Today, let's learn about the application of multidimensional force sensors together. When it comes to multi-dimensional force sensors, not many people may know about them. However, many people have probably seen car collision experiments on television, which evaluate the safety performance of cars by simulating the output signals of human sensors during collisions. It can be said that without multi-dimensional force sensors, collision simulators can only act as models in the shop window and cannot truly function.

The simulated person for car safety collision testing will be equipped with a force sensor.

In automotive safety laboratories, car manufacturers usually conduct safety performance experiments by having a simulated person sit in a car and intentionally collide. Afterwards, the acceleration, load, and deformation of various parts of the simulated person are tested to assess the safety level of the car.

Simulators are mostly made of metal and plastic, which not only have a human like appearance, but also complex spines, ribs, and synthetic muscles. The most important thing is that the simulated human body is covered with various multidimensional force sensors, which enable technicians to analyze various technical data of the car at the moment of collision. Generally speaking, multidimensional force sensors are installed on different parts of the neck, hands, legs, and other areas of a simulated human in a car collision.

The neck will break when subjected to a certain degree of force, and the thigh will fracture when subjected to violent impact. By analyzing various force data collected by force sensors and the 'injuries' of the dummy, automobile manufacturers can evaluate the safety performance level based on this.

In addition, currently, domestic teams have applied multidimensional force sensor technology to the robotics industry, enhancing the intelligence level of robots.

How can robots be smarter? Firstly, they have vision, and secondly, they have touch. Currently, 95% of robots have so-called vision. If multi-dimensional force sensors are added to enable the robot's hands to perceive, it can greatly enhance the robot's intelligence.

In addition, multi-dimensional force sensors can also be used in industrial settings with low added value, such as polishing ordinary metal parts, where there is a greater demand for tactile robots for polishing work. In polishing work, dust is harmful to human health, with high work intensity and frequent safety accidents. At present, a domestic team is also planning to develop intelligent grinding heads using multi-dimensional force sensors, allowing robots to replace manual grinding and enabling more enterprises to use it.

The above is the application of the multidimensional force sensor provided by Jingchengpu for you. If you have any questions about the force sensor, you can contact Jingchengpu technical engineers and we will solve your problem as soon as possible!