The disclosure provided herein is directed to a hand rakepan having a handle, a head, and plurality of tines. The handle, in some aspects, is ergonomically provided to accommodate a variety of grips during use that facilitate manipulation of the hand rakepan as a hand tool using only a single hand. Likewise, in certain aspects, the head of hand rakepan has one or more grooves and notches to provide various grip's to be used during one-handed manipulation of the hand rakepan during raking, collecting, and transporting.

The rake comprises a rake head, a handle, and a mini rake attachment. A pair of wheels may be adapted to support the weight of the rake head and to establish a travel height for the rake head. The handle may detachably couple to the rake head and may be adapted to be held by a user such that the user may push or pull the rake head over leaves. A plurality of tines located on the underside of the rake head may force the leaves to move along with the rake head. A handle length and an incidence angle of the handle may be adjustable. The mini rake attachment may couple to the handle in place of the rake head. The mini rake attachment may be operable to move the leaves away from an obstruction where the rake head does not fit.

The rake comprises a rake head, a handle, and a mini rake attachment. A pair of wheels may be adapted to support the weight of the rake head and to establish a travel height for the rake head. The handle may detachably couple to the rake head and may be adapted to be held by a user such that the user may push or pull the rake head over leaves. A plurality of tines located on the underside of the rake head may force the leaves to move along with the rake head. A handle length and an incidence angle of the handle may be adjustable. The mini rake attachment may couple to the handle in place of the rake head. The mini rake attachment may be operable to move the leaves away from an obstruction where the rake head does not fit.

The present invention provides a rake system for removing floating and submerged vegetation and debris from ponds. The rake system includes: a handle; a frame that includes a first cutting member, a second cutting member, one or more entrapment meshes, a floating member; and a line connected the proximal end of the handle. Methods for removing floating and submerged vegetation and debris from ponds are also disclosed.

An electric power rake is employed in use to care for lawns. The electric power rake includes a deck housing, multiple wheels, a handle, a battery housing, an electric motor, a pulley assembly, and a working shaft, among other possible components. The battery housing is supported on the deck housing. One or more battery cavities resides in the battery housing. A battery, such as a lithium-ion battery, is received in one of the battery cavities and powers the electric motor. The electric motor has a shaft that drives rotational motion in the pulley assembly. The working shaft is driven to rotate via the pulley assembly and has multiple blades that revolve thereabout when the working shaft rotates.

This application provides an enhanced method and equipment for forging bow-shape Conjointed rake with one-piece steel. The methods of the present application include: S1: heating the rectangular blank to target temperature; S2: stamping the rectangular blank to mold rake tooth with rake handle blank reserved at both sides, and conduct cutting at the shoulder; S3: horizontally forging and stamping the rake handle blanks at both sides respectively to columnar; S4: heating the rake handle blank locally, stretching the rake handle blank with roll forging machine to mold rake handle, and bending the rake handle back in reverse to the rake tooth; S5: bending the rake handle stretched out from the sides inward and forge the two ends of the rake handle together to form the main body of the bow-shape rake; S6: placing the main body of the bow-shape rake between the convex stamping equipment to stamp the rake tooth.

This application provides an enhanced method and equipment for forging bow-shape Conjointed rake with one-piece steel. The methods of the present application include: S1: heating the rectangular blank to target temperature; S2: stamping the rectangular blank to mold rake tooth with rake handle blank reserved at both sides, and conduct cutting at the shoulder; S3: horizontally forging and stamping the rake handle blanks at both sides respectively to columnar; S4: heating the rake handle blank locally, stretching the rake handle blank with roll forging machine to mold rake handle, and bending the rake handle back in reverse to the rake tooth; S5: bending the rake handle stretched out from the sides inward and forge the two ends of the rake handle together to form the main body of the bow-shape rake; S6: placing the main body of the bow-shape rake between the convex stamping equipment to stamp the rake tooth.

An improved rake includes a rake head coupled to a bar attached to the rake head. The rake head includes a set of spaced apart tines having an end distal from the rake head and configured to scoop debris from the ground in response to force being applied to the rake head via the bar such that the tines sift through grass and leaves and other debris ride up over the tines.

An improved rake includes a rake head coupled to a bar attached to the rake head. The rake head includes a set of spaced apart tines having an end distal from the rake head and configured to scoop debris from the ground in response to force being applied to the rake head via the bar such that the tines sift through grass and leaves and other debris ride up over the tines.

A yard tool blade is provided with a distal edge to dig a work material, with a surface to support the work material and an adaptor at a proximal end for receipt of a handle. The distal edge is sharpened to an angle within a tolerance of forty to fifty degrees for a reduced thickness to cut the work material. A method for manufacturing the yard tool blade forms a yard tool blade blank. A cutting edge is machined on a distal edge of the yard tool blade blank. The yard tool blade blank is formed into a shaped yard tool blade. The shaped yard tool blade is heat treated after the cutting edge is machined on the distal edge.