Installing machine of flip product rotating dowel and installing method thereof

Abstract

The invention discloses an installing machine of a flip product rotating dowel and an installing method thereof. The installing machine of the flip product rotating dowel and the installing method thereof are obtained based on comprehensive research on aspects like alignment and location of the dowel in the initial stage of installation, the amplitude of thrust force and installation positions in the installation process. The installing machine is formed in a manner that a calibration and location unit, a thrust force measuring unit and a servo power unit are integrated on an assembling platform. Part of units are connected to a sliding rail base of the assembling platform and driven by a servo motor to carry out high-accuracy sliding, and the dowel is calibrated and located by the calibration and location unit, monitored in real time by the thrust force measuring unit and pushed by the servo power unit after the dowel is installed and clamped. According to the dowel automatic installation scheme, the installation efficiency of the flip product rotating dowel can be improved, the unit time of manual installation can be shortened by over 70%, and the yield of flip products can be improved to more than 96%, the installation and connection depth of the dowel is stable, and the dowel is high in coaxiality and product uniformity.

Description

technical field [0001] The invention relates to electrical assembly equipment, in particular to an installation machine for high-quality and high-efficiency installation of rotating pins in flip product assembly. Background technique [0002] The rotating mechanisms of the main clamshell products in the production of the electronic industry are all composed of rotating pin mechanisms. These rotating pins are usually not integrally formed in the product parts due to the limitation of the product technology, but are assembled as a separate part. However, in the existing production and installation process, it is mainly manual installation, the installation efficiency is low, and the yield rate is not high; even if there are some automatic mechanisms to complete it, it is only a hard installation method, that is, directly fixed position, fixed thrust type The disadvantages of this mechanism are poor yield rate, poor installation effect, crooked pin installation, cracked pin ho...

AI Technical Summary

Problems solved by technology

However, in the existing production and installation process, it is mainly manual installation, the installation efficiency is low, and the yield rate is not high; even if there are some automatic mechanisms to complete it, it is only a hard installation method, that is, directly fixed position, fixed thrust type The disadvantages of this mechanism are poor yield rate, poor installation effect, crooked pin installation, cracked pin hole, and uneven installation length.

Images