A digging fork has a shaft at an end of which extends in a row first, second, third and fourth tines. The second and third tines are angled towards each other to form a wedge shape and the first and fourth tines are substantially parallel to each other.

A soil manipulating device for digging and raking soil includes a base plate, which defines a first plane and which has a first edge that is attached to a first end of a shaft. A set of tines is attached to and extends from a second edge of the base plate. Each tine defines an associated second plane and has opposed edges, which are serrated. At least one of the tines has an associated second plane which intersects the first plane. The shaft can be grasped in one or both hands of a user, positioning the user to insert the tines into soil to manipulate the soil by using the tines to cut into the soil. Various embodiments of soil manipulators can be used to perform a variety of digging and raking tasks while in a substantially upright posture and in a lowered posture, such as while sitting or knelling.

A soil manipulating device for digging and raking soil includes a base plate, which defines a first plane and which has a first edge that is attached to a first end of a shaft. A set of tines is attached to and extends from a second edge of the base plate. Each tine defines an associated second plane and has opposed edges, which are serrated. At least one of the tines has an associated second plane which intersects the first plane. The shaft can be grasped in one or both hands of a user, positioning the user to insert the tines into soil to manipulate the soil by using the tines to cut into the soil. Various embodiments of soil manipulators can be used to perform a variety of digging and raking tasks while in a substantially upright posture and in a lowered posture, such as while sitting or knelling.

A soil manipulating device for digging and raking soil includes a base plate, which defines a first plane and which has a first edge that is attached to a first end of a shaft. A set of tines is attached to and extends from a second edge of the base plate. Each tine defines an associated second plane and has opposed edges, which are serrated. At least one of the tines has an associated second plane which intersects the first plane. The shaft can be grasped in one or both hands of a user, positioning the user to insert the tines into soil to manipulate the soil by using the tines to cut into the soil. Various embodiments of soil manipulators can be used to perform a variety of digging and raking tasks while in a substantially upright posture and in a lowered posture, such as while sitting or knelling.

A soil manipulating device for digging and raking soil includes a base plate, which defines a first plane and which has a first edge that is attached to a first end of a shaft. A set of tines is attached to and extends from a second edge of the base plate. Each tine defines an associated second plane and has opposed edges, which are serrated. At least one of the tines has an associated second plane which intersects the first plane. The shaft can be grasped in one or both hands of a user, positioning the user to insert the tines into soil to manipulate the soil by using the tines to cut into the soil. Various embodiments of soil manipulators can be used to perform a variety of digging and raking tasks while in a substantially upright posture and in a lowered posture, such as while sitting or knelling.

An improved roasting spit comprising a frame and a handgrip. The frame comprises a frame head portion and a frame handle portion mortised in the handgrip. The head portion comprises a base portion and at least one blade, preferably three blades, extending from the base portion with each blade having a notch for interlocking with a like spit. The frame is resistant to deformation under heavy loads at high temperatures. The spit is employed vertically using a suspension hole in the handgrip or impaled in a ground surface. The spit can also be employed horizontally by interlocking the notches with a like spit, inserting the spit in a stand, or propping the spit on rocks. A tip portion of each blade tapers to a tip point along a plurality of triangular faces forming a plurality of cutting edges that allow the spit to easily impale a large mass of meat.

An improved roasting spit comprising a frame and a handgrip. The frame comprises a frame head portion and a frame handle portion mortised in the handgrip. The head portion comprises a base portion and at least one blade, preferably three blades, extending from the base portion with each blade having a notch for interlocking with a like spit. The frame is resistant to deformation under heavy loads at high temperatures. The spit is employed vertically using a suspension hole in the handgrip or impaled in a ground surface. The spit can also be employed horizontally by interlocking the notches with a like spit, inserting the spit in a stand, or propping the spit on rocks. A tip portion of each blade tapers to a tip point along a plurality of triangular faces forming a plurality of cutting edges that allow the spit to easily impale a large mass of meat.

The invention relates to a shock absorbing shingle removing tool, and more particularly, to a shock absorbing shingle removing tool, which can safeguard users from fatigue and injury accumulated from repeated contact between the blade of traditional roof removing device and fasteners which often occurs in the act of removing roof shingle.

The invention relates to a shock absorbing shingle removing tool, and more particularly, to a shock absorbing shingle removing tool, which can safeguard users from fatigue and injury accumulated from repeated contact between the blade of traditional roof removing device and fasteners which often occurs in the act of removing roof shingle.

An attachment system and method allows reversely operating a working head with a shaft of different lengths selectively. A first hand tool is reversely connected to an extension shaft to obtain a second, longer-shafted hand tool, both fully operational and sturdy for hand-use, according to applications, work conditions and ergonomics. A range of different lengths hand tools may be contemplated, such as shovels, forks, trowels, transplanters, weed cutters, rakes, hoes, planters, and scoops, for example.