The present invention is to facilitate the operation control of the electronic chemistry through a smart phone, and to improve the convenience and to reduce the cost burden by allowing it to be used by fixing it integrally with the existing chin, to the interlocking system of the smart phone and the electronic chemistry. About The location of the user's smartphone 200 and the Bluetooth low energy low energy network 300 transmits and receives signals, the receiving module 111, and the Chi 400 or the electronic chemistry 100 are up and down, When there is a movement of at least 1 second or 30mm or more in a selected direction among the left and right directions, the electronic chemistry is performed through the smartphone 200 when the power is applied to the 6-axis sensor 112 and the electronic chemistry that transmit a signal by reacting. The LED light emitting device 120 of the on / off or the on / off module 113 that can control the brightness is integrally mounted on the PCB board 110, and the PCB board 110 has been connected to enable power supply. On/off and brightness control module 113, the LED light emitting device 120, the PCB substrate 110, and the LED light emitting device 120, which are operated by receiving the power of the battery 130 at the same time. Each of the batteries 130 for applying power is provided, and the PCB substrate 110, the LED light emitting device 120, and the battery 130 are installed in a fluorescent case 140 of a female and male coupling structure, and the fluorescent light is provided. The lower end of the case 140 is transmitted to the electronic chemistry 100 and the electronic chemistry 100 and the Bluetooth low energy network 300 in which the coupling portion 141 is formed to facilitate coupling with the upper end of the bobbin 400. It is configured to include a smart phone 200 equipped with a chemistry app 210 that can control the operation of the electronic chemistry 100.본 발명은 스마트폰을 통해 전자 케미의 동작 제어가 용이하며, 기존 사용하고 있는 찌에 일체형으로
