A Variable-Speed Approach for Preventing Cam-Follower Separation

スポンサーリンク

概要

• 論文の詳細を見る

• The follower separation is a major impediment to the operating speed increase of force-closed cam mechanisms. This problem traditionally is solved by increasing the spring preload or spring rate to enlarge the return force. An alternative approach with variable cam speed is proposed to prevent follower separation and thereby to raise the average operating speed. By properly designing the cam speed to change the follower motion, the critical motion characteristics leading to follower separation can be avoided. The cam speed trajectory is expressed using the Bezier function. A mathematical model is developed for analyzing the cycle time and the critical times of follower separation. Then a design model for optimizing the critical average cam speed without follower separation is developed to specify the design parameters of this trajectory. Two design examples with different cam motion programs are given for demonstrating the feasibility of this approach.

著者

• Yan Hong-sen

  Department Of Mechanical Engineering National Cheng Kung University

• Yan Hong-Sen

  Department of Mechanical Engineering, National Cheng Kung University

• TSAI Wu-Jung

  Department of Mechanical Engineering, National Cheng Kung University

関連論文

• Axode Synthesis of Cam-Follower Mechanisms with Hyperboloidal Rollers
• Geometric Design and Machining of Variable Pitch Lead Screws with Swinging and Translating Meshing Rollers
• Synthesis of Cams with Ruled Surface Followers
• Configuration Design of Novel Manually Operated Dynamo Flashlights
• A Systematic Approach for the Structural Synthesis of Differential-Type South Pointing Chariots
• An Integrated Design Approach of Four-Bar Linkages with Variable Input Speed
• Dual Mode Transmission Designs for Motorcycles
• THE REVIEW OF RECONSTRUCTION DESIGNS OF ZHANG HENGS SEISMOSCOPE
• A Variable-Speed Approach for Preventing Cam-Follower Separation

スポンサーリンク