Disclosed herein is a massage device configured to provide a squeezing pressure. The massage device may include an elastically extensible and bendable connector element and at least two rolling massage elements. A portion of the elastically extensible and bendable connector element and the at least two rolling massage elements form a massaging zone configured to receive one or more body parts. The body parts may include feet, forearms, and the like. Accordingly, the massage device may provide relief for specific conditions such as plantar fasciitis and carpel tunnel syndrome.

A massaging shoe and a method for manufacturing the same are provided. The massaging shoe comprises a shoe body formed by a shoe sole (10) and a shoe vamp (20) connected together, and further comprises a sock sleeve (50) detachably arranged in the shoe body, the sock sleeve (50) is provided with at least one massaging air bag (30), the shoe sole includes a shoe sole body (11) having a containing cavity and a shoe board (12) covering on the containing cavity, and the containing cavity is provided therein with an air pump (41) communicating with the massaging air bag (30) and electronic components (40) controlling the air pump (41). In the present invention, the massaging air bag (30) is arranged in the sock sleeve (50), the sock sleeve (50) is arranged in the shoe body, and the massaging air bag (30) is communicated with the air pump (41) to form a massaging shoe. Since the sock sleeve (50) is detachable, it is convenient to detach and clean the sock sleeve (50) after use; if the massaging air bag (30) is damaged, the massaging air bag (30) and the sock sleeve (50) can be replaced directly, and the shoe body does not need to be disassembled, such that it is convenient to repair; moreover, this massaging shoe is simple in manufacture, has a high machining efficiency, and has low cost.

A warming patch for foot (100) having a protrusion portion (12) and a warming portion is provided, wherein there are a plurality of the protrusion portions (12) and a base material sheet (10) provided with the plurality of the protrusion portions, and the base material sheet (10) is constituted by a material including nonwoven fabrics, the warming portion has a heat-generating material, and the protrusion portion (12) is constituted by a material including nonwoven fabrics and is disposed on a surface of the warming patch for foot (100).

A system for improving blood circulation, the system comprising a control unit comprising a processor and at least one article of footwear wherein one or more of the at least one articles of footwear together or alone comprise: one or more actuators coupled to and controlled by the control unit; one or more electrically-conductive paths; one or more sensors integrated into the at least one article of footwear and coupled to the processor, for providing measurement signals to the control unit; and the system further comprising an electrical power supply for supplying electrical power to the one or more sensors by means of the one or more electrically-conductive paths.

A method, system, apparatus, and/or device for supporting a plantar flexion ridge. The method, system, apparatus, and/or device may include a leg calf shell further with a leg calf shell plantar flexion ridge at a lowermost point. The method, system, apparatus, and/or device may include a boot shell connected to a bottom portion of the leg calf shell. The boot shell may include a boot shell plantar flexion ridge at an uppermost point or the boot shell. The boot shell plantar flexion ridge may contact the leg calf shell plantar flexion ridge at a plantar flexion ridges region. The method, system, apparatus, and/or device may include a posterior stretch cord assembly. The first end of the posterior stretch cord assembly may attach to a back of the leg calf shell and the second end of the posterior stretch cord assembly may be attached to a back of the boot shell.

An orthosis for increasing a range of motion of an ankle is disclosed. In various embodiments, the orthosis includes a frame including a ball shell and a heel shell; a first actuator disposed on the ball shell and configured to apply a first force against a ball region of a foot, resulting in a moment being applied at the ankle; and a first rod connecting the heel shell and the ball shell, the first rod being slidably connected to at least one of the heel shell or the ball shell. In various embodiments, a second actuator is disposed on the heel shell and configured to apply a second force against a heel region of the foot. In various embodiments, a calf shell is configured to support a calf region of a leg that is connected to the ankle.

A walking-assisted air-jet insole includes an insole base. A plurality of pressed-air outlet units that can generate airflow based on stepping pressure are provided on the insole base; the pressed-air outlet unit includes a cavity for retaining air. An upper part of the insole base is provided with an upper air hole that communicates with the cavity, and a lower part of the insole base is provided with an air sac part that is elastically deformed and restored based on the stepping pressure. A volume of the cavity can be changed based on the elastic deformation and restoration of the air sac part. A lower end of the air sac part is provided with a convex column that moves up and down based on the stepping pressure. The cavity includes an upper cavity portion and a lower cavity portion from top to bottom.

Disclosed is a fitness equipment provided with massage pedals, comprising a frame, two pedals, two rotating shafts, a flywheel swing arm, a flywheel, a damping wheel and a belt; the pedals are mounted on the frame and provided thereon with massage mechanisms; the pedals are connected to the rotating shafts; inner ends of the rotating shafts are rotatably connected to an outer end of the flywheel swing arm; a middle portion of the flywheel swing arm is sleeved on an outer end of a flywheel axle; the flywheel axle penetrates the flywheel, a middle portion of the flywheel axle and the damping wheel are rotatably mounted to the frame; and the belt is wound on the damping wheel and the flywheel.

A stimulation application apparatus includes a substrate, a stimulation application member provided on one surface of the substrate to apply a stimulation to a site, and a stimulation imposition layer provided on another surface of the substrate opposed to the first surface to impose the stimulation. The site includes at least one area selected from a group of (F) site that intersects the perpendicular line of the medial malleolus on an extension line of the medial margin on os metatarsale primam 1 and 2 in foot sole, and (L) incisurasive foramen supraorbitalis site, and (K) site where the lintersection of the line connecting an augulus oculi medialis of eye and L site, and perpendicular of an augulus oculi lateralis of eye is located, and (M) site of augulus oculi lateralis located above 1 horizontal finger from center of the line where connect the inner end of left and right eyebrow.

The present disclosure relates to a device that is used in conjunction with different types of massage implements that can be used to massage the user. The massage therapy device and method is a pouch with a hollow interior for holding the massage implement such as mobility ball. A strap is coupled to the pouch and utilized to maintain a position of the massage implement relative to the user when the massage therapy device is in use. The massage therapy device and method prevents various size mobility balls from slipping while trying to target specific areas of the body. The strap, located on each side of the pouch, includes an adjustable loop to facilitate the used grasping the strap and adjusting a length of the strap.