Abstract: A sectional snow plow has a plurality of surface-engaging sections movably carried by the moldboard and depending from the moldboard in side-by-side relationship with one another. Each of the surface-engaging sections is linearly movable relative to the moldboard between an extended position and a retracted position, independently of each other surface-engaging section, to adjust to a surface being plowed. Each surface-engaging section comprises a main body portion and a surface-engaging trip blade portion pivotally carried by the main body portion so as to be pivotable between a surface-scraping position and a deflected position. At least one biasing member simultaneously urges each surface-engaging section toward the extended position and urges the trip blade portion toward the surface-scraping position.

Abstract: A snow plow includes a plurality of surface-engaging sections movably carried by the moldboard and depending from the moldboard in side-by-side relationship with one another. The surface-engaging sections are each independently linearly movable relative to the moldboard between an extended position and a retracted position to adjust to the contour of the surface being plowed. Each surface-engaging section comprises a main body portion carried by the moldboard, and a surface-engaging trip blade portion carried by the main body portion and which can pivot between a surface-scraping position and a deflected position and is urged toward the surface-scraping position. The trip blade portion can deflect to accommodate obstacles, and can cooperate with the linear movement of the surface-engaging sections to accommodate larger obstacles than can be accommodated by deflection alone. The snow plow also includes adjustable wear shoes and an adjustable vehicle mounting assembly.

Abstract: A snow plow includes a plurality of surface-engaging sections movably carried by the moldboard and depending from the moldboard in side-by-side relationship with one another. The surface-engaging sections are each independently linearly movable relative to the moldboard between an extended position and a retracted position to adjust to the contour of the surface being plowed. Each surface-engaging section comprises a main body portion carried by the moldboard, and a surface-engaging trip blade portion carried by the main body portion and which can pivot between a surface-scraping position and a deflected position and is urged toward the surface-scraping position. The trip blade portion can deflect to accommodate obstacles, and can cooperate with the linear movement of the surface-engaging sections to accommodate larger obstacles than can be accommodated by deflection alone. The snow plow also includes adjustable wear shoes and an adjustable vehicle mounting assembly.

Abstract: A snow plow includes a plurality of surface-engaging sections movably carried by the moldboard and depending from the moldboard in side-by-side relationship with one another. The surface-engaging sections are each independently linearly movable relative to the moldboard between an extended position and a retracted position to adjust to the contour of the surface being plowed. Each surface-engaging section comprises a main body portion carried by the moldboard, and a surface-engaging trip blade portion carried by the main body portion and which can pivot between a surface-scraping position and a deflected position and is urged toward the surface-scraping position. The trip blade portion can deflect to accommodate obstacles, and can cooperate with the linear movement of the surface-engaging sections to accommodate larger obstacles than can be accommodated by deflection alone. The snow plow also includes adjustable wear shoes and an adjustable vehicle mounting assembly.

Abstract: A snow plow includes a plurality of surface-engaging sections movably carried by the moldboard and depending from the moldboard in side-by-side relationship with one another. The surface-engaging sections are each independently linearly movable relative to the moldboard between an extended position and a retracted position to adjust to the contour of the surface being plowed. Each surface-engaging section comprises a main body portion carried by the moldboard, and a surface-engaging trip blade portion carried by the main body portion and which can pivot between a surface-scraping position and a deflected position and is urged toward the surface-scraping position. The trip blade portion can deflect to accommodate obstacles, and can cooperate with the linear movement of the surface-engaging sections to accommodate larger obstacles than can be accommodated by deflection alone. The snow plow also includes adjustable wear shoes and an adjustable vehicle mounting assembly.

Abstract: A snow plow assembly with a longitudinally extending plow body has a blade mounting structure that supports a longitudinally extending plow blade. The blade mounting structure has a series of hinges that receive a longitudinally extending pivot rod to couple the plow body to the snow blade and set of springs to bias the snow plow blade into an operative position and to resiliently restore the snow plow blade to the operative position after encountering an obstacle. The hinge portions fixed to the snow plow body each have a receiving slot to slidingly receive a hinge key and the hinge keys define a bearing surface for abutting one end of the coil spring. A locating notch is provided in the hinge keys to limit relative movement between a hinge key an associated hinge portion. A hinge lock to capture the pivot rod is also provided.

Abstract: A snow plow assembly with a longitudinally extending plow body has a blade mounting structure that supports a longitudinally extending plow blade. The blade mounting structure has a series of hinges that receive a longitudinally extending pivot rod to couple the plow body to the snow blade and set of springs to bias the snow plow blade into an operative position and to resiliently restore the snow plow blade to the operative position after encountering an obstacle. The hinge portions fixed to the snow plow body each have a receiving slot to slidingly receive a hinge key and the hinge keys define a bearing surface for abutting one end of the coil spring. A locating notch is provided in the hinge keys to limit relative movement between a hinge key an associated hinge portion. A hinge lock to capture the pivot rod is also provided.

Abstract: A snow plow assembly with a longitudinally extending plow body has a blade mounting structure that supports a longitudinally extending plow blade. The blade mounting structure has a series of hinges that receive a longitudinally extending pivot rod to couple the plow body to the snow blade and set of springs to bias the snow plow blade into an operative position and to resiliently restore the snow plow blade to the operative position after encountering an obstacle. The hinge portions fixed to the snow plow body each have a receiving slot to slidingly receive a hinge key and the hinge keys define a bearing surface for abutting one end of the coil spring. A locating notch is provided in the hinge keys to limit relative movement between a hinge key an associated hinge portion. A hinge lock to capture the pivot rod is also provided.

Abstract: A snow plow assembly with a longitudinally extending plow body has a blade mounting structure that supports a longitudinally extending plow blade. The blade mounting structure has a series of hinges that receive a longitudinally extending pivot rod to couple the plow body to the snow blade and set of springs to bias the snow plow blade into an operative position and to resiliently restore the snow plow blade to the operative position after encountering an obstacle. The hinge portions fixed to the snow plow body each have a receiving slot to slidingly receive a hinge key and the hinge keys define a bearing surface for abutting one end of the coil spring. A locating notch is provided in the hinge keys to limit relative movement between a hinge key an associated hinge portion. A hinge lock to capture the pivot rod is also provided.

Abstract: A snow plow assembly with a longitudinally extending plow body has a blade mounting structure that supports a longitudinally extending plow blade. The blade mounting structure has a series of hinges that receive a longitudinally extending pivot rod to couple the plow body to the snow blade and set of springs to bias the snow plow blade into an operative position and to resiliently restore the snow plow blade to the operative position after encountering an obstacle. The hinge portions fixed to the snow plow body each have a receiving slot to slidingly receive a hinge key and the hinge keys define a bearing surface for abutting one end of the coil spring. A locating notch is provided in the hinge keys to limit relative movement between a hinge key an associated hinge portion. A hinge lock to capture the pivot rod is also provided.

Abstract: A level indicator for a snow plow assembly has a reference wand and a pendulum guage pivoted to the reference wand. The reference wand has a bend at a top end with a reference mark to lie over the pendulum. The pendulum guage has a counterweight to dampen its swing and has an indicator. The indicator aligns with the reference mark in a level position of the snow plow assembly and the swing of the pendulum is limited by interference with the reference wand between extreme positions where the snow plow assembly is tilted.