Abstract:
A massage device includes an outer housing, an inner housing, a drive motor, a gear assembly, a one-way bearing, a drive gear wheel, at least one massage member, and a linear motion device. The massage member can perform a massage through rotary motion and linear motion, and can massage by repeatedly moving forwards and backwards with respect to the user or at fixed positions. Furthermore, the gear wheels of the gear assembly are vertically disposed in the inner housing, while the drive motor is arranged in an oblique manner. Therefore, the inner housing doesn't need a large space to accommodate the gear assembly, and, consequently, the outer housing is also reduced in width.
Abstract:
A muscle stretching device essentially comprises a base and an outer cover pivoted to each other. In the base are provided a motion transmission device, a lifting mechanism, an inner cover. The lifting mechanism comprises gear shafts, pushing members disposed in the gears shafts, and screws screwed in the threaded holes of the pushing members. By such arrangements, the motion transmission device drives the gear shafts and the screws of the lifting mechanism to rotate synchronously, and the pushing members are restricted in the restricting holes of the inner cover and therefore move along the screws to control rise and fall of the outer cover.
Abstract:
A left and right movable massage device comprises: a first outer housing, a first inner housing, a motor, a left-and-right moving gear assembly, a second outer housing, a second inner housing and a massage assembly. The main driven gear is disposed on the first inner housing and rotated by the motor, and the guiding pin is restricted in the direction restricting groove of the first inner housing, so that the rotation of the main driven gear is converted into linear motions in two directions to make the first inner housing movable in the left-and-right direction. With a single motor, different massage movements can be performed to meet different users' requirements.
Abstract:
An automatic rotating mop includes a force applying rod and a rotating rod. The force applying rod includes an external tube and a holding element installed at an upper end of the external tube. The external tube includes a braking rod and a spiral track formed on the braking rod. The rotating rod includes an internal tube having an internal diameter smaller than the external tube for coupling the external tube, a rotating disc coupled to the internal tube, and a rotating element corresponding to the braking rod and coupled to the internal tube. When the external tube is moved vertically towards the rotating disc, the rotating element is winded along the spiral track to produce a rotation movement, and linked to the internal tube and the rotating disc to rotate jointly to remove water from the mop by a rotating force.
Abstract:
A movable massage device is capable of overcoming the fixed-point type massage device and is provided with an outer housing, a toothed bar, an inner housing, a driven assembly, a drive assembly, a first massage head and a second massage head. With the cooperation of the driven and drive assemblies, the inner housing is able to drive the first and second massage heads to reciprocate transversely within the outer housing, to perform a local massage in a non-fixed-point manner.
Abstract:
A movable massage device is capable of overcoming the fixed-point type massage device and is provided with an outer housing, a toothed bar, an inner housing, a driven assembly, a drive assembly, a first massage head and a second massage head. With the cooperation of the driven and drive assemblies, the inner housing is able to drive the first and second massage heads to reciprocate transversely within the outer housing, so as to perform local massage in a non-fixed-point manner.
Abstract:
A rotating & tapping type massage device comprises: a base, a drive motor, a drive gear assembly, a driven member, a push member, a driven shaft and a massage member. The drive motor rotates the drive gear assembly, the drive gear assembly rotates the driven member, and then the drive member pushes the push member when rotating. The driven member is provided with skew teeth to be engaged with skew concaves formed on the push member. When the driven member rotates in different directions, it can selectively cause rotation or repeated up and down displacement of the push member, and meanwhile, the push member drives the driven shaft to move and makes the massage member disposed on the driven shaft rotate or move up and down repeatedly, so that the massage member can selectively massage in a rotation or tapping manner.
Abstract:
A massage device comprises an outer housing, an inner housing, a drive motor, a gear assembly, an one-way bearing, a drive gear wheel, at least one massage member, and a linear motion device. The massage member can perform massage through rotary motion and linear motion, and can massage by repeatedly moving forwards and backwards with respect to the user or at fixed positions. Furthermore, the gear wheels of the gear assembly are vertically disposed in the inner housing, while the drive motor is arranged in an oblique manner, therefore, the inner housing doesn't need a large space to accommodate the gear assembly, and consequently, the outer housing is also reduced in width.
Abstract:
A mop dewatering device includes a first space, a second space interconnected with the first space, a dewatering drum and a dewatering control unit installed in the first space. The dewatering drum includes drainage slots for draining water out from the first and second spaces. The dewatering control unit includes a base; a pedal; a transmission base disposed on the base for producing a displacement when the pedal is operated and moved, and resuming the pedal to its original position by an elastic element; a transmission element, installed on the transmission base; a first gear, coupled to the transmission element; a second gear, coupled to the first gear; a transmission shaft, having an end installed on the base, and another end fixed to the bottom of the dewatering drum; and a one-way rotating bearing, sheathed and installed at an end of the transmission shaft, and coupled to the second gear. Thus, the invention can achieve the effort-saving and good dewatering effects.
Abstract:
A kneading massage device includes a driving motor having a first transmission shaft and a second transmission shaft; a first gear engaged with the first transmission shaft and provided with a first transmission shank; a first rotary seat coupled with the first transmission shank, a first massage unit being disposed on the first rotary seat; a second gear engaged with the second transmission shaft and provided with a second transmission shank; and a second rotary seat coupled with the second transmission shank. A second massage unit is disposed on the second rotary seat. When the driving motor drives the first and second transmission shafts to rotate, the first and second massage units are synchronously driven and rotated.