Intelligent tour conducting system and method for scenery spots

Abstract

The invention provides an intelligent tour conducting system for scenery spots, which comprises a mobile terminal, a scenery spot database, a scenery spot application server and a mixed mobile positioning system. A yaw angle of the mobile terminal can be calculated by an eSensor module of the mobile terminal; the latitude and the longitude of the current position can be acquired by the mixed mobile positioning system; the unique possible user direction can be decided by using the latitude and the longitude as well as the yaw angle; then final directing scenery spot can be determined by connecting the mobile terminal and the server or adopting a local mode; and the eSensor module of the mobile terminal can record the real-time track of users by matching a gravity sensor with the mixed mobile positioning system. Meanwhile, the invention also provides an intelligent tour conducting system for scenery spots. In the method, two modes of a local mode and a server mode are provided. By using the mobile for independent travel, artificial interference is not required and the area range cannot be limited; and by using a hand-held terminal to point to buildings at scenery spots, correlative information of the buildings and peripheral correlative service information can be browsed and tourists can be prevented from entering dangerous areas.

Description

technical field [0001] The present invention relates to a scenic spot intelligent tour guide system and method, in particular to an LBS-based eSensor self-service scenic spot intelligent tour guide system and method. Background technique [0002] As self-guided tours have become a hot spot for mass consumption, many electronic tour guides for self-guided tours have been born one after another. Now the self-guided tour systems appearing on the market, one is the radio tour guide system, this system needs to establish a special launcher, The use of specialized terminal equipment can only work within a limited area; the other is to obtain the longitude and latitude coordinate data of the current location through GPS positioning, and find the location of the consumer on the map according to the longitude and latitude geographic coordinate data matching, and then, Then provide users with building information around the user, recommend surrounding facilities (such as hotels and re...

AI Technical Summary

Problems solved by technology

[0005] For the problems existing in the current self-service tour guide system: small coverage, monotonous multimedia information of scenic spots, positioning error of GPS positioning in dense buildings, tourists without a sense of direction can not quickly understand the information of the scenic spots and buildings they see, and the safety of tourists' whereabouts, etc. , the present invention provides a scenic spot intelligent tour guide system and method to provide users with better self-service tour guide services

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