Battery Pack Latch Mechanism With Sloped Actuator

The latch mechanism is integrated into the battery pack housing structure, combining the security function with the existing housing rather than adding a separate complex assembly. The actuator and latch member are incorporated into the housing walls, merging multiple functions into a unified structure that provides security without proportionally increasing overall device complexity.

The actuator is designed with a self-service mechanism where the user can easily press or manipulate it to engage or disengage the latch. The actuator's design allows intuitive operation without requiring complex sequences or additional tools, enabling the user to securely attach or detach the battery pack through a simple single-action input.

The actuating surface incorporates a gradually decreasing slope, changing the geometric parameter of the surface from flat to inclined. This slope variation provides mechanical advantage during actuation, reducing the force required by the user while maintaining manufacturability through standard machining or molding processes that can accommodate gradual slope changes.

The biasing mechanism automatically maintains the latch in the engaged position without requiring continuous user intervention. It provides self-service by using spring force or elastic deformation to keep the latch member pressed against the mating surface, ensuring reliable connection while preventing accidental disengagement, all without adding complex control systems.