SHENZHEN KAIYAN MEDICAL EQUIPMENT CO., LTD

Embodiments of the present invention disclose a flexible phototherapy device comprising a storage seat with a storage cavity and a flexible light board that automatically retracts around a rotating shaft driven by a driving member. A limiting member at the distal end prevents over-retraction, while flexible wear-resistant strips protect the board edges. The flexible light board includes flexible light strips arranged in transverse and longitudinal patterns for uniform illumination. A conductive interface with conductive rings and spring pins maintains electrical connectivity during rotation. An integrated solar panel recharges an onboard energy storage element for cordless operation. An IR sensor detects user presence to automatically activate or deactivate the LEDs. In an alternative configuration, multiple flexible light boards slide horizontally along a top bar via a motion conversion mechanism for window coverage applications.

The present invention relates to a wearable device ( 100 ) for promoting hair growth through phototherapy. The wearable device ( 100 ) includes a wearing body ( 10 ) to be used to wear on a head, a treatment pad ( 20 ) configured inside the wearing body ( 10 ), and a control box ( 30 ) arranged on the wearing body ( 10 ). The treatment pad ( 20 ) is provided to emit light onto the user's scalp, stimulating hair growth through phototherapy. The control box ( 30 ) is detachably attached to the wearing body ( 10 ) through the treatment pad ( 20 ). The treatment pad ( 20 ) is having a connecting portion ( 25 ) that extends beyond the wearing body ( 10 ) and is adapted to allow the control box ( 30 ) to attach to the treatment pad ( 20 ) establishing an electrical connection with the treatment pad ( 20 ) and enabling the device to function effectively.

The present invention relates to a charging device for a phototherapy patch. The charging device includes a housing that accommodates a charging unit to supply electrical power to at least one phototherapy patch. The charging unit is arranged within the housing and is configured to connect with the phototherapy patch during charging. The charging device includes a cavity circumferentially arranged around the charging unit to store adhesive tape. The cavity integrated within the charging unit allows the adhesive tape to be conveniently stored and accessed to secure the phototherapy patch to the user's skin. The charging device ensures efficient charging of the phototherapy patches while simultaneously providing a solution for storing adhesive materials which reduces contamination, misplacement, and handling issues associated with separately packed consumables.

A wearable phototherapy device comprises an outer layer, an inner transparent silicone layer, a plurality of light sources located between the outer layer and the inner transparent silicone layer, wherein the plurality of light sources is directed towards the inner transparent silicone layer, and a metallic layer printed onto an inner surface of the inner transparent silicone layer, wherein the metallic layer is configured to conduct electrical current.

The present invention relates to a multifunctional cosmetic device having dual opposite faces that combine daily cosmetic use with advanced skincare functions. A first face comprises a mirror surface integrated with a plurality of light therapy light-emitting diodes (LEDs), including infrared LEDs that emit therapeutic light within the 700-1100 nm range. Since the infrared light is invisible to the human eye, the user can simultaneously view their reflection and perform grooming or makeup application while receiving phototherapy. The opposite face comprises an ultraviolet (UV) imaging module including a UV light source, a UV-sensitive camera, and a display screen. The UV module enables real-time visualization of sunscreen coverage and hidden skin conditions not detectable under visible light. A shared rechargeable power supply and control system selectively drives the mirror-side therapy module and the UV imaging module, providing a compact, integrated skincare solution.

The present invention relates to a multifunctional cosmetic box that integrates ultraviolet (UV) imaging for cosmetic application monitoring with applicator sterilization functionality. The device comprises a storage box for cosmetics, a UV lamp, a UV camera, and a display module configured to capture and display UV-based images of a user's face, enabling precise application and removal of products such as sunscreen or foundation. The cosmetic box further includes a sterilization chamber with a light-transmitting window and UV light source for disinfecting makeup applicators, including powder puffs and brushes, thereby preventing bacterial contamination. Sensors and control circuits regulate activation to ensure safe and efficient operation. By combining real-time application monitoring with applicator sterilization in a compact, portable structure, the invention provides improved cosmetic accuracy, enhanced hygiene, and convenience, addressing limitations of conventional cosmetic boxes and puff sterilization devices.