Lock device based on a mechanically re-programmable disc-type device and key for the same

A cylinder lock device, programmable an infinite number of times, comprising:

• a key including a body having an axially extending portion with a surface including a sequence of indentations, the key comprising a mechanism having a moving member movable with respect to the body of the key;
• a rotor including a body,
• a stator including a body having a cavity for housing, at least partially, other parts of the cylinder lock device;
• a locking mechanism driven by a rotation of the key between a first “locked” configuration, in which free rotation of the rotor with respect to the stator is prevented, and a second “unlocked” configuration in which the rotor, driven by the rotation of the key, is freely rotatable, the locking mechanism comprising at least one dial member coupleable with at least part of the indentations on the key body, the at least one dial member comprising two sub-components;
• a programming mechanism comprising the two sub-components of the at least one dial member coupleable reciprocally in a plurality of different positions, each of which realizes a different configuration of the at least one dial member that matches a specific type of indentation on the key body to be drivable between a first “coupled” configuration where the two sub-components of the at least one dial member are coupled reciprocally to allow a first one of the two sub-components coupled to the key body to drive a position of a second one of the two sub-components, and a second “decoupled” configuration where the two sub-components can change their position relative to one another to provide a different configuration of the at least one dial member;
• and
• a “programming mode enable” security mechanism comprising a programming mode enable disk engageable with and drivable only through the moving member and that allows activation of the programming mechanism only when, at the same time, the “programming mode enable” security mechanism is driven by the moving member of the key and the locking mechanism is in the “unlocked” configuration.