Building networking virtualization management platform and management method

Abstract

The invention provides a building networking virtualization management platform and a management method. By storing user information, device information, node information, operation rules, virtual space and a correlation table among the above parameters, storage and management on data of each device and the operation relation between the devices are realized. A communication protocol is set, the communication protocol is used for data interaction with an Internet of Things node and an Internet of Things DDC controller, based on the operation rule, a virtualization configuration management architecture is constructed, virtualization management on each piece of space and a device module corresponding to a preset management authority is completed, coordinated operation between devices in thebuilding can be realized, and the building is more intelligent.

Description

technical field [0001] The present disclosure relates to a virtualization management platform and a management method of the Internet of Buildings. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] During the use of the building, changes in the spatial pattern, changes in room functions, and changes in monitoring points often occur. These changes will cause changes in the position or number of sensors such as temperature measuring points and smoke alarm measuring points. , It will also cause changes in the position or increase or decrease in the number of actuators such as air valves and water valves. This requires corresponding modification of the system configuration in the monitoring software of the host computer, otherwise these changes cannot be realized, and the corresponding equipment will not operate normally. Secondly, these syste...

AI Technical Summary

Problems solved by technology

[0003] During the use of the building, changes in the spatial pattern, changes in room functions, and changes in monitoring points often occur. These changes will cause changes in the position or number of sensors such as temperature measuring points and smoke alarm measuring points. , will also cause the change of the position or the increase or decrease of the number of actuators such as air valves and water valves. This requires corresponding modification of the system configuration in the monitoring software of the host computer, otherwise these changes cannot be realized, and the corresponding equipment will not operate normally.

Secondly, these system configuration modification work requires a high level of technical skills of the operators. Generally speaking, the daily operation and maintenance personnel of intelligent systems do not have such a technical level and cannot complete the system configuration modification work, which usually leads to system paralysis, Not available

[0004] In addition, different application platforms and data formats are used among the various subsystems of IoT buildings nowadays, resulting in high heterogeneity between data and platforms, difficulties in horizontal data sharing and system linkage, etc., so coordination between subsystems can be achieved Running is becoming more and more important

[0005] At the same time, there are frequent cases of abandonment of building intelligent systems due to secondary renovations, changes in spatial patterns, difficulties in data sharing, and personnel.

[0006] None of the current building intelligent management platforms can solve the above problems

Images