Device and method for accessing embedded monitoring equipment for base station value-added application

Abstract

The invention relates to a device for accessing embedded monitoring equipment for base station value-added application, which comprises an application system data interactive module, a value-added application interactive module, a value-added application management module and a value-added application module. By detecting the value-added application module and configuring a specific value-added application module, the data of the value-added application module is acquired by the application system data interactive module via the value-added application interactive module, and then the value-added application module is controlled to realize a value-added service. The device and the method utilize the arranged value-added application module to concretize different value-added application modes by the modules so as to facilitate the expansion of the value-added application and fully utilize the existing base station equipment, therefore the value-added application can be fully expanded without affecting the original base station system, and additional hardware and software costs are not added, and the allowable reliability of the hardware and software is increased.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a device and a method for accessing base station value-added applications to existing embedded monitoring equipment. The device and method can make full use of existing base station equipment to perform extended value-added services. Background technique [0002] After the base station in the wireless system realizes the monitoring of the local environment (such as temperature and humidity, infrared, door sensors, smoke detectors, etc.) The development and maturity of the application of many monitoring technologies, as well as various requirements for energy saving, security, fault emergency, etc., need to realize these specific requirements on the basis of existing base station resources (such as air-conditioning energy-saving control, fan control, alarm linkage, anti-theft etc.), to achieve the purpose of value-added applications. [0003] In the existing technology th...

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Problems solved by technology

[0004] The first way is to expand the original equipment by adding hardware. For example, adding the value-added application of air conditioning and energy saving on the basis of the original environmental monitoring requires adding an air conditioning control module and an ambient temperature detection module to the original control equipment. Moreover, it is necessary to modify the original logic control unit to support this value-added application, which increases the hardware cost and causes a certain degree of equipment redundancy, which leads to waste, such as duplication of data collection and duplication of equipment;

[0005] The second method is to implement value-added applications purely through software, that is, under the adjustment of the original control system, modify the original software system and add a new logic control module. This method increases the cost of the software, and the software Modifications can easily cause damage to the original functions. At the same time, the modification corresponds to a single value-added function. A modification is basically for a value-added application. At the same time, the value-added application must be based on the existing hardware, and the existing hardware cannot realize the function. , it is impossible to carry out value-added applications

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