A suction rod mechanism capable of absorbing acoustic mesh of mobile phones

Abstract

The invention relates to a sucking rod mechanism capable of sucking acoustic gauze of a mobile phone. An R-axis moving shaft is arranged on an R-axis extension shaft; the R-axis extension shaft is connected with a slider through a slide track; the slider is provided with a cylinder fixing plate; the cylinder fixing plate is provided with a cylinder; a pressure sensor fixing seat is arranged at the lower end of the cylinder fixing plate; a pressure sensor is arranged on the upper portion of the pressure sensor fixing seat and is connected with the R-axis extension shaft through a spring; a gauze suction nozzle connecting sleeve is arranged on the lower portion of the pressure sensor fixing seat; a main suction nozzle and an auxiliary suction nozzle are arranged at the lower end of the gauze suction nozzle connecting sleeve; the lower end of the cylinder is connected with a lever floating joint; a rotating shaft is arranged on the gauze suction nozzle connecting sleeve; the lower end of the lever floating joint is connected with a gauze clamping jaw; and the middle of the gauze clamping jaw is connected to the rotating shaft. A manipulator drives the gauze clamping jaw to clamp release paper with the acoustic gauze, the acoustic gauze is sucked by the gauze suction nozzle and is pressed on a shell of the mobile phone, and pressure is measured through the pressure sensor.

Description

Technical field: [0001] The invention relates to the field of suction mechanism equipment, in particular to a suction rod mechanism capable of sucking acoustic mesh of mobile phones. Background technique: [0002] Mobile phone acoustic mesh is assembled on the mobile phone case, and the mobile phone acoustic mesh is placed on the release paper. When assembling, the mobile phone acoustic mesh needs to be removed from the release paper and then assembled on the mobile phone case. Existing The technology is generally manual operation, which removes the acoustic mesh of the mobile phone from the release paper, and then aligns it with the mobile phone shell, manually controls the bonding pressure, the efficiency of manual operation is low, the alignment is not accurate, and the bonding pressure is difficult to control. Thereby, the work efficiency of assembly is reduced, the mobile phone shell may be damaged, the labor intensity of the operators is increased, and thus the product...

AI Technical Summary

Problems solved by technology

[0002] Mobile phone acoustic mesh is assembled on the mobile phone case, and the mobile phone acoustic mesh is placed on the release paper. When assembling, the mobile phone acoustic mesh needs to be removed from the release paper and then assembled on the mobile phone case. Existing The technology is generally manual operation, which removes the acoustic mesh of the mobile phone from the release paper, and then aligns it with the mobile phone shell, manually controls the bonding pressure, the efficiency of manual operation is low, the alignment is not accurate, and the bonding pressure is difficult to control. Thereby reducing the working efficiency of the assembly, it will damage the mobile phone shell, increase the labor intensity of the operators, thereby increasing the production cost

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