Abstract: A belt assembly which, in operation, can be tensioned along a path, comprising a belt having a toothed surface and a oppositely located back surface and at least one unit fastened to the belt on the side of the back surface. Where the unit is fastened to the belt, parts of the belt are bent out of the path of the belt assembly in the direction of the unit. The unit includes a retention element which engages the toothed surface of the bent belt parts so that a pitch between the teeth of the belt located on either side of the unit is a whole multiple of the teeth pitch of the belt.

Abstract: An improved spliced conveyor belt and the method of making it to provide improved impact resistance which comprises laying abutted panels of covering material which contain weft reinforcing strands at a bias angle over the area of the splice so that the reinforcing strands are continuous across the full width of the belt throughout the area of the splice.

Abstract: A swather belt connector comprising an integral stud having substantially rectangular head with length approximately three times its width and threaded male portion protruding perpendicularly to the head and a substantially rectangular integral nut having length approximately three times its width and a threaded aperature proportioned to receive the protruding male portion, the aperture extending perpendicular to the length of the nut.

Abstract: A system and method are provided for joining the ends of a bank-shaped elongate element. Alignment strips (3) are thereby fastened in the vicinity of the ends (1,2) of the elongate element, both alignment strips being formed by a sheet-like part (4) one edge of which is provided with a U-shaped element (5). In order to provide a firm joint, the alignment strips are positioned side by side so that the outer surfaces of the bottoms of the U-shaped elements (5) are in alignment. The alignment strips (3) so positioned are interlocked by means of a locking strip (7) to be passed in place from a side of the band-shaped elongate element in the longitudinal direction of the alignment strips (3) so as to be engaged with the U-shaped elements (5).

Abstract: A fastening device for splicing belts which include reinforcement elements fashioned of a synthetic textile or metal cord. The fastening device includes two lateral plates provided, in lower areas thereof, with retainer irons, and two intermediate plates which are provided, at an upper portion thereof, with an end zone of a rounded shape. The lower part of the intermediate plates is fashioned into an arc of a circle and provided with a stop which, when the belt is in use, will contact the retainer irons. A central plate is also provided which includes, at a base thereof a zone having a curvilinear triangular cross-sectional configuration, with the two lateral plates, two intermediate plates, and central plates and the belt being held by transversely extending bolts and, with the device acting as a cord clamp.

Abstract: An air inflatable recliner including: a back and head support extending upwardly at angles between 30 and 45 degrees, comprised of 3 individual wedge shaped, air inflatable, cushions interconnected together in a single vertical stack; which back and head support is removably interconnected together with a leg and foot support, comprised of individual wedge shaped, air inflatable, cushions positioned and interconnected together in 2 vertical stacks for elevation of the popliteal fossa through 120 to 150 degrees; and, an air inflatable support for dissipating body heat, which has a plurality of holes extending therethrough, and which is positioned atop said back and head support.

Abstract: In a process for continuously pulling a web of tows of carbonizable material under tension through an oxidizing oven, the web is introduced into the oxidizing oven by initially feeding a leader in the form of a web of heat-resistant cloth through the oven and then heating the oven if the oven is not already hot. The trailing edge of the leader which remains outside of the oven is then spliced to the leading edge of the web of carbonizable tows, and the leader is used to pull the web of carbonizable tows into and through the hot oven. Use of the heat-resistant leader greatly minimizes wastage within the web of carbonizable tows. Splicing of the trailing edge of the lead to the leading edge of the web of carbonizable tows is accomplished by taping, stitching and folding the two edges to form loops therein into which elongated rods are inserted. The two edges are then secured within a splice bar, the opposite halves of which define slots for receiving the two edges and the included rods.

Abstract: The unit comprises a collar defining a bearing surface (13) for the lever, a fixing device such as a rivet (24) which also constitutes the journal on which the lever (25) is mounted, and an elastically yieldable washer (23). The collar defines also a cavity (16) for a member constituting an abutment for a cable sheath and may be provided with a rapid fixing device.

Abstract: A connection unit, which may be undone, for rope ends and more particularly ropes in the form of belts for driving systems, rope conveyors or ropes for lifting loads has, as part of a preferred example, a plate with two rope keepers supported on pins and which keep the rope ends in position thereon by way of stops. These rope end keepers or takeup parts are designed so that they may be turned and locked in position so that, dependent on the direction of turning, the rope may be taken up and made shorter or let off and made longer. The plate, as part of a further example of the invention, has guide parts for positively guiding the rope end and furthermore there is a guiding structure, designed to match the form of a driving sheave so that it may be run thereover.

Abstract: An end connector for a wire rope suspension system has a shifting mechanism for minimizing wear and has body members which inhibit undesired binding of loaded wire ropes internal to the connector. Two substantially identical body members are adapted to be preassembled in stages on the wire rope and then coupled together in place in the suspension system. Within each one of the body members is a sheave mounted to a journal bearing. The sheave bears the load of the wire rope on the body and can rotate under load to minimize frictional resistance to desirable displacement of the body piece relative to the rope ends. The end connector with displaceable load-bearing body members minimizes wear and increases the life of wire rope suspension systems.