Manpower-free automatic service center type automobile network anti-theft and anti-robbery monitoring alarm and satellite positioning system

Abstract

This is the manual-free automatic service center style auto network anti-theft anti-robbery monitoring alarm and satellite positioning system. It based on GSM / GPRS / CDMA / 3G and other mobile communication network, telecom network, Internet network, GPS, GIS, data-character switch processing, character and voice switch processing, data storage and connection processing and so on. It builds the complete network manual-free automatic service center. The system vehicle-carrying host in this invention can compliant with any existing vehicle-carrying burglar alarm, and can real-time view / send various information of vehicle by any communication network remotely. It can also use the intelligent voice platform of this system send words, voice, image, picture and other system information and attached added value service information to various communication terminal of system user.

Description

technical field [0001] The present invention relates to a system for connecting users through a radio link, in particular to mobile user equipment, equipment for remote control and telemetry using radio waves, and in particular to mobile communication systems based on GSM / GPRS / CDMA / 3G (Global Communications System / Code Division Multiple Access Mobile Communications System) ), GPS (satellite positioning system), INTERNET network to realize the automatic service center car network anti-theft and anti-robbery monitoring alarm and satellite positioning system. Background technique [0002] In the prior art, there is a GPS system for positioning vehicles such as vehicles, and the system can accurately locate moving objects. And all GPS systems are provided with a call center that provides specific positioning and positioning-related information services. A common working method is to send the basic positioning information of the collected mobile target to a processing device, suc...

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Problems solved by technology

[0003] Another common way of working is to store the collected basic information of the location of the mobile target in the call center, and perform GIS processing in the call center, and communicate between the call user and the call center in the form of a complete short message, and use the relevant location The application information is sent to the mobile phone of the calling user to end the call service. This process is often used in more professional systems, such as a "vehicle dispatching information transmission method" disclosed in Chinese patent application 02111547.8. Since it does not use voice communication at all, Its shortcoming is that the short message is unintuitive coded data, the user has no way to directly understand its meaning, and it is still very inconvenient to use

[0004] There is also a common way of working is to store the collected basic information on the positioning of the mobile target in the call center, and perform GIS processing in the call center. The map of the location of the specific mobile target is displayed on the display screen of the service terminal of the call center. The user communicates with the dedicated service personnel sitting in front of the display screen through the phone, and finally the service personnel read the relevant positioning application information to the calling user, and / or send it to the calling user's mobile phone in the form of a short message. Ending the call service, this process, due to the existence of manual services, the calling user takes a long time to obtain the service, and the cost is also high, which greatly limits the wide use of location information

[0005] It can be seen that how to automatically provide callers with intuitive short messages and voice interaction in the whole process by the call center without manual service in positioning applications has not been well resolved.

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