Abstract: The invention is intended for the technological field of data communication between electronic equipment (1-4) forming part of a system of electronic equipment (10). The invention more specifically relates to a method and a system to facilitate, using an identifier having the form of a visual code, the transmission of command data to one of the electronic equipment items of the system, when the electronic equipment that produces the visual code is activated. The transmission of command data intended for one of the equipment items is performed following the reading and decoding of the visual code, for example with another equipment item of the system.

Abstract: A method for calibrating a first image processing apparatus at a first location with a control image processing apparatus at a second location. The method comprises obtaining a plurality of individual exposure levels and plotting them against time creating a deviation history and comparing it to the operating specification for the control image processing apparatus. If the deviation history is within the operating specification, initiate a calibration, if not adjust the exposure levels and then initiate calibration. The calibration comprises preparing a calibration curve of exposure level versus density for a plurality of shipped thermal donors; computing an exposure modification curve by comparing a control thermal receiver to the shipped thermal receivers; transmitting the calibration and then the exposure modification curve to the first image processing apparatus; and adjusting the first image processing apparatus exposure levels to conform to the calibration curve and the exposure modification curve.

Abstract: A stereoscopic imaging apparatus (200) has an illumination source (110) providing polarized illumination beams and at least one uniformizing element (22) for uniformizing first and second illumination beams. A left channel modulation apparatus (220l) modulates the first polarized illumination beam to provide the left eye portion of the stereoscopic image and a right channel modulation apparatus (220r) modulates the second polarized illumination beam to provide the right eye portion. Each channel modulation apparatus has a color separator (78) for separating the polarized illumination beam into at least a first component wavelength illumination and a second component wavelength illumination.

Abstract: A connector for connecting the filaments of a dual filament halogen lamp to a common ground lead includes two provisions for clamping the connector to ends of the first and second filament and a central portion for connection to the common ground in a dual filament halogen lamp.

Abstract: A flexible shielded cable (20). The cable includes an elongate flexible metal conductor (24) and a layer of a flexible dielectric material (26) disposed about the conductor. The cable has a flexible metallic shield (28) positioned about the dielectric material with the shield including a copper foil (30) having overlapping edges (36) and a copper, spirally served shield (32) about the foil. A layer of metal bonds together the overlapping edges, bonds the spirally served shield and the foil and closes the openings of the spirally served shield. A method of forming a metallic shield is also disclosed.

Abstract: A pipe connector including a main body having a stepped bore in one end for telescopic insertion over the end of a pipe, creating a stepped annular area around the pipe. A slip retaining nut is threaded into the end of the main body around the pipe, closing off the stepped annular area. Slips are carried in a tapered annular space between the nut and pipe. Prior to actuation, the slips are held up in disengaged position by shear pins. A pair of metal seal rings is disposed in the end of the stepped annular area opposite the nut. A pair of dual-acting, hydraulically actuated pistons is disposed in the stepped annular area between the metal seal rings and slips. Hydraulic pressure actuates the upper piston to move upwardly to energize the metal seals, and the lower piston to move downwardly to actuate the slips into gripping engagement with the pipe.

Abstract: An electrical equipment enclosure (10) with an improved hinge pivot (12). Enclosure (10) has a box (20) having emboss (22) and hood (40) having embossment (44). The embosses forming a hinge pivot for slot (34).

Abstract: A time-delay fuse (10) having parallel fusible element (22). The fuse element (22) is connected to a trigger mechanism (30) by solder or other meltable alloy. The trigger section (30) provides overload protection and the parallel fuse element (22) provide short circuit protection resulting in a time-delay fuse which can be used in places where there are size restrictions.

Abstract: Strips of cast amorphous metal material are folded to form segments of a transformer core. The segments are arranged in a stack or stacks that will ultimately become a transformer core. A single stack of folded segments is formed about a mandrel into the closed loop of a wound core. Two or more stacks of folded segments are arranged to form the closed loop of a stacked core. The stacks are annealed and the joints opened so that the stacks may be inserted into prewound windings. The joints are then reclosed to complete the transformer core-coil assembly.

Abstract: A tobacco extractor (10) for extracting liquid and soluble constituents from cut, small plants or tobacco is disclosed. The extractor (10) consists of a worm conveyor (16) for conveying the tobacco through a V-shaped conduit (11, 12) while the wash liquid passes through the conduit in an opposite direction.

Abstract: Tobacco feeder (10) consists of a conveyor belt (12), vibrating collecting pan (26), and control flaps (22a-b, 24a-b). Metering tube (16) delivers tobacco to conveyor belt (12), the speed of which varies depending on the number of cigarette making machines in operation. Conveyor belt (12) deposits tobacco on vibrating collecting pan (26) which has an inclined portion (28) to cause the tobacco flow to increase in velocity, thereby decreasing in density, as tobacco moves down the inclined portion (28). Control flaps (22a, 22b, 24a, 24b) direct the flow of tobacco to vacuum tubes (18a, 18b, 18c, 18d) depending on which cigarette makers are in operation.

Abstract: A subminiature fuse is disclosed comprising two terminals, a substrate, a fusible conductor, and a unitary housing. The unitary housing is sealed and provides increased mechanical strength, thus reducing the risk of a catastrophic failure of the fuse. The upper portion of the fuse terminals are shaped into finger like projections adaptable to mechanically fastening the fusible conductor and the substrate thereto thus facilitating the manufacturing process. In one embodiment the fusible conductor and adjacent portions of the terminals and substrate are coated with a ceramic coating or adhesive. The housing is sealed by utrasonic welding or preferably in an insert molded plastic enclosure which is substantially devoid of air.