SKIN ADHESIVE LOW LEVEL LIGHT THERAPY DEVICE SYSTEM BASED ON PAMS TECHNOLOGY USING MOBILE COMMUNICATION DEVICE

摘要

The present invention relates to a skin adhesive low level light therapy (LLLT) device system based on a photo-activated modulation of smooth muscle (PAMS) using a mobile communication device. The skin adhesive low level light therapy device is attached to a specific skin of the human body by using a medical double-sided tape to emit and irradiate visible light for a predetermined time and induce secretion of bioactive substances such as nitric oxide from human organs and tissues connected to the skin to which light is irradiated through peripheral nerves. A charged state of a battery built in the skin adhesive LLLT device and an operation state of the skin adhesive LLLT device are capable of being monitored and controlled in real time by using the mobile communication device. The skin adhesive LLLT device may be easily used anytime and anywhere to secrete the bioactive substances such as nitric oxide from the specific organs and tissues of the human body and wirelessly conveniently monitor or control information of the charged state of the built-in battery and the operation state of the device in real time by using the mobile communication device without attaching a separate display device.