Internet-of-Things platform system and cloud platform thereof, and local terminal

Abstract

The invention discloses an Internet-of-Things platform system and a cloud platform thereof, and a local terminal. The cloud platform includes an IoT gateway, a streaming media service module, a rulesengine module, a general service module, a management center, a visualization module and an open gateway. The local terminal includes an edge gateway and a sensing device, and the edge gateway includes an acquisition module, a video server and a display module. The edge gateway is configured to connect an IoT-related hardware facility and the sensing device in the weak current system to obtain data of the sensing device and upload the data to the cloud platform; and the cloud platform is configured to connect downwards with the sensing device and the local terminal to obtain data and connect upwards with service and application. According to the technical scheme, the Internet-of-Things platform system and the cloud platform thereof, and the local terminal have good openness and good safety, and high-reliability and cross-system message channel capability.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an Internet of Things platform system, a cloud platform and a local terminal thereof. Background technique [0002] There are still many problems in the Internet of Things system of the prior art. For example, the current construction field includes multiple subsystems such as the parking lot system, BA system, and fire protection system. The existing weak current systems are relatively independent and do not communicate with each other. This makes it difficult for the subsystems to work together and maximize their effectiveness. The main defects include: 1. Equipment isolation: each system equipment lacks connectivity, and cross-project and cross-system linkage cannot be realized. 2. Data dispersion: There are now complete customer data, employee data, and equipment data, but they are all stored in isolation and have no connection. The hardware equipment cannot...

AI Technical Summary

Problems solved by technology

For example, the current construction field includes multiple subsystems such as parking lot system, BA system, fire protection system, etc. The existing weak current systems are relatively independent and do not communicate with each other, making it difficult for the subsystems to work together and maximize their effectiveness.

The main defects include: 1. Equipment isolation: each system equipment lacks connectivity, and cross-project and cross-system linkage cannot be realized

2. Data dispersion: There are now complete customer data, employee data, and equipment data, but they are all stored in isolation and have no connection. The hardware equipment cannot identify customers and provide targeted high-quality services; there is no basis for comprehensive equipment collection data. Further provide data analysis, forecast, and optimize resource allocation

3. Repeated development: If new application services are developed, existing service components cannot be reused, resulting in waste of resources and inefficiency

4. The system has not realized closed loop: business process processing is not automatically closed loop, and there are many links that require manual intervention

5. Standardized services have not been formed: no data analysis, prediction, and resource allocation optimization are provided on the basis of comprehensive equipment collection data; when new projects are constructed, they cannot be copied and promoted quickly

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