BYD

Last updated February 1, 2026

720

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Multilayered capacitive smart surface architecture: BYDRecent Research Landscape

Standard decorative surfaces lack integrated HMI functionality, leading to bulky mechanical interfaces and increased assembly complexity. This architecture embeds sensing and circuitry directly into structural layers to streamline vehicle interior design.

What technical problems is BYD addressing in Multilayered capacitive smart surface architecture?

Surface aesthetic degradation

(61)evidences

External housing components suffer from visual wear and structural delamination under environmental stress. Preventing these failure modes maintains the integrity of the user interface and device longevity.

Optical and structural delamination

(20)evidences

Conventional electronic housings and glass components suffer from poor aesthetic and functional cohesion between layers. Resolving this allows for seamless embedding of interactive displays within durable structural materials.

Structural integration failure

(6)evidences

Conventional electronic housings suffer from material delamination and aesthetic degradation when integrating capacitive layers. Resolving these structural weaknesses ensures durable multi-functional surfaces in high-wear environments like vehicles.