قاموس المصاعد

Automatic car repositioning to maintain floor alignment during loading changes.

Controlled deceleration sequence stopping the elevator at terminal landings.

Computer system managing dispatching of multiple elevators to minimize wait and travel times.

Control mode requiring continuous button pressure to keep the elevator moving.

Advanced algorithm adjusting elevator dispatching based on real-time traffic data and predictions.

Electronic elevator drive control without mechanical linkage, enabling precise speed management.

Position sensor providing unique codes for each elevator car position without re-homing after power loss.

Drive adjustments compensating for rope elongation under varying loads to maintain floor alignment.

Continuous motor position and speed data used by the drive controller for precise regulation.

Force sensor measuring elevator car load for overload detection and dispatching optimization.

Programmed logic determining where idle elevators position based on traffic patterns.

Control panel providing building management with elevator status and emergency control capabilities.

Interior control panel with floor buttons, door controls, alarm, and emergency communication.

Device tracking elevator car position within the hoistway for floor detection and dispatching.

Door control system using real-time sensor feedback to regulate door speed, position, and force.

Metric comparing actual elevator dispatching performance against theoretical optimum.

System that corrects elevator car drift from floor level while doors are open.

Reduced-speed door closing mode activated after doors are held open too long.

Operating mode removing an elevator from group dispatching for exclusive car-panel control.

The programmed duration elevator doors remain open at a floor before closing.