Abstract: Provided are a method for establishing a WLAN by a mobile terminal and a mobile terminal. The method comprises: when the mobile terminal needs to establish a WLAN with other terminals, the mobile terminal starts Bluetooth, and modifies a name of a Bluetooth device of the mobile terminal to a character string that contains an identifier; and starts Bluetooth search to acquire Bluetooth MAC addresses of other terminals with the identifiers contained in the name of the Bluetooth device; and a Bluetooth MAC address of the mobile terminal is compared with the acquired Bluetooth MAC addresses respectively, and when the Bluetooth MAC address of the mobile terminal meets a pre-set condition, setting the mobile terminal as a wireless access point of the WLAN.

Abstract: Provided are a method for establishing a WLAN by a mobile terminal and a mobile terminal. The method comprises: when the mobile terminal needs to establish a WLAN with other terminals, the mobile terminal starts Bluetooth, and modifies a name of a Bluetooth device of the mobile terminal to a character string that contains an identifier; and starts Bluetooth search to acquire Bluetooth MAC addresses of other terminals with the identifiers contained in the name of the Bluetooth device; and a Bluetooth MAC address of the mobile terminal is compared with the acquired Bluetooth MAC addresses respectively, and when the Bluetooth MAC address of the mobile terminal meets a pre-set condition, setting the mobile terminal as a wireless access point of the WLAN.

Abstract: Disclosed are a wireless communication hotspot creation and connection method, a hotspot creation end and a hotspot connection end. By encrypting a user name at a hotspot creation end to generate a hotspot name, the method configures a wireless communication parameter for the hotspot name generated by encryption to establish a wireless communication hotspot so as to enable a hotspot connection end to access the established wireless communication hotspot by decrypting the hotspot name, ensures that WiFi hotspot creation and automatic recognition are achieved between two or more terminals, and then achieves accurate WiFi interconnection.

Abstract: The present invention provides a process for manufacturing glass tube shell of electrodeless lamp, which comprises seven steps: washing, coating, bepowdering, wiping off, abutting and annealing, wherein the coating step introduced in the present invention is primarily for increasing the evenness and densification degree of the inner wall of the glass tube, so as to guarantee the adhesion homogeneity of the step of bepowdering; besides, the present invention uses multi-step temperature controlling process for steps of coating, bepowdering and baking to effectively guarantee the coating thickness, and increase the productivity by 50%, in addition, a fan is introduced to align to the entrance of the glass tube when baking the powder, so as to increase the entrance of oxygen, and improve the baking efficiency, at last, high temperature annealing is performed to the joint to eliminate the stress after abutting.