Abstract: A dual-frequency and dual-polarization antenna for simultaneously transmitting and receiving dual-frequency 5G signals comprises: a first substrate; a first polarization antenna comprising a first radiation portion disposed on a first surface of the first substrate and a second radiation portion disposed on a second surface of the first substrate; a second polarization antenna comprising a third radiation portion disposed on the first surface of the first substrate and a fourth radiation portion disposed on the second surface of the first substrate; a second substrate located in a side of the second surface of the first substrate, a surface of the second substrate close to the first substrate is a copper-clad surface; and layout directions of the first polarization antenna and the second polarization antenna are orthogonal to each other in the first substrate. An electronic device comprising the dual-frequency and dual-polarization antenna is also provided.

Abstract: A dual-frequency and dual-polarization antenna for simultaneously transmitting and receiving dual-frequency 5G signals comprises a first substrate; a first polarization antenna comprising a first radiation portion disposed on a first surface of the first substrate and a second radiation portion disposed on a second surface of the first substrate; a second polarization antenna comprising a third radiation portion disposed on the first surface of the first substrate and a fourth radiation portion disposed on the second surface of the first substrate; a second substrate located in a side of the second surface of the first substrate, a surface of the second substrate close to the first substrate is a copper-clad surface; and layout directions of the first polarization antenna and the second polarization antenna are orthogonal to each other in the first substrate. An electronic device comprising the dual-frequency and dual-polarization antenna is also provided.

Abstract: A dual-frequency and dual-polarization antenna array for simultaneously transmitting and receiving dual-frequency signals comprises: a first substrate, an array of dual-frequency and dual-polarization antennas, each antenna in the array comprising a first polarization antenna and a second polarization antenna. The first and second polarization antennas are laid out orthogonally in the first substrate, a horizontal distance between adjacent antennas being equal to a wavelength of frequency band of each antenna, the horizontal distance between adjacent antennas is smaller than a vertical distance between adjacent antennas. An electronic device comprising the dual-frequency and dual-polarization antenna array is also provided.

Abstract: A remote control apparatus for controlling a plurality of remote controllable appliances includes a housing, an infrared signal receiving window and an infrared signal transmitting window defined in the housing. The remote apparatus determines the selected appliance and the selected function based upon a wireless signal carrying an identification transmitted by the mobile terminal, determines an infrared remote control code, and emits an infrared signal carrying the infrared remote control code. A light directing element received in the housing directs the infrared signal emitting by the infrared transmitting unit and the infrared remote control signal from the attached remote control to exit the housing through the infrared signal transmitting window, thereby controlling the selected appliance to execute the selected function.

Abstract: An electronic device for accessing wireless network includes a radio frequency (RF) module, a power supply management unit, a CPU and a data transmission interface. The RF module receives electromagnetic wave signal from networks and transmits electromagnetic wave signals to the networks. The data transmission interface transmits the electromagnetic wave signals from the RF module to the CPU, and transmits data and commands between the RF module and the CPU. When the electronic device does not communicate with a remote server on the networks during a predetermined time period, the CPU suspends the data transmission interface. A related method of saving resource is also provided.

Abstract: A wireless communicating electronic device includes a wireless communication unit, a shell receiving the wireless communicating unit therein, a touch sensing unit, and a processing unit. The touch sensing unit includes an antenna, a regulating circuit, and an analog-digital (AD) converting module. A given portion spatially corresponding to the antenna defined on the shell. The antenna generates an alternating current (AC) signal in response to a finger touch on the given portion. The regulating circuit regulates the AC signal. The AD converting module converts the AC signal into a digital signal. The processing unit executes an instruction in response to the digital signal.

Abstract: An electronic tag includes a screen, a barcode input interface configured for receiving a barcode, a wireless communication unit configured for sending the barcode to a host and receiving an updated content associated with the barcode code sent by and from the host, a driving unit configured for driving the screen to display the updated content. The electronic tag can rapidly and accurately get the article data that corresponds to the barcode of the article and display the content of the article data on the screen to update the original display.

Abstract: A remote control system for remotely controlling a plurality of remote controllable appliances includes a mobile terminal and a remote control apparatus. The remote control apparatus includes a plurality of infrared transmitting modules corresponding to a remote controllable appliances. The mobile terminal generates a wireless signal carrying an identification including information of a selected appliance and a selected function. The remote control apparatus determines an infrared remote control code associated with the selected function, and generates an infrared remote control signal carrying the determined infrared remote control code to be transmitted to the selected appliance by the corresponding infrared transmitting module to execute the selected function.

Abstract: A remote control apparatus for controlling a plurality of remote controllable appliances includes a housing, an infrared signal receiving window and an infrared signal transmitting window defined in the housing. The remote apparatus determines the selected appliance and the selected function based upon a wireless signal carrying an identification transmitted by the mobile terminal, determines an infrared remote control code, and emits an infrared signal carrying the infrared remote control code. A light directing element received in the housing directs the infrared signal emitting by the infrared transmitting unit and the infrared remote control signal from the attached remote control to exit the housing through the infrared signal transmitting window, thereby controlling the selected appliance to execute the selected function.

