Aluminizer conveying device and stamping press comprising alumite conveying device

Abstract

The invention relates to an aluminizer conveying device and a stamping press comprising the aluminizer conveying device. The aluminizer conveying device comprises a substrate, a fixing assembly, a transmission assembly, a storage assembly, a distance detecting unit and an aluminum foil coil. The aluminum foil coil is mounted on the fixing assembly. The fixing assembly is fixed on the left side ofthe substrate. The storage assembly is fixed on the right side of the substrate. The transmission assembly is fixed at the periphery of the storage assembly. The distance detecting unit is fixed on the right side of the storage assembly. Aluminum foils are conveyed by the fixing assembly and conveyed into the storage assembly through the transmission assembly for vacuum storage; the distance detecting unit detects the depth of the stored aluminum foils, and deviation of aluminum foil conveying accuracy due to inertia problem caused by the lack of storage is avoided; and finally, aluminizer isconveyed to the stamping press through the transmission assembly. According to the aluminizer conveying device and the stamping press comprising the aluminizer conveying device, the aluminizer can bestored and conveyed at the exterior of the stamping press, the replacing time at every time is shortened while the replacing frequency of the aluminum coils is reduced, and the working efficiency of the stamping press is improved accordingly.

Description

technical field [0001] The invention relates to the field of hot stamping machines, in particular to an anodized aluminum transmission device and a hot stamping machine including the same. Background technique [0002] Hot stamping refers to the process of hot stamping anodized aluminum foil onto the surface of the substrate under a certain temperature and pressure. But in the existing hot stamping process, the storage and control of anodized aluminum are inside the hot stamping machine. Therefore, the following problems arise: when the anodized aluminum needs to be replaced, the operator must first turn off the hot stamping machine, then cut off a small amount of anodized aluminum inside the machine, then pull the remaining anodized aluminum out of the machine, and replace it with a new one outside the machine. aluminum. After the replacement is completed, push the anodized aluminum into the machine, and then glue the anodized aluminum to the inside of the machine to comp...

AI Technical Summary

Problems solved by technology

Therefore, the following problems arise: when the anodized aluminum needs to be replaced, the operator must first turn off the hot stamping machine, then cut off a small amount of anodized aluminum inside the machine, then pull the remaining anodized aluminum out of the machine, and replace it with a new one outside the machine. aluminum

The whole process is very cumbersome, and the hot stamping machine needs to be shut down for a long time during the replacement of the anodized aluminum

At the same time, due to the internal space and load-bearing limitations of the machine, the roll diameter and width of the anodized aluminum foil are affected to a certain extent, resulting in a small storage capacity of the anodized aluminum foil inside the machine and need to be replaced frequently

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