Far-Ultra-Violet C (Far-UVC) jewelry article with components thereof and other accessories is provided to protect wearer from intrusion of viruses and micro-organisms. The jewelry article is integrated with Far-UVC photons that project wavelengths of about 222 nanometers to protect against viruses. The jewelry article would be a type of necklace, bracelet, or ankle bracelet comprised of Far-UVC diodes attached on the jewelry projecting sterilizing rays on surfaces at a safe distance protecting skin and eyes.

A wrist-mounted fluid dispenser includes a wristband and a dispenser pouch. The dispenser pouch includes a reservoir chamber and a dispensing nozzle. The dispenser pouch is preferably formed by bonding two sheets of material to each other. An orifice is formed between the dispensing nozzle and the reservoir chamber. A nozzle slit is formed at an end edge of the wristband. The reservoir chamber is either rolled up and inserted through the nozzle slit or sown into the wristband. The reservoir chamber is filled with a fluid solution with a syringe or hand pump equipped with hypodermic blunt needle or the like. One's hand is inserted through the wrist-mounted liquid dispenser. An end of the dispensing nozzle is folded when not used, such that the nozzle is located between the wrist and an inside surface of the wristband. A second embodiment of the wrist-mounted liquid dispenser includes a double chamber dispenser pouch.

Disclosed is a portable rapid detection device for cognition, sleep and psychological status. The portable rapid detection device comprises a detection dial plate, an adjusting knob, woven watchbands, screw rods, sweat-absorbent linings and a sweat-absorbent quick-drying pad. The detection dial plate is of a cylindrical structure. The embedded adjusting knob is installed in the middle of the front end of the detection dial plate. The woven watchbands are installed at two ends of the detection dial plate and fixed through the screw rods. The embedded sweat-absorbent lining is installed on the inner side of the woven watchband. The sweat-absorbent quick-drying pad is installed in the middle of the bottom of the detection dial plate and fixed through magnetic attraction.

The present invention comprises: a wrist band part wound around a wrist of a baby; a body part which extends from the wrist band part to allow the baby to suck or chew the body part and has an inner space for receiving a hand of the baby; and a grip part, both ends of which are in contact with the body part so that the grip part extends across the inner space of the body part wherein, for storage, when the wrist band part is supported on the ground, the body part is vertically erected with respect to the ground without being tilted by self-weight thereof.

Embodiments can provide a wearable device for nicotine cessation behavioral support, comprising a top surface; a first surface; a second surface; an underside surface; a communication device; one or more buttons; an internal storage medium; and a power supply; wherein the one or more buttons are configured to log a NRT use event to the internal storage medium when depressed and subsequently released within a predetermined timeframe; wherein the one or more buttons are configured to log a tobacco use event to the internal storage medium when depressed and released at a time longer than the predetermined timeframe; wherein the one or more buttons, when depressed, are configured to log a craving event to the internal storage medium, wherein an intensity of the craving event is determined by a time duration between depression and release of the one or more buttons.

Far-Ultra-Violet C (Far-UVC) jewelry article with components thereof and other accessories is provided to protect wearer from intrusion of viruses and micro-organisms. The jewelry article is integrated with Far-UVC photons that project wavelengths of about 222 nanometers to protect against viruses. The jewelry article would be a type of necklace, bracelet, or ankle bracelet comprised of Far-UVC photons attached on the jewelry projecting sterilizing rays on surfaces at a safe distance protecting skin and eyes.

A watchband with conductive function of a bracelet includes a first watchband and a second watchband. The inside of the first watchband is provided with an electrical stimulation module. The electrical stimulation module includes a signal strip arranged along the length direction of the first watchband, a circuit board connected to the signal strip and an electrode connected to the circuit board. The electrode is located at an end of the first watchband away from the dial.

The present disclosure relates to sanitizer bracelet that can be worn by the user anywhere the person travels throughout the day. The sanitizer bracelet includes a band portion and a body portion connected to opposite ends of the band portion. The body portion includes a sanitizer solution which is readily accessible for application on the individual's hand or other body parts for disinfection after touching a potentially contaminated surface.

The present invention provides a sterilizing bracelet assembly, which can be filled out with sterilizing liquid. The sterilizing bracelet assembly has a housing and a switch; the housing has at least a first accommodation room that is to accommodate liquid, and the switch is connected to the housing and has a nozzle; wherein some of the sterilizing liquid is ejected from the nozzle after the switch is squeezed.

This disclosure relates generally to a sensor based wearable fabric design for identifying distortion in movements and quantifying range of motion. Accurate quantification of multi-axial range of motion involved in complex movements of human body parts is challenging. The disclosure discloses a system and method providing a wearable fabric comprising a plurality of honey-comb structure with a plurality of adjacently placed hexagon structures. An optical sensor unit is placed on each side of each hexagon structure comprised in the plurality of honey-comb structures. A deformation of the plurality of sides of hexagon structure is determined to generate signatures of movement patterns of one or more body parts of a subject. Further, a comparison of generated signatures with stored signatures of the movement patterns is performed to determine an error indicative of a distortion in the movement patterns. The system and method accurately quantify range of motion with increased measurement accuracy.