Difference between revisions of "Crystolecular element"
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A crystolecule that is meant to become part of a bigger assembly.<br> | A crystolecule that is meant to become part of a bigger assembly.<br> | ||
| − | See: [[ | + | See: '''[[Crystolecule]]''' and [[Terminology for parts]]. |
| − | A Crystolecular element can be a structural- or a machine-element. <br> | + | A Crystolecular element: |
| + | * can be a structural- or a machine-element. <br> | ||
| + | * can be very small [[crystolecule fragment]]s, [[Kaehler bracket]]s, but also <br> can be quite big [[crystolecular unit]]s | ||
== Effect of big minimal size of some crystolecular machine elements on assembly process == | == Effect of big minimal size of some crystolecular machine elements on assembly process == | ||
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* [[Crystolecule]] aka [[Gemstone-like molecular element]] | * [[Crystolecule]] aka [[Gemstone-like molecular element]] | ||
* [[Crystolecule fragment]] | * [[Crystolecule fragment]] | ||
| − | * [[Crystolecular unit]]s | + | * '''[[Crystolecular unit]]s''' |
---- | ---- | ||
* [[Terminology for parts]] | * [[Terminology for parts]] | ||
Latest revision as of 13:08, 25 January 2023
A crystolecule that is meant to become part of a bigger assembly.
See: Crystolecule and Terminology for parts.
A Crystolecular element:
- can be a structural- or a machine-element.
- can be very small crystolecule fragments, Kaehler brackets, but also
can be quite big crystolecular units
Effect of big minimal size of some crystolecular machine elements on assembly process
Some machine elements minimal size may be so big such that
they cannot be assembled at the first assembly level in place
directly from molecule fragments but rather must
be assembled out of place in the next higher second assembly level to
more self-cntained crystolecular units.
