A brake cylinder clamps housing parts with a patterned ring and snap hooks to secure the assembly.
Dual clamping wings with different diameters engage various C-groove widths, while thread friction prevents restoring moments from loosening the attachment.
Plastic deformation of an insertion pin expands radially to secure the piston, reducing axial dimension without compromising connection strength.
A fluid pressure cylinder detects piston position using a single magnet on a connecting rod, reducing component count and axial size.
A check valve isolates the back pressure chamber from the pressure control chamber, enabling rapid startup discharge and maintaining operating efficiency.
A rotary piston actuator uses a central mounting point and removable arm to drive rotation via pressurized fluid.
Offset Hall switches on a PCB adjust total resistance to detect magnet position, reducing manufacturing costs and improving stroke detection precision.
Segmented grooves on the spiral tube resolve stiffness issues, allowing free bending while maintaining structural integrity.
Rotating the plunger engages a locking mechanism that drives only the large piston for rapid filling or the small piston for high-pressure topping off.