Abstract: A touch panel includes a touch sensitive layer, a substrate opposite to the touch sensitive layer, a conductive layer arranged between the touch sensitive layer and the substrate, and an antenna. The substrate includes a central display area and a marginal bezel area surrounding the display area. The antenna is disposed at one side of the substrate that faces away from the conductive layer. The antenna is formed on the bezel area by spraying.

Abstract: This present disclosure provides a GPS device for displaying traffic conditions and method thereof. The GPS device defines turn distance ranges according to GPS navigation information. When running into the defined turn distance range, the vehicle turns on a video device and turn signal lamps automatically, and displays the video feed provided by the video device. When passing by the defined turn distance range, the vehicle turns off the video device and the turn signal lamps automatically.

Abstract: An electronic device for accessing wireless network includes a radio frequency (RF) module, a power supply management unit, a CPU and a data transmission interface. The RF module receives electromagnetic wave signal from networks and transmits electromagnetic wave signals to the networks. The data transmission interface transmits the electromagnetic wave signals from the RF module to the CPU, and transmits data and commands between the RF module and the CPU. When the electronic device does not communicate with a remote server on the networks during a predetermined time period, the CPU suspends the data transmission interface. A related method of saving resource is also provided.

Abstract: An electronic device includes at least a pair of opposite touch keys defined on a touch panel, a touch sensing unit, a storage unit, a touch control unit, and a CPU. The storage unit stores a key-coordinate area relation list, which defines a relationship between the keys and the coordinate areas. A touch sensing unit included in the touch control unit generates signals in response to user touches on the keys. A touch area determining module included determines the coordinates touched according to the signals, and searching the key-coordinate area relation list to determine the coordinate areas including touched coordinates, and determines whether the touched coordinates distributed in both of the coordinate areas corresponding to the one pair of the pair of opposite touch keys. Then the key determining module determines an “OK” key is touched if yes. The CPU executes a function corresponding. A related method is also provided.

Abstract: A navigation method of the mobile device, wherein the mobile device comprises a GPS unit, the step comprising: receiving a message sent by an inviter mobile device; identifying whether the received message is an appointment message according to a message type flag in the message; determining an appointment location in the appointment message according to an address flag in the message; acquiring a map of the area including the location of the mobile device and the appointment location via the GPS unit; displaying the acquired map. A mobile device with navigation function is also provided.

Abstract: A navigation method of the mobile device is provided, wherein the mobile device comprises a GPS unit, the step comprising: receiving a message sent by a requester mobile device; identifying whether the received message is a route inquiry message according to a message type flag; determining a departure location and a destination of the inquiry route segment in the route inquiry message according to an address flag; acquiring route information between the determined departure location and departure of the route inquiry segment according to a GPS unit; generating a reply message including the acquired route information, and sending the generated reply message to the requester mobile device. A mobile device with navigation function is also provided.

Abstract: This present disclosure provides a global positioning system (GPS) device, and a method of safe driving. The GPS device includes a storage unit, the storage unit configured to store map data and speed limit information of each speed limit section. Each speed limit information includes a speed limit start position, a speed limit end position, and a first predetermined speed value, the method includes steps of: receiving GPS satellite navigation signals in real time; detecting current location of a vehicle and determine whether the vehicle is in a speed limit section; detecting current speed value of the vehicle when the vehicle is in a speed limit section; generating and sending a control signal to control a safety protection unit to perform a safety protection operation, when the current speed value is greater than the first predetermined speed value in the speed limit section.

Abstract: This present disclosure provides a GPS device with security function and method for the same. The GPS device includes a communications unit configured to transmit communication data between the GPS device and at least one external controlled device, at least one motion sensing unit, the method includes steps of: detecting current motion state of a vehicle, and obtaining sensing information; generating a first control signal to an external controlled device, when determining the vehicle is in a defined particular motion state; transmitting the first control signal to turn on the controlled device through the communications unit; generating a second control signal to the controlled device, when determining the vehicle isn't the particular motion state; transmitting the second control signal to turn off the controlled device through the communications unit.

Abstract: This present disclosure provides a GPS device for displaying traffic conditions and method thereof. The GPS device defines turn distance ranges according to GPS navigation information. When running into the defined turn distance range, the vehicle turns on a video device and turn signal lamps automatically, and displays the video feed provided by the video device. When passing by the defined turn distance range, the vehicle turns off the video device and the turn signal lamps automatically.

Abstract: This present disclosure provides a GPS device with a video security function and method for the same. The GPS device includes a communications unit to transmit communication data between the GPS device and at least one external video device, at least one motion sensing unit, the method includes steps of: detecting current motion state of a vehicle and obtaining sensing information; generating a first control signal to an external video device when a defined particular motion state is detected; transmitting the first control signal to turn on the video device through the communications unit; receiving the live feed provided by the video device; generating a second control signal to the video device, when the particular motion state is ended; and transmitting the second control signal to turn off the video device through the communication unit.

Abstract: The present invention provides a portable electronic apparatus. The portable electronic apparatus includes an input unit, a first controller, a second controller, a human interface device (HID), and a switch unit. The input unit generates input signals from a user. The first controller performs a first group of functional applications and generates a first group of functional interfaces. The second controller performs a second group of functional applications and also generates a second group of functional interfaces. The HID receives the input signals generated from the input unit and generates a control instruction. The switch unit receives the control instruction from the HID to switch between the first controller and the second controller. Accordingly, the first controller and the second controller perform corresponding functions.