• 検索 • 要約 • テキストマイニング/時系列分析 請求項中の1以上のキーワードを抽出する為のコンピュータ実装方法であって、 独立 請求項を、1以上の語をそれぞれ含む複数の要素に分解すること、 前記複数の要素か ら依存構造を構築すること、ここで、前記複数の要素のそれぞれは前 記依存構造におい て深さを有し、 前記独立請求項中の語のそれぞれについて、当該語に対応する要素の 深さを使用してス コアを計算すること、及び 所定の閾値に等しい又はそれよりも大 きいスコアを有する1以上の語を、1以上のキー ワードとして抽出すること を含む、 前記方法。 A computer-implemented method for extracting at least one keyword in a claim, the method comprising: decomposing an independent claim into a plurality of elements, wherein each element in the plurality of elements has at least one term; constructing a dependency structure from the plurality of elements, wherein each element in the plurality of elements has a depth in the dependency structure; calculating a score using the depth of the element corresponding to the at least one term in the independent claim; and extracting at least one keyword from the at least one term having a score equal to or larger than a predetermined threshold. 人手による大量の翻訳ペアから翻訳モデルを学習し、入 力文を翻訳 (c) IBM Corporation 2025
straight side walls each having an inner surface, said walls encompassing the inner face of said bottom wall, at least two identical primary protuberances extending from the outer face of said bottom wall, at least one secondary protuberance extending from said inner face of said bottom wall and presenting a surface within the region encompassed by the inner surfaces of said side walls, a geometric projection of the peripheries of said primary protuberances normal to the inner face of said bottom wall each being in tangential contact with said surfaces at three points, at least one of said points of contact being with the surface of said secondary protuberance, said tangential contact producing a clamping effect when a primary protuberance of another such block engages the said surfaces. from US patent US3005282A (c) IBM Corporation 2025
a bottom wall, said walls encompassing the inner face of said bottom wall, at least one secondary protuberance extending from said inner face of said bottom wall and presenting a surface within the region encompassed by the inner surfaces of said side walls, at least two identical primary protuberances extending from the outer face of said bottom wall, at least one of said points of contact being with the surface of said secondary protuberance, said tangential contact producing a clamping effect when a primary protuberance of another such block engages the said surfaces. 6. A toy building block according to claim 4 in which the secondary protuberances are cross-shaped. 5. A toy building block according to claim 4 in which the block has eight primary protuberances and three secondary protuberances. a geometric projection of the peripheries of said primary protuberances normal to the inner face of said bottom wall each being in tangential contact with said surfaces at three points, A toy building block having (c) IBM Corporation 2025
a bottom wall, said walls encompassing the inner face of said bottom wall, at least one secondary protuberance extending from said inner face of said bottom wall and presenting a surface within the region encompassed by the inner surfaces of said side walls, at least two identical primary protuberances extending from the outer face of said bottom wall, at least one of said points of contact being with the surface of said secondary protuberance, said tangential contact producing a clamping effect when a primary protuberance of another such block engages the said surfaces. 6. A toy building block according to claim 4 in which the secondary protuberances are cross-shaped. 5. A toy building block according to claim 4 in which the block has eight primary protuberances and three secondary protuberances. a geometric projection of the peripheries of said primary protuberances normal to the inner face of said bottom wall each being in tangential contact with said surfaces at three points, A toy building block having b 新規性・進歩性の あると推定される 箇所 特許文書のような可読性 の低いテキストを解析し、 構造を抽出することで、 ユーザーの目的に合った 情報が抽出できる技術を 開発しました (c) IBM Corporation 2025
al. 2022 “Global Table Extractor (GTE): A Framework for Joint Table Identification and Cell Structure Recognition Using Visual Context” Zheng et al. 2020 (c) IBM Corporation 2025