| Patent application number | Description | Published |
|---|
| 20100105333 | SPEED MEASURING SYSTEM AND SPEED MEASURING METHOD THEREOF - A speed measuring system for measuring the speed of a wireless communication terminal communicating with a base station includes an angle measuring unit, a distance measuring unit, a time measuring unit, and a speed calculator. The base station includes a signal tower and an antenna on the signal tower. The signal tower defines a central longitudinal axis perpendicular to the antenna, and the axis intersects the antenna at a point. The angle measuring unit measures an included angle between signal from the wireless communication terminal at any location and the antenna. The distance measuring unit measures a distance between the wireless communication terminal at any location and the point. The time measuring unit measures the time the wireless communication terminal takes from a first location to a second location. The speed calculator calculates the speed of the wireless communication terminal. | 04-29-2010 |
| 20110111768 | MOBILE PHONE AND LOCATION UPDATE METHOD THEREOF - A mobile phone and a location update method adapted for the mobile phone are provided. The mobile phone includes a location update processing unit, a location area judging unit, a scope acquiring unit, a scope judging unit, and a selecting unit. When the mobile phone frequently moves back and forth within a predetermined scope of a boundary area of two adjacent location areas, the mobile phone does not perform a location update, and thus the mobile phone does not need send updated location information to a network server and saves a lot of power. | 05-12-2011 |
| 20110136514 | MOBILE PHONE AND METHOD FOR ADJUSTING SUSPENSION OF COMMUNICATION TIME OF MOBILE PHONE - A method for adjusting a suspension of communication time of a mobile phone is provided. Wherein the mobile phone receives wireless signals from a base station and transmits signals to the base station. The wireless signals include the suspension of communication time. The method includes decoding the received wireless signal and determining whether there are too many failed attempts to decode wireless signals in a first predetermined time, further determining the mobile phone enters a dead zone of a network, and determining size of dead zone and sensing movement speed of the phone to determine when the mobile phone will leave the dead zone. If the mobile phone will leave the dead zone soon, maintaining the connection with the network, otherwise hanging up the call. | 06-09-2011 |
| 20110136544 | PORTABLE ELECTRONIC DEVICE WITH DATA TRANSMISSION FUNCTION AND DATA TRANSMISSION METHOD THEREOF - A data transmission method is applied in a portable electronic device including a touch-sensitive unit. The data transmission method includes: obtaining at least one relative orientation value of at least one external portable electronic device relative to the portable electronic device from a server; determining touched touch points of the touch-sensitive unit and a touch track according to the touched touch points once a touch operation occurs; determining a touch direction value according to the touch track; comparing the touch direction value with the at least one relative orientation value to determine which of the at least one external portable electronic device the portable electronic device will transmit selected data to; and transmitting the selected data to the determined external portable electronic device. A related portable electronic device is also provided. | 06-09-2011 |
| 20110138328 | ELECTRONIC DEVICE CAPABLE OF ARRANGING ICONS AND METHOD THEREOF - A method for arranging icons in an electronic device is provided. The electronic device includes a storage unit storing a table recording icons provided by the electronic device and the number of click frequency of each of the icons. The method includes recording which of the icons is clicked and updating the number of click frequency of the clicked icon in the table, further causing the number of click frequency of the clicked icon to increase one if the icon is clicked. Then, arranging some of the icons according to the number of click frequency recorded in the table if a currently run application is closed. | 06-09-2011 |
| 20110158557 | IMAGE SERVER AND IMAGE TRANSMISSION METHOD THEREOF - An image server including a storage unit and a processing unit is disclosed. The storage unit stores at least one image and sub-images corresponding to each image. Each sub-image is assigned with a priority value. The processing unit includes an image searching module, an order determining module, and an image transmitting module. The image searching module is configured to search the sub-images of an image in the storage unit responding to a request for images from a terminal device. The order determining module is configured to determine an order of transmitting the searched sub-images according to the priority value of each of the searched sub-images. The image transmitting module is configured to transmit the searched sub-images in the predetermined order to the terminal device via a network. | 06-30-2011 |
| 20110242393 | IMAGING DEVICE AND METHOD FOR CAPTURING IMAGES WITH PERSONAL INFORMATION - A method for capturing images applied in an imaging device is provided. The imaging device includes an image capturing unit having a field of view. The imaging device is capable of sensing first position information and determining which orientation the image capturing unit faces, and further communicates with portable communication devices some of which are in field of view and receiving a second position information and personal information. The method includes the establishment of a coordinate system and converting the first position information and the second position information to the set of coordinates. The method includes: first determining whether one of the portable communication devices is in the field of view. Then, determining which person of the captured image corresponds to one of the portable communication devices, and associating the personal information with the determined person of the captured image. Next, generating a composite image. | 10-06-2011 |
| 20110268423 | VIDEO DEVICE AND METHOD FOR CAPTURING VIDEO WITH PERSONAL INFORMATION - A method for capturing videos applied in a video device is provided. The video device includes a video capturing unit having a field of view and a timer. The video device includes a position sensing unit capable of sensing first position information, and an orientation sensing unit. The video device rotatingly receives second position information and personal information periodically. The method included is first to clear the timer and begin the timer again. Then, obtaining the second position information, the personal information, the first position information, and the orientation. Next, forming a coordinate system and converting the first position information and the second position information to a set of coordinates. Then, determining which person correspond to which of the portable communication devices, and associating the personal information with each person. Next, generating a composite image and a composite video comprising the composite images. | 11-03-2011 |
| 20110269514 | MOBILE PHONE AND STATUS CONTROL METHOD THEREOF - A mobile phone and a status control method adapted for the mobile phone are provided. The mobile phone communicates with a wireless network, such as GPRS. The mobile phone includes a data transmission unit, a processing unit, and a storage unit. The processing unit records a start time and a stop time of each event which defines the running of an application program when data transmission unit transfers data packet of the application program, and calculates an average interval time of the application program, and stores the average interval time. When a waiting time reaches the average interval time of the application program in the ready state, the mobile phone enters into the standby state in advance, and thus the mobile phone does not need send updated location information to the SGSN and saves a lot of power. | 11-03-2011 |
