In order to provide a mower configured so that the state of protrusion of resin mowing cords (11) can be kept appropriately, the mowing cords (11) are wound on a rotating body (1). The rotating body (1) is provided with a winding member (3) on which the mowing cords (11) are wound. The winding member (3) has a first circumferential groove (38) and a second circumferential groove (39) which allow the mowing cords (11) to be wound therein. Each of the mowing cords (11) is wound in the grove (38, 39) in such a manner that the wound portion (11d) of the mowing cord (11) is wound from the inner side to the outer side in the radial direction so as to be disposed in a row. The winding member (3) has an upper outer flange (31) which protrudes from a cylindrical section (30) and a lower outer flange (33) which has a larger diameter than the upper outer flange (31). An upper lid member (2) has contact shaft sections (21) for adjusting the length of protrusion of the cords, the contact shaft sections (21) being shaped so as to protrude downward along the outer peripheral edge. The contact shaft sections (21) have at the lower ends thereof cord guide flanges (21a) for preventing the entry of the mowing cords (11) into the gap between the lower surfaces (21b) of the contact shaft sections (21) and the lower outer flange (33).Selon la présente invention, dans le but de proposer une faucheuse conçue de sorte que létat de dépassement de cordages de fauchage en résine (11) puisse être conservé de façon appropriée, les cordages de fauchage (11) sont enroulés sur un corps rotatif (1). Le corps rotatif (1) est doté den élément enrouleur (3) sur lequel les cordages de fauchage (11) sont enroulés. Lélément enrouleur (3) possède une première rainure circonférentielle (38) et une seconde rainure circonférentielle (39) qui permet que les cordages de fauchage (11) y soient enroulés. Chaque cordage de fauchage (11) est enroulé dans la rainure (38, 39) de sorte que la partie enroulée (11d) du
