Medical Diagnostic Table Weight-Adaptive Speed Control

The patent implements dynamic speed adjustment of the medical diagnostic table based on real-time weight detection. The control system automatically modifies operating parameters including moving speed according to the detected patient weight, enabling the table to adapt its performance characteristics to match the specific load conditions, thus resolving the contradiction between maintaining high productivity and ensuring patient comfort.

The system changes operational parameters (speed, acceleration, examination mode) based on the detected weight parameter. By establishing a relationship between patient weight and optimal operating parameters, the system automatically selects appropriate speed profiles and examination modes, allowing high-speed operation for lighter patients while providing gentler, more comfortable operation for overweight patients.

The patent replaces complex mechanical measurement systems with electronic weighing sensors and digital control systems. The weighing sensors provide precise weight detection through electrical signals, which are then processed by a control system to automatically adjust operating parameters. This substitution of mechanical systems with electronic and software-based solutions achieves adaptive operation while minimizing the increase in physical device complexity.

The system performs self-adjustment of operating parameters based on automatic weight detection and control algorithm execution. The control system automatically processes the weight signal, determines appropriate operating parameters, and adjusts the table operation without requiring manual intervention or complex operator input, thereby simplifying the user interface and operational complexity.

The system dynamically adjusts the speed profile based on the detected weight category. For overweight patients, the control system implements reduced speed and acceleration parameters during critical movement phases to ensure safety, while potentially optimizing other phases of operation to minimize overall examination time. This dynamic adaptation allows the system to maintain high safety standards without imposing uniform time penalties on all examinations.

The patent applies different speed and acceleration characteristics to different phases of table operation based on local requirements. Critical movement phases involving patient safety are executed at reduced speeds for overweight patients, while other phases may maintain higher efficiency. This localized optimization of operational parameters ensures safety where needed while minimizing overall examination time.