The lawn debris collection device is configured for use in the collection of debris. The lawn debris collection device is configured for use with a trash bag. The lawn debris collection device holds the trash bag in an open position during the collection of debris. The debris is moved to the upwind side of the lawn debris collection device where the debris remains trapped until the debris is placed in the trash bag. The lawn debris collection device folds flat when not in use. The lawn debris collection device comprises a first side support, a second side support, a center support, and an elevated ring structure. The center support and the elevated ring structure attach the first side support to the second side support. Both the center support and the elevated ring structure are configured to hold a trash bag in the open position.

A wheeled trailer to be moved across a lawn having integral structural frame and wheels for carrying said frame, a screen removeably affixed to an interior of the frame, a retractable deck with a plurality of tines extending from an underside of the deck, the tines configured to engage a ground surface, a lift assembly affixed to the frame to raise and lower/dynamically move the plurality of tines extending from an underside of the deck therethrough the screen, and a power system mounted on the frame with control to power the lift assembly, and, thus, functions to provide for automated collection and removal of yard debris such as leaves, pine straw, and other decomposing debris collected on the tines while raking and dethatching especially if the debris contains pine needles and depositing the debris where the operator chooses.

The leaf and yard debris collection and transportation device includes two lightweight rakes with cushioned handles, joined in an X-shape, thereby allowing the rake end of each pole to open and close with respect to the other with a scissor motion. To use the leaf and yard debris collection and transportation device, the user pulls the cushioned handles apart, opening the rake ends over a pile of leaves or yard debris, lowers the rake ends onto the pile and applies slight pressure with the rake ends, then pushes the handles towards each other, causing the rake ends to close, collecting the leaves and/or debris between them. The user can then move the collected leaves and/or debris to another location, such as a trash bag or green recycling bin, and pull the handles apart again, opening the rake ends and releasing the leaves and/or debris into the desired location.

The leaf and yard debris collection and transportation device includes two lightweight rakes with cushioned handles, joined in an X-shape, thereby allowing the rake end of each pole to open and close with respect to the other with a scissor motion. To use the leaf and yard debris collection and transportation device, the user pulls the cushioned handles apart, opening the rake ends over a pile of leaves or yard debris, lowers the rake ends onto the pile and applies slight pressure with the rake ends, then pushes the handles towards each other, causing the rake ends to close, collecting the leaves and/or debris between them. The user can then move the collected leaves and/or debris to another location, such as a trash bag or green recycling bin, and pull the handles apart again, opening the rake ends and releasing the leaves and/or debris into the desired location.

A handheld blower includes a housing, the housing including an air inlet and a duct assembly, the duct assembly including a duct, a motor and a fan mounted in the duct, a battery, a handle, and a blowpipe which defines a central axis. Along the direction of the central axis, the area of the flowing cross-section of an air passage at the rear end of the fan adjacent to the air inlet is larger than that of the flowing cross-section of an air outlet of the blowpipe, and the rate between the area of the flow cross-section of the air outlet of the blowpipe and the area of the flow cross-section of the flow-through area at the position of the fan is greater than or equal to 0.8.

A debris-collecting apparatus includes a draft inducer operable to draw air and debris, an input portion for receiving incoming air and debris caused by operation of the draft inducer, and a bagging portion. The bagging portion includes a hood having an arcuate portion, a bag removably positioned below the hood and having an inner face, and a bagging passage for directing the air and debris from the input portion to the hood. The arcuate portion extends from the bagging passage to the bag such that the air and debris from the bagging passage travels along the arcuate portion and thereafter apply a dislodging force to dislodge debris collected at the inner face of the bag.

A turf sweeper includes a hopper mounted on a frame. A debris loading duct mounted on the frame includes an intake opening supported in closely spaced relation above the ground and a discharge opening at a discharge end communicating with a hopper inlet. A broom is rotatably mounted within an intake section of the debris loading duct proximate and across the intake opening. A paddle rotor, having a plurality of paddles outwardly projecting paddles is rotatably mounted within and across a transfer section of the debris loading duct with a path of rotation of tips of the paddles extending in closely spaced relation to a path of rotation of tips of the pick-up members of the pick-up head. A return air duct flow connects a return air outlet to the hopper with a return air opening through the transfer section of the debris loading duct.

The battery-powered backpack blower includes a back support assembly including a back plate configured to permit a user to mount the blower to the user's back, and a volute assembly including a first volute portion and a second volute portion. The backpack blower further includes a housing assembly including a battery assembly and a motor assembly therein, the housing assembly is provided intermediate to the back assembly and the volute assembly.

The present invention relates to a broom, and in particular to a multifunctional broom with a rotatable head. According to the present invention, an brush head and a rake tooth are provided on a broom head. The rake tooth can be used for cleaning of regions such as outdoor grounds and lawns, and the brush head can be used for indoor cleaning. Moreover, the rake tooth can be extended out of or retracted into the broom head through the first telescopic mechanism. The broom of the present invention is very simple and convenient to use and provides more thorough cleaning. The first telescopic mechanism enables automatic telescoping depending on various conditions of ground, thereby providing more thorough cleaning and being more convenient and efficient (FIG. 1).

The present invention relates to a broom, and in particular to a multifunctional broom with a rotatable head. According to the present invention, an brush head and a rake tooth are provided on a broom head. The rake tooth can be used for cleaning of regions such as outdoor grounds and lawns, and the brush head can be used for indoor cleaning. Moreover, the rake tooth can be extended out of or retracted into the broom head through the first telescopic mechanism. The broom of the present invention is very simple and convenient to use and provides more thorough cleaning. The first telescopic mechanism enables automatic telescoping depending on various conditions of ground, thereby providing more thorough cleaning and being more convenient and efficient (FIG. 1).