Abstract: An array of non-contact proximity sensors are mounted on the front bumper of the loading bridge to be in opposition to the airplane. The proximity sensors are interconnected to circuitry, and the approach speed of the gangway to the airplane is reduced automatically as it nears the airplane. The sensors and circuitry sense angular misalignment of the gangway with the airplane and selectively and automatically control its position relative to the airplane.

Abstract: A weatherproof and fireproof loading bridge canopy is provided having an exterior cover disposes over an expandable frame and a wall structure having at least one layer of an aluminum coated fiberglass fabric disposed on the ceiling and sides of the interior of the frame. The loading bridge has good longevity and the interiorly disposed fiberglass layer which is fireproof is easily removed for replacement as needed.

Abstract: A source computer program for generating object computer programs, referred to as test program sets, for use in operating a particular automatic test equipment unit (ATE). The ATE is useable for testing a variety of electrical equipment type units each of which is referred to with relation to said ATE as a unit under test (UUT). The source program involves (1) having a test engineer, who designs the individual tests, enter the tests graphically at a work station, (2) verifying the match between the entered test design, the ATE capabilities and the UUT description, and (3) having an automatic way of generating a test program for a test program set from the stored semantic content of the graphically entered test design.

Abstract: A depositor is provided for the feeding or distribution of particulate food pieces, as for example, raisins, nutmeats, etc. The depositor includes a pair of superposed screws positioned in a hopper over an outlet screen member. By oscillating rotational movement of the screws, the particulates are fed from the hopper through the screen onto a dough sheet or the like under the depositor.

Abstract: The invention is directed to a pyrophoric flare comprising a normally closed container containing a pyrophoric substance. A perforated cylinder may be immersed in the pyrophoric substance to meter the flow of the pyrophoric substance into the atmosphere. The container is configured to completely or partially fragment when activated to release the pyrophoric substance into the atmosphere.