機構主動式氣壓緩衝器電腦輔助設計

Computer Aided Design of Mechanism Active Air Absorber

顏鴻澤(Hong-Tzer Yan) ； 林季儀(Chi-I Lin)

《先進工程學刊》 6卷2期 (2011/04) Pp. 111-116

https://doi.org/10.29948/JAE.201104.0006

摘要

高性能緩衝裝置，乃是自動化機具高速化及低震動不可或缺的要件。本研究的目的為設計一適用性大、主動式、間接式緩衝、緩衝行程短及緩衝性能佳之緩衝停止裝置。故本文提出一應用間接承受型串聯式八連桿機構，並相串接一以氣壓缸、減壓閥、放洩閥、節流閥、快速排氣閥及電磁閥，配合感知器等氣壓、電氣基本控制元件，設計出一主動式氣壓緩衝裝置及控制迴路。以此完成一可降低緩衝源能量及具多種緩衝性能曲線之可調性機構主動式氣壓緩衝器之設計。

關鍵字

主動式 ； 連桿機構 ； 氣壓控制 ； 緩衝器

並列摘要

High-performance cushioning device is a dispensable element for high speed and low frequency vibration of automation equipment. The purpose of the study is to design an absorber stop device with wide applicability and good cushioning properties. In this paper, we present an 8-linkage mechanism of indirect serial type. We make use of the pneumatic cylinder, reducing valve, relief valve, throttle valve, quick exhaust valve and solenoid valve to act in concert with sensors, the basic pressure and electrical control element, to obtain a control circuit for the pressure absorber device. This will be the design of an adjustable and active pressure absorber device that is capable of reducing absorber energy and with diversified performance curves.

並列關鍵字

active ； linkage mechanism ； pneumatic control ； absorber