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Slider-crank mechanism with double stroke of the slide |
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Structure of mechanism |
| Function |
The element performs a reciprocating motion of rotation within the angle B'AB''. The oscillatory movement of the element 1 is transformed, through the elements 2.3 and 4 move back and forth of the crosshead 5. For each complete oscillation of the lever 1, the crosshead 5 makes two complete cycles of movement. The trajectory s travelled by the point D from the crosshead of its lower limit position, shown in the drawing, to its upper limit position is: s=2*(CD-a) |
| Comment |
Authors : François Vandenbon based on a model of I Artobolevski book. Modified by : Miguel PEREZ BORRAJO IFMA (French Institute for Advanced Mechanics) - http://www.ifma.fr Clermont-Ferrand, FRANCE This model is based on a mechanism described by Artobolevskij under number 1507. The mechanism is shown here. The model and all attached items were made within this context. |
| Dimension of mechanism |
planar |
| Number of links |
6 |
| Drive movement |
Rotation |
| Degree of freedom |
1 |
| Fundamental mechanism |
Link containing mechanism
Step mechanism |
| Number of inputs |
1 |
| Number of followers |
1 |
| Relative position between drive and output |
orthogonal crossing |
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Application |
| Application area |
: not recognisable |
| Examples of application |
This mechanism can be used to generate alternative translational movements. |
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| Data provider |
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| Administration |
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| Location |
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IFMA (French Institute for Advanced Mechanics) |
| Persons |
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editor: Perez-Borrajo, Miguel (Ed.) creator: Vandenbon, Florian |
| Date of production |
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September 2011 - January 2012 |
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| Further media formats |
Animations |
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CAX files |
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Documents |
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Videos |
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Images |
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