Ergonomic workstation

The workstation implements dynamic movement patterns that adapt to different working positions. The motor-driven working surface executes different movement sequences depending on whether the user is sitting or standing: for sitting position, the surface moves downward-forward then upward-backward; for standing position, it moves forward-downward then backward-upward. This dynamic adaptation resolves the contradiction by providing position-specific movement patterns that improve blood circulation while accommodating versatility.

The system changes movement parameters (direction, sequence, amplitude) based on the detected working position. When transitioning from sitting to standing, the control unit modifies the movement pattern parameters accordingly. This parameter adaptation allows the same motor-driven mechanism to serve both sitting and standing users effectively, resolving the adaptability limitation.

A single motor-driven mechanism performs multiple functions by executing different movement patterns based on the working position. The same motor unit provides both sitting-adapted movements (downward-forward, upward-backward) and standing-adapted movements (forward-downward, backward-upward), eliminating the need for separate motors for each position. This multi-functionality approach improves user comfort while controlling device complexity.

The control unit receives feedback about the working position (sitting or standing) and automatically selects the appropriate movement pattern. This feedback mechanism simplifies operation for the user while managing system complexity through automated position-based control logic, rather than requiring manual intervention or complex mechanical switches.

The movement pattern dynamically adapts to the vertical level of the working surface. When the workstation is in sitting height, the surface executes downward-forward then upward-backward movements; when raised to standing height, it executes forward-downward then backward-upward movements. This dynamic adaptation ensures optimal movement patterns for each vertical level, resolving the contradiction between reducing static discomfort and optimizing for different heights.

The system changes movement parameters (sequence, direction) based on the vertical level of the working surface. The control unit detects whether the surface is at sitting or standing height and adjusts the reciprocating movement pattern accordingly. This parameter change approach maintains the beneficial continuous movement effect while optimizing for the specific vertical level being used.