Abstract: In some embodiments, apparatuses and methods are provided herein useful to the sortation of products using a conveyor assembly.

Abstract: Some embodiments relate to apparatus for enhancing vehicle performance along an inclined surface. The apparatus can include a brake modulator that is controllable to reduce or limit the vehicle speed. A controller can control the brake modulator to selectively operate in a hill start assist mode. In the hill start assist mode, the controller can control the brake modulator to hold the vehicle stationary after the vehicle is initially stopped while traveling along the inclined surface, until an acceleration input member is manually operated to control a power source to propel the vehicle. The controller can control the brake modulator to release fluid pressure at the friction members at a pressure release rate that is based on a current position of the acceleration input member.

Abstract: Some embodiments relate to apparatus for enhancing vehicle performance along an inclined surface. The apparatus can include a brake modulator that is controllable to reduce or limit the vehicle speed. A controller can control the brake modulator to selectively operate in a hill start assist mode. In the hill start assist mode, the controller can control the brake modulator to hold the vehicle stationary after the vehicle is initially stopped while traveling along the inclined surface, until an acceleration input member is manually operated to control a power source to propel the vehicle. The controller can control the brake modulator to release fluid pressure at the friction members at a pressure release rate that is based on a current position of the acceleration input member.

Abstract: An apparatus may, for example, include a first lever pivoting about a first axis. The apparatus may also include a second lever mounted with the first lever, pivoting about a second axis, and biased to a first position. The first lever can be configured to engage a braking system of a vehicle when the first lever is pivoted about the first axis and the second lever is in the first position. The second lever can be configured to be pivoted about the second axis to a second position. The first lever can be configured to disengage a reverse lockout system of the vehicle when the second lever is in the second position. The second lever can be configured to be pivoted about the second axis to a third position, which cases the first lever to engage a parking brake mechanism of the vehicle.

Abstract: An apparatus may, for example, include a first lever pivoting about a first axis. The apparatus may also include a second lever mounted with the first lever, pivoting about a second axis, and biased to a first position. The first lever can be configured to engage a braking system of a vehicle when the first lever is pivoted about the first axis and the second lever is in the first position. The second lever can be configured to be pivoted about the second axis to a second position. The first lever can be configured to disengage a reverse lockout system of the vehicle when the second lever is in the second position. The second lever can be configured to be pivoted about the second axis to a third position, which cases the first lever to engage a parking brake mechanism of the vehicle.

Abstract: A vehicle includes a frame, a swing member, an axle tube, a cushion bracket, a protrusion, an axle, and a cushion member. The swing member is pivotable about a first axis. The axle tube is coupled with the swing member, the cushion bracket, and the protrusion. The axle is rotatable about a second axis. The cushion member includes lower and upper ends. The lower end is pivotally coupled with the cushion bracket and is pivotable about a third axis. The second and third axes reside in a first plane. The protrusion is located above the first plane and is spaced from the cushion member by a first distance having a minimum value. The lower end of the cushion member is spaced from the axle tube by a second distance having a minimum value. The minimum value of the first distance is less than the minimum value of the second distance.

Abstract: An air cleaner assembly includes an air box and an air filter. The air box includes a body and a lid. The body includes a lower rib member coupled with at least one of a wall and a floor. The lid is movable to a closed position and includes an upper rib member that includes shoulder and arm portions. The air filter element includes a first end and defines outer and first end surfaces. The shoulder and arm portions define respective shoulder and arm surfaces. When the lid is in the closed position, the first end is sandwiched between the upper and lower rib members, the outer surface contacts each of the rest and shoulder surfaces, the first end surface contacts the arm surface, and the air filter element is positioned between and spaced from each of the floor surface and the lid surface.

Abstract: A vehicle includes a frame, a swing member, an axle tube, a cushion bracket, a protrusion, an axle, and a cushion member. The swing member is pivotable about a first axis. The axle tube is coupled with the swing member, the cushion bracket, and the protrusion. The axle is rotatable about a second axis. The cushion member includes lower and upper ends. The lower end is pivotally coupled with the cushion bracket and is pivotable about a third axis. The second and third axes reside in a first plane. The protrusion is located above the first plane and is spaced from the cushion member by a first distance having a minimum value. The lower end of the cushion member is spaced from the axle tube by a second distance having a minimum value. The minimum value of the first distance is less than the minimum value of the second distance.

Abstract: An air cleaner assembly comprises an air box and an air filter. The air box comprises a body and a lid. The body comprises a lower rib member coupled with at least one of a wall and a floor. The lid is movable to a closed position and comprises an upper rib member that comprises shoulder and arm portions. The air filter element comprises a first end and defines outer and first end surfaces. The shoulder and a in portions define respective shoulder and arm surfaces. When the lid is in the closed position, the first end is sandwiched between the upper and lower rib members, the outer surface contacts each of the rest and shoulder surfaces, the first end surface contacts the arm surface, and the air filter element is positioned between and spaced from each of the floor surface and the lid surface.

Abstract: A carrier rack for a vehicle is provided that includes a tubular frame member and a plurality of strapping members. The tubular frame member includes at least four corner portions and defines an outer perimeter of the carrier rack and also defines a carrier plane. Each of the strapping members is secured to a respective one of the corner portions, and is spaced apart from the carrier plane and positioned entirely interior of the outer perimeter of the carrier rack. The carrier plane is generally horizontally oriented, and each of the strapping members is below the carrier plane, when the carrier rack is attached to a vehicle and oriented to carry objects.

Abstract: A carrier rack for a vehicle is provided that includes a tubular frame member and a plurality of strapping members. The tubular frame member includes at least four corner portions and defines an outer perimeter of the carrier rack and also defines a carrier plane. Each of the strapping members is secured to a respective one of the corner portions, and is spaced apart from the carrier plane and positioned entirely interior of the outer perimeter of the carrier rack. The carrier plane is generally horizontally oriented, and each of the strapping members is below the carrier plane, when the carrier rack is attached to a vehicle and oriented to carry objects.