A kind of u disk production equipment

Abstract

Equipment for producing USB flash drives comprises a bottom plate (1), a conveyor apparatus (2) disposed on the bottom plate (1), and an automated lower-cover feeding apparatus (3), an automated chip feeding apparatus (4), an automated upper-cover feeding apparatus (5), a pressing apparatus (6), an automated steel-housing feeding apparatus (7) and an output apparatus (8) that are sequentially disposed on the bottom plate (1) along the process direction and linked to the conveyor apparatus (2). The automated lower-cover feeding apparatus (3) is used for placing a lower cover on the conveyor apparatus (2). The automated chip feeding apparatus (4) is used for placing a chip on the lower cover that is on the conveyor apparatus (2). The automated upper-cover feeding apparatus (5) is used for placing an upper cover on the lower cover. The pressing apparatus (6) is used for pressing the lower cover, the chip and the upper cover to assemble them together to form a USB flash drive body. The automated steel-housing feeding apparatus (7) is used for transporting a steel housing to the conveyor apparatus (2) and inserting the USB flash drive body into the steel housing. The output apparatus (8) is used for outputting a USB flash drive. The equipment achieves automated assembly production of USB flash drive products and improves the production efficiency.

Description

technical field [0001] The invention relates to the U disk manufacturing technology, in particular to a U disk production equipment. Background technique [0002] In real life, there are many kinds of U disks, and one of the widely used U disks is to open the U disk by rotating the steel clip on the U disk. At present, the production of this kind of U disk is produced by manual assembly line operations. For example, workers align the U disk body with the assembly hole of the steel clip. When the workers pre-press and expand the steel clip, the angle is often not in place, resulting in steel The buckle between the clip and the U disk is tight or loose, which seriously affects the product quality and production efficiency. Manually assembling the U disk not only has backward technology, low production efficiency, and increased production costs, but also due to manual operation errors, resulting in poor product quality standards. Unified, the supervision is difficult. Conten...

AI Technical Summary

Problems solved by technology

At present, the production of this kind of U disk is produced by manual assembly line operations. For example, workers align the U disk body with the assembly hole of the steel clip. When the workers pre-press and expand the steel clip, the angle is often not in place, resulting in steel The buckle between the clip and the U disk is tight or loose, which seriously affects the product quality and production efficiency. Manually assembling the U disk not only has backward technology, low production efficiency, and increased production costs, but also due to manual operation errors, resulting in poor product quality standards. Unified, difficult to supervise

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