Magnetic Closure Parts With Rotational Release Locking

The patent replaces traditional mechanical locking systems with a magnetic field-based locking mechanism. The magnetic attraction force provides the connection strength, while the locking element with engagement portion maintains the fixed connection. For release, a release element is introduced that interacts with the locking element to disengage it from the engagement portion, overcoming the magnetic attraction without requiring direct mechanical force against the magnetic bond.

The release element serves as an intermediary between the user and the magnetic locking system. Instead of directly overcoming the magnetic attraction, the user operates the release element, which then acts on the locking element to disengage it from the engagement portion. This intermediary mechanism simplifies the operation of separating the closure parts by providing a mechanical advantage or force multiplication that overcomes the magnetic bond.

The patent combines multiple functions into integrated components. The locking element serves both as a structural component providing the fixed connection and as a magnetic component interacting with the magnetic field. The release element is integrated into the closure part structure, and the engagement portion is formed as part of the closure part geometry rather than as a separate component. This merging reduces the number of discrete parts while maintaining connection reliability.

The closure parts are designed with multi-functionality. The magnetic installations serve both to attract the closure parts together for closing and to hold the locking element in its engaged position. The locking element itself serves multiple purposes: providing structural support, enabling magnetic interaction, and creating the mechanical lock with the engagement portion. This multi-functionality reduces the need for additional specialized components.