Spring forming machine control method and forming control system

Abstract

The invention discloses a molding control method and a molding control system for a spring molding machine, namely, the molding control system provides a spring parameter setting interface, a program modification interface, a wire pull mode program modification interface and other graphical interfaces which can be switched on the display of a host computer; after the spring processing parameters are set on the spring parameter setting interface, the system automatically generates program for test production of springs based on built-in spring parameters; if the produced spring upon testing meets the requirement, the spring can be put in production; otherwise, the system re-enters the spring parameter setting interface to modify the spring processing parameters, or enters the program modification interface or the wire pull mode program modification interface to modify the program, then the test production starts again; the user can preview the three-dimensional graphics of the spring and follows the steps until the molded spring meets the requirements; accordingly, through the operations of graphical interfaces, a simpler and easier operation can be provided, and the setting of parameters is also simpler, faster and more accurate.

Description

technical field [0001] The invention relates to a forming control method and a forming control system of a spring forming machine, in particular to a forming control method and a forming control system of a spring forming machine which provide simpler and faster operations with a graphical interface. Background technique [0002] Spring forming machine all has a molding control system 100 (as figure 1 ), used to set the processing parameters (such as size) of the spring, and control the spring forming process of the machine, and the existing forming control system 100 mainly has a control panel 10 and a computer host (not shown in the figure), The control panel 10 has a display 20 of the main computer and several knobs 30 for manipulation. [0003] Secondly, when the spring is formed, it is first in the manual mode. Its purpose is to determine the basic specifications of the machine (such as magnification, counting, thread stand, etc.) and the outer diameter of the spring s...

AI Technical Summary

Problems solved by technology

[0004] In addition, if the spring after molding does not meet the requirements, it is necessary to make modifications in the program 40 screens listed on the display 20 (such as figure 2 ), that is to say, it is necessary to turn the knob 30b to the position of each setting parameter (such as single cut, straight spring, oblique spring, single-head tip, double-head tip, working coordinates, speed fine-tuning) to modify one by one, It can be said to be very cumbersome, and because the existing molding control system 100 does not have a graphical interface, if the program 40 displayed on the display 20 is not a skilled person (teacher) really does not know where to start to modify it, and it still has to be modified after modification. Once a trial is made, if it does not meet the requirements, it will be revised repeatedly until it meets the requirements

Therefore, it can be seen that the interface of the existing system is relatively complicated and impersonal, and many data materials need to be input or corrected one by one according to the parameter table. It is extremely difficult and the work efficiency is low

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