Research on Safety Protection Technology of Conventional Lathe CA6140

Wei Gang Du; Hua Yang Zhong; Yan Yan Guo

doi:10.4028/www.scientific.net/AMR.136.176

Paper Titles

The Variable Non-Linear Flow Channel Method and Device
p.158

Research on Bearing Life Prediction Based on Three Parameters Weibull Distribution
p.162

The Study of Target Points Center Extracting and Matching in Calibration
p.167

The Prediction of Shot Peening’s Surface Roughness with Premixed Water Jet Based on Neural Network
p.172

Research on Safety Protection Technology of Conventional Lathe CA6140
p.176

Preparation and Properties of Waterborne Polyurethane with PDMS Side Chain
p.179

Investigation of the Drawing Process of a Square Rod from a Round Bar by Using 3-D Finite Element Analysis
p.184

Finite Element Numerical Simulation of EDM Surface Strengthening in Gas Medium of Stainless Steel 1Cr13
p.189

The Application and Development of Microbubble Column Flotation Technology in China
p.194

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 136Research on Safety Protection Technology of...

Research on Safety Protection Technology of Conventional Lathe CA6140

Abstract:

At present, in the overall quality of university education in our country, the mechanical engineering training is an important part. The actual operation of lathe is a key element in this process, and the first and foremost problem in lathe operating is security. In order to increase the personal safety of students and equipment safety, local technical transformation on CA6140 lathe was carried, including the security guards power chuck, chuck and other anti-collision travel limit. The practical application shows that after transformation, there had none of collision accidents due to unload lathe chuck wrench.