A movable body control system switches operational states to maintain travel when optical ranging is blocked by fire extinguishing agents.
Dynamic conveyor speed control maintains target parcel gaps, resolving throughput errors from mixed item streams.
A shared backup line conveys articles in opposite directions via connecting lines, reducing installation space while maintaining reliability.
Continuous acceleration and deceleration between conveyor sections eliminate inertial forces on baggage, reducing mechanical wear and maintenance costs.
A modular power wheel system uses active and passive modes to determine rotation strategies for flexible object transport.
Sensors detect egg accumulation and adjust feed mat speed dynamically, preventing blockages and reducing breakage risk during high-speed packaging.
A stationary base supports a reciprocating conveyor bed and an arc-moving diverter arm isolated from actuator vibrations.
In-phase synchronized radar antennas monitor thin conveyor belts without embedding sensors, detecting longitudinal slits while avoiding mutual interference.
Three sensors detect bottle movement through a chute in sequence, preventing false signals from external factors.
A conveyor belt management system monitors wear, impact force, tensile force, core state, and endless portion condition using dedicated sensors.
Telescopic pusher elements guided by rollers prevent straps and handles from catching on fixed structures, reducing mechanical wear in low-capacity sorting.