Help with 6 Axis DC Motor Control

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In summary, you need to figure out a better way to list the combinations and results, and then you can try a Truth Table approach or a 3-D table approach.
  • #1
Clue144
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Hello i need help to get this working if its possible, will try explain what i have come to.
I have 2 dc motors that I want to control six different axes,

if motor 1 spins right and motor 2 spins left then the first axle will rotate.

if motor 1 spins left and motor 2 spins right then the second axle will rotate.

if motor 1 is stopped and motor 2 spins right then the third axle will rotate.

if motor 1 is stopped and motor 2 spins left then the fourth axle will rotate.

if motor 1 spins left and motor 2 is stopped then the fifth axle will rotate.

if motor 1 spins right and motor 2 is stopped then the sixth axle will rotate.


Ok i hope someone understand this, this would work if i know how to build it, I have a couple of gears but its seems impossible.

Can anyone help me, show me or explain how exactly i can do or give me another teory to make this ?
 
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  • #2
This is coursework, but I'll let it stay here in EE for now -- it might get moved to the Homework Help forums at some point.

Welcome to the PF, Clue144. Since this is *your* project/homwork/coursework, you are going to have to do the bulk of the work. We won't just give you answers on how to do your project.

So first of all, you need to figure out a better way to list the combinations and results. If you figure out a better way to show the problem, that may help you start to get ideas on how to actually make something that will do it.

So try a Truth Table approach, and see how that looks. And think about a 3-D table approach as well (since this is a 3-D problem).

Show us your work on the next steps of figuring out a good way to state what you are trying to do...
 
  • #3
Oh, and please draw what these axles look like -- show what you mean by 6-D.
 
  • #4
ok this is a quik image i have made

http://www.memonice.com/overblick2.JPG

those thick black lines are round tubes to spin ... my 6 axis

and i whant to spin them one at the time with 2 dc motor if its possible
 
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  • #5
Clue144 said:
ok this is a quik image i have made

http://www.memonice.com/overblick2.JPG

those thick black lines are round tubes to spin ... my 6 axis

and i whant to spin them one at the time with 2 dc motor if its possible

Well, that's not a 6-axis system. Maybe 6-axle, but not 6 axis. A 6 degree of freedom system would be linear motion in x, y, and z, and rotational motion about the 3 axes, for example.

But whatever. Are there any constraints on how the axles are positioned? What are the other rules of this project?
 
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  • #6
ok i see but can't it be done with 2 dc motors only ? thers no constraints, just get them to spin one at a time is my goal
 

FAQ: Help with 6 Axis DC Motor Control

How does 6 axis DC motor control work?

6 axis DC motor control involves using a combination of control algorithms and feedback signals to precisely control the speed, direction, and position of a DC motor in up to 6 different axes or directions. This allows for precise and coordinated movements in various applications such as robotics and industrial automation.

What are the benefits of using 6 axis DC motor control?

The main benefits of using 6 axis DC motor control include improved precision and accuracy in motor movements, increased flexibility in controlling multiple axes simultaneously, and reduced vibration and noise in motor operations. This can result in higher efficiency, productivity, and quality in various applications.

What types of motors can be controlled using 6 axis DC motor control?

6 axis DC motor control can be used with a variety of DC motors including brushed and brushless motors, servo motors, and stepper motors. The specific type of motor used will depend on the application and the required level of control and precision.

How is 6 axis DC motor control different from other types of motor control?

Unlike other types of motor control such as 2 or 3 axis control, 6 axis DC motor control allows for simultaneous control of up to 6 different axes which enables more complex and precise movements. Additionally, 6 axis control typically involves the use of advanced control algorithms and feedback mechanisms to achieve greater accuracy and efficiency.

Are there any limitations to using 6 axis DC motor control?

While 6 axis DC motor control offers many benefits, there are some limitations to consider. These include the complexity and cost of implementing the control system, as well as the need for proper training and expertise in order to effectively use and troubleshoot the system. Additionally, the motor and control system must be properly matched and calibrated for optimal performance.

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