The function of the inclinometer sensor is to measure the inclination angle of the measured carrier, while the dynamic inclination sensor is a sensor specially designed for application in a dynamic environment. The object measured by the dynamic inclination sensor should be in motion, such as automobiles and construction machinery. And robots and other application scenarios. The dynamic angle measurement of the dynamic tilt sensor mainly relies on the gyroscope.
The gyroscope can be used to measure the angular velocity of the moving object. The gyroscope is installed on the measured object. When the object rotates, the gyroscope can detect the angular velocity of the moving object in each axis. The integral of the angular velocity is the angle of rotation of the object. The gyroscope can maintain a high measurement accuracy within a certain period of time, but the measurement noise caused by external factors such as vibration is likely to cause greater interference to the gyroscope. The gyroscope is not suitable for long-term measurement. Because the gyroscope will drift when working for a long time and the environment changes, these two factors will cause the calculation error to continue to increase. In addition, the gyroscope cannot measure the static inclination angle of the object, it is only suitable for dynamic angle measurement. Because the gyroscope cannot measure the static inclination angle of the object, the dynamic inclination sensor is convenient to use the acceleration sensor to make up for its shortcomings. The acceleration sensor is used to measure the acceleration of a moving object. Even if the object is in a static state, the acceleration sensor will have the output of gravity. When the inclination of the object changes, the components of the gravity axis will also change. Using this principle, the corresponding inclination angle of the object can be calculated by the output on each axis of the acceleration sensor. For a stationary object, the acceleration sensor can measure its angle very accurately.
The dynamic inclinometer sensor uses the joint action of a gyroscope and an acceleration sensor. The gyroscope performs dynamic measurement while the acceleration sensor performs static measurement. The two complement each other. Coupled with optimization measures such as algorithm correction and compensation in the production process and software, the angle and change of the moving object can be measured very accurately. 　　
The application range of dynamic inclinometer sensors is very wide, ranging from mobile phones used in our lives to missiles and satellites in national defense and military affairs. Dynamic inclinometer sensors are mainly used in devices that need to control the orientation and attitude of moving objects, such as automobiles and robots. Although it is currently used in more aircraft such as equipment, with the development and advancement of technology, more industrial equipment has begun to use it for position measurement.
What’s more worth mentioning is that now this technology is also beginning to be applied to agricultural operations, because the operation of machinery is prone to accidents during agricultural operations, and the use of dynamic inclination for real-time detection equipment can greatly reduce the possibility of accidents. Therefore, it The scope of application is also getting bigger and bigger. 　
                                    
　                                  Woosens WDS series dynamic inclinometer

For the application requirements of motion posture measurement, The WDS series of dynamic inclinometer sensors independently developed by Woosens Technology uses high-quality and reliable MEMS acceleration sensors and gyroscopes. The product has been sealed design and strict process to ensure that the product can still accurately measure the attitude parameters of the carrier in harsh environments. And through the algorithm and compensation, the error caused by the interference is well reduced, and the product accuracy level is improved, at the same time, in order to meet the application requirements of the construction machinery industry, the WDS series of dynamic inclinometer sensors are based on CAN bus communication output to measure inclination, support J1939 and CANopen communication protocols, and can meet customers' needs for angle measurement under various fast motion and vibration conditions.