Invention, Intellectual Property and Income

This project is currently a functional prototype of a mobile ball-collector mechanism designed to automate and optimize object collection tasks in controlled or educational environments. At this stage, it will not be published on any commercial social media or engineering journals, and will only be documented on the official Fab Academy website, where the full open-source development process will be available.

Target audience (in the future):

• Educational robotics competitions and student engineering teams.
• Sports facilities and training centers looking for automated collection solutions.
• Makers, instructors, and researchers in digital fabrication and mobile automation.

Initial dissemination: Only published on the personal Fab Academy page as part of the academic and technical documentation.

Future dissemination (once more advanced):

• Professional and academic profiles like LinkedIn to showcase engineering design workflows.
• Presentations at student technology congresses or open hardware forums.
• Outreach to local educational or sporting spaces for practical deployment and operational validation.

The project will be documented only on the Fab Academy website. Once further developed, it may be shared on technical platforms or presented at open-hardware conventions.

This ball-collector mechanism is still at the prototype stage, but in the future, it is intended to function as an efficient and reliable tool for automated indoor tasks. The following improvements and actions will help turn this idea into a practical solution:

Future possibilities:

• Redesign the chassis structure for optimized weight reduction and faster acceleration.
• Use durable, lightweight composite materials or advanced laser-cut and 3D-printed geometries.
• Integrate advanced sensor arrays to adapt intake speed based on real-time collection volume.
• Conduct extensive field testing under diverse sorting and collection layout parameters.

How to make it happen:

• Continue iterating on the mechanical layout and digital control scripts.
• Seek feedback from automation professionals and industrial design peers.
• Run controlled runtime tests in realistic environments to isolate mechanical bottleneck points.
• Look for academic support or engineering lab collaboration to test advanced microcontrollers and power management systems.

My goal is that in the future, educational labs or local centers looking for compact collection logistics can benefit from this device. To achieve this, I will keep improving the design parameters and look for collaboration with technical peers to validate its mechanical and programming functionality.