Abstract: A banking system operates to provide vault access responsive to authorizing data read from data bearing records. The system selectively permits authorized individuals to access safety deposit boxes located in an interior area of the vault. An individuals's personal mobile device can wirelessly communicate user identifying data to a data reader of the system. A system data store includes data corresponding to authorized users of the vault. A system computer operates to cause a vault gate lock to electronically change from a locked condition to an unlocked condition in response to the data reader wirelessly receiving from the personal mobile device, user identifying data associated in the system data store with an authorized user of the vault.

Abstract: A banking system operates responsive to data read from data bearing records. The system is suitable for securing the contents in safety deposit boxes. Each safety deposit box includes a door having a key lock. An assembly is installed on the door to limit manual access to the key lock to only individuals authorized to have such access. The assembly includes a body held in a key lock blocking position by a cover lock. A selectively programmable electronic key module is able to change the condition of the cover lock from a locked condition to an unlocked condition. The key lock can be manually accessed when the cover lock is placed in the unlocked condition.

Abstract: A system for use in banking operates responsive to data included in data bearing records. The system is suitable for securing the contents in safety deposit boxes or similar locked receptacles, and selectively permits access to key locks only to individuals who have been determined to be authorized to have such access. Each safety deposit box or other receptacle includes a door (16) with at least one key lock (22, 24) thereon. An assembly (26) is installed on the preexisting door to limit access to a key lock to an authorized person. The assembly includes a body (32) that is held in a blocking position by a cover lock. A selectively programmable data bearing electronic key module (28) is operative to change the condition of a selected cover lock from a latched to an unlatched condition. Electronic key modules are appropriately programmed to enable the particular user access to key locks on a particular safety deposit box, through operation of a customer station (126).

Abstract: A system for use in banking operates responsive to data included in data bearing records. The system is suitable for securing the contents in safety deposit boxes or similar locked receptacles, and selectively permits access to key locks only to individuals who have been determined to be authorized to have such access. Each safety deposit box or other receptacle includes a door (16) with at least one key lock (22, 24) thereon. The assembly includes a body (32) that is held in a blocking position by a cover lock. A selectively programmable data bearing electronic key module (28) is operative to change the condition of a selected cover lock from a latched to an unlatched condition. Electronic key modules are appropriately programmed to enable the particular user access to key locks on a particular safety deposit box, through operation of a customer station (126).

Abstract: A system for use in banking operates responsive to data in data bearing records. The system is suitable for securing the contents in safety deposit boxes or similar locked receptacles, and selectively permits access to key locks only to individuals who have been determined to be authorized to have such access. Each safety deposit box or other receptacle includes a door (16) with at least one key lock (22, 24) thereon. An assembly (26) is installed on the preexisting door to limit access to a key lock to an authorized person. The assembly includes a body (32) that is held in a blocking position by a cover lock. A selectively programmable electronic key module (28) is operative to change the condition of the cover lock from a latched to an unlatched condition.

Abstract: A system for use in banking operates responsive to data included in data bearing records. The system is suitable for securing the contents in safety deposit boxes or similar locked receptacles, and selectively permits access to key locks only to individuals who have been determined to be authorized to have such access. Each safety deposit box or other receptacle includes a door (16) with at least one key lock (22, 24) thereon. The assembly includes a body (32) that is held in a blocking position by a cover lock. A selectively programmable data bearing electronic key module (28) is operative to change the condition of a selected cover lock from a latched to an unlatched condition. Electronic key modules are appropriately programmed to enable the particular user access to key locks on a particular safety deposit box, through operation of a customer station (126).

Abstract: A pneumatic carrier transport system includes a user terminal. A piston of a rodless cylinder can be used to telescopically move a blocking cylinder. The blocking cylinder is vertically displaced to an open position to permit manual access to a carrier received at the terminal. With the blocking cylinder at the open position, a carrier can also be manually placed into the terminal. The blocking cylinder is formed of transparent material to allow a user to view a carrier received at the terminal while the blocking cylinder is in a closed position. The terminal includes control mechanisms on opposite sides to enable two users to operate and access the carrier at the user terminal.

Abstract: A pneumatic transport system including a user terminal at a service provider station having a movable member operably connected with a flexible drive member. The drive member moves within at least one side rail to vertically displace the movable member to permit access to a carrier at the user terminal. The user terminal includes control mechanisms on opposite sides of a base to enable two users to operate and access the carrier at the user terminal.

Abstract: A pneumatic transport system including a user terminal at a service provider station having a movable member operably connected with a flexible drive member. The drive member moves within at least one side rail to vertically displace the movable member to permit access to a carrier at the user terminal. The user terminal includes control mechanisms on opposite sides of a base to enable two users to operate and access the carrier at the user terminal.

Abstract: A pneumatic transfer system (10) includes a service provider station (12) and a customer station (14). A carrier is movable through a transfer conduit (26) between the stations responsive to differential pressure. The transfer conduit (26) comprises tubing (40, 42) fastened together by a clamp apparatus (70). The clamp apparatus includes a band portion (72), a retainer portion (74), and an adjusting device (76). The band portion is able to be tightened by use of the adjusting device. The retainer portion includes tapered walls (92). The clamp apparatus is able to be initially positioned so that portions of tube flanges (44, 46) are disposed within the retainer portion. A resilient seal (100) may also be used. Tightening of the clamp results in the tube flanges being guided toward both longitudinally abutting contact and circumferential alignment. The clamp permits the guiding, aligning, sealing, and retaining of pneumatic tube flanges.

Abstract: A miniature car kite. The device includes an aero-resistant shape, such a disc, airplane, kite or figure; and a semi-rigid tether attached to the shape. In the preferred embodiment, the tether includes a pre-determined length of a semi-rigid material and a mounting platform at one end for mounting the miniature car kite to the tether. A clip for attaching the miniature car kite to the grill of an air vent is attached to the distal end of the tether.

Abstract: Embodiments of the invention include an optical system apparatus and method for modulating the strength of a grating such as a long period grating (LPG) within optical systems and devices by varying the light transmission and loss characteristics of the cladding mode, rather than varying the effective refractive index of the fiber layers. According to embodiments of the invention, the use of a light-scattering or light absorptive material in the cladding of the optical fiber or other optical energy transmission medium causes the cladding to switch between a first state that effectively allows coherent coupling of cladding modes and a second state that effectively prevents coherent coupling of cladding modes.

Abstract: A vehicular headlight position adjusting assembly (100) is provided that has angularly oriented drive and driven gears (4) and (8) that upon rotation in opposite directions cause an elongate adjusting member (14) to traverse in opposite axial directions through a housing (7) where adjusting member (14) is prevented from rotating by cooperation between the side walls of at least one open-ended axial extending groove (26) adapted to receive at least one protrusion (34) that extends radially inwardly from the periphery of an opening (30) in housing (7) through which adjusting member (14) extends.