Embossing machine

Abstract

The invention discloses an embossing machine and relates to the technical field of machining of mechanical equipment. The embossing machine comprises a base frame, an embossing mechanism, a monitoringmechanism, an air cooling mechanism and a conveying mechanism, wherein the whole base frame is in a [-shaped frame, the interior of the base frame is of a protruding structure, and a PLC is arrangedin the base frame. The embossing machine is advantaged in that by arranging the embossing mechanism and the conveying mechanism, two embossing procedures can be automatically completed; by arranging the air cooling mechanism, a product obtained after primary embossing is completed does not need to be placed independently, re-embossing operation is conducted after cooling is completed, and secondary embossing operation can be directly completed at a time in the feeding direction of the conveying mechanism; through the monitoring mechanism and the installation part mounted on a notch fixing plate through a locking screw, the embossing depth can be monitored in time, the embossing depth is prevented from being too large or too small, and the serious consequence that the embossing head is abraded due to the too large embossing depth is further prevented.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment processing, in particular to an embossing machine. Background technique [0002] Embossing machine is a processing equipment for embossing, embossing or embossing icons on the surface of fabric, leather or aluminum plate. In the traditional embossing process, the products to be embossed are usually placed on the conveying equipment in sequence. Conveying, when the product is transported to the embossing roller, the embossing process can be carried out, and the workpiece after the embossing process is cooled naturally or quickly by fans and other equipment, and then the next step of processing is carried out. [0003] However, our company found the following disadvantages in the existing technology during the long-term processing and production process: 1. For some special embossing patterns, such as traditional patterns with auspicious meanings, it is impossible to use embossing rolle...

AI Technical Summary

Problems solved by technology

[0003] However, our company found the following disadvantages in the existing technology during the long-term processing and production process: 1. For some special embossing patterns, such as traditional patterns with auspicious meanings, it is impossible to use embossing rollers to complete the embossing process. Manually place the workpiece to be processed on a specific embossing equipment for embossing. Due to the complexity of the graphics, one embossing cannot be finalized, and two embossing operations, initial pressing and re-pressing, are required. After the first embossing, the products are placed in a specific area to cool down, and the unprocessed products are continued to be embossed for the first time. When the first batch of initial pressing process is completed, the previous products have also been cooled, and then the These products undergo a repressing process, but when processing small batches of products, it takes a long time to wait, which affects the processing efficiency; 2. The existing secondary embossing processing equipment still stops at the visual inspection of the processed products. stage, it is impossible to accurately judge whether the depth of the embossing is qualified. The embossing depth is too deep or too shallow, which will affect the appearance of the product. Large wear and tear, reducing the service life of equipment and corresponding tooling

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