A casing of a hedge clipper which is a portable tool is provided with a power source housing in which an electric motor is housed and a main handle held by a worker, and blades serving as a tip tool are provided to the casing. An operation display panel is provided on the main handle, and a driving information display unit which displays a battery remaining capacity and a rotation speed of an electric motor as a plurality of pieces of driving information is provided on the operation display panel. The selection of the information to be displayed is switched by the operation of an operation switch unit provided in the operation display panel.

The brush cutter band has a pelvic pad, a main belt, a sub-belt, a plurality of sub-belt loops, and a suspender. The main belt is fastened to the pelvic area of a user via the pelvic pad. The sub-belt is fastened to the lower back of the user. The plurality of sub-belt loops is provided on the pelvic pad through which the sub-belt is threaded. The suspender is provided on the pelvic pad and suspendable of the brush cutter. The pelvic pad is suspended from the sub-belt by the plurality of sub-belt loops. The plurality of sub-belt loops includes corresponding sub-belt loops located above and corresponding to the suspender.

The brush cutter band has a pelvic pad, a main belt, a sub-belt, a plurality of sub-belt loops, and a suspender. The main belt is fastened to the pelvic area of a user via the pelvic pad. The sub-belt is fastened to the lower back of the user. The plurality of sub-belt loops is provided on the pelvic pad through which the sub-belt is threaded. The suspender is provided on the pelvic pad and suspendable of the brush cutter. The pelvic pad is suspended from the sub-belt by the plurality of sub-belt loops. The plurality of sub-belt loops includes corresponding sub-belt loops located above and corresponding to the suspender.

A weed clipping device for removing weeds at the base of the plant while standing includes a shaft having a handle end, a blades end, and a peripheral wall defining an interior space. A rod is rotatably coupled to the shaft within the interior space. The rod has a top portion, a bottom portion, and a middle portion. The top portion is positioned adjacent to the handle end. The bottom portion is positioned adjacent to the blades end. A handle is coupled to the handle end that extends outwardly from the shaft in a first direction. A trigger mechanism is coupled to the handle that engages the rod and rotates the rod within the shaft. A pair of blades is pivotably coupled to the rod, extending outwardly from the blades end in a second. A coupler pivotably couples the pair of blades together at the bottom portion of the rod.

The present invention relates to containers for string for lawn trimming apparatuses. More particularly, the present invention relates to a reload string container which can store multiple, precut portions of string so as to allow a user to quickly reload a lawn trimming apparatus with new string when needed, without having to return to a storage location or without having to attempt to carry extra string on their person.

A string trimmer includes a protective shield, a first motor, a blade and a fan. The first motor is arranged on one side of the protective shield, and a first rotation shaft of the first motor penetrates the protective shield to the other side of the protective shield. The blade is arranged on the other side of the protective shield, and the blade is connected with the first rotation shaft. The fan is arranged on the same side as the first motor, and the fan is mounted on the protective shield through a second rotation shaft. Wherein, a rotation speed ratio between the second rotation shaft and the first rotation shaft ranges from 0.5 to 4.

An edge trimming tool assembly (1) is disclosed configured to cut vegetation around edge formations (50). The assembly (1) comprises a drive shaft (3) and a trimming tool (5) configured to be rotated around a rotation axis (ax) by the drive shaft (3) such that a radially outer portion (5) of the trimming tool (5) orbits in a circular path (c). The assembly (1) comprises a guard (7) comprising a first guard portion (11) covering a portion of an area (A) formed inside the circular path (c) as seen in a first direction (d1) parallel to the rotation axis (ax) and a second guard portion (12) covering a portion of the area (A) as seen in a second direction (d2) parallel to the rotation axis (ax), wherein the second direction (d2) is opposite to the first direction (d1). The present disclosure further relates to a power tool (2) comprising an edge trimming tool assembly (1).

A landscaping tool comprising a disc rotatably attached to an attachment end of an arm. The disc comprises a sharp edge, allowing for cutting, breaking, severing, etc. of various landscape features during lateral and rotational movement of the disc. The arm further comprises a handle and an angled section. The handle allows a user to grasp the arm and swing or otherwise control the arm and disc. The angled section of the arm creates an ideal angle between the disc and arm, allowing for most effective use of the invention for cutting and other landscaping purposes.

A landscaping tool comprising a disc rotatably attached to an attachment end of an arm. The disc comprises a sharp edge, allowing for cutting, breaking, severing, etc. of various landscape features during lateral and rotational movement of the disc. The arm further comprises a handle and an angled section. The handle allows a user to grasp the arm and swing or otherwise control the arm and disc. The angled section of the arm creates an ideal angle between the disc and arm, allowing for most effective use of the invention for cutting and other landscaping purposes.

A lopper or lopper head attachment includes a primary gear, a secondary gear, a ratchet gear, an engagement flag, a dampened lag bolt, and a cutting blade. The secondary gear is enmeshed with the primary gear. The secondary gear defines a lag groove radially offset from the secondary axis. The ratchet gear is rotatable about a secondary axis separately from the secondary gear. The engagement flag is rotatably mounted to secondary gear to move between an unengaged position and an engaged position. The dampened lag bolt is slidably received within the lag groove to move relative to the secondary gear between a permissive position and a restrictive position. The cutting blade is in mechanical communication with the ratchet gear to be pivoted thereby, in the engaged position of the engagement flag, to a closed position from an open position.