重工業用ロボットの感性工学と人工知能生成コンテンツ技術に基づく形態最適化に関する研究
Mingsong Jiang1, Yuhong Han2, Hongju Guang3
1College of Mechanical & Energy Engineering, Beijing University of Technology, Beijing, 100124, China.
Scientific reports
|December 29, 2025
まとめ
本研究は、美学と機能を統合した重工業用ロボット(HDIR)の革新的な設計方法を提案します。このアプローチは、従来の設計の限界を克服し、ロボットの魅力と市場競争力を高めます。
科学分野:
- ロボット工学と自動化
- インダストリアルデザイン
- 人工知能
背景:
- 重工業用ロボット(HDIR)に対する性能要求の高まりは、模倣や美観の無視を含む現在の設計の限界とは対照的です。
- 美的な配慮の欠如は、視覚的な魅力と機能性の協調的な開発を妨げます。
- 既存のHDIR設計慣行では、ブランドアイデンティティと市場の差別化が見過ごされがちです。
研究 の 目的:
- HDIRのためのインテリジェントで革新的な形態最適化設計方法を提案すること。
- 機能性と美学を統合し、特徴的な曲線形状を通じて明確なブランドアイデンティティを確立すること。
- 産業環境におけるHDIRの視覚的な魅力と市場への影響力を高めること。
主な方法:
- HDIRの形態設計に感性工学の原則を適用すること。
- 美的形態生成のために曲線ブレンドアルゴリズムを利用すること。
- 革新的な設計ソリューションのために人工知能生成コンテンツを統合すること。
- 実用的なケーススタディとして210kgの溶接HDIRを使用すること。
主要な成果:
- 提案されたインテリジェント設計方法の適用プロセスと最終結果の実証。
- 例示されたHDIRにおける機能性と美学の統合の成功。
- 知覚調査とファジー階層分析法による設計方法の有効性と実現可能性の予備的検証。
- 産業界における視覚的な魅力の向上と強力なブランド影響力の可能性。
結論:
- 提案されたインテリジェント設計方法は、従来のHDIR設計の限界を克服します。
- 現代の産業における高度なロボット性能と魅力的な形態の両方のニーズに対応します。
- この研究は、産業用ロボット設計に新たな視点を提供し、理論と実践を豊かにします。
- 設計の改善を通じて製品市場の競争力を高める大きな可能性。
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