TH60657B - Method for manufacturing the windings of the transformer - Google Patents

Abstract

DC60 (17/09/55) Transformer windings manufacturing method. Where the left and right faces of the wire are coiled in Vertically and parallel to each other, the top and bottom surfaces of the wire have an upward and convex face. Below respectively. Thus, when the coiled wire is wound from right to left, Right side surface of the new coil Will come into contact with the left face of the previous curl And when the coiled wire is wound from left to right, the left surface of the new coil comes into contact with the right side of the previous coil. Is placed in the free space between the top surface of the coil Of the bottom two curl layers This reduces the residual space between the windings and thus gets a transformer. Most efficient by using a small number of coils. Method for manufacturing the windings of the transformer Where the left and right faces of the wire are coiled in Vertically and parallel to each other, the top and bottom surfaces of the wire have an upward and convex face. Below respectively. Thus, when the coiled wire is wound from right to left, Right side surface of the new coil Will come into contact with the left face of the previous curl And when the coiled wire is wound from left to right, the left surface of the new coil comes into contact with the right side of the previous coil. Is placed in the free space between the top surface of the coil Of the bottom two curl layers This reduces the residual space between the windings and thus gets a transformer. Most efficient by using a small number of coils.

Claims (4)

1. The manufacturing method of the transformer windings has the following components. Perform compression of a helical wire with circular cross-section when the helical wire passes through the space between the One or more compression rollers, arranged above and below. Perform an intermediate check through which the compressed wire passes after the coiled wire is wound. Control rollers at least once A pinch operation in which the compressed coil is picked up by a gripper after the wire passes through the regulating roller to perform a bending action where the compressed coil is unfolded from the handle and through the protective roller. At least one pair of deformations, arranged on the front and rear. And will jump through the rollers For main bends and coiling operations where the compressed wire is wound around the winding device. After the wire The curl has passed through the main curving roller. Which creates the transformer windings 2. The transformer winding manufacturing method is described in claim 1 where in the bending operation, secondary bending rollers are provided below the primary bending rollers to Let the compressed wire pass through Between the main bending roller and the secondary bending roller in such a way that the coiled wire has The appearance is S-shaped as it passes between them. 3. Method for manufacturing the transformer windings as described in claim 1, where in the practice of winding At least one additional pair of anti-deformation rollers are arranged on the front and rear in the The position between the main bending rollers and the rollers. So that the coils are compressed Through the rollers to prevent further deformation. 4. The method of manufacturing the transformer windings as outlined in claim 2, whereby the anti-switching rollers are One or more pairs of additional shapes are arranged at the front and at the end in positions between the rollers. For primary bending and secondary bending rollers or between secondary bending rollers and Device for winding To allow the compressed wire to pass through the additional anti-deformation roller.