Full-automatic paper box cutting machine

Abstract

The invention relates to a full-automatic paper box cutting machine. The full-automatic paper box cutting machine is characterized by comprising a cutting system and a material storage system; the cutting system comprises longitudinal cutting mechanisms correspondingly arranged on a cutting machine frame; the longitudinal cutting mechanisms comprise longitudinal cutting assemblies A used for completing the longitudinal indentation work and longitudinal cutting work and transversely-moving positioning assemblies B used for driving the longitudinal cutting assemblies A to transversely move in apositioning mode; and the material storage system comprises a material clamping mechanism used for clamping paper plates to be processed and a material storage lifting mechanism used for switching thepaper plates to be processed. The full-automatic paper box cutting machine has the characteristics of wide processing range, low manufacturing cost, flexible processing, reliable performance, effectively ensuring the production quality of paper boxes and the like.

Description

technical field [0001] The invention relates to a carton production equipment, in particular to a fully automatic carton cutting machine. Background technique [0002] The existing carton production equipment on the market has the following defects: in the cutting system, in order to ensure that each group of longitudinal pressing and cutting components can move horizontally, a servo motor drive mechanism is installed on each group of longitudinal pressing and cutting components, and the servo motor driving mechanism drives Drive the gear to rotate, and realize the lateral movement of the longitudinal press-cutting assembly under the action of the rack-and-pinion structure. However, since each set of longitudinal press-cutting assemblies needs to be equipped with a servo motor, the center-to-center distance between two adjacent longitudinal pressing-cutting assemblies is relatively large (ie The center distance between the cutting knife and the cutting knife is relatively la...

AI Technical Summary

Problems solved by technology

[0002] The existing carton production equipment on the market has the following defects: in the cutting system, in order to ensure that each group of longitudinal pressing and cutting components can move horizontally, a servo motor drive mechanism is installed on each group of longitudinal pressing and cutting components, and the servo motor driving mechanism drives Drive the gear to rotate, and realize the lateral movement of the longitudinal press-cutting assembly under the action of the rack-and-pinion structure. However, since each set of longitudinal press-cutting assemblies needs to be equipped with a servo motor, the center-to-center distance between two adjacent longitudinal pressing-cutting assemblies is relatively large (ie The center distance between the cutting knife and the cutting knife is relatively large, and the center distance between the longitudinal creasing roller and the longitudinal creasing roller is relatively large), when the required distance between the two creasing lines or between the cutting lines is less than that of the two longitudinal creasing When the center distance between the components is lower, the two adjacent indentations or the two adjacent cutting lines cannot be completed at the same time, thus directly affecting the processing and production efficiency; The cost is high, and the control system

In the material storage system, the existing paper pressing mechanism has poor material clamping performance in actual use, which causes the cardboard to shift easily and affects the production quality of the carton; in addition, in order to facilitate the processing of cartons of different sizes, the material storage system in the carton cutting machine Generally, cardboards of different sizes are stored, and the corresponding cardboards are selected according to actual production needs; the traditional technology of switching cardboards is done manually, which has low work efficiency and high labor intensity; for this reason, automatic cardboard switching mechanisms have appeared on the market , but due to structural defects, resulting in poor performance reliability, short service life and other issues

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