System for taking toothbrush handles from horizontal machine, shearing toothbrush handles, placing toothbrush handles into vertical machine for secondary glue injection, and conducting casing

Abstract

The invention relates to system for taking toothbrush handles from a horizontal machine, shearing the toothbrush handles, placing the toothbrush handles into a vertical machine for secondary glue injection, and conducting casing. The system comprises a three-axis full-servo mechanical arm, an air shear jig, a rotating conveyer, a vertical injection molding machine, a three-axis full-servo truss robot and an automatic stacker. A plurality of toothbrush handles are grabbed through the three-axis full-servo mechanical arm from the interior of a mold opening die and then moved onto the air shear jig, stub bars of the toothbrush handles are sheared off through an air shear, and then the sheared toothbrush handles are placed on the rotating conveyer, cooled on the rotating conveyer and conveyed to an automatic feeding standby position of the vertical injection molding machine in the rotating process of the rotating conveyer; then, the toothbrush handles are grabbed and sent into a cavity of the vertical injection molding machine through the three-axis full-servo truss robot, and after injection molding is completed, the toothbrush handles are taken out and sent into a tray of the automatic stacker through the three-axis full-servo truss robot; automatic tray exchange is achieved through the automatic stacker, and then automatic casing is achieved. The system is high in automation degree, the usage rate of manpower is reduced, production efficiency is improved, and production cost is reduced relatively.

Description

technical field [0001] The invention belongs to the field of toothbrush production, in particular to a toothbrush production device, in particular to a tooth handle that is taken out by a horizontal machine and put into a vertical machine for secondary glue injection and boxing. Background technique [0002] Toothbrush is a must-have in people's life, and it is also a consumable. Therefore, the market has a large demand for toothbrushes. Improving the production efficiency of toothbrushes and relatively reducing costs are the keys to the sustainable development of toothbrush manufacturers. The production of toothbrushes is roughly divided into processes such as mold opening, injection molding, wool planting, heat sealing, testing, and packing. Each process is equipped with corresponding production machines. However, most of the commonly used machines are semi-automatic and require personnel assistance to complete the process. . [0003] For example, the process of injection...

AI Technical Summary

Problems solved by technology

The production of toothbrushes is roughly divided into processes such as mold opening, injection molding, wool planting, heat sealing, testing, and packing. Each process is equipped with corresponding production machines. However, most of the commonly used machines are semi-automatic and require personnel assistance to complete the process.

[0003] For example, the process of injection molding after mold opening of the toothbrush handle includes the following processes: mold opening, feeding, cutting, injection molding, boxing, etc. In the current technology, the system used for the above processes needs to be processed during feeding, cutting and The labor is assisted during the packing process. Therefore, at least three labors are required on the system of this process alone. The system has low work efficiency and high labor cost, which does not meet the requirements of high efficiency and low cost for toothbrush production.

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