The road finisher comprises a material hopper for receiving paving material, a screed for compacting paving material, and a main control stand which provides an operating location for an operator on the road finisher. The main control stand comprises a floor area. The road finisher comprises a lighting unit. The lighting unit is no more than 140 cm higher with respect to a vertical direction than the floor area of the main control stand. The lighting unit is arranged such that at least 60 percent of the light output emitted by the lighting unit during operation falls onto the floor area of the main control stand.

The road finisher comprises a material hopper for receiving paving material, a screed for compacting paving material, and a main control stand which provides an operating location for an operator on the road finisher. The main control stand comprises a floor area. The road finisher comprises a lighting unit. The lighting unit is no more than 140 cm higher with respect to a vertical direction than the floor area of the main control stand. The lighting unit is arranged such that at least 60 percent of the light output emitted by the lighting unit during operation falls onto the floor area of the main control stand.

A milling machine includes a frame, a plurality of wheels or track members coupled to the frame, a moldboard movably coupled to the frame, a first rotor, and a second rotor. The first rotor is rotatably coupled to the frame. The second rotor is positioned to the rear of the first rotor and rotatably coupled to the moldboard.

A handrail assembly for a paving machine includes a central handrail section removably coupled to a screed walkway of a screed assembly of the paving machine. The central handrail section defines a first end and a second end. The handrail assembly also includes a first handrail section removably coupled to the screed walkway and the central handrail section proximal to the first end of the central handrail section. The first handrail section is movable relative to the central handrail section. The handrail assembly further includes a second handrail section removably coupled to the screed walkway and the central handrail section proximal to the second end of the central handrail section. The second handrail section is movable relative to the central handrail section. The central handrail section, the first handrail section, and the second handrail section are movable between a deployed position and a stowed position.

The present invention relates to a self-propelled earth working machine (10) for removing material and/or changing a density of ground material and/or changing a ground surface (AO) and/or applying material onto a ground area (U), the earth working machine (10) comprising: a machine frame (12), a traveling gear (22) supporting the machine frame (12), a working apparatus (32) for earth working, a power source (39) for supplying power to at least one functional module, comprising the working apparatus (32) and a travel drive, the earth working machine (10) comprising an operator's platform (24) having a canopy (44) having a variable canopy area (54).
The invention provides for the canopy area (54) to be variable in the longitudinal machine direction (L).

A fall protection device for a construction machine comprises a handrail; an attachment assembly; a plurality of posts arranged at intervals along an X-axis of a Cartesian XYZ coordinate system of the fall protection device and configured to support the handrail and the attachment assembly which are arranged parallel and spaced from one another along a Z-axis of the Cartesian XYZ coordinate system; and a connecting mechanism for connecting the plurality of posts to the handrail and the attachment assembly such that the fall protection device is movable in a plane formed by the X-axis and the Z-axis between a transport position and a working position.