Combination of multilayer fork and weight bearing plates

The invention discloses a combination of a multilayer fork and weight bearing plates. The combination comprises the multilayer fork and at least one weight bearing plate. The multilayer fork comprises a handle and a plurality of parallel U-shaped fork bodies arranged on the handle. The U-shaped prongs are arranged vertically along the height direction of the handle. Each U-shaped prong is provided with a mounting portion of the corresponding weight bearing plate. Each mounting portion comprises first recessed portions. Each weight bearing plate is of a sheet structure provided with a groove in the center. When one or more weight bearing plates are loaded on the multilayer fork, each weight bearing plate is disposed on one U-shaped fork body, and each groove is disposed at the first recessed portion. The grooves are matched with the first recessed portions in shape. The combination has the advantages that the combination is steady in structure, and weights are not easy to fall off after being loaded on the weight bearing plates; five weights can be loaded on the combination simultaneously, and requirements of domestic weight verification regulations on the number of the weights are met when a combination comparison method is used for verifying the weights.