本发明涉及一种渣层厚度自动测量装置及方法，属于冶金技术领域，解决了现有技术中渣层厚度测量准确性低、安全性差和劳动强度大的问题。本发明包括测试组件、探测器、控制器和主控计算机；测试组件用于形成待测容器内的温度分布痕迹，探测器用于摄取测试组件的温度分布痕迹形成温度分布图像并传递给主控计算机，控制器用于控制测试组件执行测试过程中的运动，主控计算机用于图像处理及控制命令的输入。本发明通过控制器对测试组件的运动进行控制并获取待测容器内的温度分布痕迹，探测器摄取测试组件的温度分布痕迹并传递给主控计算机，主控计算机进行温度图像处理即可得到渣层厚度，无需工人过多参加，解放了劳动力，安全便捷。

The invention involves an automatic measuring device and method for slag layer thickness, which belongs to the field of metallurgical technology, and solves the problem of low accuracy, poor safety and high labor intensity for the slag thickness measurement in the prior art.The invention comprises a test assembly, a detector, a controller and a master control computer; The test assembly is used to form the temperature distribution trace in the container under test. The detector is used to take the temperature distribution trace of the test component to form a temperature distribution image and transfer it to the main control computer. The controller is used to control the movement of the test assembly during the test execution, and the main control computer is used for image processing and control command input.The invention by the controller to control the movement of the test assembly and get the temperature distribution of the container under test, taking the test component detector temperature distribution in the trace and transfer to the main control computer, main control computer to carry on the temperature image processing can get slag layer thickness, there is no need for workers to participate too much, liberating the labor force, safe and convenient.