baseDedo

thingiverse

Project Intended for Educational Electronics and Robotics Workshops or Courses. https://youtu.be/Y_h2OPZ9Ze0 Print Settings Printer: i3BOXed Rafts: Doesn't Matter Supports: Yes Standards NGSS Overview and Background This project is part of the exercises performed in Arduino courses and Bitbloq programming courses. Lesson Plan and Activity Objective Learn to manage basic tools for removing 3D printed piece supports from printers. Know how to use a continuous rotation servo motor, checking how a rotational movement can be converted into retraction and stretching movements. Materials Needed Fishing Line Diameter: 0.28mm. It can be smaller but it will be harder to handle. Approximately 20 cm is enough. Wire Thickness of 2 mm in diameter. Adhesive Silicone thermal adhesive is recommended because it is easily removable. For permanent fixation, we recommend Super Glue and where the liquid spills, we recommend sprinkling Baking Soda. We do not recommend its use for students under the age of 18; in that case, a school-grade contact adhesive should be used to stick plastic. Electronics All electronic components are available in the BQ Zum Kit electronics kit. 1 x Zum Core Microcontroller (compatible with Arduino) 1 x Battery Pack for 8 AAA batteries 1 x USB Cable 1 x Battery Pack for 8 AAA batteries 1 x Continuous Rotation Servo Motor Preparation Mechanization Both the original designs and Almerimedia's proposed design are very easy to mechanize. We recommend using the following tools: clockmaker's hammer, cutter*, small flathead screwdriver, sandpaper, file or Dremel. The articulations should be sanded for guaranteed movement of these pieces. All piece mechanization can be performed independently by an 11-year-old with a minimum experience or another younger child with assistance from an adult. *For students under the age of 18, the cutter should be replaced with another tool that can perform the same function and is not sharp. References Based on two original projects by Gael Langevin and Jigsawnz. The modifications to the original projects allow for the educational project to be carried out using the BQ Zum Kit.