A cotton loop assembly machine

Abstract

The invention discloses a foam ring and gear assembling machine, comprising a rack, wherein the rack is provided with a conveying group for conveying gears, a foam ring feeding group for conveying foam rings, and a manipulator; the rack is provided with an intercepting assembly capable of intercepting the gears from the feeding group and limiting the gears; and the manipulator can punch out foam cores of the foam rings, and transfer the foam rings with the foam cores punched out and sleeve the gears intercepted by the intercepting assembly with the foam rings with the foam cores punched out. The foam ring and gear assembling machine utilizes the interception assembly to intercept the gears from the conveying group and position the gears at the same time, so that the installation is convenient and accurate; the manipulator can be used for punching out foam cores from the foam rings conveyed by the foam ring feeding group, then, the manipulator cooperates with the intercepting assembly for sleeving rotating shafts of the gears with the foam rings with the foam cores punched out, so that the manipulator can simultaneously have the function of punching out and carrying and assembling and can simultaneously punch the foam cores and assembling the foam rings on the gears, thereby greatly improving the assembly efficiency of the gears and the foam rings, and simultaneously reducing the labor cost and the labor intensity.

Description

technical field [0001] The invention relates to the technical field of toner cartridge assembly, in particular to an assembly machine. Background technique [0002] When a gear is installed on the toner cartridge stirring frame, a gasket or a sealing ring needs to be set on the gear, and the gasket or the sealing ring is punched out of foam cotton. At present, the processing method commonly used in the industry is that the operator first flushes out the cotton core in the center of the cotton sheet to obtain a cotton ring. Different gears require different sizes of the cotton core to be washed out, and then manually fit the cotton ring on the rotation shaft of the gear. , because the cotton loop is small in size, the operator can only use tools to hold the cotton loop and then fit it on the shaft of the gear. The work efficiency of this work can be imagined to be very cumbersome work, and the punching work of the cotton loop is currently The separation during the assembly w...

AI Technical Summary

Problems solved by technology

At present, the processing method commonly used in the industry is that the operator first flushes out the cotton core in the center of the cotton sheet to obtain a cotton ring. Different gears require different sizes of the cotton core to be washed out, and then manually fit the cotton ring on the rotation shaft of the gear. , because the cotton loop is small in size, the operator can only use tools to hold the cotton loop and then fit it on the shaft of the gear. The work efficiency of this work can be imagined to be very cumbersome work, and the punching work of the cotton loop is currently The assembly work is separated, which makes the current work of assembling cotton rings and gears undoubtedly increase a difficulty

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