Abstract: Embodiments of the present invention provide a phototherapy device packaging structure designed to provide an interactive user experience and reduce product trial costs. The packaging structure comprises a packaging body, a circuit board disposed within the packaging body, and a phototherapy lamp electrically connected to the circuit board and configured to emit light outward from the packaging. The packaging body may include first and second connecting portions with conductive elements, which can be brought together to form a closed circuit, thereby activating the lamp without the need for a separate switch. In certain embodiments, the packaging includes a box body and a cover with a light-transmitting portion, allowing the lamp to be used for promotional demonstration. Optional stimulation elements, such as miniature heaters, vibration modules, or aromatherapy inserts, may be integrated into the packaging to enhance user experience.

Abstract: The present invention relates to a multifunctional physiotherapy device configured to deliver therapeutic treatments to facial and body skin surfaces. The device comprises a housing defining an application surface, a pair of floating electrodes mounted on elastic members, and a circuit operable to provide microcurrent stimulation. The floating structure enables the electrodes to conform to varying skin contours while simultaneously functioning as charging contacts when engaged with a corresponding interface, thereby combining therapy and charging in a shared element. In certain embodiments, the device incorporates a removable cap containing a power storage unit and output electrodes, enabling portable charging and controlled alignment with the input electrodes.

Abstract: The present invention relates to a switch trigger assembly (100) having a frame (30), a pressing piece (10), and a charging structure (20). The frame (30) is arranged on or in the electronic device (1). Specifically, the frame (30) is arranged on a housing (200) of the electronic device (1), and the pressing member (10) is attached to the frame (30) to trigger a switch element (300) arranged on the electronic device (1). Further, the charging structure (20) is integrated into the pressing member (10). The charging structure (20) has a first end exposed from a first surface (11) of the pressing member (10) to receive electrical charge from an external charging device, and a second end in connection with a circuit board (400) of the electronic device (1) for connecting the external charging device with the circuit board (400), integrating switching and charging functionality into single assembly.

Abstract: Embodiments of the present invention disclose a device for providing a therapy to a user. The device comprises a casing, at least one electro-stimulation element in the casing, a charging interface and a charging connector. The charging interface comprises: a positioning portion arranged on the casing, the positioning portion has a first positioning hole and a second positioning hole; one or more charging pins for charging the device, the one or more charging pins comprises a first electrode and a second electrode for charging, the first electrode has a first end, the first end is exposed in the first positioning hole, the second electrode has a second end, and the second end is exposed in the second positioning hole. The charging connector has a charging terminal that connects with the charging pins on the charging interface of the device.

Abstract: The present invention relates to a switch trigger assembly (100) having a frame (30), a pressing piece (10), and a charging structure (20). The frame (30) is arranged on or in the electronic device (1). Specifically, the frame (30) is arranged on a housing (200) of the electronic device (1), and the pressing member (10) is attached to the frame (30) to trigger a switch element (300) arranged on the electronic device (1). Further, the charging structure (20) is integrated into the pressing member (10). The charging structure (20) has a first end exposed from a first surface (11) of the pressing member (10) to receive electrical charge from an external charging device, and a second end in connection with a circuit board (400) of the electronic device (1) for connecting the external charging device with the circuit board (400), integrating switching and charging functionality into single assembly.