Connector Alignment System Using Beveled Channels

The patent transitions from using guide pins that extend vertically (Z-dimension) to using alignment channels formed by alignment members that guide connectors horizontally (X-Y dimensions). The alignment members define channels that constrain connector movement in the horizontal plane, eliminating the need for vertical guide pins and thus reducing device height while maintaining alignment precision.

The alignment members act as intermediary structures that provide extended alignment guidance through defined channels. These channels guide the connectors along a controlled path, preventing direct contact between misaligned connector pins and pads. The alignment members mediate the alignment process, allowing connectors to be guided into proper alignment over a longer distance without risking damage to the actual connector contacts.

The alignment system is segmented into multiple alignment members (first alignment member, second alignment member, third alignment member) that collectively define alignment channels. Each alignment member contributes to constraining connector movement in specific directions, creating a coordinated system that achieves high precision through distributed guidance rather than a single complex guide pin structure.