Abstract: A guard rail system for use with a machine is provided. The guard rail system comprises a handrail member, a support member that defines a longitudinal axis and an open channel that extends along the longitudinal axis and a snap receiving aperture that is in communication with the channel, and an insert that includes a snap feature that is configured to fit within the channel and the snap feature is configured to be disposed in the snap receiving aperture.

Abstract: A guardrail for a walkway of a machine includes a vertical channel post having an end wall and side walls forming an open channel. The vertical channel post may taper in the side-to-side and fore-aft directions as the post extends bottom to top. The vertical channel post may also transition from a generally rectangular cross-section near the bottom to a more rounded cross-section at the top. Curved top notches at the top of the vertical channel post allow a top rail of the guardrail to rest on top of the post and be attached. Intermediate notches along vertical edges of the side walls receive an intermediate rail of the guardrail. The top notches and the intermediate notches are arranged so that the top rail and the intermediate rail may be vertically aligned and parallel to each other and to the walkway enclosed by the guardrail.

Abstract: A guard rail system for use with a machine is provided. The guard rail system comprises a handrail member, a support member that defines a longitudinal axis and an open channel that extends along the longitudinal axis and a snap receiving aperture that is in communication with the channel, and an insert that includes a snap feature that is configured to fit within the channel and the snap feature is configured to be disposed in the snap receiving aperture.

Abstract: A guardrail for a walkway of a machine includes a vertical channel post having an end wall and side walls forming an open channel. The vertical channel post may taper in the side-to-side and fore-aft directions as the post extends bottom to top. The vertical channel post may also transition from a generally rectangular cross-section near the bottom to a more rounded cross-section at the top. Curved top notches at the top of the vertical channel post allow a top rail of the guardrail to rest on top of the post and be attached. Intermediate notches along vertical edges of the side walls receive an intermediate rail of the guardrail. The top notches and the intermediate notches are arranged so that the top rail and the intermediate rail may be vertically aligned and parallel to each other and to the walkway enclosed by the guardrail.

Abstract: A draining system for draining fuel from a fuel tank is disclosed. The fuel tank includes a holding chamber for holding fuel and a fill port assembly for adding fuel to the holding chamber. The fill port assembly includes a fill port passageway in fluid communication with the holding chamber and a valve system for regulating a flow of fuel through the fill port passageway. The draining system includes a coupling member having a drainage passageway. The coupling member is detachably connected with the fill port assembly. An actuating member selectively actuates the valve system to permit fuel to flow from the fill port passageway into the drainage passageway. An outlet conduit is in fluid communication with the drainage passageway such that fuel can flow from the drainage passageway into the outlet conduit. A flow regulating member is configured to regulate flow of fuel through the outlet conduit.

Abstract: A draining system for draining fuel from a fuel tank is disclosed. The fuel tank includes a holding chamber for holding fuel and a fill port assembly for adding fuel to the holding chamber. The fill port assembly includes a fill port passageway in fluid communication with the holding chamber and a valve system for regulating a flow of fuel through the fill port passageway. The draining system includes a coupling member having a drainage passageway. The coupling member is detachably connected with the fill port assembly. An actuating member selectively actuates the valve system to permit fuel to flow from the fill port passageway into the drainage passageway. An outlet conduit is in fluid communication with the drainage passageway such that fuel can flow from the drainage passageway into the outlet conduit. A flow regulating member is configured to regulate flow of fuel through the outlet conduit.

Abstract: A hinged service step assembly including a first tread plate and a second tread plate connected to the first tread plate with a hinge. The hinged service step further including an attachment bracket connected to the second tread plate machine. The attachment bracket attaching to a machine having a lift arm.

Abstract: A ladder is provided. The ladder includes a frame having a first side wall and a second side wall. The first and second side walls are connected by a plurality of steps. The plurality of steps is provided in an axially spaced apart arrangement relative to each other. The ladder also includes an actuator coupled to the frame. The actuator is configured to provide a rotary movement to the frame for positioning the ladder in any one of a deployed position and a stowed position. The ladder further includes a torsion plate. The torsion plate is provided on the frame in cooperation with the actuator. The torsion plate is configured to transfer at least a portion of a torque associated with the rotary movement from the first side wall to the second side wall.

Abstract: An integrated service center has an outward facing wall. A first and second section are recessed from the outward facing wall, each with a plurality of walls and a lower end, which forms an opening in the lower end and extends to the outward facing wall. The first section has a fluid access point disposed at an angle between 30 and 60 degrees below a reference plane. The second section has an electrical access point. A door assembly is mounted to move between an open and closed, which abuts the outward facing wall and covers the first section when closed.

Abstract: An integrated service center has an outward facing wall. A first and second section are recessed from the outward facing wall, each with a plurality of walls and a lower end, which forms an opening in the lower end and extends to the outward facing wall. The first section has a fluid access point disposed at an angle between 30 and 60 degrees below a reference plane. The second section has an electrical access point. A door assembly is mounted to move between an open and closed, which abuts the outward facing wall and covers the first section when closed.

Abstract: A modular structure is provided. The modular structure may be detachably mounted on an engine enclosure. The modular structure includes a first section and a second section. The first section is configured to house at least one of an aftertreatment module and a muffler module. The second section is configured to house an air cleaner module. At least one of the first section and the second section is configured to be detachable from the engine enclosure to provide access to an engine within the engine enclosure.

Abstract: A fender for a mobile machine having a traction device is disclosed. The fender may have a frame connectable to the mobile machine at an outer periphery of the traction device, and at least one slat joined to the frame and having a width extending a distance in a radial direction of the traction device. The at least one slat may be configured to block debris thrown by the traction device. An open space is formed by the frame and the at least one slat. The enclosed space provides a view of the outer periphery of the traction device from an operator's perspective onboard the mobile machine.