Abstract:
The present invention relates to a massage device. In one embodiment, the massage device includes a massage assembly and a transmission assembly having a threaded bolt transmission mechanism for driving the massage assembly to provide massage effects. The massage assembly includes a pair of massage members. Each massage member has a driving member having an eccentric wheel and an eccentric block, a massage bracket engaged with the driving member and a plurality of massage heads attached to the massage bracket.
Abstract:
The present invention provides a chair-type massage machine for protruding massage members having massage heads and swing arms for supporting the heads farther forward than normal massage operation positions. The chair-type massage machine includes an upwardly/downwardly-moving base 71 provided to be movable in an upward/downward direction in a back rest portion 63 and a mechanism portion 70 provided to a front face of the upwardly/downwardly-moving base 71 through a support frame 3. A lower end portion of the support frame 3 is coupled to the upwardly/downwardly-moving base 71 through a swinging pivot portion 100 for swinging forward and backward and a protruding/withdrawing mechanism 105 for moving the support frame 3 forward and backward is provided between the support frame 3 and the upwardly/downwardly-moving base 71.
Abstract:
A massaging device has an applicator driven by a plurality of driving unit to move along two or more different axes to generate a combined massaging action to be applied to the user's body. A controller holds individual speed data each defining a speed at which each of the driving units reciprocates the applicator along each of the different axes, and to control the driving units to reciprocate the applicator in accordance with the associated speed data. The controller controls the speed of the applicator along one of the axes independently from the speed of the applicator moving along another of the axes. Accordingly, the applicator's movements along the different axes can be free from being interfered with each other even being subject to a load, thereby assuring to continue the combined massaging action.
Abstract:
A massager has a base, a motor assembly mounted on the base and having a worm shaft extending out of the motor, a transmission assembly including a transmission axle, a linking gear to mate with the worm gear, two secondary gears to drive two horizontal gears of a rubbing assembly and two pairs of kneading assemblies being respectively provided on opposite sides of the central seat to wabble when the transmission axle is rotated. Therefore, rotation of the rubbing assembly and wobbling movement of the kneading assembly are able to provide two different massaging effects to the user.
Abstract:
A massaging machine is provided with a massaging mechanism comprising a displacement device, a rubbing device, a pounding device, and an angle-adjusting device. The rubbing device and the pounding device are provided with a shaft driven by a motor. The shaft of the rubbing device is provided at two ends with a plurality of rubbing rollers. The displacement device comprises a shaft, and a worm wheel set driven by a motor to actuate the shaft which is linked with a transmission device to enable the massaging mechanism to engage in a linear motion on a machine frame of the massaging machine. As the body of a person comes in contact with the rubbing rollers, the massaging mechanism is securely located in place, thanks to the self-locking action of a worm wheel set of the displacement device.
Abstract:
A massaging machine includes a mechanism for oscillating its massaging unit and adjusting the protrusion of its massaging balls. The mechanism includes a bracket that supports the massaging unit, a supporting device by which the bracket supports the massaging unit by allowing the massaging unit to oscillate with respect to the bracket around a support axis parallel to the crank shaft of the massaging unit, a guiding member and a rotary driver such as a motor that drives the crank shaft rotationally. The guiding member has an elongated opening and a crank pin that engages in the elongated opening and serves to guide the crank pin to move with respect to the bracket perpendicularly to the direction of oscillation of the massaging unit and to the support axis. The massaging machine also includes a bracket guide for guiding movement of the bracket, a bracket driver for moving the bracket along the bracket guide and an oscillation detector for detecting oscillation condition of the massaging unit with respect to the bracket.
Abstract:
A massaging machine comprises a plurality of massaging rollers, a rubbing mechanism for actuating the massaging rollers to engage in a rubbing action, a pounding mechanism for actuating the massaging rollers to engage in a pounding action, and a horizontal displacement mechanism for causing the massaging rollers to engage in a horizontal displacement on a rubbing shaft of the rubbing mechanism, so as to widen the massaging range of the massaging rollers.
Abstract:
A massage device. The massage device includes a pair of therapeutic elements and a bottom therapeutic member. The therapeutic elements are rotated by a driving shaft, driven by a driving mechanism, for supporting and massaging feet. The bottom therapeutic member is disposed between two therapeutic elements, supporting the instep of a foot. The therapeutic elements are formed along the instep.
Abstract:
A massaging machine includes massaging balls, a pair of ball supporting members supporting the massaging balls, two rotary shafts such as a massaging shaft and a pounding shaft for driving the ball supporting members so as to cause the massaging balls to undergo two different treatment actions such as massaging and pounding, a single shaft holder for holding these two rotary shafts parallel to each other, connecting mechanisms connected to both end parts of these two shafts for connecting and operating together the two shafts and the ball supporting members, motors for operating these two shafts independently and motion communicating mechanisms for communicating driving power of the motors to the two rotary shafts. The shaft holder is disposed entirely between the pair of ball supporting means and includes parts that support the motors.
Abstract:
A massaging machine has massaging balls, ball supporting arms for supporting these massaging balls, a first rotary shaft and a second rotary shaft that have mutually parallel axes of rotation at different heights, an eccentric part on the first shaft that is eccentric with respect to its axis of rotation, a sloped part on the second shaft that is sloped with respect to its axis of rotation, a support arm with one end part attached to the ball supporting arm and the other end part attached to the sloped part, and a link that connects the eccentric part with the support arm. The support arm has a bearing with a spherical surface. The link has a spherically shaped end part that engages with the bearing. The ball supporting arms are attached to the support arm at a height between the heights of the first and second rotary shafts.