Solution for Elbow Deviation of Pipe Bender

1. The entire process of CNC lathe pipe cutting machine with error control is actually carried out by pulse signals, with a straight line replacing the slash in the middle of the two points. The pipe bending machine bends around 900 points a week, and the total number of network points determines the proximity level of straight lines and slashes. The fully automatic pipe bending machine has a large pipe diameter of 100mm, which currently provides sufficient accuracy for construction projects. In terms of basic knowledge, the total number of branches is getting closer and closer to slashes. However, the increase in the total number of branches undoubtedly requires higher storage expertise in system configuration and also increases computational complexity.

2. It is meaningless to have a large total number of branches. But the total number of branches is too small, and it cannot take into account the accuracy required by the construction project. The effective way to solve this contradiction is to establish the initial network spacing based on the total number of ordered network points, and control the proximity level of straight lines and slashes for each point, that is, error control. If there is an error control standard for the spacing between the straight lines behind the center of the adjacent two slash circles, such as controlling it within 0.005 millimeters. If it does not meet the error specifications, adjust the dot spacing appropriately in a part until the error control specifications are considered, and then repair the initial dot spacing and perform error control again.

3. The degradability of the cutting torch during the entire bending process of the pipe bending machine is to qualitatively study the changes in the arc coordinate S of the intersecting line and the rotation along the Z-axis of the pipe being cut; Qualitatively studied the motion of the Z coordinate of the intersecting line and the Z axis of the pipe cutting axis.; Qualitative research was conducted on the changes in the bend angle of the pipe bending machine. Three methods were used to connect multiple steel bars and weld the bend of the pipe bending machine using a vertical CNC machine tool laser cutting machine. The rotation of the T-axis (T-axis spatial quadrilateral Z-axis) of the printed paper was used. In the upgraded Japanese CNC machine tool laser pipe cutting machine, all three sub sports and fitness activities are carried out through the control of AC motor electromagnetic speed regulation motor.