Automatic integral equipment for processing intake manifolds

Abstract

The invention discloses automatic integral equipment for processing intake manifolds. The equipment comprises a conveying track, a cold insertion device, a hot insertion device and a leak detecting device. A robot is arranged between the cold insertion device and the hot insertion device. Each of the cold insertion device, the hot insertion device and the leak detecting device comprises an upper fixture and a lower fixture. A laser code printer and an automatic intake manifold recognition area are arranged on the conveying track. An automatic code reader and an optical fiber sensor are arranged in the automatic intake manifold recognition area. The lower fixtures move up and down under the drive of air cylinders, up-down movement of the lower fixtures is positioned by guide rods, and a retractable stop rod is arranged on one side of the automatic intake manifold recognition area. The automatic integral equipment has the advantages that accuracy in insertion of copper nuts and cold insertion pipes is high, the problems of manual production feeding, low working efficiency and time and labor consumption of existing devices as well as the problem of inaccuracy in the process of hot insertion and cold insertion of the intake manifolds are solved, and automatic operation of assembly lines is realized.

Description

technical field [0001] The invention relates to an automatic integrated equipment, in particular to an automated integrated equipment for processing intake manifolds. Background technique [0002] The quality of the automobile engine is mainly determined by the fuel consumption, and the fuel consumption is mainly determined by the height between the copper nut surface of the intake manifold and the body surface of the engine intake manifold, and the height between the cold insertion surface of the intake manifold and the engine intake manifold surface. The height between the body surface of the pipe is determined, and the height is 0 is the most ideal state. At present, cars such as Volkswagen and Ford on the market can only achieve between 0-0.5mm, mainly because the existing technology is used on automobile engines. The hot plugging and cold plugging devices of the intake manifold have factors that cause inaccurate accuracy when inserted, and mainly have two disadvantages:...

AI Technical Summary

Problems solved by technology

[0003] The invention provides an automatic integrated equipment for processing the intake manifold, which solves the problem that the existing device needs to manually deliver the product, the work efficiency is low, time-consuming and labor-intensive; the accuracy of the intake manifold hot insertion and cold insertion process is not accurate

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