At present, isolation rubber bearings are widely used in engineering structures such as bridges and buildings, and can play a significant role in isolation. However, traditional isolation rubber bearings do not have effective force measuring devices to detect and read the bearing's stress status, and cannot monitor and evaluate the operational status of bridge beams and building structures. With the development of bridge and construction engineering technology, people's requirements for the comfort and safety of bridges and buildings are becoming increasingly high. Considering the development prospect of the market and the requirements of Structural health monitoring technology, intelligent isolation rubber bearing has become a new product with considerable potential. A new type of intelligent isolation rubber bearing is a hydraulic force sensor installed on the original isolation rubber bearing structure, which uses pressure sensing technology to detect and read the vertical bearing capacity of the bearing, effectively collecting powerful data for the evaluation and analysis of the health status of engineering structures. The article conducted force testing to verify its feasibility and reliability, and analyzed and summarized its effectiveness