A bracket system for attaching a brush to the blades of a rotary lawn mower. The bracket system has a brush attachment, at least one clamp, and a fastening device. The brush attachment has a brush, an elongated vertical slot, and a flange. The at least one clamp is placed around a non-linear lawn mower blade and is secured to the flange by the fastening device. Securing the clamp to the flange by the fastening device secures the brush attachment to the non-linear mower blade. Securing or removing the fastening device allows the attachment or removal of the brush attachment from the clamps, and thus the non-linear mower blade.

A bracket system for attaching a brush to the blades of a rotary lawn mower. The bracket system has a brush attachment, at least one clamp, and a fastening device. The brush attachment has a brush, an elongated vertical slot, and a flange. The at least one clamp is placed around a non-linear lawn mower blade and is secured to the flange by the fastening device. Securing the clamp to the flange by the fastening device secures the brush attachment to the non-linear mower blade. Securing or removing the fastening device allows the attachment or removal of the brush attachment from the clamps, and thus the non-linear mower blade.

A system and a method for a grass maintenance comprising an autonomous vehicle (100) arranged to operate autonomously to manipulate a grass surface, wherein the vehicle (100) includes one or more environmental sensors (208) arranged to detect environmental conditions associated with the grass surface; and one or more grass manipulation modules (210) arranged to manipulate the grass surface.

A system and a method for a grass maintenance comprising an autonomous vehicle (100) arranged to operate autonomously to manipulate a grass surface, wherein the vehicle (100) includes one or more environmental sensors (208) arranged to detect environmental conditions associated with the grass surface; and one or more grass manipulation modules (210) arranged to manipulate the grass surface.

The invention relates to a device for combing and conditioning artificial turf, which comprises a handle (1), a pole (2), a head (3) which houses an electric motor (4), and a pair of brushes (5) driven by the electric motor (4), the brushes (5) being configured for combing and conditioning the artificial turf, and such that the brushes (5) have a helical shape.

A leaf mulcher includes a carriage, a plurality of wheels rotatably secured to the carriage, and a main housing having a front and a rear. A scoop is removably coupled to the front of the main housing and configured to direct leaves into the main housing to be mulched. The leaf mulcher also includes an impeller housing having an entry and an exit, where the entry of the impeller housing is coupled to a rear of the housing. In addition, the leaf mulcher includes a bag having an intake conduit coupled to the exit of the impeller housing and is configured to receive mulched leaves, and an impeller is within the impeller housing and has an insert and nut. A motor is coupled to the impeller and is configured to spin the impeller to create a vacuum to draw leaves into the impeller housing where the leaves are mulched.

This invention is directed to a turf grooming deck configured for attachment to a lawn tractor and includes a deck member positioned between front and rear wheels of the lawn tractor and having an upper platform and a plurality of downwardly depending surfaces that, together, defines an interior area. A plurality of channels is mounted to a bottom surface of the upper platform and arranged in a diamond configuration. Further, the sidewalls define channel openings by which the channels are accessed. The turf grooming deck includes first and second brush modules, each brush module including a plurality of brush members, a first module including a plurality of metal tines and the second module including a plurality of push broom type bristles. The brush modules are interchangeable by insertion or removal thereof relative to respective channels via respective channel openings.

The invention relates to a device for combing and conditioning artificial turf, which comprises a handle (1), a pole (2), a head (3) which houses an electric motor (4), and a pair of brushes (5) driven by the electric motor (4), the brushes (5) being configured for combing and conditioning the artificial turf, and such that the brushes (5) have a helical shape. The device comprises a transmission that comprises a motor output shaft (9) that is associated with a transmission belt (10), which transmits the rotation to a toothed wheel (11), the wheel (11) transmits the rotation to a transmission shaft (12) which ends in a worm screw (13) that transmits the rotation to a transverse shaft (14) via a toothed wheel (15) attached to the transverse shaft (14) that houses the pair of brushes (5).

According to an aspect, an apparatus is provided that is capable of providing debris collection and portage. The apparatus includes handles and tarp devices which can be used to handle yard waste.

According to an aspect, an apparatus is provided that is capable of providing debris collection and portage. The apparatus includes handles and tarp devices which can be used to handle yard waste.