| 摘要 |
Disclosed by the present invention is a constant velocity joint which has a device capable of accurately measuring a vibration value and especially a force (load) under any driving environment in real time in a state of being assembled with a vehicle body. According to the present invention, the constant velocity joint, which connects a transmission with a wheel by being installed in a vehicle and includes a tripod housing in which a trunnion is installed, includes: a load cell which is installed in the tripod housing and converts an axial direction force or load into a voltage signal; and a transmission device which is electrically connected to the load cell. The constant velocity joint converts the axial direction force (load) which is applied from the outside into the voltage signal and then transmits to the outside through the transmission device. Wherein the load cell is installed in a position which is close to a first shaft connected to the tripod housing in the tripod housing and the transmission device can be installed in a second shaft combined with the tripod housing. Meanwhile, the transmission device transmits the voltage signal which is converted in the load cell to an external receiver, the receiver delivers the received voltage signal to an analysis device, and the analysis device calculates the axial direction force which is delivered to a shaft and displays in a vibration level value. [Reference numerals] (AA) Device path for receiving and analyzing data |
