The company has developed an automatic detection machine for the geometric parameters of railway wheels. The wheel indexing compactor and the frame are respectively located at both ends of the base. The end of the base close to the frame is also equipped with a track and a wheel bearing frame. There is a wheel positioning card on the opposite end of the wheel indexing presser, the sensor feeding arm is installed on the frame, and a variety of optical displacement sensors are installed on the sensor feeding arm. The power system is used to drive the sensor feeding arm up and down. move. The automatic detection machine for the geometric parameters of the railway wheel of the utility model overcomes the shortcomings of the manual sampling inspection method, such as high requirements for wheel positioning accuracy, large errors, poor reliability, high missed detection rate, high labor intensity and low efficiency, and has reliable detection and high efficiency. It has the characteristics of convenient use, installation and maintenance, and can obtain quantitative data of wheel parameters. Through subsequent processing, the industrial computer can judge whether the test data is qualified or not and sort it. It can be easily embedded in the automatic wheel production line to complete the on-line detection of wheel parameters. better application value.
The company has developed an automatic detection machine for the geometric parameters of railway wheels. The wheel indexing compactor and the frame are respectively located at both ends of the base. The end of the base close to the frame is also equipped with a track and a wheel bearing frame. There is a wheel positioning card on the opposite end of the wheel indexing presser, the sensor feeding arm is installed on the frame, and a variety of optical displacement sensors are installed on the sensor feeding arm. The power system is used to drive the sensor feeding arm up and down. move. The automatic detection machine for the geometric parameters of the railway wheel of the utility model overcomes the shortcomings of the manual sampling inspection method, such as high requirements for wheel positioning accuracy, large errors, poor reliability, high missed detection rate, high labor intensity and low efficiency, and has reliable detection and high efficiency. It has the characteristics of convenient use, installation and maintenance, and can obtain quantitative data of wheel parameters. Through subsequent processing, the industrial computer can judge whether the test data is qualified or not and sort it. It can be easily embedded in the automatic wheel production line to complete the on-line detection of wheel parameters. better application value.
