Abstract: A home device control system and method thereof are provided. The system includes a monitoring device, a mobile communication device, and a home control gateway. The mobile communication device provides a first operation interface for receiving a connection request, logs on to the monitoring device via a local area network according to the connection request, and generates an identification code. The home control gateway includes a microprocessor module, a storage module pre-storing identification codes, a gateway management module and a second communication circuit. The second communication circuit receives and transmits the identification code and a device control command to the gateway management module, and when the gateway management module determines that the identification code is the same with one of the pre-stored identification codes, activates the home control function corresponding to at least one home device corresponding to the device control command.

Abstract: A switch structure used for switching on or off an electronic system is provided. The switch structure includes a base, a switch body pivoted to the base, a first electrode connected and moved along with the switch body, a second electrode disposed on the based and corresponds to the first electrode, a torsion assembly, and a power source. The first electrode and the second electrode are electrically connected to the electronic system, respectively. The torsion assembly is connected to and drives the switch body, so as to drive the first electrode and the second electrode to switch between a conductive state and a non-conductive state. The power source is connected to the torsion assembly, and the power source provides a torsion to the switch body via the torsion assembly in an automatic state so as to switch the switch structure between the conductive state and the non-conductive state.

Abstract: A switch structure used for switching on or off an electronic system is provided. The switch structure includes a base, a switch body pivoted to the base, a first electrode connected and moved along with the switch body, a second electrode disposed on the based and corresponds to the first electrode, a torsion assembly, and a power source. The first electrode and the second electrode are electrically connected to the electronic system, respectively. The torsion assembly is connected to and drives the switch body, so as to drive the first electrode and the second electrode to switch between a conductive state and a non-conductive state. The power source is connected to the torsion assembly, and the power source provides a torsion to the switch body via the torsion assembly in an automatic state so as to switch the switch structure between the conductive state and the non-conductive state.

Abstract: An embodiment of the invention provides a control module of an electronic device. The control module includes a processor, a first button, a second button and a status control switch. The processor is coupled to the first button, the second button and the status control switch. The processor is configured to determine whether a first trigger status of the first button and a second trigger status of the second button conform to a default rule. The processor is further configured to detect a status of the status control switch if the first trigger status of the first button and the second trigger status of the second button conform to the default rule. The processor is further configured to perform a specific operation on the electronic device in response to the detected status of the status control switch.

Abstract: A switch structure used for switching on or shut off an electronic system including a main body, a switching member pivoted thereto, a first electrical conducting portion electrically connected to the electronic system, a second electrical conducting portion movably disposed between the switching member and the first electrical conducting portion and electrically connected to the electronic system, and a force coupling assembly is provided. The second electrical conducting portion is located on a pivoting path of the switching member. The first electrical conducting portion is located on a moving path of the second electrical conducting portion. The switching member is located on a range of motion of the force coupling assembly. The force coupling assembly drives the switching member to rotate the switching relative to the main body, such that the switching member drives the second electrical conducting portion to leans against or release from the first electrical conducting portion.

Abstract: A home control gateway and a gateway control method are provided. The home control gateway includes a gateway management module, a storage module, and first and second communication circuits. The gateway management module includes a plurality of switches and a user interface for controlling the switches. The first communication circuit receives an incoming called-signal via a mobile phone network. The gateway management module opens a first switch when an incoming called-number corresponding to the incoming called-signal is identical to a pre-stored phone number in the storage module. The second communication circuit receives a connection request for accessing the user interface and instructing to open a second switch via a local area network, where the gateway management module opens the second switch in response to the connection request. The gateway management module activates a home control function corresponding to the second switch when the first and second switches are both opened.

Abstract: An electric rolling door including a rail, a rolling door coupled to the rail, a control module connected to the rolling door to drive the rolling door moved along the rail, a rotating member, a sensing module, and a weighting member is provided. The rotating member is pivoted along an axis next to the rail, wherein the axis is parallel to an extending direction of the rail. The sensing module electrically connected to the control module is disposed on the axis and senses a motion of the rotating member. The weighting member freely pivoted to a bottom of the rolling door has a weighting portion and a pressing portion extending between the rail and the rotating member. A first torque generated by the weighting portion relative to the rolling door is greater than and opposite to a second torque generated by the pressing portion relative to the rolling door.

Abstract: A home control gateway and a home control method are provided. The home control gateway includes a microprocessor unit, a first communication circuit, a second communication circuit, and a gateway management module. The first communication circuit is configured for connecting to a network, and connects to a cloud storage device via the network. The cloud storage device provides a storage space, and a user may use a wireless communication electronic device to transfer a file including home control instructions to the storage space. The second communication circuit is configured for connecting to a mobile phone network. The gateway management module is configured for downloading the file from the storage space, analyzing the file for obtaining the home control instructions, and changing the status of home control switches based on the home control instructions.

Abstract: A car door opening detection system and a method thereof are provided. The car door opening detection system includes a transmitter, a sensor, and a control unit. The transmitter is electrically connected to a car circuit of a car. The car circuit is electrically connected to a power source of the car. When a car door of the car is opened, the car circuit is turned on to receive a power from the power source, and the transmitter is enabled to transmit an infrared (IR) signal. The sensor is disposed within the car and faces the transmitter. The sensor receives the IR signal and transmits a corresponding digital signal in response to the IR signal. The control unit is coupled to the sensor and receives the corresponding digital signal. When the corresponding digital signal is classified as a predetermined pattern, the control unit identifies that the car door is opened.

