Abstract: The present invention is to provide a control system including a sensing device capable of periodically driving a corresponding operation device based on a trigger policy, wherein the sensing device and the operation device have the same trigger policy stored therein. The control system is characterized in that the trigger policy at least includes a trigger code, a time data (such as “after 15 minutes”) and an operation data (such as “turn on a lamp”). When the sensing device detects a sensing signal, the sensing device generates and transmits a trigger instruction to the operation device. When the operation device determines that a trigger code carried in the trigger instruction matches with a second identification code stored therein, the operation device calculates an expiration time of the time data based on the current time, and then executes an action corresponding to the operation data at the expiration time.

Abstract: The present invention is to provide a network synchronization system, wherein a first network apparatus is connected to a physical line, stores a first profile at least including a Service Set Identifier (SSID), a pre-shared key and a channel, and can connect to the Internet according to the first profile and send out a detection message, and at least one second network apparatus is also connected to the physical line and can automatically generate a request message according to the detection message. When receiving the request message, the first network apparatus sends out the first profile in reply. Based on the first profile, the second network apparatus adds a second profile including the same SSID and pre-shared key but a different channel to itself, and then makes a seamless connection with the Internet through the physical line and the first network apparatus according to the second profile.

Abstract: The present invention is to provide a control system including a sensing device capable of periodically driving a corresponding operation device based on a trigger policy, wherein the sensing device and the operation device have the same trigger policy stored therein. The control system is characterized in that the trigger policy at least includes a trigger code, a time data (such as “after 15 minutes”) and an operation data (such as “turn on a lamp”). When the sensing device detects a sensing signal, the sensing device generates and transmits a trigger instruction to the operation device. When the operation device determines that a trigger code carried in the trigger instruction matches with a second identification code stored therein, the operation device calculates an expiration time of the time data based on the current time, and then executes an action corresponding to the operation data at the expiration time.

Abstract: The present invention is to provide a method enabling a first electronic device to execute steps of: connecting to a cloud server; establishing connection with a second electronic device to obtain a second device parameter stored in the second electronic device; transmitting a first device parameter stored therein and the second device parameter to the cloud server; receiving and storing a token generated by the cloud server, wherein the token is associated with management data stored in the cloud server when the cloud server determines that the first and second device parameters correspond to the management data; and transmitting the token to the second electronic device; such that the first and second electronic devices are stored with the same token, and the cloud server transmits a control instruction to the first and second electronic devices according to the tokens when the second electronic device is connected to the cloud server.

Abstract: The present invention is to provide a mobile router, which can connect with a network transmission device capable of wired or wireless networking (e.g., a modem provided by a network service provider, a wireless LAN access point, or a mobile communication access point) in a corresponding one of at least three network connection modes based on a wired Ethernet, a wireless Local Area Network and a wireless Wide Area Network, so as to transmit a network packet from a terminal device (e.g., a desktop computer, a laptop computer, or a mobile phone) to the Internet or vice versa through the network transmission device. The mobile router can automatically detect an applicable network connection mode and automatically apply network connection settings stored in a corresponding profile. If no such corresponding profile exists, the mobile router can automatically store the network connection settings manually input by the user as a profile.

Abstract: The present invention is to provide a network synchronization system, wherein a first network apparatus is connected to a physical line, stores a first profile at least including a Service Set Identifier (SSID), a pre-shared key and a channel, and can connect to the Internet according to the first profile and send out a detection message, and at least one second network apparatus is also connected to the physical line and can automatically generate a request message according to the detection message. When receiving the request message, the first network apparatus sends out the first profile in reply. Based on the first profile, the second network apparatus adds a second profile including the same SSID and pre-shared key but a different channel to itself, and then makes a seamless connection with the Internet through the physical line and the first network apparatus according to the second profile.

Abstract: The present invention is to provide a mobile router, which can connect with a network transmission device capable of wired or wireless networking (e.g., a modem provided by a network service provider, a wireless LAN access point, or a mobile communication access point) in a corresponding one of at least three network connection modes based on a wired Ethernet, a wireless Local Area Network and a wireless Wide Area Network, so as to transmit a network packet from a terminal device (e.g., a desktop computer, a laptop computer, or a mobile phone) to the Internet or vice versa through the network transmission device. The mobile router can automatically detect an applicable network connection mode and automatically apply network connection settings stored in a corresponding profile. If no such corresponding profile exists, the mobile router can automatically store the network connection settings manually input by the user as a profile.