Tool Technology Axis Linkage CNC Tool Grinding Machine Simulation System Development Xi'an Jiaotong University Machinery Zhu College 710049 Li Jiangang Mao Shimin Su Zhijian Yao, Wu Xutang Parts System, the system can simulate the use of various types of grinding wheels to grind all kinds of rotary surface tools Processing process. The second development is in the field of processing. With the development of production and technological progress. There is an urgent need to use advanced machining simulation systems to improve process quality and efficiency. At present, a variety of processing simulation software systems have been put into practical use, such as 16 Guang, but due to the limited type of processing technology they provide, they cannot fully meet the actual production needs. To this end, the heart of the game for some of the special CNC machine tools to design a higher efficiency and adapt to the good processing simulation software. The research content of Muwen is to develop a convenient and suitable cutting process simulation system for the shaft-linked CNC tool grinding machine produced by a factory. The mainstream production of the first field of the mountain can be used for sub-development of various uses. However, the development of its 1 simulation software is still not much. 1 This article has made some explorations in this regard. 1 The main function and structure of the Jiading simulation system and the general CNC machining simulation software. The processing and editing system developed in this paper also has the main functions of processing the processing tool selection tool trajectory, forming the pictogram simulation simulation result analysis and data saving. . The main processing objects of the 1-axis linkage CNC grinding machine are various irregular shapes, such as rotary boring die milling cutters. The grinding wheel used mainly has a dish-shaped bowl shape, a flat single angle and a double pyramid surface. Due to the complexity of the shape of one piece and the grinding wheel. Therefore, the development of the machining simulation system is difficult to be in the pictographic simulation, and the functional level of the module will directly affect the actual use of the system. For this kind of situation. We have violated the parameterized workpiece library and the grinding wheel library, which is convenient for the user to use, and can make the system automatically generate the grinding wheel track or import the data of the wheel. Increase the flexibility and applicability of the system. The structure of the machining simulation system is 1. 2 with 6 said (3) Xing Yuyong 㤠D, the key technology of the system is to make the application versatile, and will be connected with the human, 00 connection code as follows 2.2 parameterized parts library to make the software system has better applicability, The various components in the parameterized part library exist as public subfunctions with entry parameters. At the same time, in order to facilitate accurate control of the parts. The part rotation body must be given. This can be used to determine the space position of the part based on the point coordinates of the part and the direction of the part axis. In order to meet the actual processing conditions, for the grinding wheel. This point can be taken at the center point; for parts. The end point of the shank on the part axis can then be taken. Take the selected point as the coordinate origin and the part axis as the axis. The simulation process can be controlled by moving the position of these points and the direction of the part axis. According to the different modeling methods. The parts in the component library can be divided into two categories: standard entities such as cylindrical sphere cone cubes, etc., can be directly invoked by the function provided by 1; the first class is a complex entity, and the standard entity Boolean operation is performed according to the entity feature. Obtained by face cutting or area deep drawing rotation. Yes, the axis linkage CNC tool grinder. The grinding wheel can be directly called by the flat and the cutting cone surface rotation, and the parts can be generated according to the actual situation. Finally, the grinding wheel and parts are placed in the same part library template and exist as a database in the software. The single-corner cone grinding wheel is taken as an example to illustrate its formation process. Modeling parameters include large cone angle, diameter and thickness. First, according to the 1 cone angle and the large diameter, the 0 command generates a cone. The conical portion above the plane is then cut with a distance equal to the thickness of the thick skin parallel to the large plane. The required single angle grinding wheel is available. The simulation of the 2.3 plus 1 process is performed by machining the equal helix angle and the like. The forward angle ball head is rotated by 饨 straight 抒 ★ 12, and the helix angle 20 is taken as an example to illustrate the machining simulation process. The diameter of the large circle of the single-horn taper wheel is the cone angle (1) The original degree is 5. The required tool path data can be generated by the system program. Also directly import the format into a mandatory data file including motion data. During the simulation. The workpiece is in the horizontal plane; the shaft rotates around the 2 axes (4) while rotating at an angle around its own axis; the position of the center point 2 of the grinding wheel is constantly changing during the machining process, while the axial direction of the grinding wheel is constant and parallel with the 7 axis, 2. Each machining position in the simulation process can be obtained by subtracting the Boolean transfer from the workpiece of the grinding wheel, and finally the simulation of the grinding process can be realized. 3 for the processing simulation results do not intend to winter 2 plus Ding Yiyi 3 conclusions, 136 for the programming environment, the use of the heart. Into 4 warm. , 1 technology developed a processing simulation software system based on (3) operating platform. Through the experimental study and case verification of the time, the method is proved to be effective. This method does not provide a new way for the development of processing simulation software, and because people are also widely used, this kind of software has a good promotion and application prospect, which helps to realize the automation and networking of the processing process, which is beneficial to the process. Improve processing efficiency and reduce production costs. 1 Guo Chaoyong and so on. Human 0 milk, 4 development techniques. Tsinghua University Press, 61 seducer, full translation group translation. 0318336 Developer's Guide. Mechanical Industry Press, 1998 Jin Yu, 笕 46 greedy editor Han Li (Finish) Small Autoclave,Composite Material Autoclave,Composite Treatment Autoclave,Civil Use Autoclave JIANGSU OLYMSPAN THERMAL ENERGY EQUIPMENT CO.,LTD , https://www.compositesautoclave.com