A fully automatic production device for hooks

Abstract

The invention discloses a fully automatic production device for hooks, which comprises a frame, a reciprocating workbench arranged on the frame, and a material tray arranged on the reciprocating worktable. One side of the reciprocating workbench is provided with a hook fixed A sheet feeding device and a film feeding device, a gluing device, a gluing device, and a hook unloading device are arranged above the reciprocating workbench, an ultraviolet curing device is arranged below the reciprocating workbench, and the gluing device is set Between the fixed sheet feeding device with hook and the film feeding device, the glue pressing device is arranged between the film feeding device and the hook unloading device, and the conveying front end of the fixed sheet feeding device with hook is also provided with a pre-loading device. Assemble the hook mount feeder and hook feeder for the hook mounts and hooks.

Description

technical field [0001] The invention belongs to the field of production devices for traceless hooks, and in particular relates to a fully automatic production device for hooks. Background technique [0002] In recent years, due to its convenience, speed, practicality, and aesthetics, the seamless hook has been loved by consumers in recent years. For enterprises that produce seamless hooks, due to the maturity of production technology, the number of manufacturers has gradually increased, and the market competition has changed. How to quickly produce, improve production efficiency, and reduce production costs has become the only way for enterprises to survive. Patent CN202010545674.5 discloses a fully automatic production device for hooks, including a frame, a transmission chain set on the frame, and a material tray set on the transmission chain driven by the transmission chain, and the hooks are arranged in sequence along the transmission direction of the transmission chain t...

AI Technical Summary

Problems solved by technology

Since the device operates each installation step step by step on the same tray according to the installation sequence of the non-marking hook, it is necessary to set the same installation time for each step of the installation, which makes the steps that take up less time need to be accommodated. It takes a long time for the steps, which makes the production of a single seamless hook take a long time; in addition, because the tray is set in a step-by-step up and down linear cycle, the setting distance between the trays is short, so that each part The interval between feeding positions is relatively short, which leads to the dense arrangement of the feeding devices of each component. It is difficult to correct in time when errors occur in the production process, and the daily maintenance of the equipment is also difficult; through the three-level blocking mechanism and the four-level detection head In cooperation, the auxiliary control system controls the actions of each device, which solves the problem of unstable feeding of hooks by the machine, but at the same time, this structure requires a longer step-by-step feeding blocking mechanism and more detection heads for hook in-position detection. This makes the overall length of the equipment longer and occupies a larger area, and the setting of multi-level detection devices increases the cost of the equipment; the overall structure of the film feeding device is complicated, and there are many air circuits and circuits, which is not conducive to daily maintenance. The films are tightly arranged, and there is negative pressure between them, so it is easy to grab multiple films at a time; in this application, the material tray uses a transparent plastic plate to ensure that the UV curing can pass smoothly, but the plastic plate will still Absorbs a certain amount of ultraviolet light, and the plastic plate will be severely worn after long-term use, resulting in a sharp decline in the ultraviolet light transmission performance, which in turn leads to incomplete curing of the glue, and the improvement to quartz glass will result in increased costs and the disadvantages of fragile quartz glass ;The unloading device adopts a pneumatic suction cup manipulator for unloading, which is prone to many interference factors such as the aging of the suction cup or impurities affecting the suction of the suction cup. As a result, the produced hooks cannot be removed in time, and they are scattered on the ground along the feeding track, which is not conducive to collection.

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