The present application relates to a massage device, including a massage stick with an adjustable length, and a massage head, where the massage head includes a massage hammer head and a massage pressure head; a head end of the massage stick is a connecting end for connecting the massage hammer head or the massage pressure head; and a tail end of the massage stick is a threaded end for externally connecting a base. The massage device has a simple structure, and is a set of massage device integrating massage pounding and massage kneading.

A device, and the use thereof, for imparting shearing force to superficial and deep fascial layers to improve soft tissue mobility and function. Embodiments of the invention include three general components: a strike head, a force transmitter and a patient interface. A strike force generated at or by the strike head is transmitted by the force transmitter (and normalized/modulated in the case of the force modulator version of the force transmitter) to the patient interface and then to patient tissue.

A device, and the use thereof, for imparting shearing force to superficial and deep fascial layers to improve soft tissue mobility and function. Embodiments of the invention include three general components: a strike head, a force transmitter and a patient interface. A strike force generated at or by the strike head is transmitted by the force transmitter (and normalized/modulated in the case of the force modulator version of the force transmitter) to the patient interface and then to patient tissue.

A portable therapeutic device can include a handle, a rod, a resistance element, and an adjustment element. The handle can define a first slot and a second slot. The first slot can extend into the handle forming an opening in the handle and the second slot can be adjacent to the first slot. The rod can be translatable within the first slot and can extend from the opening. The resistance element can be disposed in the second slot and can be engageable with the rod to apply a resistance force to the rod. The adjustment element can be coupleable to the resistance element, and the adjustment element can be configured to adjust the resistance force.

A portable therapeutic device can include a handle, a rod, a resistance element, and an adjustment element. The handle can define a first slot and a second slot. The first slot can extend into the handle forming an opening in the handle and the second slot can be adjacent to the first slot. The rod can be translatable within the first slot and can extend from the opening. The resistance element can be disposed in the second slot and can be engageable with the rod to apply a resistance force to the rod. The adjustment element can be coupleable to the resistance element, and the adjustment element can be configured to adjust the resistance force.

Disclosed is a reciprocating-hit treatment instrument, comprising a body having a reciprocating mechanism, wherein the body comprises a main handle portion at the lower portion, a sub-handle portion at the upper portion, a base portion extruding from one side of the connection portion between the main handle portion and the sub-handle portion on the body, a reciprocating rod with the front end extending out from the base portion while the rear end fixedly connected with the reciprocating mechanism and able to perform a reciprocating motion in the direction of its own length under the driven by the reciprocating mechanism, and a treatment ball connected with the front end of the reciprocating rod; the main handle portion, the sub-handle portion, and the base portion are integrally connected, and the main handle portion and the sub-handle portion are connected with each other in the shape of a bar.

A respiratory treatment device can include a removable cup portion. The cup portion can be removably couple to a weighted head. The weighted head can be connected to a first end of a shaft. A second end of the shaft can be connected to a handle. A center of gravity of the device along a length of the device can be modified by increasing or decreasing the weight of the handle and/or of the weighted head. A user of the treatment device can tap a patient with the cup portion of the device. The weighted head can increase deflection in shaft of the device during use.

A respiratory treatment device can include a removable cup portion. The cup portion can be removably couple to a weighted head. The weighted head can be connected to a first end of a shaft. A second end of the shaft can be connected to a handle. A center of gravity of the device along a length of the device can be modified by increasing or decreasing the weight of the handle and/or of the weighted head. A user of the treatment device can tap a patient with the cup portion of the device. The weighted head can increase deflection in shaft of the device during use.

A method of conditioning a living body of a patient to associate the unconditioned stimulus (US) of decreased sympathetic nerve activity (SNA) with the conditioned stimulus (CS) or offending agent to cease or reduce defensive reactions or symptoms. The US involves non-invasive, mechanical stimulation of the sympathetic ganglia, which is paired with the offending stimuli or representation of the offending stimuli to modify pathologically conditioned reflexes of various systems involved in a reaction. In addition, conditions are treated by using digital representations, preferably provided via a computer, to represent the offending stimulus in order to engage the multimodal functioning of the brain. Sensory stimulation is used in conjunction with the various modalities of stimuli to condition the body to respond more appropriately to the stimulus.

A method of conditioning a living body of a patient to associate the unconditioned stimulus (US) of decreased sympathetic nerve activity (SNA) with the conditioned stimulus (CS) or offending agent to cease or reduce defensive reactions or symptoms. The US involves non-invasive, mechanical stimulation of the sympathetic ganglia, which is paired with the offending stimuli or representation of the offending stimuli to modify pathologically conditioned reflexes of various systems involved in a reaction. In addition, conditions are treated by using digital representations, preferably provided via a computer, to represent the offending stimulus in order to engage the multimodal functioning of the brain. Sensory stimulation is used in conjunction with the various modalities of stimuli to condition the body to respond more appropriately to the stimulus.