Direct-feeding rice-wheat harvester

A thresher is installed on the middle of a trigonal machine frame on a driving wheel of a direct-feeding rice-wheat harvester. A reeling roller is installed on the front of the direct-feeding rice-wheat harvester, and an engine is installed on the back of the direct-feeding rice-wheat harvester. A header plate is connected to the lower part of a standing grain inlet of the thresher. When a scissors snips the paddy-spikes, the reeling roller draws the paddy-spikes backward, and the paddy-spikes directly enter the thresher. The opening length of the standing grain inlet of the thresher is equal to the length of a thrashing roller inside the direct-feeding rice-wheat harvester and the width of the header plate to make the paddy-spikes on a cutting panel be uniformly drawn into the thresher. Four rows of reeling fingers are arranged on the reeling roller. The reeling fingers are split into secondary direction, and the directional break angle is 55 degree. The secondary directional type can improve the height of drawing standing grain, namely to improve the mounting position of the thresher. The direct-feeding rice-wheat harvester not only can realize the direct feeding also can vacate space used to install a vibrating riddle and a grain storing barrel.