Differential Gearings TRIZ Cases
- Axle Assembly Interaxle Differential Spider Stabilizer Bearing
A stabilizer bearing connects the differential spider to the drive pinion, reducing vibrations and deflection in the interaxle unit.
- Clutched Component Radial Locking Mechanism
A clutched component coordinates radial lock member movement to drive coupling between input and output portions.
- Miniaturized Differential Locking Mechanism with Offset Arms
Offset arms and slide members merge locking functions in a compact differential mechanism, reducing vehicle weight.
- Differential Axle Speed Control via Electric Motor
Electric motor adjusts differential axle rotational speed to eliminate slip and reduce device complexity.
- Hollow Gear Differential for Mobile Machine Powertrain
A hollow gear differential splits input torque between two outputs using a nested planetary gear train.
- Spherical Differential Gear Support for Limited Slip Torque Bias
A differential apparatus uses spherically depressed case surfaces to support sliding gear portions for stable frictional torque transfer.
- Flow-Formed Differential Case Assembly with Integrated Gear Alignment
A flow-formed differential case integrates major internal splines and a retainer insert to align the gear assembly without additional fasteners.
- Cohesive Polymer Thrust Plate for Differential Dog Ring Locking
A polymer thrust plate cohesively bonds to a metal dog ring to transfer axial actuation forces during differential locking engagement.
- Differential Gear Housing Segmentation for Weight Reduction
Segmented driving pins transmit torque through recesses, eliminating heavy welded connections and reducing differential housing weight.
- Bevel Gear System Standardized Spider Assembly
Standardized spider configurations support varying gear ratios through selective side gear engagement, eliminating redesign costs.