Abstract: A cutting machine with clamp assembly includes a saw blade, a worktable, and a clamp assembly. The worktable is adjacent to the saw blade and can move along a processing axis relative to the saw blade. The worktable includes a tabletop facing the saw blade, a processing area set on the tabletop and extending along the processing axis and corresponding to the saw blade, and a chute recessed on the tabletop and extending in the direction of the processing area. The clamp assembly can be operated to move along the chute. The present invention uses the clamp assembly to firmly press against the workpiece, thereby assisting the positioning of the workpiece and ensuring the safety of the user.

Abstract: An overload protection mechanism for use with an electrically hedge trimmer includes a transmission ring gear, a roller disposed in the transmission ring gear, a transmission shaft disposed in the transmission ring gear and eccentrically connected with two rocker arms, and a clutch member movably sleeved on the transmission shaft. When excessive resistance is applied to the rocker arms, the clutch member is pushed by the roller to compress an elastic member. This allows the transmission ring gear to be idled. When the resistance applied to the rocker arms is smaller than the rebound force provided by the elastic member, the clutch member is engaged with the roller, such that the transmission ring gear drives the transmission shaft to rotate through the clutch member. Thus, the overload protection mechanism of the present invention carries out overload protection to the motor for extending the life of the motor.

Abstract: A gripping device includes a housing has an annular flange and a plurality of positioning recesses provided at the annular flange, a rear handle assembled with the annular flange of the housing, a push button pivoted to the rear handle and partially exposed to the outsides, a positioning block disposed in the rear handle, and a link rod having two ends pivoted to the push button and the positioning block, respectively. When the push button is unlocked, the positioning block is driven by the link rod to be disengaged from the positioning recesses, such that the rear handle is rotatable to adjust angle. When the push button is locked, the positioning block is engaged with one of the positioning recesses under the force of an elastic member for positioning the rear handle. Therefore, a user can operate the gripping device at an ergonomic angle.

Abstract: A worktable assembly for tile cutter includes a first table having a first surface and a slot recessed on the first surface and extending along a processing axis, and a second table installed in the first table and including a main body and an insertion member protruding from the main body along the processing axis and extending into the slot and having an insertion surface flush with the first surface. The second table can move relative to the first table along the processing axis, so that the main body is close to or far from the first table. The present invention provides better support through the cooperation of the slot and the insertion member and helps prevent the tile from breaking during processing.

Abstract: A cutting machine with clamp assembly includes a saw blade, a worktable, and a clamp assembly. The worktable is adjacent to the saw blade and can move along a processing axis relative to the saw blade. The worktable includes a tabletop facing the saw blade, a processing area set on the tabletop and extending along the processing axis and corresponding to the saw blade, and a chute recessed on the tabletop and extending in the direction of the processing area. The clamp assembly can be operated to move along the chute. The present invention uses the clamp assembly to firmly press against the workpiece, thereby assisting the positioning of the workpiece and ensuring the safety of the user.

Abstract: A tile cutter with water guiding device includes a base, a work platform slidably set on the base along a front-rear direction and including a top bearing surface for placing the tiles and an accommodating slot set from the top bearing surface toward a bottom surface, a sawing device including a saw blade seat installed in the base and a saw blade installed in the saw blade seat and aligned with the accommodating slot, and a water guiding device detachably installed in the accommodating slot and including two connecting plates spaced apart along a left-right direction perpendicular to the front-rear direction, a plurality of baffle plates arranged at intervals along the front-rear direction and respectively connected to the connecting plates and a plurality of water guide holes defined by a spacing of the connecting plates and the baffle plates. These baffle plates can block the cooling water and prevent splashing, so as to keep the workplace clean.

Abstract: A tile saw with retractable water tank suitable for being detachably installed in a supporting unit is disclosed to include a base unit including a seat body and a water tank, a connecting unit, and a saw unit. The water tank has a tank bottom, a surrounding portion made of a soft material and a hard portion, and is operable to move relative to the seat body between an enlarged state and a reduced state. When the tile saw with retractable water tank is not in use, the base unit can be unloaded from the supporting unit to shorten the storage height to facilitate handling, and the water tank can be operated into the reduced state to reduce the height of the base unit. And reduce the storage volume.

Abstract: A foldable tile saw suitable includes a base unit including a seat body and a water tank, a connecting unit including a connecting arm having a first section and a second section, and a saw unit including a saw blade seat and a saw blade. The connecting arm can rotate between an approaching position and a distant position relative to the water tank around a first axial line to generate positioning. The saw blade seat has a connecting portion and a cutting portion. The saw blade seat can rotate between a cutting position and a folded position around a second axial line relative to the water tank and generate positioning. As long as the connecting arm is rotated to the approaching position, and the saw blade seat is rotated to the folded position, the cutting portion can be approached to the water tank, so the storage space can be effectively reduced.

Abstract: A tile cutter with water control assembly includes a base, a work platform slidably set on the base along a front-rear direction, a sawing device including a saw blade seat installed in the base and a saw blade installed in the saw blade seat oriented for cutting along the front-rear direction, and a water control assembly including a body unit arranged on the saw blade seat and defining a water inlet and an accommodating space communicating with the water inlet, a water outlet unit arranged on the body unit and communicating with the accommodating space, and a body unit arranged at a first control unit of the body unit. An inlet water flow enters the accommodating space through the water inlet, and then flows out through the water outlet unit to form an outlet water flow spraying on the saw blade. The first control unit is used to regulate one of the size and position of the outlet water flow.

Abstract: An overload protection mechanism for a winch that includes an input transmission shaft, an output transmission shaft, and a clutch mechanism. The input transmission shaft has a first transmission end, the output transmission shaft has a second transmission end. The clutch mechanism has a first clutch member disposed on the first transmission end and a second clutch member disposed on the second transmission end such that the first and second clutch members are correspondingly rotatable with the input transmission shaft and the output transmission shaft. The first and second clutch members are detachably engageable with each other. When the output transmission shaft is overloaded, the first and second clutch members are disengaged for preventing the overloaded power transmission between input transmission shaft and output transmission shaft.