Abstract: In a rotation input device, a planetary carrier, connected to an operation knob, rotatably supports a planetary gear which meshes with an outer teeth row provided for a sun gear, to which an output shaft is secured, and also meshes with an inner teeth row provided for an outer gear. A plunger provided for the sun gear is in elastic contact with a recess cam provided for the outer gear. A solenoid unit prevents rotation of the outer gear in accordance with an output of a magnetic sensor which faces a magnet provided for the output shaft.

Abstract: A coin bank with time-release lock including a housing having an openable upper end. The openable upper end, when opened, exposes a hollow interior of the housing. The hollow interior of the housing is dimensioned for holding a quantity of money therein. The openable upper end has an opening therein allowing money to be inserted into the hollow interior therethrough. A locking system is disposed within the housing. The locking system is in communication with the openable upper end. The locking system includes a first display, a second display, and a control panel. The first display and the second display are programmable by the control panel. The first display shows a current date. The second display shows a future date. The locking system opens the openable upper end once the future date and the current date correlate.

Abstract: A drive device for locking a conditionally opening lock, including a motor means (MT) comprising a drive element (36) having an axis of rotation (X1), a transmission arm (26) mounted about an axis of rotation (X2) distinct from the axis (X1), a locking block (PVI) connected mechanically to the arm (26) and adapted to occupy an active position (P1), to oppose the displacement of a bar, and an inactive position (P2) allowing displacement thereof, and elastic means (48) for putting the locking block (PVI) under bias, when the block's displacement is impeded by the bar, wherein the elastic means (48) are arranged between the drive element (36) and the transmission arm (26), these elastic means (48) being in direct driving contact with a coupling surface (54) of the transmission arm (26).

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: A door lock having a first member rigidly affixed adjacent a door and having a second member slidably coupled to the first member for slidably advancing the second member in a first direction into a locked position overlying the door. A latch member is carried by the second member for slidable advance of the latch member in a second direction so as to releasably mate the latch member within a latch aperture on the first member, thereby locking the second member in the locked position. A timer is carried by the seond member for withdrawing the latch member from the latch aperature upon expiry of a pre-determined time interval thereby allowing the slidable withdrawal of the second member from the locked position into an open position away from the door.

Abstract: An electronic lock includes a bolt having a fully extended position when a door is closed and a partially extended position when the door is open. The lockset is selectively placed in a locked state when the bolt is in its fully extended position. A switch is responsive to the position of the bolt and has a first operating position when the bolt is fully extended and a second operating position when the bolt is partially extended. A processor is responsive to the switch for preventing the selective locking of the bolt when the bolt is partially extended.

Abstract: The time release lock has three lock positions; open, a first locked position without time delay and a second locked position with time delay. The lock has a tongue which is withdrawn in the open position, extended to a certain extent in the first locked position and extended to a further extent in the second locked position. The lock can only be moved from the second locked position to the first locked position under influence of a timer.

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 two movement time lock for bank vault doors and the like including a lock case for enclosing the timer units and a cover having transparent portions through which the dials of the timer units can be viewed. A pivoted integral locking lever of generally inverted distorted "T" shaped configuration has a pair of oppositely extending foot formations to be engaged and moved by trip formations of the timer units and a spring biased lever is interlinked with the locking lever above the pivot for normally positioning the locking lever at a cocked position when timer unit dials are displaced from the zero position.

Abstract: A time lock for bank vault doors and the like having timer units of the settable dial type, a bolt controlling plunger for locking and releasing a snubber bar blocking bolt mechanism, the timer units having a release pin for releasing the blocking bolt mechanism from said locking position when the dial reaches zero time position, and a shock-resistant plunger latching mechanism which will oppose by a sufficiently high counterforce the dynamic opening forces resulting from relative movements between the timing unit release pins and the locking system during shocks, but which will not oppose by any additional counterforce the normal opening forces from the release pin during normal operation in the absence of shocks, by introducing a gear train between the locking device and a relatively small mass to increase the virtual inertia of the system, introducing what appears to be a very high mass at the input of the locking device, and providing an elastic link between the input and the mass enabling the system to a

Abstract: A timelock device comprising a mounting plate fixed at a location where the device is to be used, and a separate housing provided with a channel defining a passageway for the locking bolt of a door vault lock. The housing carries a locking pin, a timer and a mechanism operable by the timer means for moving the locking pin through the channel. Fastening means are used for detachably connecting the housing to the mounting plate. This device is particularly interesting since it allows for easy and accurate replacing of the operational parts of the device by replacement parts when the operational parts must be serviced.

Abstract: The invention disclosed in the application is a time lock for bank vault doors and the like having a plurality of timer units of the settable dial type with a clockwork mechanism which includes a slip clutch in the gear train which permits the main winding stem to be rotated in an unwinding direction to move the dial in a descending time direction if it has been overdriven to a higher time setting than desired, and which includes a kicker arm mechanism to be abruptly kicked by spring force against a carrier assembly for the time lock unit to shift the carrier to release position when the dial reaches zero time.

Abstract: A time lock for bank vault doors and the like having timer units of the settable dial type, a carrier assembly transversely movable in the housing between a locking position and a release position for locking and releasing a snubber bar blocking mechanism, the timer units having an actuator for engaging and moving the carrier assembly from said locking position to said release position when the dial reaches zero time position. The carrier assembly includes two relatively movable plates having abutment formations to be engaged by each actuator, the abutment formations of one plate extending a short distance ahead of the abutment formations of the other to be first engaged by the actuator and first move the one plate, and a pivoted deadbolt latch lever resiliently biased against a stationary stop for holding the carrier assembly against movement from said locking position and movable out of engagement with said stop upon movement of the one plate by the actuator.

Abstract: A cigarette case provided with a timer to prevent opening of the case except after a predetermined interval of time. A manually settable timer is secured to one side of the case and a lid flap having a clasp overlie said side. The timer is provided with a dial for setting the same and said dial is formed with a slot so that the case may be opened in only one position of the timer.

Abstract: A timer is attached to a cigarette container to permit opening only after a preset time by mounting on the container wall with a rotary timing member presenting after the elapsed time a notch to release a container locking member for opening the container.

Abstract: Improvements in time locks for use in safes, vaults, or the like wherein the lock includes a clockwork mechanism which can be preset to a time until which the safe or vault cannot be opened. The improvements include improved means for bypassing the clockwork mechanism should one be locked inside the safe or vault on which the lock is installed. An improved simplified housing is provided for the time lock so that the entire lock need not be disassembled if there is a malfunction of the clockwork mechanism. Improved viewing means for the time lock are provided so that the face of the clockwork mechanism can be viewed from a convenient location above and at an angle to the face of the clockwork mechanism. An anti-tampering mechanism prevents the locking bolt from being released even if the device in which the lock is installed is dropped or vibrated. Finally, various other improvements are presented in other parts of the lock, such as the release lever assembly for releasing the locking bolt.