Willy Yonkers
@wyonkers.bsky.social
Designer, toy/game inventor, engineer, author, SolidWorks & 3D printing enthusiast.
The cameras in the link above are marginally safer than FLOCK, but I don't think my area has any: deflock.me
DeFlock
Spot, map, and resist automated license plate readers (ALPRs) near you.
deflock.me
November 21, 2025 at 1:54 AM
The cameras in the link above are marginally safer than FLOCK, but I don't think my area has any: deflock.me
9. At the bottom you have a big hopper, singulator, & vision system
10. Parts are identified and sent up a conveyor and picked up by the designated robot
11. If you can spit out 50 parts a minute, each robot has 30 seconds to drop off the part in its 120 square grid
12. 50x60x24= 72,000 parts a day
10. Parts are identified and sent up a conveyor and picked up by the designated robot
11. If you can spit out 50 parts a minute, each robot has 30 seconds to drop off the part in its 120 square grid
12. 50x60x24= 72,000 parts a day
November 16, 2025 at 3:08 AM
9. At the bottom you have a big hopper, singulator, & vision system
10. Parts are identified and sent up a conveyor and picked up by the designated robot
11. If you can spit out 50 parts a minute, each robot has 30 seconds to drop off the part in its 120 square grid
12. 50x60x24= 72,000 parts a day
10. Parts are identified and sent up a conveyor and picked up by the designated robot
11. If you can spit out 50 parts a minute, each robot has 30 seconds to drop off the part in its 120 square grid
12. 50x60x24= 72,000 parts a day
5. Now you've got 3000 6" square pockets
6. Along one edge there is a single square set up for bagging
7. Make 25 robots with 2 pairs of 12" long tracks in X & Y directions (or something)
8. Each robot has a scoop or vacuum for grabbing & releasing bricks
6. Along one edge there is a single square set up for bagging
7. Make 25 robots with 2 pairs of 12" long tracks in X & Y directions (or something)
8. Each robot has a scoop or vacuum for grabbing & releasing bricks
November 16, 2025 at 2:58 AM
5. Now you've got 3000 6" square pockets
6. Along one edge there is a single square set up for bagging
7. Make 25 robots with 2 pairs of 12" long tracks in X & Y directions (or something)
8. Each robot has a scoop or vacuum for grabbing & releasing bricks
6. Along one edge there is a single square set up for bagging
7. Make 25 robots with 2 pairs of 12" long tracks in X & Y directions (or something)
8. Each robot has a scoop or vacuum for grabbing & releasing bricks