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Grounding of a Removable Battery Subassembly of an Electronic Device

발명심사 중
1조회수
13청구항 · 1 독립항
§ Ⅰ

개요

발명자

Michael J. Lombardi; Joseph Allore; Pei Li; Shen-Fu Tzeng

IPC 분류

H4M 1/2H1M 50/247H1M 50/262H1Q 1/22

CPC 분류

H4M1/262H1M50/247H1M50/262H1Q1/22H4M1/266H1M2220/30

This document describes systems and techniques directed at grounding of a removable battery subassembly of an electronic device. In aspects, a battery is attached to a battery chassis, forming a battery subassembly. The battery chassis mechanically and removably interlocks with a mechanical frame of an electronic device. The mechanical frame includes one or more ground contacts, each disposed proximate to an antenna integrated with the mechanical frame. The ground contacts provide grounding paths for the antennas to the battery chassis, which acts as a system ground. One or more additional ground contacts are disposed between the mechanical frame and a display of the electronic device. A combination of the ground contacts and the additional ground contacts provide another grounding path for the display to the battery chassis via the mechanical frame. These grounding techniques effectively mitigate the impact of lossy resonance on antenna performance.

원문 (중국어)

This document describes systems and techniques directed at grounding of a removable battery subassembly of an electronic device. In aspects, a battery is attached to a battery chassis, forming a battery subassembly. The battery chassis mechanically and removably interlocks with a mechanical frame of an electronic device. The mechanical frame includes one or more ground contacts, each disposed proximate to an antenna integrated with the mechanical frame. The ground contacts provide grounding paths for the antennas to the battery chassis, which acts as a system ground. One or more additional ground contacts are disposed between the mechanical frame and a display of the electronic device. A combination of the ground contacts and the additional ground contacts provide another grounding path for the display to the battery chassis via the mechanical frame. These grounding techniques effectively mitigate the impact of lossy resonance on antenna performance.