Antenna Module with Slit and Connecting Members for Narrow Bezel Broadband

The antenna is divided into multiple conductive members (first conductive member, second conductive member, third conductive member) that are arranged in a specific three-dimensional configuration. Each conductive member serves as a separate radiating element, allowing the antenna to achieve broadband characteristics through the combined effect of multiple segmented elements rather than relying on a single planar structure.

The patent transitions from a two-dimensional planar inverted-F antenna to a three-dimensional configuration by arranging conductive members in multiple layers and orientations. The first conductive member is disposed on a first surface, the second conductive member on a second surface, and the third conductive member connects them, creating a spatial structure that expands the antenna's electromagnetic radiation capabilities across multiple dimensions, thereby achieving broadband performance.

The patent utilizes the third dimension (vertical depth) to arrange antenna elements by disposing conductive members on different surfaces and layers within the terminal body. This three-dimensional arrangement allows the antenna system to fit within the limited space created by narrow bezels while maintaining adequate radiation performance.

The conductive members serve dual functions: they form part of the terminal's external appearance structure and simultaneously function as antenna elements for wireless communication. This multi-functionality allows the antenna to be integrated into the terminal's structural components rather than requiring separate dedicated space.

The patent combines multiple conductive members into a single integrated antenna module where the first, second, and third conductive members work together as a unified broadband antenna system. The conductive members are electrically connected through feeding portions and grounding portions, merging their individual radiation capabilities into a coordinated broadband structure that achieves wide frequency coverage without requiring separate antenna systems for different bands.

The antenna module is designed to support multiple frequency bands and communication standards (LTE, WCDMA, CDMA2000, GSM) through a single multi-element structure. The conductive members are configured to simultaneously support different resonance frequencies, allowing the antenna to function as a universal broadband solution rather than requiring separate specialized antennas for each frequency band.