Remote control system for realizing the batch operation of silver iodide generators based on AT instructions

Abstract

The invention discloses a remote control system for realizing the batch operation of silver iodide generators based on AT instructions. The remote control system comprises a CMS/MMS module, a monitoring center, a database, a sending module, a receiving module, and an application processing module. The CMS/MMS module, based on the secondary development package of a serial instruction set, calls a short-message transceiving API to send and receive short messages. The monitoring center is configured to centralize and supervise the silver iodide generator signals sent from the CMS/MMS module. Thedatabase is configured to store the configuration information of the silver iodide generator. The sending module is configured to send an AT instruction, wherein only one AT instruction is sent at anytime. The receiving module is configured to receive and analyze the AT instruction, and trigger different application layer tasks according to different conditions of received characters. The application processing module is used for analyzing the content of the short message in the AT instruction, and performing corresponding operations according to the different content of the short message.

Description

technical field [0001] The invention relates to the technical field of digital information transmission and processing methods, in particular to a remote control system for realizing batch operations of smoke furnaces based on AT commands. Background technique [0002] Weather modification operations are mostly selected in places with few people, few buildings, commercial crops, remote mountainous areas, and reservoirs. Due to the characteristics of the smoke path, the operation of the shadow smoke stove is mostly selected in mountainous areas and places with higher altitudes. The mountain area is sparsely populated and the wireless communication signal is poor. The advantage of the smoke furnace operation is that it does not need to apply for the operating airspace, and the smoke furnace operation can be carried out at any time. At present, the control methods for the operation of the shadow smoke furnace include: single-point CMS / MMS smoke furnace communication control fo...

AI Technical Summary

Problems solved by technology

When encountering a large-scale weather process, the opportunity is fleeting. If only one smoke stove can be independently controlled for ignition operation at the same time through the single-point operation control software, many other nearby smoke stoves are likely to miss the last time of the operation. good time

Moreover, this kind of smoke furnace operation control software is only a pure smoke furnace control, without the corresponding geographical space concept, it is difficult for users to quickly understand which areas a large-scale weather process can affect in the first place, and how many areas are deployed in the affected areas smoke stove

[0004] Smoke furnace operation control based on multi-point communication between GPRS and Beidou operation, that is, using GPRS communication may cause communication interruptions due to poor wireless signals in mountainous areas; Beidou communication will increase too much smoke furnace due to long-term wireless data connection Communication service traffic charges, causing a large cost burden on shadow work

Moreover, this wireless communication control method lacks the combination of geographical information, weather forecast, and weather observation data, so it is difficult to quickly realize large-scale smoke furnace operations in the area affected by the weather process