Abstract: Lawnmowers are provided. A lawnmower includes a seat configured to receive a lawnmower operator; a mowing deck having one or more cutting implements and a discharge chute; and a bagging system in fluid communication with the discharge chute through a tube, wherein the lawnmower has a first configuration when the tube is coupled to the lawnmower, wherein the lawnmower has a second configuration when the tube is not coupled to the lawnmower, wherein the tube is disposed at a lateral side of the lawnmower in the first configuration, wherein the lawnmower defines a maximum lateral width in a lateral direction, and wherein the lateral width is less than 38 inches in both the first configuration and the second configuration.

Abstract: Lawnmowers are provided. A lawnmower includes a frame; a fairing coupled with the frame, the fairing comprising a recess defining a cavity; and an adapter disposed within the cavity, wherein the adapter is configured to electrically charge a device positioned within the cavity.

Abstract: Lawnmowers are provided. A lawnmower includes a frame; a walking element coupled to the frame; a motor selectively powering the walking element; and a user interface comprising a joystick configured to control a direction of travel, a speed of travel, or both of the lawnmower.

Abstract: A drive assembly (140) for a walk-behind, powered device operably couples an engine (110) of the powered device to a mobility assembly (120) to provide mobility of the powered device responsive at least in part to operation of the engine (110). The drive assembly (140) includes a transmission shaft and a mechanical power reversing assembly (150). The transmission shaft selectively receives first drive power or second drive power coupled from the engine (110) to drive a first drivable component (122) and a second drivable component (124) of the mobility assembly (120). The first and second drivable components (122, 124) are disposed substantially at opposing sides of the powered device. The mechanical power reversing assembly (150) is selectively engagable to convert the first drive power generated for the first drivable component (122) into the second drive power provided to the second drivable component (124) and vice versa.

Abstract: A walk behind power equipment device includes a frame (or housing), an engine supported at least in part by the frame or housing, a mobility assembly operably coupled to the frame and to the engine to provide mobility of the walk behind power equipment device responsive to operation of the engine, a working assembly and a handle assembly. The working assembly is operably coupled to the frame and to the engine to facilitate performance of a working function of the walk behind power equipment device responsive to operation of the engine. The handle assembly is operably coupled to the frame via a handle coupler to provide steering inputs responsive to which the mobility assembly moves the walk behind power equipment device via a handle apparatus of the handle assembly. The handle coupler is configured to provide at least vibration isolation and handle apparatus orientation adjustment.

Abstract: A tiller includes an engine, a mobility assembly, and a rotating assembly. The mobility assembly is operably coupled to the engine to provide mobility of the tiller responsive to operation of the engine. The rotating assembly is selectively coupled to the engine to provide rotation of the rotating assembly. The rotating assembly includes a rotatable shaft configured to turn when the rotation assembly is operably coupled to the engine, and one or more sets of tines disposed on respective tine assemblies. Each of the tine assemblies includes a hollow shaft for receiving the rotatable shaft. The one or more sets of tines extend radially outward from the respective tine assemblies.

Abstract: A drive assembly (140) for a walk-behind, powered device operably couples an engine (110) of the powered device to a mobility assembly (120) to provide mobility of the powered device responsive at least in part to operation of the engine (110). The drive assembly (140) includes a transmission shaft and a mechanical power reversing assembly (150). The transmission shaft selectively receives first drive power or second drive power coupled from the engine (110) to drive a first drivable component (122) and a second drivable component (124) of the mobility assembly (120). The first and second drivable components (122, 124) are disposed substantially at opposing sides of the powered device. The mechanical power reversing assembly (150) is selectively engagable to convert the first drive power generated for the first drivable component (122) into the second drive power provided to the second drivable component (124) and vice versa.

Abstract: A walk behind power equipment device includes a frame (or housing), an engine supported at least in part by the frame or housing, a mobility assembly operably coupled to the frame and to the engine to provide mobility of the walk behind power equipment device responsive to operation of the engine, a working assembly and a handle assembly. The working assembly is operably coupled to the frame and to the engine to facilitate performance of a working function of the walk behind power equipment device responsive to operation of the engine. The handle assembly is operably coupled to the frame via a handle coupler to provide steering inputs responsive to which the mobility assembly moves the walk behind power equipment device via a handle apparatus of the handle assembly. The handle coupler is configured to provide at least vibration isolation and handle apparatus orientation adjustment.

Abstract: An outdoor power equipment device may include a mobility assembly and a mounting receptacle. The mobility assembly may support a device frame of the outdoor power equipment device and enable an operator of the outdoor power equipment device to facilitate movement of the outdoor power equipment device. The mounting receptacle may be coupled to the device frame. The mounting receptacle may include a removable lamp operable to provide light at least when removed from the mounting receptacle.

