A multi-function electronic guiding system

Abstract

A multifunctional electronic guide system comprises a central computer server connected with a view spot receiving / transmitting device which is capable of receiving information transmitted by the view spot receiving / transmitting device. The view spot receiving / transmitting device is also connected, besides the central computer server, with a guide machine via a wireless communication mode; and the guide machine is connected with the view spot receiving / transmitting device by means of wireless communication and connected with an anti-theft prompt returning through wireless communication. The guide machine can identify different view spot transmitting / receiving devices and provide different interpretation information and road information to tourists. Additionally, the guide machine can also identify the anti-theft prompt returning device to remind the tourists to return and simultaneously remind security guard to supervise and prevent malicious theft. The central computer server can receive information transmitted from each view spot receiving / transmitting device, dynamically track and display the position of the guide machine through systemic software, and count the number of tourists and the residence time of the tourists, thereby significantly improving the management efficiency of view area.

Description

【Technical field】 [0001] The invention relates to an electronic tour guide system, in particular to a multifunctional electronic tour guide system that provides tour guide explanations for tourists, self-positioning and navigation in scenic spots, passenger flow statistics and tourist orientation tracking for scenic spot management. 【Background technique】 [0002] The traditional tour guide method in the tourism industry is that tour guides directly lead tourists while walking and explaining. This traditional tour guide method can be suitable for group tourists, and with the continuous development of the current tourism industry, individual travel and individual travel methods are showing more and more tourism trends. Therefore, the electronic tour guide device suitable for the above-mentioned tourism trend emerges immediately. In the prior art, there are two types of electronic tour guides. One is to set the commentary in the broadcast transmitter to play in a loop. Touris...

AI Technical Summary

Problems solved by technology

There are two types of automatic identification of scenic spot numbers: infrared technology and radio frequency technology. The disadvantage of infrared technology is that it is easily blocked and the distance is short, while radio frequency technology can better reflect its advantages.

However, the coverage of the existing radio frequency electronic tour guide technology cannot be adjusted, so it cannot adapt to the huge changes in the coverage area from museums to famous mountains and rivers. At the same time, the radio frequency device placed in the scenic spot as a mark only continuously emits identification numbers and cannot carry out two-way communication

Therefore, it is impossible to determine the location of tourists in the scenic spot, that is, it is impossible to know what scenic spots are in the direction of tourists. Therefore, it is impossible to provide passenger flow statistics and tourist tracking for scenic spot management, and only provide commentary in different ways That's all

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