Rubber vibration reduction structure for building or sleeper and construction and monitoring method of rubber vibration reduction structure

A rubber damping structure for a building or a sleeper is characterized in that a rubber pad is added between a base layer and a concrete layer of the building or the sleeper, the rubber pad is adhered to the base layer through an adhesive layer, a wear-resistant layer is laid between the rubber pad and the concrete layer, and the upper surface and the lower surface of the rubber pad are respectively adhered to wiring terminals connected with a resistance meter. The rubber pad is bonded to the base layer through the bonding layer, the rubber pad is kept still on the base layer in the concrete pouring construction process, displacement and separation are avoided, the construction difficulty in the pouring process is reduced, the construction efficiency is improved, the abrasion-resistant layer is laid between the rubber pad and the concrete layer, and the rubber pad is prevented from being directly in contact with the concrete layer to be abraded; according to the rubber vibration reduction structure for the b