Installation for producing and method for assembling parts

Abstract

The invention concerns a method and an installation for producing a component consisting of several assembled parts. The first part (1) and the second part (2) are taken from a part delivery site proximate the conveying device and set in mutually oriented position on part conveying supports of the conveying device then conveyed with the part conveying supports to an assembling station. The part conveying device is maintained in a retaining position in the assembling station, the mutually oriented parts (1, 2) are moved by means of a heightwise positioning device (200a, 200b) and simultaneously moved from a conveying position on the part conveying support to a delivering position. Then the parts are positioned relative to each other, fixed and finally assembled to form the component. The assembled component is then set on a part conveying support and carried with said support. The part conveying supports comprise a housing exclusively provided with positioning means for holding a part (1) during its transport and, in the advancing direction of this positioning means, spaced apart supporting lateral guiding surfaces as well as support surfaces for one part (1) resting on the preceding surfaces.

Description

This application is based on the divisional application of the Chinese invention patent application with the application number 200580048783.X, the application date is December 14, 2005, and the invention title is "processing equipment and method for joining parts". technical field Furthermore, the invention relates to a machining method and a machining system for producing an assembly from a plurality of parts by joining. Background technique From EP 0 438 988 B1 a processing system is known for producing an assembly from a plurality of parts by joining, which comprises two part preparation positions for different parts, a processing device and a welding assembly for the parts The component's output device. The part preparation location includes a plurality of loadable containers, wherein one type of part is stored in each container. The output device likewise has a plurality of loadable containers for receiving the welded components. The processing equipment consists o...

AI Technical Summary

Problems solved by technology

However, if short transport times are required, the parts transport carrier must be moved at relatively high speeds, which is limited due to the high mass of additionally formed clamping, positioning and possibly joining devices on the parts transport carrier

If the moving speed of the parts carrier on this known system increases, they oscillate because the joining of the parts cannot be done accurately enough on the part carrier

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