Development of three dimensional CAD manikin for the estimation of physical and mental stresses in manual handling

开发三维 CAD 人体模型，用于估计手动操作中的身心压力

• 批准号: 09838027
• 负责人: OKADA Akira
• 金额: $ 1.79万
• 依托单位: Osaka City University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 1997
• 资助国家: 日本
• 起止时间: 1997 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-09838027/
• 关键词: CAD Manikin; Anthropometry of Hand; Grip Force; Evaluation of Tactile Sensation; Co-ordinate System for Congitive Space; 手; コンピュータシミュレーション; 3次元動作解析; 負担評価; コンピュータマネキン; 操作感覚; 手の負担

A fundamental study was tried on the development of three dimensional CAD manikin for the visualizations of shape, motion and sensation of the hand, and for the estimation of physical and mental stresses, in virtual manual handling with products designed on the computer display. In this study, basic data related with the hand characteristics (anthropometry, morphometry, grip force, motion, sensation and cognition) were wrapped up for the development of CAD manikin.1) Detail anthropometric data(length, depth, width and proportion, etc.) were obtained of Japanese adult male and female hands. And, the regression formula were conducted in order to obtain the morphometric data of manikin hand from ISO/JIS fundamental anthropometric data base.2) Power grip force and its vector elements, motion and joint angles of hand in Japanese adults were analyzed in the gripping of cylindrical form with a three dimensional motion analysis system. These data will be applied for the estimations of physical load and efficiency in manual handling.3) The relationships between visual sensations and tactile ones of object form were investigated. The correlation and differentiation between these two modalities were conducted, and these results will be applied for the estimation and visualization of tactile sensation on the CAD manikin.4) The coordinate system of cognitive space based on the hand was investigated. And this coordinate system was found our to be variable in different positions and directions of hand.5) The construction of basic virtual model of joint was tried on the computer display. And the possibility and trend in the CAD manikin of the hand were discussed.

对三维CAD人体模型的开发进行了基础性的研究，以实现手的形状、运动和感觉的可视化，以及在计算机显示器上设计的产品的虚拟手工操作中对生理和心理应力的估计。本研究将与手部特征相关的基础数据(人体测量学、形态测量学、握力、运动、感觉和认知)包装起来，用于CAD模型的开发。1)详细的人体测量数据(长度、深度、宽度和比例等)。取自日本成年男性和女性的手。从ISO/JIS人体测量学基础数据库中获取人体假手的形态测量学数据，建立了回归公式。2)利用三维运动分析系统，分析了日本成人手在圆柱形握持中的力量握力及其向量元素、动作和关节角度。这些数据将被用于手工操作的物理负荷和效率的估计。3)研究物体形状的视觉感觉和触觉感觉之间的关系。对这两种模式进行了关联和区分，并将这些结果应用于CAD人体触觉的估计和可视化。4)研究了基于手的认知空间坐标系。5)在计算机显示器上尝试了关节基本虚拟模型的构建。并讨论了手部CAD人体模型的可能性和发展趋势。

项目成果

Koji Marumoto and Akira Okada: "Evaluation of gripping touch of embossed handle"The Japanese journal of ergonomics. 35 suppliment. 97 (1997)

Koji Marumoto 和 Akira Okada：“压纹手柄抓握触感的评估”日本人体工程学杂志。

朴 勤植, 他: "関節可動域表示の立体動的シミュレーション・モデルによる爬行跛行評価方法"医療情報学連合大会論文集. 388-389 (1999)

Park Geun-sik 等人：“使用显示关节运动范围的三维动态模拟模型的蹲伏跛行评估方法”医学信息学联盟会议记录 388-389（1999）。

野呂 影勇,他: "コンピュータ・マネキンに関する国際標準規格"社団法人 人間生活工学研究センター. 113 (1998)

Kageyu Noro 等人：“计算机人体模型的国际标准”人类生命工程研究中心 113 (1998)。

西岡 基夫, 他: "動作中の姿勢変化に伴う生理的負担の評価手法に関する研究"日本人間工学会関西支部大会講演論文集. 179-182 (1999)

Motoo Nishioka 等人：“运动过程中与姿势变化相关的生理应变评估方法的研究”日本人体工程学会关西分会会议记录 179-182 (1999)。

小林政司, 他: "コンピュータグラフィックスにおける物体の体積感に関する研究"日本色彩学会誌. 21・特別. 100-101 (1997)

Masashi Kobayashi 等人：“计算机图形学中物体体积感的研究”，日本色彩协会杂志 21/Special 100-101 (1997)。