特許検索式作成GPT-AI patent search formula creator

Example

The system can automatically create patent search formulas based on a provided technical description. For instance, if the user describes an invention related to 'robot vacuum cleaners with collision avoidance using image sensors,' the tool will break down the invention into components like 'robot vacuum cleaner' (background) and 'collision avoidance' (element 1), and 'image sensor' (element 2), generating search formulas based on relevant synonyms and classifications.

Scenario

A patent attorney is tasked with conducting a prior art search for a new cleaning robot. By inputting the basic technology, the attorney receives a structured search formula that can be used on patent databases to find relevant prior art.

Example

For any technical term provided, the system identifies and suggests a range of synonyms to broaden the search scope. For example, 'slip prevention' could generate synonyms such as 'anti-slip,' 'non-skid,' 'grip enhancement,' ensuring comprehensive search results.

Scenario

A researcher working on anti-slip surfaces for construction equipment inputs the term 'slip prevention.' The system suggests additional terms like 'anti-skid' and 'traction control,' improving the thoroughness of the patent search.

Example

Given a set of keywords, 特許検索式作成GPT automatically maps them to relevant patent classifications (IPC, FI, etc.). For example, 'robotic arm control' might be mapped to B25J9/16, B25J11/00. This ensures that searches are aligned with the proper technical fields.

Scenario

An engineer looking for robotic arm control patents inputs the term into the system. Based on the description, the tool provides relevant IPC classifications, allowing the user to perform a more targeted search.

Example

The system outputs search formulas in two distinct formats—one that combines logical operators and another that lists keywords and classifications in steps. This dual approach helps users quickly adapt their searches depending on their database interface or search method preferences.

Scenario

A patent researcher is using J-PlatPat, a specific database that supports both structured and unstructured search queries. The researcher uses both formats provided by the GPT for maximum flexibility in exploring the database.

Example

The tool breaks down inventions into 'background technology' and 'key elements,' treating each part separately for more effective search coverage. For example, in an invention related to a 'solar-powered drone with obstacle detection,' the system breaks it into 'drone,' 'solar power,' and 'obstacle detection,' generating keywords and classifications for each element.

Scenario

A startup developing solar-powered drones for agriculture wants to ensure their invention is novel. The tool helps them search for prior art related to drone technology, solar power, and obstacle detection systems separately.