Abstract: A durable advertising medium comprising a carrier body made in the form of a conventional six-pack or four-pack beverage carrier, the carrier body having a plurality of sections of appropriate dimensions for snugly holding a beverage container, the majority of the carrier body made of plastic, metal, glass, or wood, or a combination thereof, the carrier body having an advertisement applied to it. The advertisement may be for a beverage, such as a beer or soft drink, or for an eating or drinking establishment. The carrier body includes a container portion having a base, a handle portion above the container portion, and a slot in the base of the container portion for receiving the handle portion of another carrier body whereby a plurality of similar carrier bodies may be compactly stacked.

Abstract: A pair of universal mounting brackets for a stub idler assembly accommodates an attachment of the stub idler assembly to either an upper or a lower face of the conveyor support structure, accommodates a wide range of linear adjustment of the stud idler bearing block with respect to the bracket and the conveyor structure and permits variable angular adjustment of the stub idler through an industry standard range of 5° downwardly from the horizontal.

Abstract: A conduit bending level device to be attached to the front end of a conduit to maintain the vertical plane of the conduit through a series of bends including a spring yoke to slide and hold over the end of the conduit on the top with a slot to allow marking of the position, a level vial held away from the end of the conduit and a pivoting horizontal hinge to allow the vial to be moved upwardly or downwardly in a vertical direction.

Abstract: The Ships Navigation Aircraft Inertial Alignment System (SNAIAS) Digital t Set checks-out the data link navigation messages between the shipboard navigation system and the aircraft inertial alignment system. The test set monitors alignment and waypoint data, and provides a go/no-go indication of the adequacy of the data. The set receives transmitted UHF data by means of a receiver, or hardwired data from the Alignment Outlet Boxes (AOB) via a cable connector. SNAIAS can also monitor data at other hardwired points along the data distribution path. The test set monitors either the AOB data, the RF data, or sequentially monitors each. The set can generate its own data, inject it into the data path, and monitor the system outputs.