *If it could be replicated, it would be especially interesting in that it would reduce/eliminate the need of filters, which makes any design more cost effective (in theory at least) and also uses more [[Appropriate Materials]] | ||
*Supposedly the tip of the cyclone had to be made of some (Proprietary... (but not [[Reverse Engineering | Reverse Engineerable]] via a [[Shore Durometer]] !) [[Elastomer]] so as to vibrate and "shake free" any clogs | |||
=Internal Links= | =Internal Links= | ||
Revision as of 02:15, 1 November 2021
Basics
- This was a Cyclonic Separation Technology that follows some of their Vacuum Cleaner's Primary and Secondary Cyclones
- It supposedly was able to filter dust down to HEPA standards all with no filter (ALTHOGH one was added as a failsafe)
- If it could be replicated, it would be especially interesting in that it would reduce/eliminate the need of filters, which makes any design more cost effective (in theory at least) and also uses more Appropriate Materials
- Supposedly the tip of the cyclone had to be made of some (Proprietary... (but not Reverse Engineerable via a Shore Durometer !) Elastomer so as to vibrate and "shake free" any clogs