A snow diverter mechanism for deflecting snow being thrown by a snow plow, away from such objects as driveways, fire hydrants and mail boxes. The snow diverter is positioned inside the concave curve of and a predefined distance from the curved side edge of the snow plow blade to avoid snagging the snow diverter mechanism on a curb or other obstacles.

A plow blade wear member having a slower wear rate than known blade wear members, and having a reduced tendency to partially break off, fracture, chip, or become otherwise damaged when the blade wear member engages a discontinuity in a travel surface. In various embodiments of the present disclosure, the blade wear member is formed or cut from a used airplane tire. In various embodiments of the present disclosure, the blade wear member is formed or cut from a used fiber reinforced airplane tire having a relatively large outer circumference to provide the desired radius of curvature, the desired thickness, and the desired strength for the blade wear member.

A V-blade for a snowplow, a snowplow incorporating the V-blade and a method of use thereof. The blade includes left and right wings engaged with one another. A trip edge is provided on each wing and includes a lower section of moldboard, a cutting edge, and a snow shield. Each trip edge engages an upper section of the associated moldboard via a biasing assembly. The biasing assembly biases the trip edge into alignment with the moldboard's upper section and also biases the trip edge towards a central vertical axis. When the V-blade strikes an obstacle on the surface during snow removal, the trip edges individually pivot about a horizontal axis extending along a shaft of the associated biasing assembly. The trip edges subsequently translate linearly along the horizontal axis and away from the vertical axis.

A vehicular accessory system includes a first accessory pivotable in a first direction via pressurized fluid at a first actuator and pivotable in a second direction via pressurized fluid at a second actuator, and a second accessory pivotable in a third direction via pressurized fluid at a third actuator and pivotable in a fourth direction via pressurized fluid at a fourth actuator. A valve assembly is in fluid communication with the first, second, third and fourth actuators. Responsive to pivoting of the first accessory to a first fully pivoted orientation, the valve assembly automatically operates to supply pressurized fluid to the third actuator to pivot the second accessory in the third direction. Responsive to pivoting of the first accessory to a second fully pivoted orientation, the valve assembly automatically operates to supply pressurized fluid to the fourth actuator to pivot the second accessory in the fourth direction.

A steel serrated plow guard with combination carbide insert which can be mounted on most plow blades is provided. The plow guard can be mounted onto most plow blades through the universal mounting elongated slot. The exemplary plow guard for mounting to a snowplow includes a plow guard body, a plow guard wear surface along the plow guard body, at least one enlarged outer edge on the plow guard body, at least one serrated cutting surface attached to the plow guard wear surface, an elongated horizontal slotted punch aperture along the plow guard body, and at least one longitudinal carbide matrix groove.

A plow lift cushion assembly can include a housing with a top. The housing can define a chamber. A slider with a sled and a shaft extending from the sled can be included. The sled can be configured to translate within the chamber. The shaft can extend out of the top of the housing and can be configured to be coupled to a plow lift arm. A spring-cushion system can be positioned within the chamber and can extend between the top and the sled. A set of flanges can extend from the housing. The set of flanges can be configured to interface with a set of chains coupled to a plow frame.

A cutting edge attachment including a blade retainer, springs, and a blade is provided. The blade retainer includes a front plate, a back plate, and bushings insertable through holes defined in the front plate and the back plate. The blade includes elongated openings for receiving the bushings, a top edge having notches for receiving springs, and a bottom edge. The blade retainer is configured to secure the blade to an adapter plate using fasteners inserted through the bushings, the elongated openings of the blade, and holes defined in the adapter plate. The springs are disposed between the notches and a top portion of the blade retainer and configured to bias the blade toward the road surface. The blade is configured to move vertically as the bushings travel within the elongated openings when an upward force is applied to the blade.

Snowplow blades and cutting edge systems for snowplow blades are described herein. The cutting edge systems include a backing plate coupled to a bottom portion of a moldboard of the snowplow blade and a plurality of cutting edge segments each configured to be slidably mounted to the front surface of the backing plate. The backing plate has, for each of the blade segments, a central opening, a first slot positioned on a first side of the central opening and a second slot positioned on a second side of the central opening. Each cutting edge segment includes a blade segment, a compression member and a retainer plate.

Provided in this disclosure is an apparatus for marking an implement, such as a snow plow. An elongated tubular member retains an illuminated member such an LED element within the interior. Conductor wiring connects a source of electrical energy to the LED. An enclosing cap includes a crimped end portion secured to the bottom end of the elongated tubular member. A cylindrical end portion has a hollow interior for admitting the conductor wiring for connection to the source of electrical energy. A perpendicular mounting bracket has a horizontal mounting surface and a vertical mounting surface, formed together at a right angle. The horizontal mounting surface is configured for connecting to the cylindrical end portion of the enclosing cap so that the elongated tubular member is disposed in a substantially vertical position. The vertical mounting surface is configured for connecting to a vertical portion of the snow plow.

A moldboard utility system enhances the features of a moldboard, or snowplow on a vehicle by integrating known vehicle components into different sections of the moldboard. Lighting, towing, and powering components commonly found on a vehicle are integrated into the moldboard. A moldboard lighting system includes headlights, turn signal lights, fog lights, spot lights, light emitting diodes, and emergency lights. The lights integrate directly into the various sections of the moldboard. For example, a headlight positions in a central section of the moldboard, directing an illumination onto the roadway. Turn signal lights attach to a pair of wings on the moldboard. The moldboard lighting system positions onto the moldboard in substantially the same elevation and orientation as vehicle lighting. A towing system integrates into the moldboard, enabling a tow line to attach to the moldboard or vehicle tow hook. A powering system integrates into the moldboard, providing access to power.