Circular assembly line and method for assembling product by using same

Abstract

The invention relates to a circular assembly line and a method for assembling products by using same. The circular assembly line comprises two first and second assembly areas which can operate independently and integrally, and a carrying frame arranged above the first assembly areas and the second assembly areas is used to temporarily store semi-finished products assembled in the first assembly areas, and transport the semi-finished products to the second assembly areas so as to carry out subsequent processing to the semi-finished products to produce finished products and deliver goods The circular assembly line and the method save cost by reasonably controlling product packaging line production, performing local operational steps in advance and reasonably using labor and power resources.The invention also provides the method for assembling products by using the circular assembly line.

Description

technical field [0001] The present invention relates to a circulating assembly line and a method for assembling products using the same, more specifically, to a circulating assembly line for assembling raw materials into finished products and a method for assembling products using the same. Background technique [0002] With the continuous development and improvement of science and technology, the design of products is developing towards the common goal of higher performance, better quality, more convenient use, and lower cost. In the process of product production, assembly and other operations, the application of assembly , testing and other related equipment are constantly innovating. [0003] During the production and assembly process of various products in the factory, especially in mass production, the assembly line is generally used for flow operation. Therefore, the efficiency and quality of the above-mentioned products in the assembly process are related to a certai...

AI Technical Summary

Problems solved by technology

As shown in the figure, the traditional assembly line 1 is a whole line, and the cycle is driven by a driving source. In the entire product assembly process, the speed of each step is not the same. Although the number of operators can be increased or decreased to complement each other as much as possible, but In different situations, it is bound to divide the area of ​​each step of the traditional pipeline 1 into different lengths, so that the length of the traditional pipeline 1 cannot be standardized.

In addition, in order to improve efficiency, it may be required to increase the length of the traditional assembly line 1, which will undoubtedly be limited by the length of the space, and different products, different customers, and different periods may have different requirements for assembly efficiency, so that the traditional assembly line 1 cannot be standardized, or It is impossible to operate reasonably according to different requirements on the same traditional pipeline 1, and the traditional pipeline may stop and go at this time

For example, in the assembly process of notebook computers, if the above-mentioned traditional assembly line is adopted, since the assembly process includes operations such as software downloading and packaging, not only does it take up a lot of space when performing these operations, but also takes more time than other operations. It is long, difficult, and has a high probability of unexpected situations, so it is likely to affect the operation of the entire traditional assembly line 1, and the situation of downtime often occurs; and because the traditional assembly line 1 is operated as a whole, when the notebook computer is assembled in the front A tooling board structure is required, so the software download is performed on the off-line platform 12 next to the traditional assembly line, and the packaging materials and packaging process in the packaging step may need to be carried out on the off-line platform 12, so that There is no doubt that more moving actions have occurred, not only requiring manpower, but also affecting efficiency

[0005] In addition, the feed end (thread head) 11 and the delivery end 13 (line tail) of the above-mentioned traditional assembly line 1 are in adjacent positions, so that the space for preparing materials for the feed end 11 and the space for temporarily storing finished products at the delivery end 13 There is some overlap, and both the space for material preparation and the space for temporary storage of finished products require a large space, so it may cause confusion between raw materials and finished products, thus causing mutual influence between the feeding operation and the shipping operation

[0006] Furthermore, when using the traditional assembly line 1 for assembly, the assembly process is carried out step by step, so it is not easy to replace the operations, and it is not easy to perform some operations alone, and it is more inconvenient to suspend some operations while others keep running

This will not only make it impossible to regulate different needs, but also cause waste of human resources and power resources, which is not conducive to cost saving

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