SU634645A3 - Reel for winding wire and method of manufacturing same - Google Patents

Description

The coil for winding the wire belongs to the field of auxiliary devices in the production of wire and in particular can be used in workshops for processing wire. A known coil comprising two half frames, made of bent cone-shaped wire elements and welded to the base. The disadvantage of this coil is the complexity of its manufacture and its unsuitability for winding the material, t, because when winding the half-frames begin to diverge and the wire will be entangled and slide off the coil. Also known is a reel for winding comprising a sleeve made of two parallel wire rings and V-shaped elements connecting the rings. A known method of manufacturing such a coil, which consists in forming elements and their subsequent welding. The disadvantage of this coil is the complexity of its manufacture and the lack of stability when winding the wire, since a wire may come off the coil. The purpose of this invention is to simplify the design and reduce the cost of its manufacture. This goal is achieved by the fact that each ring is formed from a series of ring-shaped clamps connected to each other and connected by Y-shaped elements; the collar consists of two parallel, in one direction, directional arcuate wire parts connected by an adjacent Y-shaped element, with the ends of the arcuate wire parts rigidly connected to the shoulders of the V-shaped element of the next collar; The ends of the arcuate wire portions are bent parallel to the shoulders of the IG-shaped element and rigidly connected to the shoulder of the next element; The collar is formed by a V-shaped element and two wire parts adjacent to the shoulders of the V-shaped element and directed in opposite directions, with the ends of the wire parts being bent parallel to the shoulders of the V-shaped element and rigidly connected to the shoulders of the next collar; the ends of the clamps are rounded with recesses;

A method of manufacturing a coil, consisting in fordating elements and their subsequent welding, characterized in that, in order to simplify the manufacture of the coil, the ends of the arcuate elements smooth and form a fishing line on the ends.

FIG. 1 two elements are inserted one into another with two parallel, pointing in one direction wire parts; in FIG. 2 - two elements with two parallel, pointing in one direction wire parts with bent ends; in fig. 3 - elements of the coil, in which two elements, opposite in direction, are attached to the arms of the element.

The coil has two arcuate elements 1, each of which consists of two parallel, pointing in one direction, wire parts 2, which are connected to one another by means of an adjacent V-shaped part 3. The ends of the arcuate wire parts are rigidly connected to the shoulders 4 elements of the next yoke 1, preferably by welding 5.

The ends of the arcuate wire parts (see Fig. 1) are welded to the shoulders 4.

With two successive arcuate clamps 6 (see Fig. 2) with both parallel wire portions 7, their ends 8 are bent internally so that they run parallel to the shoulders of the V-element. Both arms of the V-element are connected to one another by means of the located one. vertically with respect to them the wire connection 9, so that when assembling the individual elements, a coil is closed. The downward-bent ends 8 are rigidly connected to the shoulders 10 of the next collar b by welding.

As an element for connecting the coil (see Fig. 3), a V-shaped clamp 11 is provided, to the shoulders 12 of which there are two arcuate parts, which point in opposite directions. 13, 14, with part 13 pointing to the right, and part 14 to the left. The upper ends of the wire portions 13 and 14 are also bent inwards here so that they run parallel to the arms of the 12 V elements. These ends 15, 16 are rigidly connected to the shoulders of the next yoke 11 by welding 17, 18.

A method of manufacturing such coils from elements in the form of V-shaped clamps is simple, low cost, and provides uniform output that fits the respective cassettes.

used for winding. In this way, 1.6 and 11 V-shaped wire clips can be made with arc parts 2, 7 and 13, 14 extending from shoulders 4, 10 and 12. It is also possible in one working process, if required, the ends 8 arcuate wire parts 7, 13 and 14 bend inwards so that they run parallel to the shoulders 10, 12. The elements made by the proposed method are connected into a coil, a nalimer, by welding at points 5, 17 and 18.

Claims (6)

1. A coil for winding a wire containing a sleeve made of two parallel wire rings and V-shaped elements connecting the rings, characterized in that, in order to simplify: installation and cheapening of its manufacture, each ring is formed from a series of ring-shaped clamps connected to one another and connected by V-shaped elements. 2. The coil of claim 1, wherein the clamp consists of two parallel, in one direction, directional arcuate wire portions connected to the adjacent A V-shaped element, the ends of the arcuate wire portions being rigidly connected to the shoulders of the Y-shaped element of the next yoke. 3. Coil PP. 1 and 2, cast. This is because the ends of the arcuate wire portions of the rod are parallel to the shoulders of the V-shaped element and rigidly connected to the shoulders of the V-shaped element of the next yoke. 4.KaTjmiKa according to claim 1, characterized by the fact that the collar is formed by a V-shaped element and two wire parts adjacent to the shoulders Y-shaped element and directed in opposite directions, with the ends of the wire parts being bent parallel to the shoulders of the V-shaped element and rigidly connected with the shoulders of the next yoke. 5. Coil on PP. 1-4, about the t of l and tacho, that the ends of the clamps are made rounded with recesses. 6. Method of making a coil on nn 1-5, consisting in the formation of elements and their subsequent match-up, characterized in that, in order to simplify the manufacture of the coil, the ends of the arcuate elements smooth and form a tip at the end.