Abstract:
The invention discloses an Internet phone transmitting signals through a USB interface, which comprises a thin client and a digital phone. The USB interface connects the thin client and the digital phone. The phone communication is achieved through the online function of the thin client. The voice message sending procedure transmits outgoing message signals to the thin client through the USB interface. The thin client converts the outgoing message signals into an outgoing message VOIP package. The outgoing message VOIP package is then transmitted through a network to a target. The voice message receiving procedure transmits an incoming message VOIP package from the target back to the thin client through the network and converts the incoming message VOIP package into incoming message signals. Further through the USB interface, the incoming message signals are transmitted to the digital phone. Finally, the voice message receiving procedure completes by outputting the incoming message signals through the digital phone.
Abstract:
A touch screen construction 10 provides a plurality of brilliant command icons 122 for user to operate an electronic device easily. The icons are marked on an icon layer 12 mounted between a top touch layer 11 and a bottom display layer 14. A cool light layer 13 is located under the icon layer for illuminating the command icons, so that, the user can see the icons clearly and prevent mistaken operation of the electronic device even in the dark.
Abstract:
An electronic device having a removable cover comprises a housing, a hinged member and a cover, wherein a shaft of the cover can be passed through the bottom of an elastic hook of the hinged member and be positioned in a first recess of the housing while the hinged member is rotated to an open state, and the elastic hook of the hinged member can be snapped into a slot of the housing for securing the shaft so that the cover is capable of pivoting about the electronic device or removing from the electronic device.
Abstract:
The present invention discloses a method for displaying multiple frames on a small screen of a communication device, which comprises the steps of setting display width for all subwebs and root web of a webpage to its maximum while the communication device is used for browsing the webpage on the Internet, hiding the subwebs and the root web, and then setting a dialog box on the screen of the communication device. The dialog box comprises at least one option provided for selecting the subwebs and the root web, such that the corresponding selected subweb or root web will be displayed on the screen for browsing according to a selected option, and each subweb or root web can be displayed completely on the small screen of the communication device according to a selected instruction.
Abstract:
The present invention discloses a method for blocking network advertising, which comprises the steps of installing a blocking software program having at least one blocking module in the storage medium of an electronic device, each blocking module has different blocking conditions going with a corresponding processing condition respectively, such that during the process of the electronic device reading a webpage editing content, the electronic device will execute the blocking software program and use the blocking module to process the webpage editing content. If the webpage editing content matches any of the blocking conditions, the corresponding processing condition will be used for processing accordingly and prevent the network advertising from appearing on the browser window or keep on processing the webpage editing content.
Abstract:
The mobile phone monitor and remote control system enables users to monitor the mobile phone operation status and remotely control its operation without taking out the mobile phone (10). It has an independent remote control (40) and a message receiving module located in the mobile phone (10), to communicate with the remote control (40)and indicate the mobile phone operation status, such as the number of an incoming call, on a display screen (42) located on the remote control (40). Users may choose to take or pass the call through the remote control function, or take the call with a coupling headset and microphone.
Abstract:
A structure of the operation interfaces on mobile phones is disclosed. Two operation interfaces that can be alternatively used are designed on a mobile phone to provide an appropriate human-machine operation interface. A flappable cover is provided on the mobile phone. When the cover is closed, its exposed surface has a dialing keypad with keys for dialing and relevant communication functions. The other side of the cover is installed with character input keyboard for word or character input. Along with a large display screen for manual writing input, a user can select an appropriate interface from them according to his needs. The display could have a touch sreen property. The cover is foldable connected via a hinge to the main body of the phone.