| I&T Solution |
A gripping-type mast climbing robot and a rotorcraft flying robot
(REF: S-1856) |
| Trial Project |
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| Solution Feature |
- Versatile Robotic Solutions: Combines gripping-type climbing robots and rotorcraft flying robots to address different mast and tower types, ensuring comprehensive coverage and operational flexibility.
- Advanced Laser Technology: Utilizes high-precision laser tools for rust and paint removal without damaging the substrate, ensuring efficient and non-destructive maintenance.
- Multi-Degree-of-Freedom Robotic Arms: Robotic arms equipped with interchangeable tools enable complex operations, including inspection, rust removal, and painting, with full surface coverage.
- Environmentally Friendly Design: Paint mist suction systems reduce environmental impact during spraying operations, ensuring minimal dispersion and better compliance with safety standards.
- Proven Technical Expertise: Developed by a team with extensive experience in climbing robots and UAV applications, with successful deployments in large-scale engineering projects.
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| Trial Application and Expected Outcome |
- Phase 1: Concept Design (Months 0–3). Complete the design of robot systems, including climbing and flying platforms, mechanical components, and control systems. Deliverable: Detailed design documents and prototype components.
- Phase 2: Prototype Assembly (Months 4–6). Assemble robot prototypes and conduct tests on climbing, flying, load capacity, and stability. Deliverable: Functional prototypes capable of basic operations.
- Phase 3: Tool Integration (Months 7–9). Design and integrate robotic arms, laser tools, and paint systems. Test defect detection, rust removal, and painting functions. Deliverable: Fully equipped and operational robot prototypes.
- Phase 4: System Optimization (Months 10–11). Optimize robot performance based on test results, including control algorithms, mechanical components, and operation tools. Deliverable: Finalized robots ready for field trials.
- Phase 5: Field Deployment (Month 12). Conduct field trials on actual masts and towers. Evaluate performance under real-world conditions and deliver final robots for deployment. Deliverable: Fully functional, field-tested robots.
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| Additional Solution Information |
Project Proposal Robotic Solutions for Mast and Tower Maintenance (for public information).pdf
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| Info on I&T Solution Provider |
| Solution Provider | : | Hangzhou Fuya Science and Technology Co., Ltd. | | Address | : | Room 1118, No. 957, Jian She 2nd Road, Xiaoshan Economic and Technological Development Zone, Xiaoshan District, Hangzhou City, Zhejiang Province, China. | | Contact Person | : | Xin LI |
| Position | : | CEO | | Tel | : | +86-15868873839 | | Email | : |
vortexdoctor@zju.edu.cn |
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