Abstract: An alignment and transport roll made of flexible material has a curved cross section and comprises a ring like thicker outer circumferential part. The outer part of the roll 1 is deflected in an alignment direction, by a variable thickness item to be transported such as a passbook. Upon rotation of the roll or movement of the paper, the item is aligned and transported. The alignment force is generated in the same direction regardless of the direction of movement of the item. Such a roll can also be provided with a supporting structure on one side to avoid alignment in the wrong direction when the roll flips over as happens when the roll is deflected in the wrong direction. The roll and supporting structure, or roll along can be joined in a pair of rollers coacting with each other. A roll or roller pair can be used in any alignment unit. The preferable use is in a passbook printer to align the passbook for printing purposes and for reading the magnetic stripe on the passbook.

Abstract: A ribbon cartridge for an endless ribbon used in high speed printers, with increased reliability due to fewer parts, is constructed from a molded casing which is rectangular in shape into which are formed a post on which a cylindrical porous ink reservoir is mounted, a ribbon protector which isolates the ink reservoir from the ribbon in the stuffer box portion of the cartridge, and a forked bracket for mounting a shaft on which gears are mounted. A combination gear for driving a ribbon into the stuffer box and for re-inking the ribbon is mounted on a post and then rotatably mounted on the bracket formed into the housing and is inked by contact with the ink reservoir. An idler gear is rotatably mounted on a bracket which is pivoted from a socket molded into the socket wall and is spring biased into contact with the drive and transfer gear, which is turned by its extended shaft advance and ink the ribbon. As a result a simplified re-inking arrangement is achieved with the minimum of components.

Abstract: Apparatus and method for logging data corresponding to the motion of a vehicle. Programmable variables in the logger are set when it is connected to a remote indicating device. The logger is then installed in the vehicle and connected to power and motion sensor lines. The logger monitors electrical signals from the motion sensor and determines the relative speed of the vehicle. Information is stored in the memory of the logger for each stop of the vehicle. Such information may include the maximum speed since the last stop, the distance, date, and time the maximum speed occurred, and the distance, date, time, and duration of the stop and any short intermediate stops. The logger contains circuitry for merging together information data groups for each stop in the memory, thereby allowing the longest stops to define the boundaries of the data information groups.