A mower includes a plurality of cutting heads, each cutting head having a minor cutting width, the plurality of cutting heads connected by a plurality of connectors in an array having a variable major cutting width. The mower also includes a steering system coupled with a first driven wheel and supported by one cutting head, and a second driven wheel supported by one other cutting head. The steering system is capable of steering the first driven wheel independently from the second driven wheel.

A dual reel lawn mower is disclosed. The present invention discloses the line-up of two reel mowers connected by a bar that allows an more efficiently and effectively way to cut the grass on one cut with the dual action of two mowers being used. A dual reel lawn mower comprises two individual reel cutting units, one reel cutting unit is connected by a second reel cutting unit by a connection bar, wherein the first reel cutting unit and the second reel cutting unit are connected front and rear to one another disposed in a moving position. The present invention allows a user the convenience of saving time by cutting twice at one time.

A dual reel lawn mower is disclosed. The present invention discloses the line-up of two reel mowers connected by a bar that allows an more efficiently and effectively way to cut the grass on one cut with the dual action of two mowers being used. A dual reel lawn mower comprises two individual reel cutting units, one reel cutting unit is connected by a second reel cutting unit by a connection bar, wherein the first reel cutting unit and the second reel cutting unit are connected front and rear to one another disposed in a moving position. The present invention allows a user the convenience of saving time by cutting twice at one time.

A mower includes a plurality of cutting heads, each cutting head having a minor cutting width, the plurality of cutting heads connected by a plurality of connectors in an array having a variable major cutting width. The mower also includes a steering system coupled with a first driven wheel and supported by one cutting head, and a second driven wheel supported by one other cutting head. The steering system is capable of steering the first driven wheel independently from the second driven wheel.

A mower includes a plurality of cutting heads, each cutting head having a minor cutting width, the plurality of cutting heads connected by a plurality of connectors in an array having a variable major cutting width. The mower also includes a steering system coupled with a first driven wheel and supported by one cutting head, and a second driven wheel supported by one other cutting head. The steering system is capable of steering the first driven wheel independently from the second driven wheel.

A wide area turf mower has a wheel supported main frame and cutting units movably connected to the main frame and positioned in rows in a staggered order to form a mower cutting configuration for cutting a continuous swath of turf between any two outer cutting units located respectively on opposite sides of the main frame. One row of the cutting units includes a first pair of pivotally interconnected outer and inner cutting units at a first side of the main frame, and a second pair of pivotally interconnected inner and outer cutting units at the second side of the main frame. First hydraulic cylinders cause the outer cutting units to fold in a direction towards the rear end of the main frame. Second hydraulic cylinders cause the inner cutting units to lift in an upward direction. A controller operates all of the hydraulic cylinders.

A wide area turf mower has a wheel supported main frame and cutting units movably connected to the main frame and positioned in rows in a staggered order to form a mower cutting configuration for cutting a continuous swath of turf between any two outer cutting units located respectively on opposite sides of the main frame. One row of the cutting units includes a first pair of pivotally interconnected outer and inner cutting units at a first side of the main frame, and a second pair of pivotally interconnected inner and outer cutting units at the second side of the main frame. First hydraulic cylinders cause the outer cutting units to fold in a direction towards the rear end of the main frame. Second hydraulic cylinders cause the inner cutting units to lift in an upward direction. A controller operates all of the hydraulic cylinders.

A vegetation chopping roller for an agricultural land roller implement including a drum body having an outer periphery which is generally cylindrical about a drum axis of rotation and a plurality of protruding mounting flanges upon which chopping blades are mounted using threaded fasteners. A seating surface is fixedly supported in relation to the drum body in association with each blade which receives the inner edge of the associated blade abutted thereon such that the threaded fasteners are substantially isolated from shear forces by the abutment of the blades with the seating surfaces.

A work vehicle (1) comprises a mobile frame with a main shaft (2) and a set of support arms adjustable between a lateral operative position, in which the support arms extend laterally of the frame on either side of the main shaft, and an at least partially upward oriented transport position. The support arms have a plurality of mutually pivotable support arm parts which support work modules (11A . . . 11F) placed at a regular distance from each other in order to thereby perform work on a ground surface in the operative position. In the operative position a center of a first of the support arms is situated on a first side of the main shaft at a lateral distance from the main shaft, and in the operative position a center of a second of the support arms is situated on an opposite second side of the main shaft at a lateral distance from the main shaft.

A work vehicle (1) comprises a mobile frame with a main shaft (2) and a set of support arms adjustable between a lateral operative position, in which the support arms extend laterally of the frame on either side of the main shaft, and an at least partially upward oriented transport position. The support arms have a plurality of mutually pivotable support arm parts which support work modules (11A . . . 11F) placed at a regular distance from each other in order to thereby perform work on a ground surface in the operative position. In the operative position a center of a first of the support arms is situated on a first side of the main shaft at a lateral distance from the main shaft, and in the operative position a center of a second of the support arms is situated on an opposite second side of the main shaft at a lateral distance from the main shaft.