Environment monitoring wireless data transmitting system for region with no communication signal

Abstract

The invention discloses an environment monitoring wireless data transmitting system for a region with no communication signal. The environment monitoring wireless data transmitting system comprises a data acquisition module, a data forwarding module, a data uploading module and a control power supply module; the data acquisition module comprises a UNO control panel of Arduino, a sensor and an Xbee module; the data forwarding module comprises two Leonardo control panels of Arduino and two Xbee modules; and the data uploading module comprises a UNO control panel of Arduino, an Xbee module and a GPRS expansion board, and the GPRS expansion board is inserted into the UNO control panel of the Arduino. The environment monitoring wireless data transmitting system has the characteristics of convenience in use and low cost and is suitable for being popularized to use.

Description

technical field [0001] The invention belongs to the technical field of communication, and relates to a wireless data transmission system for environment monitoring in areas without communication signals. Background technique [0002] For densely populated areas, all kinds of wired or wireless communication methods are very developed, such as: SMS text messages; broadband connection to the Internet; where there is a wifi connection, connect to the Internet wirelessly. [0003] However, the wild area is often a blind area for all daily communication signals. Except for satellite communication, all daily communication methods in the blind area cannot be used, and it is impossible to communicate and transmit information. At present, the cost of satellite communication is relatively expensive, and the deployment of equipment is also more troublesome. Moreover, when there is no power supply in the wild, the cost of input equipment is higher, and it is a relatively expensive means ...

AI Technical Summary

Problems solved by technology

[0003] However, the wild area is often a blind area for all daily communication signals. Except for satellite communication, all daily communication methods in the blind area cannot be used, and it is impossible to communicate and transmit information.

At the present stage, the cost of satellite communication is relatively expensive, and the deployment of equipment is also more troublesome. Moreover, when there is no power supply in the wild, the cost of input equipment is higher, and it is a relatively expensive means of communication.

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