Return line type self-calibration camera assembly equipment

Abstract

The invention discloses and provides return line type self-calibration camera assembly equipment which is simple in structure, can achieve modularization and has the stable, efficient and precise camera calibrating function. The return line type self-calibration camera assembly equipment comprises a belt production line, and a loading module, a plasma cleaning module, a glue dispensing module, a camera automatic calibrating module and an unloading return module which are arranged beside the belt production line in sequence; a carrier is arranged on the belt production line; the camera automatic calibrating module comprises a six-axle platform manipulator; a jaw of the six-jaw platform manipulator is positioned above the carrier; a turn-back mirror module is arranged above the jaw; the turn-back mirror module comprises a turn-back mirror fixed plate and multiple turn-back mirrors; a through groove is formed in the middle part of the turn-back mirror fixed plate; and the multiple turn-back mirrors are uniformly arranged at the lower part of the side wall of the through groove. The return line type self-calibration camera assembly equipment can be applied to the technical field of thecamera assembly industry.

Description

technical field [0001] The invention relates to a return line type self-calibration camera assembly equipment. Background technique [0002] Thanks to the development of digital optical imaging technology and image application processing technology, various functional camera products with different emphases have developed in a blowout manner. Unmanned driving (advanced driver assistance system ADAS), sports cameras, drones, AR / VR equipment and other functional camera products with different functional focuses have been developed and used in large quantities. Taking driverless cars as an example, the existing functional camera lens sets are combined by radar + ultrasonic + optical lenses. At present, the global mass-produced smart cars use 8 functional camera lens sets in each car. [0003] With such a large demand side, the increasing resolution of image sensors and the increasing requirements for image data processing, the accuracy of the relative positioning of the lens a...

AI Technical Summary

Problems solved by technology

[0003] With such a large demand side, the increasing resolution of image sensors and the increasing requirements for image data processing, the accuracy of the relative positioning of the lens assembled to the sensor is getting higher and higher, and the traditional AA process equipment can no longer Meeting technical requirements and increasing production demands

At present, domestic cameras are still assembled and calibrated by threaded focusing assembly or manual focusing, which consumes manpower, makes it difficult to guarantee accuracy, and causes waste due to poorly assembled products that cannot be repaired.

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