Heat-Ray Reflecting Window Glass With Slit Pattern Continuity

The patent applies preliminary action by designing the pattern geometry beforehand to inherently prevent interruption risks. The connection portions are planned in advance with sufficient width and overlapping arrangement, so that even if positioning errors occur during multi-step laser processing, the patterns will still connect reliably without interruptions.

The patent implements beforehand cushioning by creating overlapping regions between adjacent patterns where connection portions extend beyond the minimal required boundaries. This overlapping design acts as a buffer zone that compensates for potential positioning errors during multi-step processing, ensuring continuous pattern coverage even when joints occur between processed regions.

The patent applies local quality by differentiating the geometry of different pattern portions. The connection portions have larger widths and extend in multiple directions compared to the main pattern lines. This local geometric enhancement creates inherent tolerance to positioning errors, reducing the overall manufacturing precision requirements while maintaining connection reliability.

The patent employs asymmetry in the connection portion design, where the connection portions extend not only in the direction of pattern arrangement but also in perpendicular directions with sufficient width. This asymmetric extension creates an overlapping buffer zone that compensates for positioning errors, allowing less stringent control over pattern forming positions while ensuring reliable connections.

The patent applies segmentation by dividing the pattern into two distinct functional elements: simple linear portions for radio-wave transmission and connection portions for ensuring continuity. This segmentation allows the main pattern to remain simple for ease of manufacture, while the connection portions provide the necessary geometric flexibility for various design requirements without complicating the overall manufacturing process.

The patent implements universality by designing connection portions that serve multiple functions simultaneously: they connect adjacent patterns, compensate for positioning errors, and can be configured in various geometries to meet different design requirements. This multi-functional design allows a single pattern formation process to achieve both simplicity and design freedom.