Modular and standardized assembly method and platform of multi-station large automatic production line

Abstract

The invention discloses a modular and standardized assembly platform of a multi-station large automatic production line. The modular and standardized assembly platform comprises bases, pull bodies andfunctional modules. The bases and the pull bodies are of standardized structures, and a size library of the bases and the pull bodies comprises at least two sizes from large to small. The functionalmodules and the bases are detachably mounted. The bases, the pull bodies and the functional modules are assembled into the multi-station large automatic production line through a standardized assemblyprocess. The standardized assembly process includes the following steps of S1, matching of objects of the multi-station large automatic production line; S2, matching mounting of the bases; S3, matching mounting of the pull bodies; S4, internal mounting of the functional modules; and S5, overall mounting of the functional modules. Standardized assembly monomers with the bases, the pull bodies andthe functional modules are formed through modular design, the cost at the design stage and the mounting and debugging stage is reduced, the period is shortened, the efficiency is improved, and the difficulty and cost of maintenance are reduced.

Description

technical field [0001] The invention relates to the field of automation, in particular to a modularized and standardized assembly method of a multi-station large-scale automatic production line and an assembly platform thereof. Background technique [0002] Non-standard automation refers to non-standard automation equipment customized according to customer needs. It belongs to the field of automation, and its function is to design and customize automation machinery and equipment according to the technological requirements of enterprise users. It is easy to operate, flexible and not single. Commonly used in industry, electronics, medical, health and aerospace and other fields. The non-standard automation market will grow rapidly, and the depth of application of automation products will continue to increase. In the field of non-standard automation, my country's current situation is 10-20 years behind the overall domestic level compared with developed countries. New non-stan...

AI Technical Summary

Problems solved by technology

There are two traditional ways of conveying workpieces: 1. Belt transmission, that is, the belt is used as a transmission carrier to transmit the workpiece placed on it to the processing station. This transmission method has the following defects: 1. The belt transmission is stable. Poor performance, the position of the workpiece is easily shifted during the transmission process, which affects the subsequent processing; 2. The transmission accuracy is low, which cannot meet the high transmission accuracy requirements; 3. The wear is large. When the belt transmits the workpiece, because the belt keeps moving continuously, when When the workpiece moves to the processing work, wear occurs between the stationary transmission seat and the moving belt; 4. After the transmission is in place, it needs to be blocked and positioned by an external auxiliary blocking mechanism and positioning mechanism, while the blocking mechanism and positioning mechanism block The two actions of positioning and positioning take time, making the transmission time long, and the entire transmission blocking positioning is incoherent

2. Linear guide rail + linear motor transmission mode. This method uses linear motors and linear guide rails for workpiece transmission. Compared with belts, it can achieve high-speed, stable, and high-precision positioning transmission, but there are high-cost defects, and the same It is also necessary to block and locate through the external auxiliary blocking mechanism and positioning mechanism, and the two actions of blocking and positioning by the blocking mechanism and positioning mechanism need to consume time, making the transmission time long, and the entire transmission blocking positioning is incoherent

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