project G:Systems
From student
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For this principle the best motors would be steppermotors. This motor can be controlled very precisely. | For this principle the best motors would be steppermotors. This motor can be controlled very precisely. | ||
+ | Due to the different atractors in de motor, it can be controlled within a rotation of two degrees. | ||
+ | The second advatage of these motor is their size and strenght. | ||
− | [[File: | + | [[File:Stappenmotor.jpg | 390px]] [[file:250px-StepperMotor.gif |390px]] |
− | + | [[File:507457.jpg | 390px]] | |
Revision as of 10:41, 24 November 2011
Design Methodology
Interface > Behaviour of the System > Mechanics
Mechanics
For the mechanism we looked in to different systems. We compared them to each other with advatages and disadvantages. In the end we choose for a system with little actuators driving a thread where element can move over this threat. This element is also connected to the thread in the neigbhoring box. In this way it is possible for the boxes to move completely up and down.
Prototyping
Motors
For this principle the best motors would be steppermotors. This motor can be controlled very precisely. Due to the different atractors in de motor, it can be controlled within a rotation of two degrees. The second advatage of these motor is their size and strenght.