Abstract: An electric rolling door including a rail, a rolling door coupled to the rail, a control module connected to the rolling door to drive the rolling door moved along the rail, a rotating member, a sensing module, and a weighting member is provided. The rotating member is pivoted along an axis next to the rail, wherein the axis is parallel to an extending direction of the rail. The sensing module electrically connected to the control module is disposed on the axis and senses a motion of the rotating member. The weighting member freely pivoted to a bottom of the rolling door has a weighting portion and a pressing portion extending between the rail and the rotating member. A first torque generated by the weighting portion relative to the rolling door is greater than and opposite to a second torque generated by the pressing portion relative to the rolling door.

Abstract: A home control gateway and a gateway control method are provided. The home control gateway includes a gateway management module, a storage module, and first and second communication circuits. The gateway management module includes a plurality of switches and a user interface for controlling the switches. The first communication circuit receives an incoming called-signal via a mobile phone network. The gateway management module opens a first switch when an incoming called-number corresponding to the incoming called-signal is identical to a pre-stored phone number in the storage module. The second communication circuit receives a connection request for accessing the user interface and instructing to open a second switch via a local area network, where the gateway management module opens the second switch in response to the connection request. The gateway management module activates a home control function corresponding to the second switch when the first and second switches are both opened.

Abstract: A switch structure including a first electrode, a second electrode, a first moving member disposed next to the first electrode along a first axis and having a first tenon unit, and a second moving member disposed at an end of the first moving member and facing the first electrode is provided. The second moving member movably disposed next to the first moving member has a second tenon unit. The first axis is orthogonal to the second axis. When the first moving member moves to a first position and the second moving member moves to a second position, the first and the second tenon units are interfered with each other, and the first electrode is electrically connected to the second electrode. When the second moving member moves to a third position, the first moving member moves along the first axis and passes by the second moving member.

Abstract: A box used for being assembling onto a wall including a rear plate, a front plate, and a plurality of side plates is provided. The rear plate is touched and fixed onto the wall with a plate surface thereof. The rear plate has a first locking portion. Each side plate has a second locking portion extended from an edge thereof locking with the first locking portion along a first direction, such that the side plates are fixed at edges of the rear plate, wherein the first direction is an orthogonal axis of the wall. The wall presses the second locking portion to lock with the rear plate along the first direction while the rear plate touches the wall. The front plate is detachably assembled to the side plates and opposite to the rear plate, wherein the rear plate, the front plate, and the side plates form a sealed receiving space.

Abstract: The present disclosure provides a remote monitoring system and a remote monitoring method. The remote monitoring system includes a mobile device, a sensor and a controller. The mobile device receives an incoming-call signal from a remote mobile device. The sensor is disposed on the mobile device and generates a sensing signal according to a reaction of the mobile device after receiving the incoming-call signal. The controller is coupled to the mobile device and the sensor. The controller receives the sensing signal and charges the mobile device after receiving the sensing signal.

Abstract: A home control gateway and a gateway control method are provided. The home control gateway includes a gateway management module, a first communication circuit, and a second communication circuit. The gateway management module records registers. The gateway management module sets a value of a first register as a first value when an incoming called-number corresponding to the incoming called-signal received by the first communication circuit via a mobile phone network is one of the pre-stored phone numbers. The gateway management module sets the value of the second register as the first value in response to a connection request received by the second communication circuit via a local network. And, the gateway management module activates a home control function corresponding to the second register when the values of the first register and the second register are both the first value.

Abstract: A web server and a network connection method for local network log-in are provided. The method includes receiving a first calling signal from a mobile communication device through a mobile phone network, identifying a phone number of the mobile communication device according to the first calling signal from the mobile communication device, and permitting the mobile communication device to access an operating interface by using a class C network uniform resource locator through a local area network, and the phone number is contained in the class C network uniform resource locator. Accordingly, users can connect to the local network easily and safely through the provided web server.

Abstract: An electronic device and an information updating control module that includes a processing unit, a system reset button, and an identification updating button are provided. The system reset button is coupled to the processing unit. The identification updating button is coupled to the processing unit. The processing unit is configured to determine whether a first trigger status corresponding to the system reset button and a second trigger status corresponding to the identification updating button comply with a predetermined rule. If the first trigger status corresponding to the system reset button and the second trigger status corresponding to the identification updating button comply with the predetermined rule, the processing unit is configured to receive a new identification and update an identification of an electronic device by applying the new identification.

Abstract: An anti-theft system and an anti-theft method are provided. The anti-theft system includes a box, a plurality of identification lines, a first sensor, and a controller. The box includes a host. The identification lines are placed in a default range around the box and constitute a plurality of identification features. The first sensor is configured to capture the identification features. The controller is coupled to the first sensor and configured to determine whether any abnormal identification feature of the captured identification features is found. If any abnormal identification feature of the captured identification features is found, the controller is further configured to send an alert message through a communication module.

Abstract: A home control gateway and a gateway connection method for users to perform remote home control by using the mobile communication device are provided. The gateway connection method includes: during the period of continually receiving the learning signal after the learning signal and the reset signal are simultaneously received, receiving a calling signal from a mobile communication device through a mobile phone network; identifying a phone number of the mobile communication device according to the calling signal; storing the phone number of the mobile communication device into a storage circuit; generating an identity code according to the phone number; transferring a short message containing the identity code to the mobile communication device through the mobile phone network; and permitting the mobile communication device to access an operating interface through a local area network by using a class C network uniform resource locator containing the identity code.

Abstract: A web server and a network connection method for local network log-in are provided. The method includes receiving a first calling signal from a mobile communication device through a mobile phone network, identifying a phone number of the mobile communication device according to the first calling signal from the mobile communication device, and permitting the mobile communication device to access an operating interface by using a class C network uniform resource locator through a local area network, and the phone number is contained in the class C network uniform resource locator. Accordingly, users can connect to the local network easily and safely through the provided web server.