TONING CONTROL METHOD OF WIFI DEVICE SETTING BY SMART DEVICE

摘要

The present invention provides a toning control method for setting a WiFi device by a smart device so that the WiFi device can link with Internet through a WiFi AP. The present invention is different from the prior art that a smart phone uses WiFi signal to set an IP camera, and is also different from the prior art that a smart phone generates QR Code for setting an IP camera. The present invention adopts methods of DTMF (Dual-Tone Multi-Frequency) or FSK (Frequency-Shift Keying) for toning encoding, and sends the toning encoding through a loudspeaker of the smart device to a toning decoder of the WiFi device for toning decoding, then performs the setting and linking of the WiFi device.

主权项

1. A toning control method of a WiFi device setting by a smart device, in a system of linking a WiFi device to Internet through a WiFi AP, a smart device is used for setting the WiFi device by the toning control method, comprising steps as below:
a. a toning decoder of the WiFi device begins recording; b. an application program is clicked out from a screen of the smart device, an SSID and a password of the WiFi AP are filled in; c. encoding the SSID and the password by the smart device sequentially to generate a series of toning signals; a loudspeaker of the smart device sends the series of toning signals to the toning decoder for decoding; d. after decoding by the toning decoder successfully, the WiFi device is set with the SSID and the password of the WiFi AP; the WiFi device sends out the SSID and the password of the WiFi AP to the WiFi AP; e. after an authentication by the WiFi AP successfully, the WiFi device can then link with Internet through the WiFi AP, and generate a correct lamp signal; f. if the authentication by the WiFi AP is failed, then the WiFi device generates an abnormal lamp signal, go back to step a for resetting; g. in step d, if the decoding is failed, then the WiFi device generates a wrong lamp signal, go back to step c, the smart device encodes again the SSID and the password sequentially to generate the series of toning signals, then enter step d for decoding.