A method of refurbishing a handheld landscape power tool includes separating an original motor of the power tool from a tool head of the power tool. The tool head includes a tool shaft extending proximate to the original motor. A replacement power head and a shaft coupler are provided. The replacement power head includes a motor and a power shaft mechanically coupled to the motor. The shaft coupler includes a power shaft connecter coupled to a shaft-specific connecter. The replacement power head is coupled to the shaft coupler by connecting the power shaft connecter to the power shaft of the replacement power head. The tool head is coupled to the shaft coupler by connecting the shaft-specific connecter to the tool shaft of the tool head.

An improved assembly is described. The assembly includes a shaft affixed on a first side to a first handle and affixed to a tool on a second side. A first end of a continuous cord is affixed to the tool at a first location and a second end of the continuous cord is affixed to the tool at a second location. A second handle is affixed to a loop formed by the continuous cord. During use, a user grasps both handles, places the tool at a base of a payload, and pushes the assembly to load the payload onto the tool. By bending the users knees and not putting undue strain on the users back, the user may utilize the handles to lift and move the payload to a desired location.

A power tool ensemble includes at least a power head, a first shaft coupler, and a second shaft coupler, for use with tool heads of landscaping tools. The power head includes a motor and a power shaft mechanically coupled to the motor. Each shaft coupler includes a power shaft connecter for connecting to the power shaft, and a shaft-specific connecter for connecting to tool shafts of the tool heads. In each shaft coupler, the power shaft connecter is mechanically coupled to the shaft-specific connecter. The shaft-specific connecter in the first shaft coupler has a different tool shaft configuration from the shaft-specific connecter in the second shaft coupler.

An electromotive hoe includes a working rod which has a predetermined length, and has a power source provided at one side thereof and a shaft protruding from the other side thereof so that a rotational force of the power source is transmitted; an upper cover which has a disc shape and has a first through hole formed in the central portion so that the shaft is inserted; a rotating plate which has a plate-like structure, and has a second through hole formed in the central portion so that the shaft is inserted, and is coupled to an end portion of the shaft by a fastening means to be in close contact with a lower surface of the upper cover; and a hoe blade formed to protrude vertically along the edge of the rotating plate.

A micro-tiller module that is releasibly engageable with a hand drill can include a gear box assembly, first and second tilling wheel assemblies, and a stabilizer fork. The gear box assembly can include a housing, an input shaft extending along an input shaft axis, first and second output shafts, and a plurality of gears. The external end of the input shaft is configured to be releasibly engageable with a chuck of the hand drill. The tilling wheel assemblies can be respectively mounted to the output shafts. The stabilizer fork can extend from a base end fixed to the housing, along a stabilizer axis transverse to the input shaft axis, to a distal end from which first and second tines project. Each of the tines can extend further along the input shaft axis than transverse to the input shaft axis.

A cleaning implement is described, which can have an elongate handle with a proximal end, a distal end, and an interior surface. The interior surface of the elongate handle can define an interior cavity of the elongate handle. An elastic element can be secured within the interior cavity of the handle at the proximal end. A motion rod can also be concentrically secured within the interior cavity of the handle, adjacent to the elastic element. The motion rod can have an exposed end protruding out of the elongate handle at the distal end, and the exposed end can have a tip with a tool attachment feature.

An apparatus for shifting and transferring materials is provided, wherein the apparatus has an elongated handle and a blade affixed to an end of the elongated handle. The blade has a bottom and at least two side edges. The elongated handle extends upwardly from the blade at an acute angle relative to the bottom of the blade. The acute angle is approximately 65° such that an angle of the elongated handle relative to vertical is approximately 25°. A cap can be adapted to secure the elongated handle to the blade.

An apparatus for shifting and transferring materials is provided, wherein the apparatus has an elongated handle and a blade affixed to an end of the elongated handle. The blade has a bottom and at least two side edges. The elongated handle extends upwardly from the blade at an acute angle relative to the bottom of the blade. The acute angle is approximately 65° such that an angle of the elongated handle relative to vertical is approximately 25°. A cap can be adapted to secure the elongated handle to the blade.

A multi-use tool includes a chevron-shaped body and a coupling mechanism configured to couple a handle to the chevron-shaped body. The chevron-shaped body comprises a first external edge, a second external edge, a first internal edge and a second internal edge. A void is formed by the first internal edge, the second internal edge and the coupling mechanism. An apex of the chevron-shaped body points away from the handle.

A multi-use hand tool system featuring modular interchangeable components including a digging and cutting head, a rake head; a claw hammer head, a snow shovel head; a garden fork head comprising, one or more hafts, an offset-L component providing a 90 degree orientation between components and/or and handle. The hand tool system features components and grips having a Reuleaux triangle configuration.