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The drive cylinder moves the ratchet which rotates the table the indexed amount. The positioning cylinder is also advanced to suppress the rotation. Before the next rotation is started the driving cylinder is advanced and the position cylinder is retracted.
IDEA NOTE Rotary table stopping method
A spring engages a claw in the ratchet and presses the claw against the rotating part.
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Application Overview
Purpose
Purpose
To feed workpieces intermittently by rotating them 90 degrees at a time.
Operation
After the rotary table is rotated 90 degrees, the thin cylinder advances the stopper pin. When the driving cylinder advances, the rotary table is kept stationary by the ratchet mechanism.
Target workpiece
Shape: rectangular electronic part
Size: W15 x D40 x H30mm
Weight: 0.019kg
Design Specifications
Operating Conditions or Design Requirements
Driving cylinder stroke: 100mm
Positioning cylinder stroke: 10mm
Rotary table rotation angle per cycle:90°
Outer dimensions: width: W434 at maximum x height: H132mm Table outer diameter: Ø300mm
Required Performance
Load: product + pallet = 15N
Selection Criteria for Main Components
To rotate a load of 0.024 (0.008 x 3) [N], a cylinder with an inner tube diameter of Ø20mm is selected.
Design Evaluation
Verification of main components
Must verify the cylinder thrust to ensure the necessary rotation force can be obtained.
Selection of driving cylinder
Conditional value: workpiece mass: W = 0.55kg, gravitational acceleration g = 9.8m/s², friction coefficient μ = 0.0015, instroke pressure area A1 = 264mm², operating pressure P1 = 0.4MPa
The force F1 required for rotation is obtained by F1 = W x g x μ, therefore, F1 = 0.55 x 9.8 x 0.0015 ≈ 0.008N. The cylinder thrust (instroke) F2 is, F2 = A1 x P1 = 264 x 0.4 ≈ 105N > F1. ⇒There is no problem.