Encoder Frame and Bracket Structure to Protect Rotating Plates

The patent introduces a buffer member as an intermediary element positioned between the main body and the rotating plate. This buffer member absorbs contact forces during fine adjustment operations, preventing direct transmission of damaging forces to the rotating plate while still allowing positional adjustment of the detector for improved detection precision.

The buffer member is pre-installed in the buffer chamber at a position that provides cushioning protection before any contact between the main body and rotating plate can occur. This beforehand cushioning arrangement ensures that during fine adjustment operations, any contact forces are absorbed by the buffer member, preventing deformation or damage to the rotating plate while enabling precise positioning.

The patent divides the housing structure into separate components: a buffer chamber and a main body that can move relative to each other. The buffer member is positioned in the buffer chamber, allowing the main body to be adjusted independently without directly contacting the rotating plate. This segmentation enables fine adjustment operations while maintaining protection for the rotating plate.

The patent creates a dynamic system where the main body can move relative to the buffer chamber during fine adjustment operations. The buffer member provides a compliant interface that allows controlled movement and adjustment while preventing damaging contact. This dynamic arrangement enables ease of operation for positioning while still protecting the rotating plate from damage.