Elastic internet-of-things intelligent gateway and elastic internet-of-things service engine

Abstract

The invention discloses an elastic internet-of-things intelligent gateway and an elastic internet-of-things service engine, and belongs to the technical field of internet-of-things applications. The internet-of-things intelligent gateway, the elastic internet-of-things service engine and an internet-of-things service application are involved and are connected mutually through the Ethernet; and through the elastic internet-of-things intelligent gateway and the elastic internet-of-things service engine, by adopting technical methods of "cloud intelligent protocol stack and training, local gateway self-adaptation, self-learning and self-reporting" and the like, standard universalization of the internet-of-things intelligent gateway, elastic internet-of-things networking and management, and construction of internet-of-things tail-end sensing equipment which can be connected in a non-differential mode, are achieved. The universal elastic internet-of-things intelligent gateway and elastic internet-of-things service engine have the advantages that the field construction of the internet-of-things tail-end sensing equipment connected in the non-differential mode is realized; local field integrated configuration is not needed; remote scripted development of a tail-end sensing equipment protocol analysis adapter is performed; and elastic internet-of-things networking and management are realized.

Description

technical field [0001] The invention relates to an elastic Internet of Things intelligent gateway and an elastic Internet of Things service engine, belonging to the technical field of Internet of Things application. Background technique [0002] The Internet of Things application system generally uses the Internet of Things gateway as an important link between the sensory network and the communication network to realize the extensive access of IoT devices, protocol conversion, and access device management. At present, the Internet of Things gateways on the market generally adopt the method of dedicated gateways, that is, the gateways are pre-installed with terminal sensor device protocol adapters, project localized debugging access, and gateway uplink communication methods. [0003] Its technical disadvantages are: 1. The development of protocol adapters for various terminal sensing devices of the gateway is highly professional and difficult; 2. The scenario flexibility of t...

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Problems solved by technology

[0003] Its technical disadvantages are: 1. The development of protocol adapters for various terminal sensing devices of the gateway is highly professional and difficult; 2. The scenario flexibility of the gateway device is poor, and the protocol adapters of the terminal sensing devices need to be prefabricated in advance according to the scene, and later on-demand Difficult to adjust; 3. The implementation of the project requires technical personnel to go to the site for debugging and integration, unable to work remotely, and the implementation cost is high

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