Pivoting Assembly Jig for Non-Planar Floor Alignment

The patent applies the dynamics principle by making the beam pivotable rather than fixed. The beam can rotate about a vertical axis to adapt to non-planar floor surfaces, transforming the static jig into a dynamic system that automatically compensates for floor irregularities. This eliminates the need for expensive thick concrete slabs with steel reinforcements while maintaining jig orientation accuracy through active adaptation.

The patent replaces the pneumatic air pad system with a mechanical wheel-based transport system. The wheel assembly with pivotable beam provides a purely mechanical solution for moving the jig across floor surfaces, eliminating the need for compressed air systems, reducing energy consumption, and lowering operational noise while maintaining ease of relocation.

The patent extracts and eliminates the complex dock resting point system with control pads. Instead, the pivotable beam with wheel assembly provides inherent positioning capability through its ability to pivot and self-align on non-planar surfaces. This simplifies the overall device by removing the need for external docking infrastructure while maintaining positioning accuracy.

The patent applies dynamics by enabling the beam to pivot dynamically in response to floor irregularities. When the jig spans multiple slabs with movement or expansion joints, the pivotable beam automatically adjusts its angle to maintain contact with the floor surface, preventing the jig from twisting or losing planarity while accommodating the full span length.