A unique and innovative vest provides vibrating and heating massage. A controller is used to control vibrating modules and heating elements positioned on the vest. Through a vibration button and a heat button, the controller allows a user to selectively control vibrating and vibrating/heating massages. Using increase/decrease intensity buttons the vest facilitates optimal massage effects per the user's desire. The vibrating modules is configured to vibrate and/or oscillate in various controlled directional and rotational movements, providing a therapeutic massage. Multiple body zone switches corresponding to various massage zones of the user's body offer the user efficient control of any specific local area for achieving effective massage, thus substantially facilitating the recovery of muscles/tissues injury, alleviation of body pain, stress relief of neck, back, shoulders, etc. Further, the massage vest includes a design that promotes good posture while the user is seated.

A massage device that includes a wall-mountable support structure and one or more massage elements. The one or massage elements may include a first massage element, a second massage element, and a third massage element. The first massage element has massage heads positioned to provide massage to a user's cervical paraspinal muscles, trapezius muscles, deltoid muscles, and rhomboid muscles. The second massage element has massage heads positioned to provide massage to the user's latissimus dorsi muscles and thoracic paraspinal muscles. The third massage element has massage heads positioned to provide massage to the user's thoracic paraspinal muscles, oblique muscles, and gluteus maximus muscles.

A self-massaging tool is provided. The self-massaging tool comprises a first base layer. Further, the self-massaging tool comprises a second layer formed upon the first base layer, wherein the second layer comprises a plurality of rounded protruding structures configured to assert pressure during self-massage of the user, wherein the self-massaging tool has a curved shape providing an outward bulge around its center when the self-massaging tool is aligned with the spine of the user, and wherein the curved shape of the self-massaging tool facilitates a neutral alignment with the spine of the user.

A multi-direction operable massage chair includes a seat positioning device; a seat sensor of a limit member; a neck massaging device; a shoulder massaging device, and an arm massaging device together configured to move along a main rail in the y-axis direction; a back massaging device; a leg positioning device; a vibrational massaging seat including an adjustment member and two adjustment cylinders; a plurality of roller members configured to roll in different directions; first, second, third, and fourth infrared temperature sensors configured to sense temperatures of the arms, the neck, the back, and the legs of the user respectively; a board adjustment member of the leg massaging device configured to extend or retract; a board of the leg massaging device configured to rotate; and a pivotal armrest link.

The invention relates to a portable massage appliance having a shape-modifiable contact segment to be placed onto a body region to be massaged and one or more electrically drivable massage elements that are arranged inside a main part and are designed to cause modification of the shape of the contact segment during operation, a protective segment being arranged between the contact segment and the inner part of the main part.

A massage gun holder (e.g., to hold a massage gun in a manner that enables a user to effectively self-massage for therapeutic or relaxation purposes with ease) has a tube (shaft) with a first end and a second end, a series of alternating bends and straight segments between the first end and the second end, and a massage gun engager (configured to receive and engage the massage gun) at a second end of the tube. The massage gun engager has an opening to receive a portion of a massage gun.

There is provided a bathtub, including: a bottom surface part; a side surface part surrounding the bottom surface part, extending upward from the bottom surface part, and including a backrest part; a pillow part provided to be movable vertically over a prescribed range along the backrest part; and a water discharger mounted to the pillow part, the water discharger being provided to be movable vertically along the backrest part with the pillow part.

Systems, computer-implemented methods and/or computer program products that facilitate real-time response to defined symptoms are provided. In one embodiment, a computer-implemented method comprises: monitoring, by a system operatively coupled to a processor, a state of an entity; detecting, by the system, defined symptoms of the entity by analyzing the state of the entity; and transmitting, by the system, a signal that causes audio response or a haptic response to be provided to the entity, wherein transmission of the signal that causes the audio response or the haptic response is based on detection of the defined symptoms.

Disclosed is a massage chair with improved stretching performance. The massage chair includes a seating unit (20); a backrest unit (10) with a pair of massage rollers (40) installed to left and right sides thereof; a footrest unit (30) or an ankle holder (33) provided to a front lower portion of the backrest unit (10) to hold both feet; and an upper body stretching unit (50) installed to a rear portion of the backrest unit (10) to lift a hand lever (51) by a driving force, in which when the hand lever (51) is lifted in a state in which a user holds the hand lever (51) by both hands, the whole body is stretched. The lower portion of the backrest unit (10) is optionally provided with a lumbar stretching unit (70) for stretching a waist of the user, and an air conditioner (460) for supplying air to the backrest unit (10), so that the user can get over feeling tired.

A heating assembly for a massage chair, wherein a heating element is separately operated. The heating assembly according to an embodiment having a first bracket with a plurality of massage balls rotatably mounted to the first bracket. A massage assembly is fixed to the first bracket and can perform at least one of up-and-down and left-and-right motions. A second bracket is mounted to the massage assembly or the first bracket A support part inserted at one end thereof into the second bracket. A heating element is mounted to the support part and an airbag is fixed to the support part so as to be opposite to the heating element. Wherein the heating assembly is mounted inside the backrest of a massage chair.