A device is described for delivering a therapeutic vibration to a body. The device may include at least two motors in a housing with unbalanced masses coupled to their axles, such that vibration of the masses causes the two motors and housing to vibrate at a beat frequency 80. The motors and housing may be coupled to the body via a platform which places the motors and housings at or near a resonant structure in the body, creating a coupled oscillation between the platform and the body. The vibration may be based on the input signal, such that the system applies the vibration based on the input signal to the user, wherein the signal may be an audio or video signal.

A method of using a base for physical therapy is disclosed. The base includes a first major surface and a second major surface opposite the first major surface. A minor surface joins the first major surface to the second major surface, and the base has a deflated configuration at a first internal pressure and an inflated configuration at a second internal pressure that is greater than the first internal pressure. In the method, the second major surface of the base is positioned over a surface. The base is in the deflated configuration. Further, in the method, the base is inflated to the inflated configuration, and a physical therapy technique is performed on the base.

An integrated lower back treatment system is provided. The system includes a central core. The system also includes attachment devices positionable on longitudinal ends of the core. The system further includes a strap, wherein an end of the strap connects with a longitudinal end of the core with the attachment device and an opposite end of the strap connects to an opposite longitudinal end of the core with another attachment device. Additionally, the system includes padding, wherein the padding assembly includes padding arranged to allow the padding to connect and form a shape over the core and wherein the padding has differing firmness characteristics such that when the padding is rotated about a longitudinal axis of the core, a user of the integrated lower back treatment system will experience different firmness values dependent upon a position of the rotated padding on a lower back of the user.

The apparatus comprises a controller; a spinal cradle rod; at least one vertebral module, the at least one vertebral module comprising at least one tension arm and at least one sensory pad, the at least one sensory pad comprising at least one emitter. The at least one vertebral module is in mechanical communication with and affixed to the spinal cradle rod; the at least one emitter is in electrical communication with the controller; and the controller provides input signals to the at least one emitter. The spinal cradle rod is the structural base of the therapeutic system and can be set to the proper curvature of the spine, and is adjustable according to the height and weight of the user.

The present invention discloses an enhanced design of Occipital Release Tool with symmetrical estimations in stature and side width to provide enhanced stability. The assembly has occipital nodes, high intensity foam and two totally separate connectable levels which fit as blocks and enable the user to adjust each level as per individual requirements.

An energy-channel frequency resonance device can be selectively mounted in an apparatus, such as a chair, a shoulder and neck massager, a seat, or a mattress. A user can operate the apparatus to generate acoustic frequency, optical frequency, magnetic frequency and vibration frequency, to promote human body circulation for health effect.

The present invention is an object-oriented weight acupressure cushion enabling a user to freely administer acupressure while self-altering the human body part receiving acupressure, and enabling acupressure to not be administered on a human body part which does not require acupressure. The object-oriented weight acupressure cushion, according to the present invention, comprises: an outer cover part; a cushion part received in the inner space of the outer cover part and providing a cushioning feeling to a human body part; a pocket part received in the inner space of the cushion part; and a weight body received in the inner space of the pocket part and enabling acupressure to be administered to the human body part.

A massage pillow configured to be positioned over a fluid jet includes a cushion and a retaining assembly. The cushion includes a front surface, a rear surface, and side surfaces extending there between. The rear surface includes an annular edge defining an opening providing access to an interior of the cushion sized to at least partially cover the jet. The retainer assembly includes an opening configured to align with the jet and a peripheral edge configured to retain the annular edge of the cushion. The retainer assembly is configured to be removably fixed to a wall surrounding the jet with the jet aligned with the opening of the retainer assembly and the opening of the cushion, such that fluid expelled from the jet passes into the interior of the cushion, so that the pillow provides massage and/or warmth due to the expelled fluid.

An exercise apparatus for lumbar stabilization, which includes a first sub-antigravity module configured to apply a predetermined force to an upper body, and a base frame including a first rotating plate configured to support the first sub-antigravity module to be rotatable about a first vertical rotary shaft extending vertically.

A multifunctional mattress overlay of the present invention comprises an air cell body, a gas pipe set and an inflating device. The air cell body has multiple first and second air cells. The first and second air cells both have a left and right air chamber. The gas pipe set respectively connects to the left and right air chambers. The inflating device is connected to the gas pipe set, and can selectively inflate and/or deflate the left and right air chambers, which makes the air cell body show an alternate state. The inflating device can inflate and/or deflate all the right or all left air chambers separately, which makes the air cell body show a turnover state. Through it, the air cell body can selectively in the alternating state or the turnover state, which makes the air cell body massage the patient and also assist the patient in turning over.