Airport apron device production state sensory data concentrator

Abstract

The invention provides an airport apron device production state sensory data concentrator comprising a front end data collecting unit and a main control unit for realizing safety monitor and control of state and environment parameters of airport apron land-based facilities, device management and device maintenance. The front data collecting unit is connected to the airport apron land-based facilities through an output end of a field airport apron device data interface; the output end is connected to the field main control unit; the field main control unit is connected to a management server. According to the invention, a data collecting module and the main control unit are integrated to quickly collect, store, process and forward data; the work condition of a main board is further relieved by a built-in operation system of the data collecting unit so that the main board is made to have more resources to carry out network transmission which meet the requirement of remote server real-time monitoring. Further, the real-time device maintenance on work condition site is realized. The built-in operation system of the front data collecting unit can collect analog signals, wireless signals and intelligent device transmission signals and can carry out certain pretreatment.

Description

technical field [0001] The invention belongs to the technical field of apron intelligent equipment, and in particular relates to a production state perception data concentrator of airport apron equipment. Background technique [0002] At present, at the apron sites of major airports, most of the apron equipment rely on bus transmission or stand-alone display of working condition information. The information of each equipment on the apron is separated independently, and the information collection is also separated from each other. Moreover, there are many devices on the apron, and there are many types of data, so there are great difficulties in equipment wiring. At the same time, data collection faces problems such as many sensors, wide areas, and large interference. In addition, under the existing airport equipment monitoring method, the complexity of equipment wiring will make the real-time performance of data poor. Most of the staff need to understand the working condition...

AI Technical Summary

Problems solved by technology

Moreover, there are a lot of equipment on the apron, and there are many types of data, so there are great difficulties in equipment wiring. At the same time, data collection faces problems such as many sensors, wide areas, and large interference.

In addition, under the existing airport equipment monitoring method, the complexity of equipment wiring will make the real-time performance of data poor. Most of the staff need to understand the working conditions of the equipment after transcribing, summarizing and comparing the data of a single machine, so as to ensure the real-time performance of the equipment. Repairs caused great difficulty

Moreover, such a working method will inevitably sacrifice the service life and maintainability of the equipment, thereby affecting the reliability of equipment operation, and is not conducive to ensuring the safe operation of ground equipment.

At present, some airports use equipment production status awareness monitoring equipment with single function and general processing capacity. For complex apron working conditions, equipment layout needs to be equipped with multiple sets of equipment, and the real-time data cannot be fully guaranteed, and the system stability is not enough.

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