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FRICTION CLUTCH MECHANISM WITH COUNTERBALANCING WEIGHTS |
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Description
Clutch housing 1 is keyed to shaft 7 and rotates about fixed axis A. Springs 3 tend to press friction shoes 2 against the inside surface of housing 1. Counterweights 4 balance the moment of the inertia forces of the shoes with respect to axes D. Cross-shaped link 5 is keyed to shaft 8, rotates about fixed axis B, and is connected by turning pairs D to levers 9 to which counterweights 4 and shoes 2 are pivoted. To disengage the clutch, sleeve 6 is shifted to the right along link 5. |
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FRICTION CLUTCH MECHANISM WITH COUNTERBALANCING WEIGHTS
Click to enlarge
Clutch housing 1 is keyed to shaft 7 and rotates about fixed axis A. Springs 3 tend to press friction shoes 2 against the inside surface of housing 1. Counterweights 4 balance the moment of the inertia forces of the shoes with respect to axes D. Cross-shaped link 5 is keyed to shaft 8, rotates about fixed axis B, and is connected by turning pairs D to levers 9 to which counterweights 4 and shoes 2 are pivoted. To disengage the clutch, sleeve 6 is shifted to the right along link 5.
$3410$SmF,C$
| Documents: |
Cam and friction mechanisms [Streambook] |
 DMG-Lib |
 https://www.dmg-lib.org/dmglib/handler?image=25801023 |
|
 Europeana |
 http://www.europeana.eu/portal/record/2020801/dmglib_handler_image_25801023.html |
 Ilmenau TU |
http://www.tu-ilmenau.de |
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