Battery Rack Frame Structure With Cable Support for Mid-Bracket Stability

The patent removes the traditional upright posts from the middle position of the bracket and replaces them with a cable-based support system. The cable is anchored to the supporting frame and extends through the through hole in the middle of the bracket, providing support without occupying physical space in the middle position. This extraction of the solid upright post structure resolves the contradiction by eliminating the space occupation while maintaining support function.

The patent replaces the mechanical upright post support system with a cable-based tension support system. Instead of using rigid vertical posts that occupy space, the invention uses cables that can be routed through the bracket's through hole and anchored to the supporting frame, providing structural support through tension rather than compression, thus improving space utilization while maintaining strength.

The patent extracts the heavy upright post elements from the bracket support structure and replaces them with lighter cable components. The cable system, when anchored to the supporting frame, provides the necessary support function with significantly reduced weight compared to solid upright posts, thus resolving the contradiction between strength and weight.

The patent employs a flexible cable instead of rigid upright posts to support the bracket. The cable can be routed through the through hole in the bracket middle position and anchored to the supporting frame, providing support with minimal weight. This use of a flexible thin element (cable) instead of a bulky rigid element (upright post) resolves the weight-strength contradiction.

The patent introduces a cable as an intermediary element that connects the bracket middle position to the supporting frame. The cable passes through the through hole in the bracket and is anchored to the supporting frame, acting as a mediator that provides support without requiring physical presence in the middle position. This intermediary cable ensures bracket stability while maintaining high space utilization rate.

The patent substitutes the traditional mechanical upright post support system with a cable-based tension system. The cable, when anchored to the supporting frame, provides the necessary support function through tension forces, replacing the compression-based upright post system. This substitution maintains bracket reliability while improving space utilization by eliminating the need for middle-position support structures.