A plant removal tool includes a pair of rods, a hinge connecting the rods, and gripping plates or jaws at bottom ends of the rods. The tool further includes a guide tube that is slidable along the rods. The guide tube may be slid up so that the jaws may be opened or may be slid down to force the jaws closed to engage a plant. The guide tube may also operate as a handle that may be used to hold the tool while the rods rotate within the guide tube. A top end of the tool may be configured for attachment to a drill so that the rods may be rotated while the jaws are closed on a plant, and the plant may be removed from the ground.

A weed removal system includes a first handle integrally attached to an elongated hollow outer shaft; a second handle rotatably attached to the outer shaft; an inner shaft slidingly engaged within a cavity formed by the hollow outer shaft; and a tool secured to the inner shaft and configured to engage with a weed. The method includes adjusting the overall length of the outer shaft and the inner shaft; exerting a downward force such against the outer shaft and the inner shaft such that the tool applies pressure against the weed; and twisting the first handle relative to the second handle while the tool is in contact with the weed.

A weed removal system includes a first handle integrally attached to an elongated hollow outer shaft; a second handle rotatably attached to the outer shaft; an inner shaft slidingly engaged within a cavity formed by the hollow outer shaft; and a tool secured to the inner shaft and configured to engage with a weed. The method includes adjusting the overall length of the outer shaft and the inner shaft; exerting a downward force such against the outer shaft and the inner shaft such that the tool applies pressure against the weed; and twisting the first handle relative to the second handle while the tool is in contact with the weed.

An apparatus for an improved hand tool device wherein a rotatable apparatus may rotate the rotating handle apparatus in 15 degree increments to adjust to the user to help reduce the risk of injury and increase power application while gardening by adjusting and creating a favorable angle between the ground and the point of entry of the hand tool device into the ground.

A handheld gardening device that extracts unwanted vegetation, the gardening device includes a unique configuration of a plurality of first tines and a plurality of second tines that extend from a frame connected to a shaft. The first tines extend substantially along a first tine axis that is substantially perpendicular to the frame and the shaft. The first tine axes are oriented on a first plane. The second tines define a first portion and a second portion, wherein the first portion axes are oriented on a first portion plane and the second portion axes are oriented on a second portion plane. The first and second portion planes are substantially parallel to and offset from one other to form a space that wedges the root system between the first and second tines to extract unwanted vegetation. The handheld gardening device may be used in combination with an extended shaft component.

A handheld gardening device that extracts unwanted vegetation, the gardening device includes a unique configuration of a plurality of first tines and a plurality of second tines that extend from a frame connected to a shaft. The first tines extend substantially along a first tine axis that is substantially perpendicular to the frame and the shaft. The first tine axes are oriented on a first plane. The second tines define a first portion and a second portion, wherein the first portion axes are oriented on a first portion plane and the second portion axes are oriented on a second portion plane. The first and second portion planes are substantially parallel to and offset from one other to form a space that wedges the root system between the first and second tines to extract unwanted vegetation. The handheld gardening device may be used in combination with an extended shaft component.

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.

A multipurpose foot-powered system is disclosed which is a set of foot-powered and hand-operated tools which break up the structure of compacted earth. Specifically, the system comprises a kick-pick tool and a twist-pick tool. The kick-pick tool measures approximately 5-6 feet in length. It resembles a shovel with a hooded steel pick or hooded chisel tip for a blade. The blade is slightly curved like a shovel and an integral footrest is positioned at a convenient distance from the tip of the hooded blade, which will allow the user to drive the hooded blade into the earth with their foot. The twist-pick tool is similar in design, however the tool is entirely straight from its tip through its handle. The footrest height is adjustable by the user and the handle has a T-shaped crossbar that enables a user to twist the hooded blade about the long axis of the twist-pick.

A multipurpose foot-powered system is disclosed which is a set of foot-powered and hand-operated tools which break up the structure of compacted earth. Specifically, the system comprises a kick-pick tool and a twist-pick tool. The kick-pick tool measures approximately 5-6 feet in length. It resembles a shovel with a hooded steel pick or hooded chisel tip for a blade. The blade is slightly curved like a shovel and an integral footrest is positioned at a convenient distance from the tip of the hooded blade, which will allow the user to drive the hooded blade into the earth with their foot. The twist-pick tool is similar in design, however the tool is entirely straight from its tip through its handle. The footrest height is adjustable by the user and the handle has a T-shaped crossbar that enables a user to twist the hooded blade about the long axis of the twist-pick.

A weeding device provides a solution to the problem of removing dandelions and other weeds from a lawn or other area. The core components of the invention are a shaft and handle arranged so that a user can remove weeds while standing, a cutting head and motor configured to cut weeds, and an herbicide injector configured to inject an herbicide into the weed. Generally speaking, the components are configured as follows: the handle is at one end of the shaft and the motor, cutting head, and herbicide injector are at a second end of the shaft. The cutting head is configured to rotate around the herbicide injector to cut portions of the weed while herbicide is injected into the weed by the herbicide injector.