PROBLEM TO BE SOLVED: To develop a reaping foliage transfer device of a new embodiment as well as a reaping device comprising the same, concerning the constitution and arrangement of related various members under new aim while receiving various restrictions in order to realize a single pipe-shaped transfer duct being not branched on the way so as to smoothly transfer the reaping foliage even if being elongated.SOLUTION: A reaping foliage transfer device is characterized by comprising a distribution back duct 7A where a transfer duct 6 is constituted in a single pipe shape preventing a transfer line from being branched on the way and an air duct 7 is provided so as to be overlapped with the rear of the transfer duct 6, and a guide flow relay duct 7B for supplying carrier air W1 to the distribution back duct 7A. The guide flow relay duct 7B has an inlet port 77 for connecting a blowing air hose 28A in the upper part. The guide flow relay duct 7B is disposed to go along the side face of the transfer duct 6, and supplies pressure wind W from this position into the distribution back duct 7A, and thereby diffuses and distributes it in the ridge width direction to blow the carrier air W1 for performing transfer action into the transfer duct 6.SELECTED DRAWING: Figure 1COPYRIGHT: (C)2018,JPO&INPIT【課題】 刈取枝葉が長寸のものであっても円滑に移送できるように、移送ダクトを途中で分岐しない単管状のものとすることを実現すべく、前記種々の制約を受けながらも、新たな着眼の下に関連諸部材の構成や配設に関し、新規な態様とした刈取枝葉の移送装置並びにこれを具えた刈取装置を開発すること技術課題とした。【解決手段】 移送ダクト6は移送管路が途中で分岐しない単管状に構成され、送風ダクト7は移送ダクト6の背面に重なるように設けられた分配背面ダクト7Aと、分配背面ダクト7Aに搬送風W1を供給する導流中継ダクト7Bとを具え、導流中継ダクト7Bは、その上部に送風ホース28Aを接続する導入口77を有し、導流中継ダクト7Bは、移送ダクト6の側面に沿うように配設され、この位置から分配背面ダクト7A内に圧力風Wを供給して、畝幅方向に拡散分配し、移送ダクト6内に移送作用を行う搬送風W1を吹き出すようにしたことを特徴とする。【選択図】図1
