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Statements

Subject Item
dbr:Kinematic_coupling
rdf:type
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rdfs:label
Kinematic coupling
rdfs:comment
Kinematic coupling describes fixtures designed to exactly constrain the part in question, providing precision and certainty of location. A canonical example of a kinematic coupling consists of three radial v-grooves in one part that mate with three hemispheres in another part. Each hemisphere has two contact points for a total of six contact points, enough to constrain all six of the part's degrees of freedom. An alternative design consists of three hemispheres on one part that fit respectively into a tetrahedral dent, a v-groove, and a flat.
foaf:depiction
n10:Kelvin_Kinematic_Coupling.png n10:Maxwell_Kinematic_Coupling.png
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dbc:Linkages_(mechanical)
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dbo:wikiPageRevisionID
1124430133
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dbr:Degrees_of_freedom_(mechanics) dbr:Roll_rotation dbr:Tetrahedron dbr:William_Thomson,_1st_Baron_Kelvin dbr:James_Clerk_Maxwell dbr:Yaw_rotation dbr:Kinematics dbr:Fixture_(tool) dbr:Kinematic_determinacy dbr:Pitch_rotation dbr:Translation_(physics) dbc:Linkages_(mechanical) dbr:Precision_engineering
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n10:Kelvin_Kinematic_Coupling.png?width=300
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dbp:caption
Maxwell kinematic coupling Kelvin kinematic coupling
dbp:image
Kelvin Kinematic Coupling.png Maxwell Kinematic Coupling.png
dbp:width
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dbo:abstract
Kinematic coupling describes fixtures designed to exactly constrain the part in question, providing precision and certainty of location. A canonical example of a kinematic coupling consists of three radial v-grooves in one part that mate with three hemispheres in another part. Each hemisphere has two contact points for a total of six contact points, enough to constrain all six of the part's degrees of freedom. An alternative design consists of three hemispheres on one part that fit respectively into a tetrahedral dent, a v-groove, and a flat.
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wikipedia-en:Kinematic_coupling