This invention relates to a set of haptic gloves embedded with a taptic engine that connects to an iPhone via Bluetooth. The gloves are designed to vibrate in synchronization with the haptic music feature on iPhones, providing an enhanced sensory experience for users, particularly benefiting those who are deaf or hard of hearing. Additionally, the invention has potential applications in the medical field, specifically for rehabilitation purposes.

A person support apparatus including a person support surface including an actuating device and a controller configured to operate the actuating device to perform a set by preview subroutine and a rotation preview subroutine, wherein, during the set by preview subroutine, the controller receives user input positioning the actuating device into a first preview position and sets the first preview position as a first evaluation position, and wherein, during the set by preview subroutine, the controller receives user input positioning the actuating device into a second preview position and sets the second preview position as a second evaluation position. In embodiments, the controller is configured to simultaneously perform a P&V subroutine during rotation of the person support surface.

A massage apparatus for massaging on a user's body by a massage head moving at least linearly in a longitudinal direction of the massage head, configured so that a massaging element moves toward the massage head by way of air pressure fluctuation in an air chamber when a driving element is moved from a first position to a second position. In addition, the stroke center position of the reciprocating movement of the driving element moved between the first position and the second position is configured to be changeable.

The invention discloses a massage appliance, including a housing with rubber sleeve, a control assembly, and a first massage mechanism. The first massage mechanism includes a chamber with an opening, and the chamber is provided with an opening. The control assembly includes an air pump. An air inlet of the air pump is in communication with the chamber, by controlling the air pump, the chamber pressure that matches the massage area is changed, altering the chamber pressure and size. When in use, use an air pump to change the chamber pressure, causing the chamber opening to contract and compress the massage area, creating a massage effect.

A medical device system including a wearable harness worn, during use, on a torso of a subject. Engines coupled to the wearable harness apply an oscillation force to at least one treatment area of the subject in order to mobilize at least some secretions in an airway within the subject substantially adjacent to the at least one treatment area. The wearable harness is secured on the subject using one or more straps coupled to the wearable harness. A controller determines a tension force applied by at least one of the straps by receiving measurements of at least one property from a force sensing element (e.g., a force sensor) integrated with the strap. The tension force may also be correlated to forces being applied to the subject by the engines.

A photosensitive recognition structure for a massage head includes a massage head, a sliding rod holder, a fixing support, and a light-shading pad. The massage head is detachably connected to the sliding rod holder, the fixing support is disposed inside the sliding rod holder, a mounting groove is provided on the fixing support, a photosensitive sensor and a light source element are disposed inside the mounting groove, and the light-shading pad is disposed at an end of the massage head. When the massage head is connected to the sliding rod holder, the light-shading pad covers the fixing support. When the massage head is connected to the sliding rod holder, the light-shading pad covers the photosensitive sensor. In this case, it is recognized that the massage head is in a connection state.

A health care device and an use thereof are configured to transmit a low frequency wave to a spine or navel to increase the number of endothelial progenitor cells (EPC) and to reduce the number of the circulating endothelial cells (CEC), which may reduce the risk of cardiovascular-related adverse diseases. The health care device includes a box body, a power supply, a speed controller, a rotating mechanism, a linkage mechanism, a knocker and a conical table. The power supply is electrically connected to the speed controller to output electricity to the speed controller. The speed controller is electrically connected to the rotating mechanism and controls the rotating mechanism to rotate at a predetermined speed. The rotating mechanism is connected to the knocker to drive the knocker to knock a flat surface of the conical table. The knocker generates the low frequency wave with a predetermined frequency.

A massager is provided in the present disclosure. The massager includes a housing, a piston, a driving mechanism, and a connecting module. The piston is at least partially located in the housing and defines an accommodating hole. The driving mechanism is connected to the piston and configured to cause the piston to reciprocate. The connecting module includes a massaging head. The massaging head is inserted into the accommodating hole. The connecting module is configured to restrain the massaging head from moving out of the accommodating hole and separating from the piston while the piston reciprocates at a speed higher than a predetermined speed. In this way, the problem that the massaging head 10 of the massager is currently prone to fall off during the high-frequency reciprocating motion can be solved.

Foot massaging shoe including a push button into the side of the outsole. The shoe contains a cavity in the sole to allow for an ON/OFF switch, servo motor, rechargeable battery, and motor that together form a closed circuit. The shaft of the motor is attached to a pendulum that includes a main rod connected to three lateral rods. Each of the lateral rods has a massage ball formed at its distal ends. The pendulum rotates about the rotary axis of the shaft in a semicircular fashion from 0 to 180 degrees and back when the push button is pressed, and will stop when the push button is pressed again, such that the three balls move up out of the sole surface to brush up into and laterally across the plantar foot surface of the shoe wearer, and then back down into their respective cavities during the semicircular motion.