Abstract: The present invention relates to an integral supply cap for bottles and the like by which a desired or regulated quantity of a liquid, semi-liquid or viscous product may be dispensed through an internal dispensing orifice. The dispensing orifice is opened by first rotating the cap with an upward movement thus permitting the contained product to exit the bottle and the dispensing orifice is closed and the bottle sealed when the cap is moved in the opposite direction.

Abstract: The present invention relates to an integral supply cap for dispensing liquid, semi-liquid or viscous products in which a tamperproof detachable section is provided, such that when the tamperproof section is detached, a dispensing orifice is formed.

Abstract: A dispenser for adhesives and other materials in stick-like form has a main body portion within which a carrier member is threadedly received, and has a closure cap, which, when removed from the main body portion is usable as a drive member for advancing or retracting the carrier member and the material in stick-like form carried thereby.

Abstract: An integrally formed plastic carrier for supporting a plurality of containers by their necks and shoulders, separately and independently of each other, includes a flat plate having a plurality of circular apertures for receiving a container by the shoulder. Each aperture includes an upwardly extending circular wall and a series of bands which connect with a smaller upper ring. A plurality of container supporting tabs project upwards from the upper ring in order to retain each container by its neck.

Abstract: A plurality of transfer conveyors are arranged at right angles to and spaced along a main conveyor for transferring selected sheets from said main conveyor and either dropping them in a reject bin or stacking them in separate piles depending upon the size of the sheets. The transfer conveyors overlie the main conveyor and operate to pick up sheets from the main conveyor by Bernoulli's principle and permit them to slide by gravity to the reject bin while supported in non-contacting relation by the nozzles. The nozzles are selectively actuated in groups to achieve the pickup and reject functions. Sheets not rejected leave the lower end of the transfer conveyor and fly free to the stack receiver which is positioned in line with the conveyor and spaced outwardly therefrom.

Abstract: A plurality of transfer conveyors are arranged at right angles to and spaced along a main conveyor for transferring selected sheets from said main conveyor and either dropping them in a reject bin or stacking them in separate piles depending upon the size of the sheets. The transfer conveyors overlie the main conveyor and operate to pick up sheets from the main conveyor by Bernoulli's principle and permit them to slide by gravity to the stacking or reject means while supported in non-contacting relation by the nozzles. The nozzles are selectively actuated in groups to achieve the pickup, reject and stacking functions.