A method and device for increased efficiency of attachment of traditional accessories at the perimeter of a standard trimmer head via improved attachment means comprising a trimmer head having an upper portion and a lower portion, a cutting medium, and attachment means. The system further comprising an adapter plate for attaching custom accessories and commercially available, off the shelf rotary accessories at the center of the trimmer head, thus increasing the functionality of the trimmer head.

An electric weeder includes a body and a working head. The body includes a drive mechanism. The drive mechanism includes a motor for driving the working head to rotate around a first axis. The drive mechanism has a first working mode in which the working head is screwed into a workplane and a second working mode in which the working head is unscrewed from the workplane. The direction of rotation of the working head in the first working mode is different from the direction of rotation of the working head in the second working mode. The output rotational speed of the working head is less than or equal to 400 RPM in the first working mode.

An electric weeder includes a body and a working head. The body includes a drive mechanism. The drive mechanism includes a motor for driving the working head to rotate around a first axis. The drive mechanism has a first working mode in which the working head is screwed into a workplane and a second working mode in which the working head is unscrewed from the workplane. The direction of rotation of the working head in the first working mode is different from the direction of rotation of the working head in the second working mode. The output rotational speed of the working head is less than or equal to 400 RPM in the first working mode.

A device for removing weeds from a lawn or garden surface comprising: a drive shaft having a first end configured to operatively couple to a power unit for rotation about a longitudinal axis of the drive shaft and a second, free distal end; coupled to the second end, an auger having one or more flights and a boring member; and a weed engagement member axially coupled to the drive shaft at a longitudinal position intermediate the auger and the first end. A base member of the weed engagement member has at least one grasping finger depending therefrom towards the auger and axially offset from the longitudinal axis. Rotation of the drive shaft in a first direction when the boring member is in contact with the surface moves the auger into engagement with the weed and the weed engagement member is drawn towards and into engagement with the weed and vice-versa.

A device for removing weeds from a lawn or garden surface comprising: a drive shaft having a first end configured to operatively couple to a power unit for rotation about a longitudinal axis of the drive shaft and a second, free distal end; coupled to the second end, an auger having one or more flights and a boring member; and a weed engagement member axially coupled to the drive shaft at a longitudinal position intermediate the auger and the first end. A base member of the weed engagement member has at least one grasping finger depending therefrom towards the auger and axially offset from the longitudinal axis. Rotation of the drive shaft in a first direction when the boring member is in contact with the surface moves the auger into engagement with the weed and the weed engagement member is drawn towards and into engagement with the weed and vice-versa.

A golf green hole-making device has longitudinal, radial, and angular directions, and includes a cutting cylinder, a structure, a weight, a weight propulsion device, a soil expulsion piston, a piston driving mechanism, and an expulsion activating mechanism. The cutting cylinder has an open end that is freely movable longitudinally. The structure includes a guide with which the weight engages to move along a weight path between first and second endpoints, when propelled by the weight propulsion device, causing the weight to strike the cutting cylinder and urge the cutting cylinder in the longitudinal direction. The soil expulsion piston moves inside the cutting cylinder along its axis. The piston driving mechanism transfers force from the weight propulsion device to the soil expulsion piston to drive the soil expulsion piston towards the open end. The expulsion activating mechanism engages and disengages the piston driving mechanism in relation to the weight propulsion device.

A fulcrum prybar includes a shaft portion extending along a first axis, a curved prying portion affixed to a first end of the shaft portion, and a fulcrum portion affixed to the curved prying portion. The fulcrum portion includes two rectangular portions fused together to form an obtuse angle or a right angle cross section. One of the two rectangular portions is oriented such that it is flush with a horizontal surface while the prybar has partially raised an object from the same or another horizontal surface.

The Root Getter is the only product of its kind that features a steel head and pipe handle that functions optimally in all environments for added durability, flexibility, and convenience. What makes the Root Getter truly unique is its ground-breaking design that is structured to get the user off of the ground for a much higher level of accessibility as it completely eliminates the need to hunch over and extracts the very root of any weed through one simple motion.

The Root Getter is the only product of its kind that features a steel head and pipe handle that functions optimally in all environments for added durability, flexibility, and convenience. What makes the Root Getter truly unique is its ground-breaking design that is structured to get the user off of the ground for a much higher level of accessibility as it completely eliminates the need to hunch over and extracts the very root of any weed through one simple motion.

The invention is a device for removing weeds and the like from the ground. The device is a simply attachment for a drill. It has a body with a shaft protruding from the center and at least two prongs protruding from the opposite side of the body at distances equidistant from the center. The free end of the shaft is placed into the chuck of an electric drill and the prongs are forced into the ground so that they are placed around a weed. The user operates the drill, thus spinning the prongs around the weed. The prongs entangle the weed's roots and bore a small hole in the ground, allowing the user to easily remove the weed. The prongs are then placed into the ground close to the hole, and the drill is slowly operated, thus refilling the hole. The invention has a plurality of edges and corners that allow the operator to shear weeds and the like that become entangled on the device, thus easily removing them.