Window Frame Center Bar Insulation and Glass Support Structure

The patent employs composite materials by combining aluminum metal outer cap with synthetic resin inner cap and glass support insulation brackets. The synthetic resin material provides both thermal insulation properties and sufficient structural strength to maintain glass panel fixing stability, thereby resolving the contradiction between thermal insulation performance and structural strength when the aluminum cap does not extend to the overlapping portion.

The patent applies local quality by providing different materials at different locations: the aluminum metal outer cap is used where structural strength is critical, while the synthetic resin inner cap is used at the overlapping portion where thermal insulation is prioritized. The glass support insulation brackets are strategically positioned to provide localized reinforcement, allowing the system to achieve both thermal insulation performance and glass panel fixing stability in different regions.

The patent uses composite materials consisting of synthetic resin inner cap and glass support insulation brackets to achieve adequate thermal insulation performance in the narrow 40 mm chassis width. The combination of insulating materials compensates for the reduced thickness, maintaining thermal insulation performance while enabling wide openness and aesthetic design.

The patent changes material parameters by selecting synthetic resin with specific insulating properties and designing the glass support insulation brackets with optimized geometry. These parameter changes allow the narrow chassis to achieve sufficient thermal insulation performance despite the reduced width, thereby maintaining both openness and energy efficiency.

The patent employs composite materials by combining soft glass support insulation brackets with synthetic resin inner cap. This combination maintains the thermal insulation benefits of soft materials while the synthetic resin provides the necessary structural support and resistance to wind pressure, preventing excessive deformation and ensuring reliability under strong wind conditions.

The patent applies beforehand cushioning by designing the glass support insulation brackets with soft material to absorb and cushion wind pressure loads before they can cause damage. The brackets are pre-configured to deform elastically under wind pressure, protecting the glass panels and overall structure from excessive deformation while maintaining thermal insulation performance.