|
|
Sliding mechanism and levers retractable landing gear |
  | Click to enlarge |
|
Structure of mechanism |
| Function |
The element 2 rotates around a fixed axis A from the fuselage frame of the plane. The element 1 carrying the wheel a gives the couples of rotations B and C with elements 2 and 3. The element 3 rotates around a fixed axis D from the fuselage frame of the plane. The rod 5 of the actuating cylinder of the landing gear 4 constitutes a couple of rotation E with the element 2. The cylinder 4 rotates around a fixed axis F of the fuselage frame of the plane. When the rod 5 comes down in the actuating cylinder 4, elements 1, 2 and 3 revolve in the direction of arrows and the mechanism takes the position indicated in dotted lines, assuring the lifting of the landing gear of the plane. |
| Comment |
Authors : OPPENHAUSER Bastien 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 1428.
The mechanism is shown here.
The model and all attached items were made within this context. |
| Dimension of mechanism |
planar |
| Number of links |
7 |
| Drive movement |
Rectilinear translation |
| Degree of freedom |
1 |
| Fundamental mechanism |
 Link containing mechanism
 Mechanism, containing pressurizing medium |
| Number of inputs |
1 |
| Number of followers |
1 |
| Revolution ability of input link |
no |
| |
Application |
| Application area |
Transport/Traffic |
| Examples of application |
planes |
| |
|
| Collections |
| |
|
| Permanent links |
| |
|
| Data provider |
| |
|
| Administration |
| |
| Location |
|
IFMA (French Institute for Advanced Mechanics) |
| Persons |
|
editor: Perez-Borrajo, Miguel (Ed.)
creator: Oppenhauser, Bastien |
| Date of production |
|
September 2011 - January 2012 |
|
| Further media formats |
 Animations |
|
 CAX files |
|
 Documents |
|
 Videos |
|
 Images |
|
Newsletter
DMG-Lib
Europeana
IFMA
Click to enlarge 
