The method and its mechanism of taking material and testing the integrated structure and the silicon wheat sorting machine

Abstract

The invention discloses a reclaiming mechanism and earphone testing mechanism integrating structure method. A testing mechanism integrating structure comprises a reclaiming suction nozzle, a testing probe, a motor, a pull rod, a main eccentric wheel, a secondary eccentric wheel, a reclaiming arm and a probe arm, wherein the reclaiming suction nozzle is fixed on the pull rod through the reclaiming arm and is always vertical to the pull rod, the testing probe is fixed on the pull rod through the probe arm, the pull rod is fixedly arranged on an eccentric shaft of the main eccentric wheel and an eccentric shaft of the secondary eccentric wheel; the main eccentric wheel and the secondary eccentric wheel are driven to rotate through the motor, the pull rod is always in parallel motion under the driving of the main eccentric wheel and the secondary eccentric wheel, and the reclaiming suction nozzle and the testing probe are in curve motion; the reclaiming time and the feeding time of the reclaiming suction nozzle are synchronized with those of the testing probe. The invention further discloses a reclaiming and testing mechanism and a full-automatic silicon microphone sorting machine. The mechanism movement is simplified, the testing time is saved, the working efficiency is improved, the mounting is convenient, and the cost is saved.

Description

technical field [0001] The invention relates to the technical field of automatic silicon wheat sorting. Background technique [0002] With the increasing maturity of integration technology, a new type of silicon wheat product gradually replaces the traditional large-scale acoustic transmission devices. Silicon wheat products have many advantages such as small size and strong stability, and are replacing traditional products in an all-round way. The rapid expansion of the market urgently needs A new type of automated testing machine to replace traditional manual testing to solve the problem of low production capacity. The existing fully automatic silicon wheat sorting machine generally includes automatic feeding system, retrieving mechanism, earpiece testing mechanism, blowing mechanism, sorting and blanking mechanism, receiving mechanism, computer and display components, man-machine system and sheet metal mechanism , where the material retrieving mechanism and the handset t...

AI Technical Summary

Problems solved by technology

[0002] With the increasing maturity of integration technology, a new type of silicon wheat product gradually replaces the traditional large-scale acoustic transmission devices. Silicon wheat products have many advantages such as small size and strong stability, and are replacing traditional products in an all-round way. The rapid expansion of the market urgently needs A new type of automated testing machine to replace traditional manual testing to solve the problem of low production capacity

The existing fully automatic silicon wheat sorting machine generally includes automatic feeding system, retrieving mechanism, earpiece testing mechanism, blowing mechanism, sorting and blanking mechanism, receiving mechanism, computer and display components, man-machine system and sheet metal mechanism , where the material retrieving mechanism and the handset testing mechanism are completed by two mechanisms respectively. Using the two mechanisms, the cycle time needs to be calculated as the sum of the material retrieving, loading time and testing time. Not only the cycle is long, but also additional detection components need to be installed To prevent conflicts between the actions of the two mechanisms, the mechanism is complex, the installation is cumbersome, the cost is high, and the work efficiency is low

Images