Mobile phone assembling line and assembling method

Abstract

The invention discloses a mobile phone assembling line and an assembling method. The mobile phone assembling line comprises a main conveying rail, a CCD camera, multiple transport cars and multiple detectors. The main conveying rail enables multiple or all assembling stations in the mobile phone assembling process to be connected together. The transport cars can sequentially move towards the subsequent assembling stations under the guiding function of the main conveying rail. Each transport car comprises a bearing part and a wireless communication assembly. Each bearing part is used for containing and fixing a mobile phone main workpiece so that workers or robots can directly carry out assembling operation on the bearing parts. The wireless communication assemblies are used for assembling information wireless exchange of the transport cars and assembling equipment of the corresponding stations. The corresponding detector and the like are arranged nearby the position, corresponding to the main conveying rail, of each assembling station. According to the mobile phone assembling line, the mobile phone assembling efficiency can be further improved, and the problems that an existing mobile phone assembling line is low in efficiency, and workpieces are prone to being damaged due to free placement are solved.

Description

technical field [0001] The invention relates to the field of industrial automation, in particular to an automatic assembly production line for mobile phones. Background technique [0002] In the traditional mobile phone assembly process, a belt-type production line is often used. After each process is finished, the assembler randomly places the assembled semi-finished product on the blister tray, and then conveys it to the next process through the belt. The position of the semi-finished product on the blister tray is random and not fixed; the position and movement track of the blister tray on the belt are also not fixed and uniform. This kind of production line is not conducive to the realization of automatic assembly of mobile phones. Or in the automatic assembly process, each process needs to identify the position of the blister tray and the semi-finished product on the blister tray, which seriously affects the efficiency of the entire assembly process. Contents of the ...

AI Technical Summary

Problems solved by technology

The position of the semi-finished product on the blister tray is random and not fixed; the position and movement track of the blister tray on the belt are also not fixed and uniform. This kind of production line is not conducive to the realization of automatic assembly of mobile phones. Or during the automatic assembly process, each process needs to identify the position of the blister tray and the semi-finished product on the blister tray, which seriously affects the efficiency of the entire assembly process

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