Pharmaceutical Dispensing Sensors for Error Detection

The sensor system is segmented into multiple independent sensor types (movement sensor, weight sensor, optical sensor, vibration sensor, sound sensor, vacuum sensor), each monitoring specific aspects of the dispensing process. This segmentation allows the system to achieve comprehensive monitoring and high reliability without requiring a single complex sensor system, as each sensor can be independently optimized and maintained.

The patent implements a multi-functional sensor system where different sensors serve multiple monitoring purposes. For example, the movement sensor monitors both pharmaceutical movement and container position, while the vibration sensor detects both mechanical vibrations and dropped items. This multi-functionality approach improves reliability without proportionally increasing complexity, as one sensor type can perform multiple detection tasks.

The patent applies local quality by placing specific sensor types at critical locations where they provide maximum detection value. For example, movement sensors are positioned at transfer points where pharmaceuticals move between containers, weight sensors are placed at critical weighing points, and vibration sensors are installed at base levels to detect dropped items. This targeted approach ensures high reliability at cost-effective locations rather than uniformly distributing all sensor types throughout the entire system.

The system monitors multiple parameters (movement, weight, optical properties, vibration, sound, vacuum levels) to comprehensively detect dispensing errors. By changing the type of measurement parameter rather than simply adding more sensors of the same type, the system achieves high reliability through multi-parameter monitoring while controlling manufacturing costs. Different parameters can be detected by relatively simple sensor types, and combining these parameter measurements provides comprehensive error detection capability.