Vacuum Glass Panel Mounting Structure for Vehicle Thermal Insulation

The patent extracts the interlayer material from between the glass panes and replaces it with an evacuated space. By removing the insulating material and creating a vacuum, the patent achieves thermal insulation without the complexity of sandwiching multiple layers together, thus resolving the contradiction between improved insulation and reduced structural complexity

The patent creates an evacuated space (vacuum) between the glass panes to provide thermal insulation. The vacuum acts as an inert environment that prevents heat transfer through conduction and convection, achieving excellent thermal insulation properties while maintaining a simple two-pane glass structure that is easier to mount

The patent applies curvature to both glass panes before assembly in advance. By pre-curving the glass panes to match the desired vehicle contour, the patent ensures that when the panes are assembled with the evacuated space, they already fit the required shape. This preliminary action maintains manufacturing precision while achieving the necessary adaptability to vehicle contours

The patent creates asymmetric curvature between the first and second glass panes, where each pane is curved to a different degree or in a different direction. This asymmetric design allows both panes to work together to achieve the complex three-dimensional contour required for vehicle integration, while each individual pane can be manufactured with standard curving precision