Electric Awning Louver Sag Prevention via Segmented Frame Design

The patent divides the louver into multiple segments with louver sections connected by articulation points. This segmentation allows each section to support less weight independently, preventing midsection sagging and deformation while maintaining the ability to achieve long overall coverage when extended.

The patent employs composite structural design combining louver sections, securing members, and driving structures with different mechanical properties. This composite approach enhances overall structural strength and rigidity to prevent deformation in long louvers while maintaining operational flexibility.

The patent merges the louver securing function with the driving structure by integrating securing members that simultaneously perform both attachment and actuation functions. This combination ensures reliable attachment while maintaining operational simplicity through unified structural elements.

The patent introduces intermediate connecting elements such as articulation pivots and securing members that act as mediators between the louver sections and the supporting structure. These intermediaries distribute mechanical loads and provide multiple attachment points, enhancing reliability while preserving assembly simplicity.

The patent implements self-service mechanisms where the louver structure utilizes its own weight and integrated securing members to automatically position and secure itself during operation. This reduces the need for complex external control mechanisms while maintaining operational convenience through automated positioning.

The patent replaces complex manual mechanical control systems with simplified actuation mechanisms that use electrical motors and control devices. This substitution maintains ease of operation through remote or automated control while reducing mechanical complexity by eliminating intricate linkages and manual adjustment mechanisms.