拉力試驗機軟件模塊的結構圖是怎么樣的？

  在拉力試驗機主程序模塊下，直接掛接不同的子程序模塊，實現獨立或綜合的功能。

In the tensile test under the main program module, articulated different subroutines module directly, can realize the function of independent or integrated.

   在主控程序中，包含了試驗程序主模塊、試驗參數設置模塊、數據庫管理模塊、報表打印模塊、傳感器校準模塊。

In the master control program, including the experiment program main module, parameter setting module, database management module, report forms printing module, sensor calibration module.
 

在試驗過程中，因為會有對采集卡的數據讀寫、試件破斷、緊急停止、拉力曲線繪制等過程，所以分別將它們作為子模塊掛接在試驗程序主模塊下。

In the process of test, because there will be to read and write the data acquisition card, the specimen fracture, such as emergency stop, tensile curve drawing process, so they as a child module respectively articulated in the test procedure under the main module.
 

但是在這幾個過程中，都需要通過數據的采集與處理過程完成，所以數據的采集與處理作為一個子模塊被它們分別調用。

But in the process of this a few, needs to be done through the data acquisition and processing, so the data acquisition and processing, as a child module is called, respectively.
 

在傳感器校準時，系統需要進行數據采集來對校準傳感器，所以數據的采集與處理作為一個子模塊被傳感器校準塊調用。       
 When the sensor calibration, data acquisition system is needed to calibrate sensors, so the data acquisition and processing as a child module is called sensor calibration block.