Adjustable Rotating Shaft Mechanism for Variable Twisting Force

The patent applies the dynamics principle by transforming the fixed structure into an adjustable one. The adjusting ring can move axially along the central shaft to different positions, changing the compression force applied to the elastic washer. This allows the twisting force magnitude to be dynamically adjusted from fixed to variable, resolving the contradiction between operational convenience and structural simplicity.

The patent implements parameter changes by modifying the friction force parameter through the adjusting ring mechanism. By changing the axial position of the adjusting ring, the compression force on the elastic washer changes, which in turn changes the friction force between the washer and the connecting portions. This enables the twisting force magnitude to be adjusted by changing physical parameters of the system.

The patent resolves this contradiction by making the force magnitude adjustable rather than fixed. The adjusting ring can be positioned at different locations along the central shaft, allowing the user to dynamically adjust the compression force on the elastic washer. This creates a range of possible twisting force magnitudes, providing operational flexibility while still enabling increased force when needed.

The patent applies segmentation by dividing the adjustment function into discrete positional settings of the adjusting ring. The ring can be positioned at various locations along the shaft, creating segmented adjustment levels for the twisting force. This allows the system to provide multiple force magnitude options, balancing the need for increased force with operational flexibility.