Design and Simulation of a Descent Control Device Based on Hydraulic Damping
p.264
p.264
Design of a Type of Lift Coating Machine
p.268
p.268
Design of Injection Mould for the Special-Shaped Claw Cover of an Automatic Breast Pump and Milking Machine
p.272
p.272
Design of Testbed for Feel Simulator of Battleplan
p.276
p.276
Development of Hole-Based Self-Centering Marking Gauge
p.280
p.280
Development of the Assistant Positioning Device of Parallel Machine Vice
p.284
p.284
Disk Cam Contour Design Based on Inventor 2009
p.288
p.288
Dynamic Modeling of Shaking Table Based on Simulink/SimMechanics
p.292
p.292
Dynamics Analysis of a 3-DOF Parallel Mechanism
p.296
p.296
Development of Hole-Based Self-Centering Marking Gauge
Abstract:
In order to rapidly determine the centering point to make marks basing on the center of a cylindrical hole, we developed a hole-based self-centering marking gauge for rapid centering and marking, which may be used for the purpose of marking of different dimensions basing one the center of a round hole and to mark arc, bisectrix, angle line, featuring rapidity, accuracy, convenience and efficiency.
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Periodical:
Applied Mechanics and Materials (Volumes 599-601)
Pages:
280-283
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Online since:
August 2014
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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