Continuous tempering furnace is an important equipment for producing tempered glass. During the production process, glass sheets are usually arranged and stacked continuously for batch processing during tempering. However, the continuity of glass stacking is crucial for product quality, so effective detection is necessary.
Firstly, one of the common methods for detecting glass stacking is to use a counter, which can judge the stacking situation by recording the number of glass sheets passing through the continuous tempering furnace. This method can provide accurate glass stacking detection results by installing a counter at the inlet and outlet for automatic detection.
Secondly, visual detection technology can also be used to detect the stacking of glass in the continuous tempering furnace. By installing a high-resolution camera and analyzing the number and position of glass sheets in the image through image processing algorithms, real-time monitoring and detection of glass stacking can be achieved. This method can quickly and accurately detect stacking anomalies and take corresponding measures in a timely manner to ensure product quality.
In addition, sensor technology can also be used for glass stacking detection. By installing suitable sensors in the continuous tempering furnace, the position, thickness, and stacking situation of glass sheets can be monitored in real-time. The sensor can collect relevant data of glass sheets and provide accurate stacking detection results through data processing and analysis. This method has the characteristics of high automation and high precision, which can effectively improve product quality and production efficiency.
In summary, the detection of glass stacking in continuous tempering furnaces is crucial for ensuring product quality. The application of counter, visual detection technology, and sensor technology can achieve accurate, fast, and automated detection of glass stacking, as well as timely adjustment and correction of abnormal situations, improving production efficiency and product quality. The comprehensive application of these detection methods can effectively solve the problem of glass stacking and provide reliable guarantee for the production of continuous tempering furnaces.
