2024:Gamepiece: Difference between revisions

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*Continued evaluation geometries for scoring positions in CAD (Specifically those relating to placement of game pieces in the amp and trap and acquisition from source) and analyzed potential scoring angles.
*Continued evaluation geometries for scoring positions in CAD (Specifically those relating to placement of game pieces in the amp and trap and acquisition from source) and analyzed potential scoring angles.
*Started CAD design for worm drive brake actuation.<br>
*Started CAD design for worm drive brake actuation.<br>
*Continued assembly of our prototype mechanism (added belts and motors to prototype).<br>[[image:img1705548187299.png|1000x530px|left|thumb]]
*Continued assembly of our prototype mechanism (added belts and motors to prototype).<br>[[image:img1705548187299.png|500x265px|left|thumb|CAD to analyze our robot's source pickup with our current intake/shooter mechanism.]]
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'''1/17/24'''
'''1/17/24'''
*Replaced all red-wheel axles with both red and green wheels to make them grippier
*Replaced all red-wheel axles with both red and green wheels to make them grippier
*Did CAD design for a new mechanism attachment that puts notes in the trap (pictured below)
*Did CAD design for a new mechanism attachment that puts notes in the trap (pictured below)
*[[image:img1705649731493.jpeg|300px|left|thumb]]<p><br></p>
*[[image:img1705649731493.jpeg|500x265px|left|thumb|Our Claw Mechanism for the Trap]]<p><br></p>
1/18/2023
*We continued work on our physical prototype of our intake/shooter mechanism (mechanical assembly is mainly complete, we are adding belts, motors, and wiring)
*Also, we did more work in CAD on ideas to attach our intake/shooter assembly to our drivebase, our current idea is an arm (pictured below).<div class="thumbinner" style="padding: 3px; text-align: center; overflow: hidden; border: 1px solid rgb(200, 204, 209); background-color: rgb(248, 249, 250); font-size: 13.536px; width: 302px;" >[https://wiki.penfieldrobotics.com/wiki/index.php?title=File:Img1705680963248.png ]<div class="thumbcaption" style="text-align: left; line-height: 1.4em; padding: 3px; border: 0px; font-size: 12.7238px;" ><div class="magnify" style="float: right; margin-left: 3px;" ><br></div>Superstructure for our arm. The superstructure is shown on top of our drivebase.</div></div>

Revision as of 18:45, 18 January 2024

1/14/24

  • Continued to CAD the shooter/intake mechanism and figured out some 2D geometries/measurements relating to robot interaction with source and trap.
  • Worked on assembling prototype of mechanism (base assembly is mainly completed with the exception of belts and chains.

1/16/24

  • Tested out a diffuse reflection sensor for sensing game pieces.
  • Continued evaluation geometries for scoring positions in CAD (Specifically those relating to placement of game pieces in the amp and trap and acquisition from source) and analyzed potential scoring angles.
  • Started CAD design for worm drive brake actuation.
  • Continued assembly of our prototype mechanism (added belts and motors to prototype).
    CAD to analyze our robot's source pickup with our current intake/shooter mechanism.

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1/17/24

  • Replaced all red-wheel axles with both red and green wheels to make them grippier
  • Did CAD design for a new mechanism attachment that puts notes in the trap (pictured below)
  • Our Claw Mechanism for the Trap


1/18/2023

  • We continued work on our physical prototype of our intake/shooter mechanism (mechanical assembly is mainly complete, we are adding belts, motors, and wiring)
  • Also, we did more work in CAD on ideas to attach our intake/shooter assembly to our drivebase, our current idea is an arm (pictured below).
    [1]

    Superstructure for our arm. The superstructure is shown on top of our drivebase.