Press Setup, select medical treatment mould coordinate-origin, smart point to capture O point, left button to pick up, and press Enter to confirm. 2 Calculate the blank size of the drawn part. Obviously, the equidistant distance Smaller, the closer the center of gravity obtained from the query to the true value is to the above 2 cases. to quickly find each transition point for manual programming.. a Use the mouse to select the heart option in the drop-down menu.1.624, 21. However, for asymmetric graphs and multi-line segment graphs, you must make a small bar area, otherwise it will cause a large error.1, the center of gravity coordinates obtained by the query are Q (51. In order to improve the accuracy, the equidistance distance is set to 0. When the equidistant distance is 0. ??
except It is used in the solution of the pressure center of the cold die and the calculation of the area of ??the drawn mold. According to Gurujin’s law, any shape of the bus bar, the rotation area obtained by one rotation around the axis, after straightening with the bus bar, through the center of gravity and parallel to The area of ??the rotation of the shaft is equal.01, the center of gravity coordinates obtained by the query For Q (51.
The unique system query functions of CAXA2000 include point coordinates, distance and angle between two points, element attribute and perimeter, area and center of gravity, and moment of inertia query system status query.01 completely meets the requirements of mold design accuracy. In the punching die, the point of action of the combined force of the punching pressure is called the pressure center of the die. As shown for the punching parts, when calculating the pressure center, L-the length of the cutting edge line t-the thickness of the workpiece f-the shear strength of the workpiece material, the punching force uniformly acts on the punching line, so the punching The center of force is the center of gravity of the workpiece contour. If the analytical method is used, first look up the table to obtain the coordinates of the center of gravity of each line segment: the length of each segment L1, L2, . ??