Implementation of Dynamic Display of Machining Process Based on PyQt

Abstract

The machining process of the keels in the light steel villa are introduced in this paper. The principle of dynamic display based on the characteristics of python is put forward to monitor the machining process more conveniently. The host and slave computer established communication based on Panasonic Mewtocol protocol. In communication, the host computer displayed the machining process synchronously on the main interface with Qt Graphics View framework while machine processed. The host computer displayed and updated the processing state of the keels. The experiment shows that the display process not only meets the requirements, avoids machining errors caused by human factors in time, but also serves as the basis for the study of the quality of the keel.