Abstract: A container conveying and elevating apparatus conveys relatively shallow containers having a relatively large diameter, such as aluminum can cup bodies, in banks, or en masse, that is, in multiple rows, along a generally horizontal feed-in conveyor to the front or imput side of a vertically extending elevator housing and onto the bottom run of a generally vertically extending elevator conveyor which is arranged in the housing. The elevator conveyor embodies multiple rows of generally horizontally or longitudinally and transversely extending spaced flexible container-conveying and supporting finger members which are adapted to project into the interiors of, or otherwise engage, the containers as they are fed by the feed-in conveyor to the bottom horizontal run of the elevator conveyor.

Abstract: A feed-in can conveyor receives a bank of multiple rows of cans from a first work station, such as a can washing apparatus, and conveys them in inverted position, that is, with the open ends of the cans facing down and the closed bottom ends facing up, under a perforated endless can-carrying and can-uprighting conveyor belt which works over the peripheral surface of a rotary foraminous metal cylinder or drum.

Abstract: A flexible coated wire cable conveyor structure which includes one or more flexible wire cables coated with a flexible plastic resinous cable-coating material, such as nylon, and novel means for attaching the conveyor flights to and supporting them on the flexible coated wire cable or cables including flight-attaching and supporting members integrally united, as by molding or heat-bonding to the flexible plastic resinous cable-coating material on the flexible coated wire cable or cables and for attaching the conveyor flights to and supporting them on the flexible coated wire cable or cables. In a preferred embodiment thereof, the invention includes means for detachably latching the conveyor flights to the flight-attaching and supporting members.