Abstract: A programmable activation system for the timed locking/unlocking of a security installation includes at least one activation module (10a, 10b) for unlocking an opening element (4) and apparatus for controlling the module to program a time value corresponding to the precise moment where the activation module (10a, 10b) will cause the unlocking of the opening element. The control apparatus includes at least one remote control element (30) constituting a mobile detachable or detached part from the activation module (10a, 10b) which constitutes a fixed part of the installation, these parts including communicating interfaces for the transmission of information, one of the two parts, mobile or fixed, including at least its own exclusive and unique identification code (IDC, IDD), which is transmitted to the other part and memories therein by memories (54, 56) arranged for systematically supplying a traceability of the programming in association with the identification code.

Abstract: The mechanism comprises a bar (8) slidably mounted in a channel (18) which can be obstructed by a sliding member (11) of an electromechanical latching unit in accordance with a preset time-schedule.The device described enables the time ban to be lifted by means of two pivotal elements (43, 52) that are normally not coupled to one another, one of them being positionable in the path of travel of the bar (8) of the mechanism so as to be actuated thereby when the mechanism is moved in an opening direction. The two pivotal elements are associated with transmission means (50, 57) which are actuated when a breakdown is detected in order to lock the two pivotal elements together. The electromechanical latching unit can then be made inoperative manually by actuating the mechanism of the locking system in an opening direction.

Abstract: A time lock, for example for high security locks of safes or strong rooms, comprises at least one spring-driven timing device coupled to a first regulator (35) via a wheel-train (34). One of the wheels (39) of this wheel-train is equipped with a differential mechanism which forms switching means enabling the wheel-train to be coupled to a second regulator (50) comprising a flanged disk (55). Hence, by controlling the switching means, the speed of running of the timing device may be set so as to be able to abruptly free the residual energy of the spring (22a) when the fixed time setting has elapsed. This provides a better determination of the precise instant when the lock is unlocked.

Abstract: In this arrangement the lock may be operated only if a bolt is withdrawn. Such bolt is driven by a motor controlled by a micro-processor associated with a memory in which time slots for removal of the ban on lock operation are stored. These time slots are constantly compared with the time of day by the micro-processor which removes the ban by controlling the motor only if the time of day is within a time slot. Blocking intervals having precedence over the time slots may intervene so as to prevent removal of the ban during such intervals. A keyboard following checking of an authorizing code permits eventual modification of the time slots and the blocking intervals. The arrangement finds use for safes and other protected enclosures.

Abstract: A card guideway frame is movable in the width direction of a card to select the column in which a hole is to be punched and the card insertion depth is variable to determine the spacing between the bottom edge of the card and the hole. The insertion depth is set by a stop passing through the wide aperture of the guideway frame and a carriage resting on a projection of the stop and movable along the length of the guideway frame with the stop carries a pair of guide plates having a narrow slit between them for the card and practically filling the aperture in the frame, so as to constrain the card into a flat shape, correcting any arching and resisting any bending from insertion forces, even though the frame restrains only the extreme edges of the card at the sides of the working area.