Water-lubricated rubber alloy intelligent bearing

The invention discloses a wear-lubricated rubber alloy intelligent bearing, comprising a cylindrical bearing shell and a rubber alloy liner sleeved in the shaft shell. The inner wall of the rubber alloy liner is circularly and uniformly provided with a groove for allowing lubrication water passing through; the inner wall of the rubber alloy liner between two adjacent grooves is provided with a concave bearing working surface; and the grooves and the bearing working surface extend and penetrate through two ends of the rubber alloy liner along an axis direction of the rubber alloy liner. The wear-lubricated rubber alloy intelligent bearing also comprises a monitoring device for monitoring bearing operating conditions in time. The monitoring device comprises a data receiving system and a sensor assembly which is disposed in the bearing working surface and used for measuring bearing operation parameters. The sensor assembly and the data receiving device are wirelessly connected. The water-lubricated rubber alloy intelligent bearing can not only improve bearing capacity and seismic capacity and prolong the service life of the bearing but also carry out on-line intelligent measure and control for dynamic data during the operation process, and forecast and pre-judge lose efficacy of the water-lubricated bearing, so as to increase reliability.