Electronic lock assembly

An electronic lock comprising:

• an exterior housing defining a cavity;
• a lock core including a core spindle releasably coupled to a core shell, the lock core received within the cavity of the exterior housing, the core spindle and the core shell defining a key opening, the core spindle rotatable within the core shell upon insertion of an authorized physical key into the key opening;
• an interior lock housing received within the cavity of the exterior housing, the interior core housing defining a cylindrical cavity receiving the lock core, the interior lock housing coupled to the core shell such that rotation of the interior lock housing causes rotation of the lock core within the exterior housing;
• a bolt coupled to the core spindle and movable between a locked position and an unlocked position upon rotation of the core spindle;
• a knob secured to the interior lock housing, the knob being manually rotatable to rotate the interior lock housing and the lock core within the exterior housing;
• and
• an arming mechanism including an arming member, the arming member movable between an armed position and a disarmed position, wherein in the armed position, the arming member is engaged with the interior lock housing to prevent movement of the interior lock housing in relation to the exterior housing;
• wherein the core spindle is rotatable to move the bolt between the locked position and the unlocked position by rotating the core spindle in relation to the core shell using the authorized physical key or by rotating the knob to rotate the interior lock housing and the lock core without using the authorized physical key.

An electronic lock comprising:

• an exterior housing defining a cavity;
• an interior lock housing received within the cavity of the exterior housing, the interior core housing defining a cavity;
• a lock core releasably supported within the cavity of the interior lock housing, the lock core coupled to the interior lock housing such that movement of the interior lock housing causes movement of the lock core within the exterior housing;
• a main driver coupled to the lock core;
• a knob secured to the interior lock housing, the knob manually movable to move the interior lock housing and the lock core within the exterior housing;
• and
• an arming mechanism including an arming member, the arming member initiated wirelessly to move between an armed position and a disarmed position, wherein in the armed position, the arming member is engaged with the interior lock housing to prevent movement of the interior lock housing in relation to the exterior housing.