Vibration isolation platform is a device used for shock absorption and vibration suppression, which is widely used in engineering, scientific research and daily life. With the increase of people's awareness and demand for vibration, vibration isolation platform has been paid more and more attention and used.
This paper will introduce the basic principle, classification, application field and future development trend of vibration isolation platform.
The basic principle of vibration isolation platform is to reduce the vibration transmission by changing the vibration transmission path. In the traditional vibration transmission path, the vibration will be directly transmitted to the ground or other objects, creating noise and instability. The vibration isolation platform changes the vibration transmission path to cushion and absorb vibration through elastic materials and shock absorbers. By reducing the transmission of vibration and increasing the stability of the system, the vibration isolation platform provides a quieter and more stable working environment.
According to the material and structural characteristics of vibration isolation platform, it can be divided into active vibration isolation platform and passive vibration isolation platform. The active vibration isolation platform can absorb and suppress vibration by sensing vibration signal and controlling and adjusting according to the signal. The active vibration isolation platform has a high degree of self-adaptability and control accuracy, which is suitable for high-precision experiments and sensitive equipment. The passive vibration isolation platform is cushioned and absorbed by shock absorbers and elastic materials. The passive vibration isolation platform is simple, reliable and low cost, which is suitable for general engineering and scientific research applications.
Vibration isolation platform is widely used in various fields. In the field of scientific research, vibration isolation platforms are often used in precision measurement, optical experiments and precision machining. Precision measurement needs to eliminate external vibration interference in order to obtain accurate measurement results. Optical experiments need stable working environment and accurate measurement results to ensure the reliability and accuracy of experimental results. In the field of precision machining, vibration isolation platforms can provide a stable working environment to ensure the accuracy and quality of machining.
In the field of engineering, vibration isolation platforms are often used in electronic equipment, mechanical equipment and buildings. Electronic equipment requires a stable working environment and low vibration transmission to ensure the normal operation of the equipment and extend the service life. Mechanical equipment will produce vibration and noise during the working process, vibration isolation platform can reduce the transmission of vibration and noise generation, providing a quieter and more comfortable working environment. In the field of buildings, vibration isolation platform can reduce the impact of earthquake and traffic vibration on buildings, improve the earthquake resistance and stability of buildings.
The future development trend of vibration isolation platform is mainly reflected in the following aspects. First of all, with the development of science and technology, the control and adjustment ability of the vibration isolation platform will continue to improve, making it more widely used in the fields of precision measurement, optical experiments and precision machining. Secondly, the material and structure of the vibration isolation platform will be continuously innovated and improved to improve its shock absorption and vibration suppression effect. For example, using the characteristics of new materials and the optimal design of the structure can reduce the transmission of vibration and increase the stability of the system. In addition, the vibration isolation platform will be combined with intelligent technology to achieve automated control and remote monitoring. Through the intelligent technology, the working state of the vibration isolation platform can be controlled and adjusted more conveniently and precisely, and the convenience and effect of its use can be improved.
In short, the vibration isolation platform is an important device for shock absorption and vibration suppression. By changing the vibration transmission path and increasing the stability of the system, the vibration isolation platform can provide a quieter and more stable working environment, which is widely used in scientific research, engineering and daily life. With the development of science and technology and the increase of demand, the future vibration isolation platform will gradually develop and innovate to meet the changing needs and challenges.
