The fabrication-waste-circular-economy industry has named Universe Energy, Inc. as the recipient of the Patent of the Month award for October 2026 for its invention, “Automated battery disassembly” (US Patent 12,722,295). This recognition highlights a critical technological milestone in addressing the growing volume of spent secondary batteries from electric vehicles and energy storage systems. By transitioning battery recycling from hazardous manual labor to adaptive robotics, the patent establishes a scalable foundation for industrial material recovery and circular manufacturing.
US Patent 12,722,295 describes an automated battery disassembly system that utilizes robotic agents, advanced vision sensors, and dynamic control software to autonomously dismantle complex battery packs. The system identifies specific battery models by analyzing imagery inputs against visual databases, retrieves corresponding sequence sets of modular task primitives, and calculates precise motion trajectories relative to battery features. By integrating real-time depth data and offset modifiers, the system adapts to structural variations, physical damage, and manufacturing tolerances inherent in end-of-life battery modules.
Key Innovations in Automated Battery Disassembly
Traditional secondary battery disassembly presents severe operational challenges, including risks of high-voltage electrocution, thermal runaway, and unpredictable pack designs that lack standardized manufacturer documentation. The technical architecture developed by Universe Energy addresses these obstacles through several core innovations:
- Modular Task Primitives: Disassembly protocols are broken down into discrete task primitives that combine tool selection, three-dimensional motion trajectories, and specific operational forces on target features.
- Human-in-the-Loop Sensor Capture: Task primitives can be generated by recording human technicians fitted with motion-capture sensors, converting manual expertise into repeatable robotic instruction sets.
- Dynamic State Offset Modification: The system compares real-time vision and depth data against reference states to generate offset modifiers, enabling robots to adjust cutting paths, unscrewing operations, and cable disconnections for warped or damaged battery packs.
- Parallel SOH Analysis and Safe Discharging: By removing human technicians from direct contact with high-voltage components, the system delays or eliminates lengthy pre-disassembly discharge cycles, permitting simultaneous State of Health (SOH) testing during mechanical breakdown.
Impact on the Fabrication-Waste Circular Economy
The selection of US Patent 12,722,295 as Patent of the Month for October 2026 emphasizes its transformational role in the fabrication-waste and circular economy sectors. As global electric vehicle adoption accelerates, material recovery facilities face severe processing bottlenecks caused by the manual labor required to disassemble diverse battery architectures. Universe Energy’s flexible robotic architecture allows recycling centers to process heterogeneous inputs without requiring proprietary manufacturer diagrams for every battery variation. By automating hazardous destructive tasks, such as severing welded frames or cutting bonded enclosures, this system significantly reduces operational costs, enhances worker safety, and increases the throughput of critical raw materials back into the manufacturing supply chain.
US R&D Tax Credit Eligibility for Practical Applications
Companies implementing or further developing practical applications based on this patented technology may qualify for the United States Research and Development (R&D) Tax Credit under Internal Revenue Code Section 41. Eligible research activities include designing specialized end-of-arm tooling (EOAT) for complex manipulation tasks, engineering machine vision algorithms for real-time feature localization, developing sensor fusion routines that combine depth and thermal inputs, and writing adaptive software to recalculate robotic trajectories. Technical efforts aimed at optimizing collision-free paths, conducting destructive testing trials, and mitigating thermal runaway risks meet the four-part test established by the IRS. Directly related expenditures, such as engineering salaries, software developer wages, prototype hardware materials, and third-party contractor fees, can be claimed as Qualified Research Expenses (QREs) to offset federal tax liabilities.
