An exercising device includes a base, a rail, a swinging chair, and a swinging unit. The rail is pivotally disposed at the base by at least one pivoting point. The swinging chair is movably disposed on the rail. The swinging unit is disposed between the rail and the base. The swinging unit is for changing an angle between the rail and the base.

The invention relates to medicine, and more particularly to gravitational therapy, and can be used independently or as part of a programme of treatment and rehabilitation for patients with peripheral circulation disorders. The present inversion table consists of a bed with a pivotable frame, and a support element. A treatment and prevention method involves positioning a patient on the inversion table such that they are lying on their right side with their legs bent at the knees and apart at the hips, and inclining the head portion of the table by an angle of up to 30 degrees and returning the table to its initial position by means of oscillating movements performed about the longitudinal and transverse axes with a set frequency. The frequency is set such as to be equal to the average value of the frequencies of the oscillations in the skin microcirculation with a maximum amplitude.

This present invention decreases the risks of pressure ulcer formation by steadily and smoothly changing the support points of the body to vary the effective area of support of bony protrusions from the body on the skin and compressing it to the bed, which causes the reduction, as close to zero as possible, of the amount of time pressure is exerted by the weight of the body on the bed and restricted areas of support, preventing that the areas of risk of low blood flood by the weight of the body, remain in ischemia and, therefore, with increased blood flow to these parts of the body.

The purpose of this present invention is designed to slowly, steadily, and smoothly change the body support points to vary the effective area of body support on the bed with slow, constant oscillations, in the directions of the width and length of the mattress support and having two sets of drive systems (DS) attached to the chassis (4) intended to support all components, such as the electric motor (7), driven by a power drive (PWM) in the control panel (PC), said electric motor (7) being fitted with gear (8) connected to another gear (9) and a minimum pitch (10), which drives the worm thread vertical shaft (11) intended to move the flat or arched mattress support (2) vertically and the coupling (13) that carries out the vertical coupling of the tip (12) of the vertical shaft (11), which allows adjustment of the coupling (13) and tip (12) of the vertical shaft (11) to the lateral movements between the tip (12) of the vertical shaft (11) and the flat or arched mattress support (2) resulting from transversal oscillations; the rotation shaft (5A) support (5), which couples with the cylindrical shaft (3) attached to the arched mattress support (2), the equipment's chassis (4), and the noise and vibration absorbing cushions (6) as well as the support (14) of hoods (15) and (16) that surround and protect the vertical screw shaft (11).

A mobilisation module (1) for mobilising a body part of a patient comprises a body part support, a movement mechanics (4; 40) and a drive unit (6; 60). The body part support is coupled to the movement mechanics (4; 40). The movement mechanics (4; 40) is adapted to induce a controlled cadenced displacement of the body part support. The controlled cadenced displacement moves the body part support by at least 1 cm or at least 3 cm and preferably by at least 5 cm. The drive unit (6; 60) is connected to the movement mechanics (4; 40) to actuate the movement mechanics (4; 40).

A seated inversion table has a support frame assembly, two hand rest assemblies, a seat assembly, and a foot-clamping frame assembly. The support frame assembly has fixing portions. Each hand rest assembly is pivotably mounted on the support frame assembly and has a hand rest and a controlling set. The controlling set is securely mounted on the hand rest and selectively fixed on the fixing portions. The seat assembly is pivotably mounted on the support frame assembly. The foot-clamping frame assembly is mounted on the support frame assembly. When the controlling assemblies are fixed on the fixing portions, the seated inversion table cannot be tilted. When the controlling assemblies are not fixed on the fixing portions, the seated inversion table can be tilted. Thus, the user can adjust the angle of the seated inversion table when sitting on the seated inversion table rather than leave the seated inversion table.

A multi-functional curved board used as a support for legs of a user and for general maintenance of muscle strength, the multi-functional curved board having one or more curved bodies (1) including a radius of curvature, a longitudinal axis, and at least one raised foot support. The multi-functional curved board can be bent in the direction transverse to the radius of curvature to enable the multi-functional curved board to rotate around the longitudinal axis.

A rocking chair massager includes a frame support including a plurality of arcuate guide rails to support a plurality of massage rollers, the frame support further including a back area coupled to the frame support, the back area including at least one padded layer disposed over the plurality of massage rollers; a headrest coupled to the frame support; a base coupled to the frame support, the base comprising a bottom surface and an arcuate top surface, the base holding at least one electric motor to power the plurality of massage rollers, the frame support coupled to the arcuate top surface via the plurality of guide rails to enable rotation of the frame support with respect to the base to provide a fully reclined position; and a pair of curved bands coupled to the bottom surface of the base support, the pair of curved bands to enable rocking.

A multipurpose exercise device having a base that rests on a support surface and a user platform upon which the user stands. The lower end of a perpendicular support post is mounted to the base to axially pivot thereon and the upper end of the post is pivotally mounted to the lower surface of the user platform. The user platform pivots with the support post in a horizontal plane parallel to the support surface and pivots on the support post in a vertical plane perpendicular to the horizontal support surface. Resistance elements are provided having one end mounted to the support post and the other end mounted to the base to control the velocity and angle of pivot of the user platform in the horizontal plane. Preferably, a plurality of resistance elements are provided having one end mounted to the base and the other end mounted to the user platform to control the velocity and angle of pivot of the user platform in the vertical plane. In use, the user stands on the user platform and performs exercise motions to propel the user platform to pivot in the horizontal plane and the vertical plane.

A hippotherapy device includes a saddle for receiving a person thereon, a programmable movement control, and an automatic movement device for automatically moving the saddle according to a movement pattern program. The program specifies a sequence of target values of positions and orientations of the saddle in the locality of the movement device in order to execute the movement pattern. The hippotherapy device further includes a person securing device having a main support on which a body strap is mounted, at least one sensor for detecting at least one physical variable characterizing the body posture of the person on the saddle, and an auxiliary control device configured to compare expected values of the physical variable with current values of the physical variable detected by the sensor, and to trigger an associated safety function, if a deviation of the current values from the expected values exceeds a predetermined tolerance threshold.

A device for producing a rhythmic movement includes a base, a movable base, a first shaft, a second shaft, and a driving device. The movable base is disposed on the base, and could reciprocate in a predetermined axial direction. A first end of the first shaft is pivotally connected to a first end of the second shaft. A second end of the first shaft is pivotally disposed on the movable base. A second end of the second shaft is pivotally disposed on the base. The driving device is disposed on the base and is connected to a pivot of the first shaft and the second shaft. The driving device repeatedly drives the pivot to move between a first position and a second position, so that the movable base could reciprocate in the predetermined axial direction. Whereby, a user on the device could move rhythmically, promoting the user's metabolism and circulation.