Flying shooting control method for middle frame of mobile phone

Abstract

The invention discloses a mobile phone middle frame flying shooting control method, which comprises the following steps of: surveying and mapping the accurate position and size of each processing area on the surface of a mobile phone middle frame by using linear array scanning operation, then exporting the overall size and the outer edge shape, and inputting the assembly flow of each component on the mobile phone middle frame into a main control terminal according to an assembly operation index map; the assembly process comprises the installation positions of the components on the mobile phone middle frame, the installation sequence corresponding to each installation position and the installation time consumption, and outputs a mobile phone middle frame assembly operation time axis, and then a flying shooting camera channel assembly matched with a component installation channel in the mobile phone middle frame is erected. The flying shooting camera channel assembly is connected to a main control terminal, and the flying shooting camera channel assembly gradually moves to a corresponding position according to the obtained mobile phone middle frame assembling operation time axis to carry out flying shooting operation on a corresponding component; the method has the advantage that the flying shooting control operation in the mobile phone middle frame assembling process can be completed only by configuring one set of flying shooting camera channel assembly.

Description

technical field [0001] The invention relates to the field of mobile phone parts processing, in particular to a method for controlling a mobile phone middle frame flying camera. Background technique [0002] Flying shooting technology is a camera that takes pictures while the object is moving, and the object does not need to stay, and the position of the object is visually calculated. Production efficiency can be improved through machine vision flying technology. In the process of industrial automation production, it is necessary to use industrial cameras to take pictures of moving parts in order to obtain and process parts images, so as to realize subsequent automatic process actions based on part image information, such as deviation correction, detection, positioning and correction Wait for craft action. [0003] In the process of making mobile phones, the middle frame is the main connection between the mobile phone panel and the backplane, and it needs to be able to accu...

AI Technical Summary

Problems solved by technology

[0004] In order to realize the precise assembly of the middle frame of the mobile phone during the assembly process, flying camera control is an optional solution, but since the middle frame of the mobile phone is an important intermediate installation plane in the overall assembly of the mobile phone, a large number of precision components need to be installed on the middle frame of the mobile phone , and the installation work needs to be carried out on both sides of the middle frame of the mobile phone at the same time. If an independent flying camera device is configured for the installation position of each component, the equipment cost is too high, so a flying camera that adapts to the actual assembly process of the middle frame of the mobile phone is needed beat control method