TH54045B - A method for fixing claws to pipes using the magnetic pulse welding technique. - Google Patents

Abstract

DC60 (30/05/46) Magnetic pulse welding is performed for the bonding of the first metallic component and In a vehicle's drive shaft assembly, the claw consists of one section as the body, and the second as a pair of claw arms. The end of the drive shaft tube is Are arranged in a coherent way around the body of the crab claws, the inductors are positioned in such a way that Join together axes around the overlapping parts Along the axis of the shaft tube end Drive and the body of the crab claw The inductor is energized to act as a magnetic plug bonding to the end of the pipe. Drive shaft to the body of Crab claws without causing Significantly rises of air towards the inductor. Magnetic pluse welding is performed for the fastening of the first metal component and In a vehicle's drive shaft assembly, the claw consists of one section as the body, and the second as a pair of claw arms. The end of the drive shaft tube is Are arranged in a coherent way around the body of the crab claws, the inductors are positioned in such a way that Join together axes around the overlapping parts Along the axis of the shaft tube end Drive and the body of the crab claw The inductor is energized to act as a magnetic plug bonding to the end of the pipe. Drive shaft to the body of Crab claws without causing Significantly rises of air towards the inductor.

Claims (9)

1. Method of magnetic pulse welding action for the first metallic component bonding. And two together, which are made up of steps of (a) arrangement of the first metal component consisting of one part with shoulder and the second: (b) arrangement of a second metal component that Having one end; (c) arrangement of the ends of the second metal component in such a way that they overlap according to Corresponding to one part of the first metallic component; (d) a co-axial (axial) inductance arrangement in relation to The ends of the second metal component and the first part of the first metallic component; And (e) inputting the inductor energy to perform magnetic pulse welding for fixing the ends of the The second metal component joins the first metal component and makes The ends of the second impulse component coordinate the shoulder to prevent air flow to the body. Significant inductance 2. The method, which is set out in Clause 1, where such procedure (a) will be Done by preparing the section The first metal is assembled with a ring-shaped shoulder, and where such a step (c) is performed by aligning the ends of Component that is The second metal held in Shoulder support is provided on the part of the metal component that One in order to give Set the boundaries up to the ring-shaped space between them. 3. The method, which is set out in Clause 2, where such procedure (a) will be Done by preparing the section Assembly that is The first metal with a recess in the outer surface 4. The method defined in Clause 1 for which such procedure (a) will be Done by preparing the section Assembly that is The first metal is accompanied by a ring-shaped step, and where such step (b) is to be performed by an end arrangement. Of the second metal component around Ring-shaped steps for To set the boundaries up to the ring-shaped space between them 5.The method, which is set out in Clause 1, where such procedure (a) will be Done by preparing the section It consists of the first metal, with a ring-shaped step with a groove formed in it. And where such procedure (b) will be taken by arranging the end of Component that is The second metal is placed around a ring in order to provide a boundary. To become empty Ring between them 6.The method, which is defined in Clause 1, where such procedure (a) will be Done by preparing the section The first metal is composed with an annular step, whose surface extends radially relative to the axis of the The rotation of the first metallic component and where such step (b) is performed is the end of the second metal component. Around the ring-shaped stage in order to set The boundary comes up as a ring-shaped space between them. 7.The method, which is set out in Clause 1, where such procedure (a) will be Done by preparing the section The first metal is assembled with a ring-shaped step which has Surface Get a concave angle along the line. The radius relative to the axis of rotation of the first metallic component and where such step (b) is performed. By arranging the ends of The second metal component surrounds the stage. Ring in order to set a boundary up to the ring-shaped space between them 8.The method, which is set out in Clause 1, where such procedure (a) will be Done by preparing the section The first metal is assembled with a ring-shaped shoulder, and where such a step (c) is performed by aligning the ends of Component that is The second metal on hold Along the axis, going beyond the shoulders It is provided on one part of the first metal component so that it is bounded up as a blank. Ring between 9.The method, which is set out in Clause 1, where such procedure (a) will be Done by preparing at Is left between the ends of the second metal component and the first metal component for fastening. Put air in it