IP DEVELOPMENT • EVIDENCE DISCIPLINE
IP Claim Evidence Matrix
A working engineering matrix separating the technical elements being investigated from the evidence that currently exists. This is not a patent claim chart and does not establish novelty or patentability.
Important: broad cable untangling, cable manipulation, straightening and recovery are established technical areas. The investigation therefore focuses on the combination of the proposed elements and on measurable technical behavior. Formal patent counsel must determine whether any claim is legally supportable.
| Candidate element | Technical implementation | Current evidence | Prior-art risk | Physical evidence needed | Legal review |
|---|---|---|---|---|---|
| B1 — Constrained recovery environment | Shallow, observable chamber that limits the recovery workspace. | Mechanism specification + prototype build specification. | Medium; constrained cable handling environments exist. | Prototype showing repeatable visibility and controllable line motion. | Compare against specific chamber/fixture patents and robotics systems. |
| B2 — Line-state recovery graph | Endpoints, segments, crossings, loops, tension class, module ownership and verified state. | Control package + state schema. | Medium/high for individual perception and graph concepts. | Repeatable reconstruction accuracy across test configurations. | Claim only technically specific implementation if supported. |
| B3 — Slack-first action selection | Planner deliberately reduces local tension before attempting separation. | Simulation + control logic. | High as a broad manipulation concept; must be narrowly defined. | Measured comparison of action sequences and tension response. | Identify concrete differentiating control conditions. |
| B4 — Physical-response verification | Action is committed only after geometry and physical response satisfy verification gates. | Control package + simulation. | Medium; closed-loop verification is broadly established. | Sensor/action logs demonstrating correct rejection of failed actions. | Define specific verification relationship and technical effect. |
| B5 — Verified rollback + alternate action | Failed action returns to last verified state and chooses another manipulation. | Simulation fault injection + state schema. | Medium/high in robotics recovery; combination requires review. | Physical failed-action trials with successful rollback. | Compare recovery-state mechanisms and robotic recovery prior art. |
| B6 — Distributed compliant transfer | Multiple local handling modules acquire, transfer and release line ownership. | Mechanism/control architecture. | Medium; multi-gripper and cable-transfer systems exist. | Measured transfer success across representative line classes. | Review specific mechanical arrangement. |
| B7 — Recovery-to-organization transition | Verified recovered line automatically enters straightening/routing/loose-coil output. | Architecture + prototype pathway. | Medium; straightening/coiling machinery is established. | Repeatable organized output from recovered input. | Likely useful as part of a system combination rather than alone. |
| B8 — Combined closed-loop architecture | B1+B2+B3+B4+B5+B6+B7 operating as one recovery system. | Full documented architecture + browser demonstrator. | Requires professional combination search. | End-to-end physical trials and comparative measurements. | Highest priority for formal claim review. |
What this matrix changes
It prevents the project from relying on generic statements such as “AI untangles cables.” Instead, each proposed technical element has a defined implementation, evidence gap and legal-review question.
Evidence progression
Architecture → simulation → bench prototype → measured trials → repeatability dataset → engineering review → patent/claim review.
System architecture · Physical validation record · Buyer dossier · IP boundary matrix