Shipping Container Pool Assembly Using Reversible Clamp Joints

The patent replaces the welding process (thermal/chemical joining) with a mechanical fastening system using clamps and bolts. The clamps apply compressive force to press the container walls together, while bolts provide tensile force to secure the joint, eliminating the need for on-site welding operations and associated safety hazards.

The patent introduces intermediate joining components (clamps and bolts) that mediate the connection between containers. These intermediaries transfer and distribute forces across the joint, providing reliable structural connection without requiring direct welding between container walls, thus improving safety while maintaining strength.

The patent substitutes complex welding procedures with simpler mechanical assembly operations. The clamps and bolts are designed for straightforward installation without requiring specialized welding equipment, skilled welders, or complex preparation steps, thereby reducing construction complexity while achieving reliable joints.

The patent segments the joining function into separate, standardized components (clamps and bolts) that can be independently manufactured and assembled. This modular approach simplifies the overall construction process compared to monolithic welding operations, allowing for easier assembly, disassembly, and replacement of individual components.

The patent divides the pool structure into multiple separable container units that can be joined together in various configurations. This segmentation maintains the simplicity of using standard container modules while enabling diverse pool designs through different arrangements (side-by-side, end-to-end, stacked), thus achieving both construction simplicity and design versatility.

The patent employs universal joining components (clamps and bolts) that can connect containers in multiple orientations and configurations. These standardized interfaces allow the same basic components to serve various design requirements, enabling adaptability without increasing construction complexity.

The patent creates a dynamic joining system where the connection between containers can be adjusted or reversed as needed. The mechanical fasteners allow for controlled assembly and disassembly while maintaining stable connections during use, enabling the structure to transition between stable and reconfigurable states unlike permanent welding joints.

The patent incorporates preliminary design features in the joining components that enable easy assembly and disassembly. The clamps and bolts are pre-configured with appropriate threading, spacing, and engagement mechanisms that provide stable connections during operation while allowing for straightforward reversal when needed, balancing stability with adaptability.