Abstract: An integrated skincare dispensing and physiotherapy device combines a topical product container with a removable annular physiotherapy module that provides heating, microcurrent, and phototherapy stimulation. A reciprocating pump mounted in the bottle cap dispenses product onto a concave, heated pressing surface. The annular physiotherapy device fits concentrically around the pump, houses a battery and control electronics, and carries stimulation elements including microcurrent electrodes and a ring of LEDs aligned with light-transmission holes. Axially spaced guide features permit distinct dispense, heating, and therapy positions; mating electrodes enable heating only when in the heating position, while separation automatically de-energizes the heater during therapy. An occlusion cover with a plugging bulge prevents leakage and protects stimulation elements.

Abstract: Embodiments of the present invention provide a lighting panel and a system and a method to control a plurality of lighting panels in a network. The lighting panel comprises one or more light source and a control unit that allows a user to set a Group ID, and one or more control parameters for the lighting panel, wherein a Flag value is when the one or more control parameters are updated for the lighting panel. The lighting panel further comprises a connection interface that enable the lighting panel to connect with a plurality of other lighting panels in a network to transceive information on the Group ID, the Flag value and the one or more control parameters for the lighting panel. The control unit compares the Flag value of the lighting panel and adopt the one or more control parameters with a higher flag value.

Abstract: Embodiments of the present invention disclose a functional cap for heating and dispensing skincare liquids, configured to be detachably or fixedly mounted on a container storing a liquid skincare product. The functional cap integrates a heating assembly, a liquid guide tube, and a liquid suction and discharge component, enabling selective intake, localized heating, and controlled dispensing of a predetermined amount of skincare liquid without heating the entire contents of the container. A heating chamber is arranged within the cap and cooperates with one or more heating elements to rapidly heat only the extracted liquid. A valve-controlled flow structure regulates liquid and air flow during extraction, heating, and dispensing stages, reducing residual liquid effects and improving heating efficiency. Additionally, temperature sensing and control components ensure safe and stable heating.

Abstract: A wearable phototherapy device comprises an outer layer, an inner layer, a plurality of light sources located between the outer layer and the inner layer, wherein the plurality of light sources is directed towards the inner layer, and a metallic layer provided on an inner surface of the inner layer, wherein the metallic layer is configured to conduct electrical current. The inner layer acts as a spacer between the metallic layer and the plurality of light sources. The device may be configured in various form factors including a face mask, patch, pad, mat, or wearable garment. A method of manufacturing the wearable therapy device is also provided.

Abstract: Embodiments of the present invention provide a lighting panel and a system and a method to control a plurality of lighting panels in a network. The lighting panel comprises one or more light source and a control unit that allows a user to set a Group ID, and one or more control parameters for the lighting panel, wherein a Flag value is when the one or more control parameters are updated for the lighting panel. The lighting panel further comprises a connection interface that enable the lighting panel to connect with a plurality of other lighting panels in a network to transceive information on the Group ID, the Flag value and the one or more control parameters for the lighting panel. The control unit compares the Flag value of the lighting panel and adopt the one or more control parameters with a higher flag value.

Abstract: A detachable phototherapy device includes a substrate layer including a first portion, a second portion, and a bend portion connecting the first portion with the second portion. The detachable phototherapy device further includes a conductive layer printed on a first substrate surface of the substrate layer. The detachable phototherapy device further includes a plurality of light sources electrically coupled to the conductive layer. Further, the detachable phototherapy device includes a first electrode coupled to the first portion, and a second electrode coupled to the second portion. Also, the detachable phototherapy device includes a battery including a first battery terminal, and a second battery terminal. The battery is electrically coupled to one of the first electrode and the second electrode, at one of the first battery terminal and the second battery terminal, respectively, in a non-use state of the detachable phototherapy Device.