Ink pad imprint retaining system for self-service seal making machine

Abstract

The invention provides an ink pad imprint retaining system for a self-service seal making machine. The ink pad imprint retaining system comprises a seal shell bin module, a conveying module, a carving machine module, an ink pad module and a printing and archiving module, wherein the seal shell bin module is used for outputting a to-be-processed seal material and can convey the to-be-processed seal material to the conveying module; the conveying module is provided with a clamp for clamping the to-be-processed seal material, and the conveying module drives the clamp to sequentially pass through a carving machine module area, an ink pad module area and a printing and archiving module area; the carving machine module is used for carrying out seal carving on the to-be-processed seal material to form a finished seal; the ink pad module is used for providing an imprinting material for the to-be-recorded finished seal; and the printing and archiving module is used for conveying a recording and duplicating paper piece, and carrying out paper piece retaining on the seal surface of the finished seal dipped with the imprinting material. The ink pad imprint retaining system is high in automation degree, compact in structure and long in service life, and can guarantee the tracing of original manufacturing in the subsequent seal use process through recording and filing.

Description

technical field [0001] The invention relates to the technical field of self-service equipment, in particular to a stamp pad imprint retention system for self-service stamp making machines. Background technique [0002] At present, the seal items sold by the seal company mainly include official seals, general seals, electronic seals, seals with embedded chips, and seal consumables such as printing ink and printing pads. Among them, every link of stamp making needs to be manually operated. In the original typesetting software, the manual operation, the content of the stamp, the arrangement of the text, and the height and size all need to be manually set. Shells, operating engraving machines and other work links, after the completion of the production, it is necessary to manually leave imprints for the record. These processes not only need a lot of labor, but also have a high possibility of errors. The key is that the official seal is used as a proof of a unit's external activi...

AI Technical Summary

Problems solved by technology

Among them, every link of stamp making needs to be manually operated. In the original typesetting software, the manual operation, the content of the stamp, the arrangement of the text, and the height and size all need to be manually set. Shells, operating engraving machines and other work links, after the completion of the production, it is necessary to manually leave imprints for the record. These processes not only need a lot of labor, but also have a high possibility of errors. The key is that the official seal is used as a proof of a unit's external activities. In the existing production process, manual participation in each production link has the risk of forgery, imitation, or even making multiple official seals, especially under the current trend of marketization of official seal production, it is difficult for most seal making companies to guarantee the production process. safe and controllable

The existing official seal preparation needs to go to the seal company to handle it manually with various certificates. For users with long distances, the seal making is not convenient enough

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