Female buckling component for magnetic buckling assembly

A female buckling component for a magnetic buckling assembly, the female buckling component comprising:

• an installation chamber having a curved perimeter wall and disposed inside a middle portion of the female buckling component;
• a female magnetic component installed in the installation chamber;
• and
• a female locking portion comprising:
• a plurality of resilient arms;
• and
• a plurality of engaging heads respectively coupled to the plurality of resilient arms, each resilient arm of the plurality of resilient arms driving a corresponding engaging head of the plurality of engaging heads to move when the resilient arm is resiliently deformed, wherein the female locking portion substantially surrounds the curved perimeter of the installation chamber.

A female buckling component for a magnetic buckling assembly, the female buckling component comprising:

• an installation chamber having a curved perimeter wall and disposed inside a middle portion of the female buckling component;
• a female magnetic component installed in the installation chamber;
• a female locking portion substantially surrounding the curved perimeter of the installation chamber;
• and
• at least one operating component movably disposed on the female buckling component and coupled to female locking portion to resiliently deform at least part of the female locking portion so as to disengage the female locking portion from a male locking portion of a male buckling component of the magnetic buckling assembly.

A female buckling component for a magnetic buckling assembly, the female buckling component comprising:

• a buckling body;
• at least one supporting arm connected to two opposite sides of the buckling body;
• a female locking portion disposed in the buckling body and comprising:
• at least two resilient arms;
• and
• at least two engaging heads respectively coupled to the at least two resilient arms, wherein each resilient arm drives a corresponding engaging head to move when the resilient arm is resiliently deformed;
• an outer cover coupled to the buckling body to cover at least the female locking portion disposed in the buckling body;
• an installation chamber formed in a middle portion of the at least one support arm such that the female locking portion substantially surrounds the installation chamber;
• a female magnetic component installed in the installation chamber;
• and
• at least one operating component movably disposed on the female buckling component and coupled to the at least two resilient arms to resiliently deform the at least two resilient arms and thereby move the at least two engaging heads so as to disengage the female locking portion from a male locking portion of a male buckling component of the magnetic buckling assembly.