A garden shears has an anvil portion, a driving arm, a blade portion and a plurality of pivot shafts. The anvil portion sandwiched an anvil, and the anvil portion and the driving arm are pivoted together by a pivot shaft. A gear and the blade portion are disposed between the driving arm. The blade portion has a straight groove and a rack portion. A pivot shaft is used to pivot the gear and the driving together is engaged and another pivot shaft passes through the straight groove and the driving arm with the pivot shaft capable of sliding in the straight groove and the gear being engaged with the rack portion to achieve the effect of a stable speed.

A garden shears has an anvil portion, a driving arm, a blade portion and a plurality of pivot shafts. The anvil portion sandwiched an anvil, and the anvil portion and the driving arm are pivoted together by a pivot shaft. A gear and the blade portion are disposed between the driving arm. The blade portion has a straight groove and a rack portion. A pivot shaft is used to pivot the gear and the driving together is engaged and another pivot shaft passes through the straight groove and the driving arm with the pivot shaft capable of sliding in the straight groove and the gear being engaged with the rack portion to achieve the effect of a stable speed.

A tree pruning assembly is provided. The assembly comprises a lopper comprising two lopper handles pivotally connected to one another and a respective cutting blade arranged on an end of each of the lopper handles, a pruner adapted to be detachably connected to either one of the lopper handles, a saw adapted to be detachably connected to the other of the lopper handles, and a respective connection device for detachably connecting each of the pruner and the saw to a respective one of the lopper handles. The connection devices may be of identical construction so that the saw and pruner can each be connected to either of the lopper handles. A connection device for connecting a saw or pruner to a lopper handle is also encompassed by the present invention.

An angled edging apparatus or tool includes a spade connected to a handle at an angle. The angled edging apparatus allows a user to establish and maintain an edge or boundary around a garden with a minimum amount of effort and time.

A tree pruning assembly is provided. The assembly comprises a lopper comprising two lopper handles pivotally connected to one another and a respective cutting blade arranged on an end of each of the lopper handles, a pruner adapted to be detachably connected to either one of the lopper handles, a saw adapted to be detachably connected to the other of the lopper handles, and a respective connection device for detachably connecting each of the pruner and the saw to a respective one of the lopper handles. The connection devices may be of identical construction so that the saw and pruner can each be connected to either of the lopper handles. A connection device for connecting a saw or pruner to a lopper handle is also encompassed by the present invention.

A handheld power tool (1) is disclosed comprising a power tool body (3), a tool (2), a power source (4) configured to power the tool (2), a switch (10) configured to set the power tool (1) in an active-state or an inactive-state, and an elongated handle (20). The elongated handle (20) comprises a trigger element (30) being arranged movable relative the elongated handle (20) such that the trigger element (30) moves relative the handle (20) when a person grips the handle (20). The switch (10) is arranged at the power tool body (3). The power tool (1) comprises a mechanism (7) operably connected to the trigger element (30). The mechanism (7) is configured such that a first mechanism member (11) of the mechanism (7) is moved in a direction (d1) towards the switch (10) when the handle (20) is gripped.

An angled edging apparatus or tool includes a spade connected to a handle at an angle. The angled edging apparatus allows a user to establish and maintain an edge or boundary around a garden with a minimum amount of effort and time.

A laser projection apparatus includes a laser source assembly, an optical modulator, a display control circuit, and a signal shaping circuit. The laser source assembly is configured to be turned on or turned off under driving of a target driving signal. The display control circuit is configured to: output an image display driving signal to the optical modulator, and synchronously output an initial driving signal to the laser source assembly. The initial driving signal includes an initial enable signal and an initial brightness adjustment signal. The signal shaping circuit is disposed in a path for transmitting at least one of the initial enable signal or the initial brightness adjustment signal to the laser source assembly. The signal shaping circuit is configured to output a shaping signal. The shaping signal is superimposed on the initial enable signal or the initial brightness adjustment signal to form the target driving signal.

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.