Abstract: A tiller may include an engine, a mobility assembly and a rotating assembly. The mobility assembly may be operably coupled to the engine to provide mobility of the tiller responsive to operation of the engine. The rotating assembly may be selectively coupled to the engine to provide rotation of the rotating assembly. The rotating assembly may include a rotatable shaft configured to turn when the rotation assembly is operably coupled to the engine, and one or more sets of tines disposed on respective tine assemblies. Each of the tine assemblies may include a hollow shaft for receiving the rotatable shaft. The one or more sets of tines may extend radially outward from the respective tine assemblies.

Abstract: A snow removal device includes a frame, an engine supported at least in part by the frame, a mobility assembly and a bucket assembly. The mobility assembly is operably coupled to the frame and the engine to provide mobility of the snow removal device responsive at least in part to operation of the engine. The bucket assembly is operably coupled to the frame and houses a material conveyor and an impeller, each of which operate via power from the engine to provide snow removal operations. The bucket assembly includes one of each of a first stage housing, an impeller housing, and a discharge chute base. The bucket assembly is formed such that at least two among the first stage housing, the impeller housing, or the discharge chute base are integrally molded or cast as a single unitary component.

Abstract: A remote chute rotation assembly may include a chute, a cable system and a control head. The chute may direct ejected material based on an orientation of the chute. The control head may be operatively coupled to the chute via the cable system. The control head may enable remote adjustment of the orientation of the chute via the cable system. The orientation of the chute may be adjustable through a plurality of positions fixable by a positioning assembly disposed at the chute.

Abstract: An outdoor power equipment device may include a mobility assembly and a mounting receptacle. The mobility assembly may support a device frame of the outdoor power equipment device and enable an operator of the outdoor power equipment device to facilitate movement of the outdoor power equipment device. The mounting receptacle may be coupled to the device frame. The mounting receptacle may include a removable lamp operable to provide light at least when removed from the mounting receptacle.

Abstract: A grass mower for cutting grass and collecting cut grass includes a main body, two handle brackets, a handle, a collector element, and two collector brackets. The main body is for cutting grass. The two handle brackets are oppositely mounted on lateral sides of the main body. The handle is coupled to the two handle brackets. The collector element is for collecting the cut grass. The collector element is defined by a frame, and the frame includes at least two limb elements located on substantially opposite sides of the collector element. The two collector brackets are respectively mounted to the two handle brackets and are configured to respectively accommodate the limb elements, wherein the collector element is mounted on the mower free from the handle.

Abstract: A variable speed control apparatus 240 is provided for controlling a self-propelled speed of a mowing machine 20 including an operational trigger 38 and a variable speed transmission 44. The variable speed control apparatus 240 includes a body 254 and a cable 242 coupled between the operational trigger 38 and the variable speed transmission 44, and a control lever 268 is rotatably coupled to the body 254 for rotational movement between a first position 70 and a second position 72. A cable tensioner 84 is operatively coupled to the control lever 268 and adapted to translate rotational motion of the control lever 268 to the cable coupler 86. Movement of the control lever 268 towards a first portion relatively decreases tension in the cable 242, and movement towards a second tensioner position relatively increases tension in the cable 242.

Abstract: A grass mower for cutting grass and collecting cut grass includes a main body, two handle brackets, a handle, a collector element, and two collector brackets. The main body is for cutting grass. The two handle brackets are oppositely mounted on lateral sides of the main body. The handle is coupled to the two handle brackets. The collector element is for collecting the cut grass. The collector element is defined by a frame, and the frame includes at least two limb elements located on substantially opposite sides of the collector element. The two collector brackets are respectively mounted to the two handle brackets and are configured to respectively accommodate the limb elements, wherein the collector element is mounted on the mower free from the handle.

Abstract: Rotating turbo nozzles for use in car wash systems have a nozzle body with a hollow interior in which a nozzle member is rotated in unison with a fluid vortex created by pressurized fluid introduced into the interior of the nozzle body through passageways forming an acute angle with the hollow interior. Systems are employed for reducing the speed of rotation of the nozzle member relative to the nozzle body so as to improve the effective range in which the nozzle body can emit cleaning fluids with an acceptable impact force.

Abstract: Rotating turbo nozzles for use in car wash systems have a nozzle body with a hollow interior in which a nozzle member is rotated in unison with a fluid vortex created by pressurized fluid introduced into the interior of the nozzle body through passageways forming an acute angle with the hollow interior. Systems are employed for reducing the speed of rotation of the nozzle member relative to the nozzle body so as to improve the effective range in which the nozzle body can emit cleaning fluids with an acceptable impact force.