Research on Advanced Machine Tool Spindle Structure

先进机床主轴结构研究

• 批准号: 05452133
• 负责人: SHINNO Hidenori
• 金额: $ 4.54万
• 依托单位: Tokyo institute of Technology
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (B)
• 财政年份: 1993
• 资助国家: 日本
• 起止时间: 1993 至 1994
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-05452133/
• 关键词: Machine Tool; Spindle System; Structural Design; Rigidity; Thermal Deformation; Simulation; Design Methodology; System Machine; 双主軸構造; 動的挙動

Development of advanced machine tool spindle structure has recently become the most important problem to materialize system machine for highly automated manufacturing system such as FMS (Flexible manufacturing system) or FMC (Flexible manufacturing cell).However, there is no effective spindle structure to realize the high performances spindle system, i.e., static and dynamic rigidities, thermal deformation, compactness, ease of operation, multi-purpose operation, high rotational speed, etc.In this research project, therefore, to establish a design methodology of advanced machine tool spindle structure, actual machine tool spindle systems based on a new design concept, i, e. twin and multi-layred spindle systems, have been proposed and investigated. Validity of the proposed spindle structures have also been verified through experimental investigations under various constraints. In addition, a design methodology of machine tool spindle system based on a new concept has been proposed and evaluated its performance through some computer simulations.

近年来，先进机床主轴结构的开发已成为实现FMS（柔性制造系统）或FMC（柔性制造单元）等高度自动化制造系统的系统机床的最重要问题。然而，目前还没有有效的主轴结构来实现高性能主轴系统，即静态和动态刚性、热变形、紧凑性、易于操作、多用途操作、高转速等。 因此，本研究项目旨在建立一种先进机床主轴结构的设计方法，基于新的设计理念即实际机床主轴系统。双轴和多层轴系统已被提出并进行了研究。所提出的主轴结构的有效性也通过各种约束下的实验研究得到了验证。此外，还提出了一种基于新概念的机床主轴系统设计方法，并通过计算机模拟评估了其性能。

项目成果

Hidenori SHINNO,Yoshimi ITO and Hiroshi TADANO: "Basic Layout Design with Multiple-Layred Decision Making and Transit Evaluation" Annals.of the CIRP. Vol.43-1. 111-114 (1994)

Hidenori SHINNO、Yoshimi ITO 和 Hiroshi TADANO：“具有多层决策和交通评估的基本布局设计”CIRP 年鉴。

稲葉千佳郎、村瀬巌、新野秀憲、伊東誼: "工作機械の主軸受コンタクトパターン変化の超音波インプロセス計測" 日本機械学会論文集(C編). 61. (1995)

Chiyoshi Inaba、Iwao Murase、Hidenori Niino、Yoshi Ito：“机床中主轴承接触模式变化的超声波过程测量”日本机械工程师学会汇刊（ed.C）61。（1995）。

Chikao INABA,Iwao MURASE,Hidenori SHINNO and Yoshimi ITO: "In-process Measurement of Contact Pattern Variations in Rotating Main Bearing of Machine Tools Using Ultrasonic Waves Method" Transactions of the JSME.Vol.61 (to be published). (1995)

Chikao INABA、Iwao MURASE、Hidenori SHINNO 和 Yoshimi ITO：“使用超声波法对机床旋转主轴承中的接触模式变化进行过程测量”JSME 交易.Vol.61（即将出版）。

H.Shinno,Y.Ito,H.Tadano: "Basic Layout Design with Multiple-Layered Decision Making and Transit Evaluation" Annals.of the CIRP. 43/1. 111〜114 (1994)

H. Shinno、Y. Ito、H. Tadano：“具有多层决策和交通评估的基本布局设计”CIRP 年鉴 43/1 (1994)。

稲場 千佳郎,村瀬 巌,新野 秀憲,伊東 誼: "工作機械の主軸受コンタクトパターン変化の超音波インプロセス計測" 日本機械学会論文集(C編). 61. 未定 (1995)

Chiyoshi Inaba、Iwao Murase、Hidenori Niino、Yoshi Ito：“机床中主轴承接触模式变化的超声波过程测量”日本机械工程师学会会刊（C 版）61。待定（1995 年）。