Abstract: A winch includes a spindle plate having a plurality of pins fixed thereon, the pins forming the core of a winch and the line of the trap is wound on the pins. An ejector plate is axially slidable for ejecting the wound line from the pins into the water. The space surrounded by the pins forms a basket in which the buoy is put in the winding-in step, this securing the line to the pins for the winding. The ejection step is produced by a slidable ejection shaft carrying the ejection plate, and driven by a motor. An advancing shaft is carried by and within the ejection shaft, and at the final movement of the ejection shaft, the advancing shaft ejects the buoy clear of the line coil. The advancing shaft is moved relative to the ejection shaft, by a cam carried by the ejection shaft and engaging a fixed trip unit.

Abstract: A winch includes a spindle plate having a plurality of pins fixed thereon, the pins forming the core of the winch and the line of the trap is wound on the pins. An ejector plate is axially slidable for ejecting the wound line from the pins into the water. The space between the pins forms a basket in which the buoy is put in the winding-in step, this securing the line to the pins for the winding. The ejection step is produced by a slidable ejection shaft carrying the ejection plate, and driven by a motor. An advancing shaft is carried by and within the ejection shaft, and at the final movement of the ejection shaft, the advancing shaft ejects the buoy clear of the line coil. The advancing shaft is moved relative to the ejection shaft, by a cam carried by the ejection shaft and engaging a fixed trip unit.