Abstract: A composite measurement system for measuring nanometer displacement is provided. The system includes: a light source, a polarization beam splitting prism, a first phase change module, a second phase change module, a first right-angle prism, a second right-angle prism, a non-polarization beam splitting prism, a scalar interference light collection module, a vector interference light collection module and a displacement calculation module. In the present disclosure, a photodetector is configured to collect an intensity of scalar interference light of the object to be measured being moving, to obtain a periodic light intensity change curve; a CCD camera is configured to collect images of interference vortex light of the object being moving; and the displacement calculation unit is configured to calculate a displacement of the object according to integer periods of the light intensity change curve and angles of image changes of the interference vortex light.

Abstract: A system and method for collecting traffic violation data sets at least one possible traffic violation item in the electronic device, selects a corresponding traffic violation item when a traffic violation occurs, and activates a CCD camera of an electronic device to capture an image of the traffic violation. The system and method further uses an assisted global position system (A-GPS) to obtain location information and time information of the traffic violation, verifies access of a user of the electronic device, and transmits the image, the location information, the time information and the digital certificate to a traffic management server to process the traffic violation.

Abstract: A network selection method automatically selects a communication network for a multi-mode mobile communication device, which has operability in two or more communication networks. Plural of digit map strings and a network priority setting are provided and stored in the mobile communication device. An input phone number is compared with all the digit map strings to obtain a match result. A communication network is selected by the mobile communication device among two or more communication networks based on a current network status, the match result, and the network priority setting.

Abstract: A method for managing incoming calls for a dual mode phone, comprising steps of: receiving an incoming call from a terminal; processing the incoming call and generating a prompt message to notify a user of the dual mode phone of the incoming call; determining whether the user accepts the incoming call; determining whether the dual mode phone is idle, if the user accepts the incoming call; determining whether a type of the incoming call matches with a current call mode of the dual mode phone if the dual mode phone is idle; switching from the current call mode to another call mode matching with the call mode of the incoming call if the type of the incoming call does not match with the current call mode of the dual mode phone; and establishing communication between the terminal and the dual mode phone.

Abstract: A system and method for collecting traffic violation data sets at least one possible traffic violation item in the electronic device, selects a corresponding traffic violation item when a traffic violation occurs, and activates a CCD camera of an electronic device to capture an image of the traffic violation. The system and method further uses an assisted global position system (A-GPS) to obtain location information and time information of the traffic violation, verifies access of a user of the electronic device, and transmits the image, the location information, the time information and the digital certificate to a traffic management server to process the traffic violation.

Abstract: A mobile communication device (10) for processing calls of different types includes a call management module (30), a phone book module (40), a call history module (20), and a display module (50). The call management module processes the calls of different types, and generates call histories. Each of the call histories includes a phone number and a call type. The phone book module saves a plurality of phone entries, and each phone entry includes a name, a corresponding phone number, and a corresponding call type. The call history module is connected to the call management module and the phone book module, and saves the call histories. The display module is connected to the call history module, and displays the call histories.

Abstract: A method for managing incoming calls for a dual mode phone, comprising steps of: receiving an incoming call from a terminal; processing the incoming call and generating a prompt message to notify a user of the dual mode phone of the incoming call; determining whether the user accepts the incoming call; determining whether the dual mode phone is idle, if the user accepts the incoming call; determining whether a type of the incoming call matches with a current call mode of the dual mode phone if the dual mode phone is idle; switching from the current call mode to another call mode matching with the call mode of the incoming call if the type of the incoming call does not match with the current call mode of the dual mode phone; and establishing communication between the terminal and the dual mode phone.

Abstract: A network selection method automatically selects a communication network for a multi-mode mobile communication device, which has operability in two or more communication networks. Plural of digit map strings and a network priority setting are provided and stored in the mobile communication device. An input phone number is compared with all the digit map strings to obtain a match result. A communication network is selected by the mobile communication device among two or more communication networks based on a current network status, the match result, and the network priority setting.

Abstract: A mobile device for communicating in a first network or a second network includes a user interface (10, 10?), a call routing module (20, 20?), a network interface (60, 60?), a first communication module (30, 30?), a second communication module (40, 40?), and a phonebook management module (50, 50?). The call routing module is connected to the user interface for choosing a communication path. The network interface is used for connecting the mobile device to the first network or the second network. The first communication module and the second communication module are respectively connected between the call routing module and the network interface such that the mobile device can be communicated via the first network or the second network. The phonebook management module is also connected between the call routing module and network interface, for storing a communication history of the mobile device.

Abstract: A gaming machine and a method for playing a game includes a base game and a bonus game. The gaming machine includes a display for displaying a plurality of game elements during the base game and a controller, coupled to the display, for controlling the display during the base game and the bonus game as a function of input by a player. An occurrence of a triggering event is detected during the base game, and responsively the bonus game is entered. The triggering event is defined by a predetermined number of a bonus game element appearing on the display during the base game. A bonus is awarded to the player during the bonus game.