Sliding Intermediate Frames for Variable Area Covering

The covering device is divided into multiple intermediate frames (at least two) that can slide independently relative to each other along the support frame. Each intermediate frame carries cover elements that can slide within that frame. This segmentation allows independent adjustment of different sections, enabling flexible modification of the protective surface area in both length and width without requiring a completely complex reconfiguration system.

The patent implements dynamic adjustability by allowing intermediate frames to slide along the support frame in longitudinal and/or transverse directions, and by allowing cover elements to slide within intermediate frames. This creates a multi-level sliding mechanism where both the position of intermediate frames and the position of cover elements within them can be varied, enabling continuous adjustment of the protective surface area to adapt to different climatic conditions and spatial requirements.

The covering system is segmented into multiple intermediate frames that can be independently positioned along the support frame. Each intermediate frame can be slid to different positions, and cover elements within each frame can also slide independently. This segmentation allows specific zones to be uncovered by simply sliding the relevant intermediate frame or cover element to an open position, without affecting other sections, thereby achieving zone-specific control with relatively simple individual components.

The patent implements dynamic control at two levels: intermediate frames can slide along the support frame, and cover elements can slide within intermediate frames. This creates a multi-degree-of-freedom system where selective zones can be uncovered by actuating only the necessary sliding components, providing precise control over which areas are covered or uncovered without requiring complex centralized control mechanisms.

The patent divides the covering system into multiple intermediate frames, each carrying one or more cover elements. This segmentation allows each component to be manufactured independently using simpler processes compared to complex adjustable shutters with multiple slats per unit. The modular nature enables standardized production of intermediate frames and cover elements, reducing manufacturing complexity and cost while still providing adaptability through the ability to slide components to different positions for sun protection.

Instead of using complex adjustable shutters with multiple slats that can rotate and adjust individually, the patent achieves climatic adaptation through simpler sliding mechanisms. Cover elements and intermediate frames can be slid to different positions to control the extent of coverage, providing adaptability to sunshine and rain conditions without requiring the complex multi-slat adjustment mechanisms found in traditional adjustable shutters, thereby reducing manufacturing and assembly costs.