Abstract: A horse-riding machine with rowing function includes a driven assembly hinged with a base assembly, one end of a moment arm is hinged with the driven assembly; an armrest of the driving assembly is provided at top of the main body rod, and the footrests are provided at a bottom of the main body rod. The bottom of the paddle rod is connected with the bottom of the main body rod, and the middle of the main body rod is hinged with the other end of the moment arm; when the driving assembly swings, the driven assembly is driven by the driving arm to swing back and forth through the moment arm; one end of the elastic rope is connected to the driven assembly, and the other end of the elastic rope is detachably fixed on the base assembly. When the driven assembly swings, the elastic rope is elastically stretched.

Abstract: Bed base and bed provided with the bed base, wherein the bed base is provided with massaging apparatuses having slats which are placed one after the other and which define a support plane for a mattress, wherein the massaging apparatuses include a first drive which activates a first series of slats for a massaging action and a second drive which activates a second series of slats for a massaging action.

Abstract: A massager has a base and a shaft mounted horizontally on the base. The shaft is rotated by a motor at a slow speed. The shaft has a plurality of spaced apart cams affixed to it. Elongate spring fingers are each affixed at one end to the base. Each finger has an intermediate portion that springably engages one of cams. A free end of the finger moves up and down as the cam rotates. The free end is provided with a projection that is suited to engage a body part. The projection is periodically pressed against the body as the cam rotates. The cams are mounted on the shaft so that they raise and lower the projections as different times. This action causes the projections to each press against the body at different times to emulate massaging fingers.

Abstract: A massaging device includes a propeller shaft, at least one first swinging member mounted on the propeller shaft, and at least one second swinging member mounted on the propeller shaft by a male deflection block, a female deflection block and an adjusting rod. Thus, when the rotation direction of the propeller shaft is changed, the push block of the adjusting rod is slidable in the adjusting groove of the male deflection block to produce a time lag of the swinging actions between the second swinging member and the first swinging member, so that the second swinging member and the first swinging member are operated in the same swinging direction or in two different swinging directions so as to produce different swinging actions, thereby providing different massaging effects to the user.

Abstract: A crib accessory that can be placed beneath an infant's mattress or crib. A movable plate is rhythmically moved up and down to pat the crib mattress and soothe the infant.

Abstract: A leg exerciser includes a casing having a slot in a top thereof, a transmission mechanism mounted in the casing, a legrest, and at least one massage rod. The transmission mechanism includes a motor and a movable block extending through the slot of the casing. The movable block moves reciprocatingly along the slot of the casing when the motor is turned on. The legrest is fixed to the movable block to move therewith. The legrest has two recessed portions for supporting a user's legs. The massage rod is attached to the movable block to move therewith and includes at least one massage portion for providing a massaging function. At least one wheel is mounted to the massage rod and in rolling contact with the casing.

Abstract: A relaxation apparatus which comprises a reclining chair for supporting thereon a whole body of a person who desires relaxation. The person resting on the reclining chair is cyclically vibrated at a frequency not higher than 25 Hz. A control is provided for controlling the vibrating device. The maximum absolute value of acceleration of the vibration produced by the vibrating device to vibrate the person supported on the reclining chair is not greater than 0.1 G. The control controls the acceleration in dependence on the frequency of vibrations outputted by the vibrating device such that the acceleration is small when the frequency of vibrations outputted by the vibrating device is low while the acceleration is large when the frequency of vibrations is high.

Abstract: A relaxation apparatus which comprises a reclining chair for supporting thereon a whole body of a person who desires relaxation. The person resting on the reclining chair is cyclically vibrated at a frequency not higher than 25 Hz. A control is provided for controlling the vibrating device. The maximum absolute value of acceleration of the vibration produced by the vibrating device to vibrate the person supported on the reclining chair is not greater than 0.1 G. The control controls the acceleration in dependence on the frequency of vibrations outputted by the vibrating device such that the acceleration is small when the frequency of vibrations outputted by the vibrating device is low while the acceleration is large when the frequency of vibrations is high.

Abstract: Both feet-used arch swinging exerciser includes a hollow housing, a driving unit and an arch swinging mechanism. The driving has a rotary output shaft on which a rotary block is disposed. A driving rod extends from the rotary block. The arch swinging mechanism includes an arch swinging member and an extension rack for resting both feet of a user. The arch swinging exerciser is swung through a unique arch swinging path so that the arch swinging exerciser not only can horizontally swing and exercise both feet, but also can intermittently vertically exercise both feet. Therefore, the feet are more smoothly exercised to eliminate the tiredness of the feet and expedite blood circulation of the feet, legs and waist of the user. In addition, the safety in use of the arch swinging exerciser can be ensured.

Abstract: An arrangement for a bed intented to be fitted under the bed floor in order to massage the back of the patient laying in the bed. The arrangement comprises several identical movable plates (11) intended to be accommodated under the bed floor. Each plate (11) connects a rotating shaft (111) which is then connects to a power sources. A driving motor (15) is connected to a common computer control system which, during a time-limited work cycle, intermittently control the motor to start or to stop.

Abstract: A convertible wheel chair/bed for paralyzed invalids comprises a support on which the invalid rests, the support comprising a plurality of support segments which define a support surface. The support segments can be moved simultaneously so the parts of the skin which were in contact with some support segments are relieved from pressure and exposed to air so that perspiration on that portion of the skin can evaporate, while other parts of the skin of the invalid are engaged and supported by support segments.

Abstract: A foot massager includes a casing, an L-shaped mount having a horizontal wall fastened to the bottom of the casing and a vertical wall upstanding from the bottom of the casing, a motor horizontally mounted on the L-shaped mount, a foot rest suspended above the casing, an eccentric wheel driven by the motor through the mandrel of a speed reducing gear to oscillate the foot rest through an oscillating element via two links vertically disposed in parallel, each link having a top end pivoted to the vertical wall of the L-shaped mount and a bottom end pivoted to the oscillating element. The oscillating element has a top end connected to the foot rest, an elongated guide groove vertically disposed in the middle between the links and the eccentric wheel has a transmission shaft perpendicularly inserted into the elongated guide groove and turned to move back and forth along the elongated guide groove, causing the foot rest to oscillate.

Abstract: A massage chair has a back-frame and massaging rollers mounted in the back-frame. The massaging rollers are guided by guide-plates, as the massage rollers reciprocate in the chair back. The guide-plates form an upper back-section, and a lower back-section, with the upper back-section being vertically movable with respect to the lower back-section. The lower back-section is pivotally mounted to the stationary frame, whereby the lower end-section thereof is movable toward and away from the frame, whereby the path of travel of the massage rollers may be adjusted to fit the back of different users of the chair, and for altering the massage.

Abstract: The massage apparatus includes a casing having a bottom and a top with an elongated opening formed through it. An elongated support is provided on the top of the casing in the direction of the elongated opening. A pair of spaced upright rods is pivotally mounted on the bottom of the casing. An inverted T-shaped frame includes two lateral arms pivotally mounted to upper ends of the upright rods and an intermediate arm upwardly extending from the two lateral arms and through the elongated opening of the top to connect with the support. A driving unit provided in the casing moves the upright rods to swing about the pivot point within a predetermined angle when the driving unit is actuated.