Research and Design for the Calibrating Device of Self-Propelled Artillery’s Center Line

Jie Min Yang; Chong Fa Liu; Ren Bin Zhou; Zhi Jun Gao

doi:10.4028/www.scientific.net/AMR.940.140

Paper Titles

Research on Transmission Approach between Title Bar Information of Engineering Drawing and PDM
p.124

The Design of Detect Equipment of the Self-Propelled Artillery Hydraulic System Based on Data Fusion Technology
p.128

Dynamic Simulation Analysis of the Crane Hoisting Process Based on Adams
p.132

Research on the Gear Box Fault Diagnosis of Self-Propelled Artillery Based on Vibration Signal Analysis
p.136

Research and Design for the Calibrating Device of Self-Propelled Artillery’s Center Line
p.140

Structural Design and Analysis of Abrasive Disk for Biplane of Multiple Workpieces
p.144

Kinematic Performance Evaluation for Heavy Duty Industrial Robot
p.148

Kinematics Analysis and Torch Pose Fitting for Welding Robot
p.153

Design of Automobile Body Welding Fixture
p.159

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Research and Design for the Calibrating Device of Self-Propelled Artillery’s Center Line

Abstract:

Center line correction is an important work in the assembly and maintenance of self-propelled artillery. Targeting the complexity of centerline correction and low accuracy, a self-propelled artillery center line correction apparatus was developed on the basis of DSP technology. The device can directly display the thickness of the measured components that needed to be modified and adjusted. The measurement works in a simple and convenient manner, which greatly improve the measuring precision, and significantly accelerate the assembly and repair schedule. Through a simple transformation the correction device can be applied to the assembly and maintenance of other vehicles, featuring strong versatility and wide range of trial.