Integrated Analyte Sensor Layout for Lower Profile Detection

The patent applies curvature by designing the signal output end to bend in an arc shape from the sensor base toward the transmitter. This curved configuration allows the sensor structure to fit within a more compact volume while maintaining the necessary electrical connection path, directly resolving the contradiction between reduced volume and structural simplicity.

The patent utilizes three-dimensional spatial arrangement by bending the signal output end in multiple directions (polyline or arc) rather than extending it in a single straight line. This dimensional approach allows the electrical connection to be achieved within a compact footprint, reducing the overall volume of the detection system without oversimplifying the structural design.

The patent employs elastic conductive members that can dynamically deform and recover. These members are designed to flexibly accommodate external forces such as bumps or catching events, allowing the compact device to maintain its detection function even when subjected to mechanical disturbances, thus improving reliability without sacrificing compactness.

The elastic conductive members serve as a cushioning mechanism that anticipates and absorbs mechanical shocks before they can disrupt the detection process. By incorporating this protective element in advance, the device maintains detection continuity even when subjected to unexpected external forces, resolving the contradiction between compactness and reliability.

The signal output end is designed with an arc-shaped bending configuration that embeds it into the sensor base while maintaining the electrical connection path. This curved geometry reduces the overall height of the sensor structure without requiring complex wiring arrangements, as the conductive path follows the natural bend of the signal output end.

The patent utilizes flexible conductive members that can be bent and deformed to accommodate the embedded configuration of the signal output end. These flexible elements maintain electrical connectivity even when compressed or bent at angles, enabling the height reduction while avoiding the need for rigid and complex electrical connection structures.

The patent employs flexible conductive members with simple geometric configurations (such as bent wires or flexible traces) that provide vertical conductivity while accommodating deformations. These members maintain electrical connection stability through their inherent flexibility without requiring complex multi-layer or multi-component structures, thus improving reliability with minimal increase in device complexity.

The elastic conductive members are designed with specific material parameters (such as elasticity modulus, conductivity, and dimensional tolerances) that enable them to maintain stable electrical connection under various deformation conditions. By optimizing these parameters, the patent achieves reliable vertical conductivity without needing complex structural arrangements, resolving the contradiction between connection stability and structural simplicity.