Abstract: A working vehicle includes a position detector to detect a position of a vehicle body based on a signal transmitted from a positioning satellite. A mounting stay pivotally supported by a base stay includes a counter surface that opposes an upper surface of the base stay when the position detector is in a first position. The position detector is movable from the first position to a second position according to rotation of the mounting stay causing the counter surface to face upward. When the position detector is in the second position, a front portion of the mounting stay is higher than an upper end of the roof and a rear portion of the mounting stay is lower than the upper end of the roof.

Abstract: A work vehicle includes an automatic steering mechanism to automatically steer a vehicle body so that the vehicle body travels on a target travel path. The automatic steering mechanism includes a motor to drive a steering shaft to rotate, and is in a steering tower. The motor is under a steering wheel and laterally adjacent to the steering shaft.

Abstract: A work vehicle includes an automatic steering switching tool to start or end automatic steering of a vehicle body and a setting operation tool to select a setting for the automatic steering of the vehicle body. The automatic steering switching tool and the setting operation tool are positioned at an upper portion of a steering tower and below a steering wheel.

Abstract: A work vehicle includes a cabin covering a driver section, a receiver to receive positional information from a satellite, and a stay to support the receiver. The receiver is above a roof of the cabin and supported at a cabin framework of the cabin via the stay.

Abstract: A work vehicle includes a rollover protection structure (ROPS) around a driver's seat and a receiver supported at an upper portion of the ROPS to receive positional information from a satellite. A harness for the receiver is routed along an outer peripheral surface of the ROPS. A cover is provided to cover the harness.

Abstract: A work vehicle includes a cabin covering a driver section, a receiver to receive positional information from a satellite, and a stay to support the receiver. The receiver is above a roof of the cabin and supported at a cabin framework of the cabin via the stay.

Abstract: A work vehicle includes a cabin covering a driver section, a receiver to receive positional information from a satellite, and a stay to support the receiver. The receiver is above a roof of the cabin and supported at a cabin framework of the cabin via the stay.

Abstract: A working vehicle includes an operator's seat, a vehicle body to travel selectively using either manual steering performed manually by the operator or automatic steering performed based on a position of the vehicle body detected by a position detector without manual operation by the operator, and a first operation actuator on a lateral side of the operator's seat to selectively start or terminate the automatic steering during rearward traveling of the vehicle body or to correct the position of the vehicle body during rearward traveling of the vehicle body.

Abstract: A working vehicle includes a position detector to detect a position of a vehicle body based on a signal transmitted from a positioning satellite. A mounting stay pivotally supported by a base stay includes a counter surface that opposes an upper surface of the base stay when the position detector is in a first position. The position detector is movable from the first position to a second position according to rotation of the mounting stay causing the counter surface to face upward. When the position detector is in the second position, a front portion of the mounting stay is higher than an upper end of the roof and a rear portion of the mounting stay is lower than the upper end of the roof.

Abstract: An agricultural field work vehicle includes a move-off recorder to record, as move-off information, a move-off position or a move-off travel path, the move-off information being information related to the vehicle body having moved off a target travel path while performing agricultural field work during autonomous travel, the move-off position being a position at which the vehicle body moved off the target travel path, the move-off travel path being the target travel path off which the vehicle body moved, and a work return manager to (i) select a resumption travel path based on the move-off information, the resumption travel path being a travel path on which the agricultural field work vehicle, after the vehicle body moved off the target travel path, resumes performing agricultural field work, and (ii) manage a return of the 1vehicle body to the resumption travel path or the move-off position.

Abstract: A traveling work machine includes a machine body provided with a travel apparatus, a position detector capable of detecting position information of the machine body based on a positioning signal of a navigation satellite, a travel trajectory determiner capable of determining a travel trajectory of the machine body based on detection, over time, of the position information, a target heading calculator to calculate a target heading based on the travel trajectory, a maneuvering controller capable of controlling the travel apparatus to maneuver along the target heading, and a single operating tool capable of setting both a start point and an end point of the travel trajectory obtained when calculating the target heading.

Abstract: A work vehicle includes an automatic steering switching tool to start or end automatic steering of a vehicle body and a setting operation tool to select a setting for the automatic steering of the vehicle body. The automatic steering switching tool and the setting operation tool are positioned at an upper portion of a steering tower and below a steering wheel.

Abstract: A work vehicle includes a rollover protection structure (ROPS) around a driver's seat and a receiver supported at an upper portion of the ROPS to receive positional information from a satellite. A harness for the receiver is routed along an outer peripheral surface of the ROPS. A cover is provided to cover the harness.

Abstract: A work vehicle includes a cabin covering a driver section, a receiver to receive positional information from a satellite, and a stay to support the receiver. The receiver is above a roof of the cabin and supported at a cabin framework of the cabin via the stay.

Abstract: A work vehicle includes an automatic steering mechanism to automatically steer a vehicle body so that the vehicle body travels on a target travel path. The automatic steering mechanism includes a motor to drive a steering shaft to rotate, and is in a steering tower. The motor is under a steering wheel and laterally adjacent to the steering shaft.

Abstract: A switching device includes a light emitting unit 11 for applying light to an operational button 1 having a side that is supported by a hinge 3 so that the operational button can shake is arranged in the vicinity of the hinge, and a light diffusion prism member 5 for diffusively reflecting the light emitted out of the light emitting unit 11 toward the operational button 1. As a result, a downsizing of the whole of the switching device can be achieved, and the switching device is suitable for providing uniform brightness over the whole surface of the operational button without any unevenness of the brightness of the operational button.

Abstract: A switching device includes a light emitting unit 11 for applying light to an operational button 1 having a side that is supported by a hinge 3 so that the operational button can shake is arranged in the vicinity of the hinge, and a light diffusion prism member 5 for diffusively reflecting the light emitted out of the light emitting unit 11 toward the operational button 1. As a result, a downsizing of the whole of the switching device can be achieved, and the switching device is suitable for providing uniform brightness over the whole surface of the operational button without any unevenness of the brightness of the operational button.