Quick positioning GPS mobile phone
Technical field
The utility model relates to a kind of mobile communication equipment, particularly a kind of quick positioning GPS mobile phone that utilizes single-chip microcomputer record locating information.
Background technology
The mobile phone of band GPS function is used widely, and this mobile phone also can carry out navigator fix by the GPS function in the mobile phone except that the function that mobile communication is arranged, for user's trip brings many convenience.Yet, existing GPS mobile phone only carries out navigator fix by the function of searching that carries on the GPS chip, Ding Wei speed is slow like this, needs just can finish in 4 to 5 minutes the location of localizing objects usually, and such locating speed can not satisfy the needs of modern fast pace life.
The utility model content
Technical problem to be solved in the utility model provides a kind of quick positioning GPS mobile phone that can effectively improve navigation speed.
For solving the problems of the technologies described above, the utility model is realized as follows: quick positioning GPS mobile phone described in the utility model is made up of mobile phone body, processor and GPS chip; The mobile phone body is provided with mobile communication module, display screen, function key, microphone, receiver, sim card slot, USB interface, reserve battery, switch, the mobile communication module is electrically connected with display screen, function key, microphone, receiver, sim card slot, USB interface, reserve battery, switch respectively, realizes functionality mobile communication; Processor and GPS chip are located on the mobile phone body, and, data-storing unit and navigator fix software being arranged in the processor by the electrical connection of mobile phone body, processor control GPS chip carries out navigator fix, and depositing navigation information in the data-storing unit, the GPS chip is connected with gps antenna.
Described processor is 8 single-chip microcomputers, and the navigation information with navigation information in the data-storing unit and GPS chip mates processor in the very first time, if match information is arranged, then other navigation informations can be retrieved out.
Good effect of the present utility model is: the utility model is integrated into a single-chip microcomputer and is used to control the GPS chip on the cell phone mainboard, thereby realization rapid navigation, this single-chip microcomputer is similar to processor as a control chip, can remember the information state of navigation, mate by singlechip chip in the very first time, as find match information, then other navigation informations also can be retrieved out, thereby significantly reduced the time of searching star, can in 30 seconds, finish the navigator fix of mobile phone in this way.
Description of drawings
Fig. 1 is the utility model structural representation
1 mobile phone body, 2 processor 3GPS chips among the figure
4 mobile communication modules, 5 display screens, 6 function keys
7 microphones, 8 receiver 9SIM draw-in grooves,
10USB connects 11 batteries, 12 switches
13 data-storing unit, 14 navigator fix software 15GPS antennas
Embodiment
As shown in Figure 1, quick positioning GPS mobile phone described in the utility model is made up of mobile phone body 1, processor 2 and GPS chip 3; Mobile phone body 1 is provided with mobile communication module 4, display screen 5, function key 6, microphone 7, receiver 8, sim card slot 9, usb 10, battery 11, switch 12, the mobile communication module is electrically connected with display screen 5, function key 6, microphone 7, receiver 8, sim card slot 9, usb 10, battery 11, switch 12 respectively, realizes functionality mobile communication; Processor 2 and GPS chip 3 are located on the mobile phone body 1, and by 1 electrical connection of mobile phone body, data-storing unit 13 and navigator fix software 14 are arranged in the processor 2, processor 2 control GPS chips 3 carry out navigator fix, and depositing navigation information in data-storing unit 13, GPS chip 3 is connected with gps antenna 15.
Described processor 2 is 8 single-chip microcomputers, and the navigation information with navigation information in the data-storing unit 13 and GPS chip 3 mates processor 2 in the very first time, if match information is arranged, then other navigation informations can be retrieved out.