Skill UI

This skill transforms a refined research proposal or method idea into a detailed, structured, and claim-driven experiment roadmap. It helps users determine exactly which experiments to run, in what order, and what evidence is needed to support the core claims of a research paper, ensuring focus on novelty, simplicity, and genuine contribution.

This tool systematically generates, validates, and ranks concrete, publishable research ideas based on a broad research direction provided by the user. It guides the user through the entire idea discovery pipeline, from initial landscape survey (Phase 1) to validation (novelty checks, experiments) and review, ensuring the generated ideas are novel and relevant for academic publication. It manages complex workflow orchestration and utilizes multiple external tools.

This advanced workflow orchestrates the entire research idea lifecycle. Starting from a broad research direction, it systematically executes literature mapping, creative brainstorming, novelty verification, and proposal refinement. The final output is a validated IDEA_REPORT, a detailed proposal, and a concrete experiment plan, transforming preliminary concepts into actionable, structured research projects. Ideal for users needing a full, end-to-end research guidance system.

This advanced skill guides users from a broad robotic concept (e.g., 'humanoid grasping') to a highly defined, research-ready hypothesis. It automates a robust four-stage pipeline: literature survey, idea creation, novelty verification, and critical review. The process rigorously enforces academic constraints, prioritizing simulation-first approaches, grounding ideas in established benchmarks (like ManiSkill or Habitat), and ensuring feasibility for real-world robotics development.

This advanced skill systematically verifies the novelty of a proposed research method or technical idea against the global body of academic literature. It guides the user to extract core technical claims, performs multi-source searches across major academic databases (e.g., arXiv, Google Scholar, top conferences), and utilizes high-level LLM reasoning to generate a detailed, structured novelty assessment report. Ideal for researchers seeking to validate the unique contribution of their work.

This system treats ideas like living species on an 'evolution island.' Instead of simple storage, it runs structured, multi-round iterations simulating biological processes: competition, crossbreeding, and mutation. Users input initial concepts, and the tool systematically evaluates them using a 6-dimensional scoring framework (Novelty, Feasibility, Value, etc.). It helps users deepen viability, discover unexpected connections between disparate ideas, and prioritize the most robust concepts for development and investment.

Drafts comprehensive patent claims based on invention disclosures, prior art, and novelty assessments. This skill is crucial for defining the legal scope of intellectual property protection, adhering to specific formatting rules for jurisdictions like US, EP, and CN. It guides the creation of both independent and dependent claims, ensuring maximum defensibility.

This comprehensive tool assesses the legal patentability of an invention by checking its novelty and non-obviousness against global prior art. It simulates professional patent examiner procedures, conducting detailed anticipation (novelty) and inventive step (non-obviousness) analyses using structured single-reference and combination tests. The output provides multi-jurisdictional assessments (US, CN, EP) and recommended claim amendments.

This skill orchestrates the entire patent drafting lifecycle, guiding users from a basic invention description to jurisdiction-formatted, filing-ready documents. It supports major global jurisdictions (CN, US, EP) and patent types (Invention and Utility Model). The pipeline includes prior art search, novelty checks, claims structuring, specification writing, and professional review, ensuring compliance with complex legal requirements.

Simulates a multi-round patent examination process by adopting the persona of a senior patent examiner. The tool comprehensively analyzes drafted claims, specifications, and prior art to assess patentability against global standards (US/CN/EP). It generates detailed office actions covering novelty, non-obviousness, clarity, and enablement, guiding the user through iterative refinement to optimize the patent application.

This tool facilitates comprehensive prior art searches across global patent databases (Google Patents, Espacenet) and academic literature (Google Scholar, arXiv). It guides users through extracting core inventive concepts, performing targeted searches using keywords and IPC/CPC codes, and analyzing the results to assess novelty, overlap risk, and general freedom-to-operate.

This advanced skill provides comprehensive patent prior-art and landscape intelligence. Instead of generic searches, it forces the user to commit to one of five specialized sub-use-cases: Novelty Search, Freedom-to-Operate (FTO), Competitive Landscape, Acquisition Diligence, or Litigation Prior-Art. It searches multiple global databases (Google Patents, Espacenet, USPTO) and outputs a detailed, actionable DOCX report with strategic recommendations, risk assessments, and technical verdicts.