The application of six dimensional force sensors in automotive safety experiments and the robotics industry. Six dimensional force sensors can detect relevant parts of the robot, such as external forces and torques on the wrist and fingers, and can control the movement of the wrist, servo control, and accurately complete the work. As a newly developed sensor in force sensors, the six dimensional force sensor can simultaneously convert multi-dimensional force/torque signals into electrical signals, and can be used to monitor force and torque changes in direction and magnitude, measure acceleration or inertial force, and detect force magnitude and contact points.

Design of Piezoelectric Probe Force Sensor for Plate Bending Load Testing. The force sensor can automatically and accurately measure the weight of the liquid in the infusion bag, thereby automatically adjusting the flow rate of the medication, avoiding the phenomenon of blood backflow from the needle tube, making it safer and saving manpower. The application of force sensors in monitors of medical electronic devices can not only improve work efficiency but also reduce labor costs. Force sensors are combined with mechanical technology and transmit the information detected by the sensors to the device.

The promotion and application of the dynamic torque sensor of the force measuring disc rotary table in the Bohai Oilfield. The dynamic torque sensor is generally used to test occasions with severe torque changes, requiring the implementation of torque or peak torque, such as tightening machines, electric wrenches, motor output torque, engine output torque, and drill pipe torque. The dynamic torque sensor can measure the electrical signal of the elastic shaft under torsion, and uses strain electrical measurement technology to form a strain bridge on the elastic shaft, thereby providing power to the strain bridge.