2024:Gamepiece: Difference between revisions

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=== 1/14/2024 ===


*Continued to CAD the shooter/intake mechanism and figured out some 2D geometries/measurements relating to robot interaction with source and trap.
*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.
*Worked on assembling prototype of mechanism (base assembly of the prototype is mainly completed with the exception of belts and chains.
 
=== 1/16/2024 ===


<br>
*Tested out a diffuse reflection sensor for sensing game pieces.
*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.
*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.
*Continued assembly of our prototype mechanism (added belts and motors to prototype)
*Continued assembly of our prototype mechanism (added belts and motors to prototype.
 
<br>
*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 right)[[File:Intake Geometry Model Extra Manipulator Close Up.jpg|300px|thumb|One of our ideas for a mechanism to score a note in the trap]]


=== 1/17/2024 ===


*Replaced all red compliance wheel axles on prototype with both red and green compliance wheels to make them grippier.
*Did CAD design for a new mechanism attachment intended to score notes into the trap.


=== 1/18/2024 ===


<br>
*We continued work on our physical prototype of our intake/shooter mechanism (mechanical assembly is mainly complete, we are adding belts, motors, and wiring.&nbsp;
*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, we currently have created the superstructure for this assembly in CAD.
*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).[[image:Arm Attachment Assembly Superstructure.jpg|300px|thumb|Our base superstructure for attaching our intake/shooter mechanism to our robot's drivebase]]

Revision as of 07:51, 20 January 2024

1/14/2024

  • 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 of the prototype is mainly completed with the exception of belts and chains.

1/16/2024

  • 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.

1/17/2024

  • Replaced all red compliance wheel axles on prototype with both red and green compliance wheels to make them grippier.
  • Did CAD design for a new mechanism attachment intended to score notes into the trap.

1/18/2024

  • 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, we currently have created the superstructure for this assembly in CAD.