For this week I was able to interface the motor driver and linear actuator with Arduino. When running the program I had an issue trying to move the actuator in the opposite direction, however Dr. Furman assisted me and let me know that I needed a common ground.
I will begin to work on the self-balancing logic and code from this week on with aims to finish it by the end of Spring Break.
Wednesday, March 14, 2018
Week 6: Presentation 1
This week we gave our first presentation to the other sub-teams. A link to the presentation is below.
Week 5: Start of Presentations and Adding Bearings to the Design
For this week we listened to other sub-teams from Spartan Superway present their first presentation. We will present our presentation next week.
We have decided to add bearings to each of the joints on the linkage assembly. This will reduce the amount of friction and throughout the system and ease the forces on the actuator. We found that this would increase our budget for the Bill of Materials, however we are looking into alternative vendors to find cheaper parts.
We have decided to add bearings to each of the joints on the linkage assembly. This will reduce the amount of friction and throughout the system and ease the forces on the actuator. We found that this would increase our budget for the Bill of Materials, however we are looking into alternative vendors to find cheaper parts.
Week 4: General Session and Sourcing Parts
For this week we attended the General Session for ME195B in which we were taught how to make an effective presentation. This information will be beneficial for us as the first presentation for the semester begins next week.
We found an actuator from last years half-scale presentation team that could be potentially used in our frame design. Additionally, I was able to interface not just the gyroscope with the Arduino, but the accelerometer as well. My 106 lab TA had instructed me to use both sensors for more accurate values for the orientation of the pod car.
We found an actuator from last years half-scale presentation team that could be potentially used in our frame design. Additionally, I was able to interface not just the gyroscope with the Arduino, but the accelerometer as well. My 106 lab TA had instructed me to use both sensors for more accurate values for the orientation of the pod car.
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This week, I was able to write the Arduino code for the suspension assembly, which utilizes the PID() function from Arduino. The Kp, Ki, and...
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I was given advice by my ME106 lab instructor to use the PID() function from Arduino to account for the self-balancing logic in our main cod...
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Dr. Furman suggested that we should design a frame to showcase our suspension instead of transporting the entire half-scale track to Maker F...