Abstract: A continuous-acting take-up, coiling, cut-off and spooling machine is adapted for use with continuously producing metal casting equipment that casts metal rod or strip stock at a constant rate, and which produces the cast rod or strip stock at a relatively constant velocity. The machine coils, cuts-off, temporarily accumulates and spools or packages determinate lengths of the rod or strip stock formed by the casting apparatus. Driven rollers receive the leading end of the rod or strip stock. The rod or strip stock is cut to predetermined, desired lengths while still in motion so as to not disturb the feed velocity. Free-wheeling rollers forcibly impart a slight curvature and simultaneous axial displacement to the rod or strip stock along its length, forming coils or convolutions of helical configuration, which are deposited by gravity, over a turnably driven reel carried on a tiltable turntable.

Abstract: A cap assembly for facilitating pay-off of wire past one end flange of a spool, comprising a wheel carried on a shaft mounted along the axis of the spool at one end, and a tension brush comprising a body having radially extending, resilient and flexible tines extending to the periphery of the wheel, and adapted to be brushed by a wire strand as it orbits or traverses the spool end flange and passes over the wheel. The wheel is rotatable on the shaft, and the moving strand imparts turning motion thereto during pay-off. The tension brush body is also rotatable on the shaft under the action of the orbiting strand. An adjustable braking device is associated with the brush body and shaft such that a small drag force can be imparted to the brush as it is rotating, tending to slow it down to a point where the tines are moving at a circumferential velocity somewhat less than that of the strand.

Abstract: An apparatus for supporting and handling spools of the type intended to carry wire, and for rotating such spools at relatively high speeds in order to fill them. The apparatus comprises a housing having an access opening and a swivel carrier on the housing, capable of supporting the spool on one of its ends and of shifting the spool from the exterior of the housing to the interior thereof. The carrier, once it arrives at the interior, can lower the spool to an operative position on a special drive mechanism that is capable of rotating it. In addition, a traverse mechanism is provided in the housing, for guiding and reciprocating a strand of wire as it is being wound onto the spool. By virture of the arrangement wherein the carrier can swing the spool between the exterior and interior of the housing, lifting and handling of the spool is greatly facilitated. This is particularly important where spools weighing hundreds of pounds are being employed.

Abstract: An automatically reversing traverse mechanism cooperable with a rotating shaft, comprising a base, a roller mounted on the base for simultaneous turning and swiveling movement, and engageable with the shaft, and a unique yieldable biasing means which urges the roller by means of a snap movement to either of two oppositely disposed, extreme angular positions. As the shaft is rotated, the angularly disposed roller and base automatically undergo reciprocative movements in a path parallel to the axis of the shaft. The traverse mechanism includes a novel operating means which substantially instantaneously swivels the roller from its one extreme position to its other extreme position in response to movement of the base past a predetermined point. The operating means includes a fixed abutment located at a predetermined point along the shaft, and an arm rotatably carried by the base, which engages the abutment and subsequently undergoes turning movement.