A percussive massage device includes an enclosure having a cylindrical bore that extends along a longitudinal axis. A motor has a rotatable shaft that rotates about a central axis perpendicular to the longitudinal axis. A crank coupled to the shaft includes a pivot, which is offset from the central axis of the shaft. A transfer bracket has a first end portion coupled to the pivot of the crank. A flexible transfer linkage has a first end coupled to a second end portion of the transfer bracket. A piston has a first end coupled to a second end of the transfer linkage. The piston is constrained to move within a cylinder along the longitudinal axis of the cylindrical bore. An applicator head has a first end coupled to a second end of the piston and has a second end exposed outside the cylindrical bore for application to a person receiving treatment.

The present invention provides an energy emission device comprising: one or a plurality of energy emitters for emitting at least one type of energy selected from the group consisting of an electromagnetic wave or an electromagnetic stimulation, an elastic wave, an oscillatory wave and heat to at least one position of a subject selected from the group consisting of the brain, the spinal cord, the cerebrospinal fluid or the flow passage thereof and the brain cell interstitial fluid or the flow passage thereof; an energy controller for controlling an amount of energy emitted from the energy emitters; and a sensor for obtaining information relating to wakefulness and/or a sleeping state of the subject, in which the energy controller controls the amount of energy emitted depending on the information relating to the wakefulness and/or the sleeping state.

A multifunctional smart cushion includes a smart cushion main body and a mobile terminal. The smart cushion main body includes a smart cushion cover, a structural portion, and a core portion. The structural portion is located around the core portion. The smart cushion cover covers the structural portion and the core portion. The structural portion is provided with a power supply and a controller. The core portion is provided with a fan, a heater, a temperature sensor, a reflux guiding channel, a therapy device, and a massage device. The fan, heater, temperature sensor, therapy device, and massage device are all connected to the power supply through the controller. The mobile terminal is connected to the controller via a wireless communication.

A system for hands-free nursing and breast pumping includes a breast compression device with a plurality of thermoformed fluid bladders designed to fit adjustably against each breast and inflate and deflate with minimal power requirements. The compression device and its controller fit inside of a nursing garment designed to receive the device and controller for optimal compression. The nursing garment and the compression device have openings over the nipples so that a breast pump flange can be inserted through them and used in a typical manner for the extraction of breast milk, thus increasing the amount of milk expressed.

A moveable grabbing bar rack for use in barefoot massage treatments, the present invention provides a moveable grabbing bar rack for use in barefoot massage treatments utilizing foot pressure. The movable grabbing bar rack is height position adjustable and collapsible for ease to be packed in a portable bag. The grabbing bar rack includes five independent components: first and second substantial triangular shaped bases, a pair of independent upright beams, a substantial rectangular shaped grabbing bar assembly, which includes a pair of parallel round-shaped beams working as a pair of grabbing bars, users only manually engaging the grabbing bars for body balance, and sometimes prostrate upon the upper grabbing bar with their abdomen. This rack is able to be moving forward and backward freely when in the performance of massage, because it is light weighted.

Systems and methods are disclosed that include providing a support cushion with a plurality of cushions, a cover, an aperture disposed through the cover and between the cushions, a bottom opening in the cover, and an attachment system. The cushion system attaches to a support apparatus for use thereon by receiving the support apparatus through the bottom opening and manipulating the attachment system to reduce the bottom opening to a size smaller than a perimeter of the support apparatus. An optional object may be secured to the support apparatus and extend between the plurality of cushions and through the aperture.

A cushion for a patient interface includes two or more bladders arranged in concentric relation. Each of the bladders includes a face-contacting portion adapted to engage the patient's face, and each of the bladders is adapted to be pressurized independently from one another. At least one of the bladders is an active bladder that is pressurized to at least a sealing pressure to form a continuous seal with the patient's face in use.

A cushion structure for a massager movement touch switch includes a movement main body and touch switch, where the main body includes a massage head, movement box and fixing plate, where the fixing plate is positioned below the movement box and has guide holes, and the bottom side of the movement box is configured with guide rods, each guide rod movably passed through the corresponding guide hole; springs are configured between the movement box and fixing plate, and the movement box, fixing plate respectively have positioning grooves adapted for the abutment and positioning of the upper, lower sides of each spring. One side of the touch switch is fixed to the fixing plate, and another side thereof is configured with a transmission rod, with an elastic body configured between the upper side of the transmission rod and the bottom side of the movement box, thereby having a cushioning function.

One embodiment of a self-treating upper neck system for therapeutic mobilization and of the type allowing for restoration of C1-2 rotation by means of placing repeated passive mobilizations to the upper neck. This embodiment accomplishes this by having two stoppers (12a and 12b) that fix the C2 vertebra by placing a force through the posterior aspect of the C2 transverse processes. The force is applied by the patient via an elastic head strap (20) attached to a rope (22) that is looped through pulleys and eventually terminates with handles (24a and 24b) on each side. With the patient resting his/her head on a foam cushion (14) secured to the base of the apparatus (10), they use the rope (22) and pulley system to generate the precise magnitude and direction of forces necessary to repeatedly mobilize the C1-2 segments.

Portable relaxation pod. The portable relaxation pod includes a foldable exterior housing with walls, front flaps configured to close at least partially and an interior ceiling. Interior panels have acoustic foam and corrugated plastic layers. The interior panels abut the ceiling and walls. The portable seating system of a foldable chair equipped with a massage cushion is placed inside the exterior housing. A relaxation system includes an eye mask, headphones connected to an audio player and a portable foot massager, which is placed outside of the exterior housing in front of the seating system.