Dual-Axis Camera Display Hinge to Prevent Tilt and Rubbing

The patent introduces a counterweight mechanism that balances the weight distribution of the display unit. By adding a counterweight component, the tilting effect caused by the display unit's own weight is counteracted, allowing the display unit to remain stable in the closed state while still being openable and closable through the hinge mechanism.

The patent adds a new dimension of stability by introducing a support structure that extends in a direction perpendicular to the hinge axis. This additional dimensional support prevents the display unit from tilting downward on the opposite side of the opening and closing axis, while maintaining the primary opening and closing functionality along the hinge axis.

The patent applies preliminary anti-action by providing a support structure that prevents tilting before the display unit is fully housed. This support structure counteracts the tilting force that would otherwise cause the recess portion to shift relative to the locking claw, ensuring that the recess portion remains in the correct position for proper engagement with the locking claw throughout the housing process.

The patent introduces an intermediary support structure between the display unit and the housing. This intermediary structure serves as a mediator that maintains the correct positional relationship between the recess portion and locking claw while allowing the display unit to be housed. The support structure acts as a buffer that prevents direct contact and potential misalignment between the recess portion and locking claw.

The counterweight mechanism prevents the display unit from tilting downward during opening and closing operations. By balancing the weight distribution, the display unit follows a smoother, more controlled path that reduces contact and friction against the housing wall surfaces, thereby reducing harmful frictional forces during operation.

The support structure acts as an intermediary that guides the display unit's movement during opening and closing. This intermediary structure ensures that the display unit moves along the intended path without directly contacting or rubbing against the housing wall surfaces, thereby reducing friction and wear during operation.

The counterweight mechanism maintains the display unit in a horizontal, aesthetically pleasing position within the housing. By counteracting the tilting force, the display unit remains aligned with the housing surfaces, preserving the appearance quality while still allowing smooth opening and closing operations.

The support structure serves as an intermediary that maintains the display unit's positional alignment within the housing. This intermediary structure ensures that the display unit remains visually aligned with the housing surfaces in the closed state, preserving appearance quality while enabling full opening and closing functionality.