Self-organized intelligent control system of indoor environment

Abstract

The invention discloses a self-organized intelligent control system of an indoor environment. The intelligent control system comprises a plurality of indoor environment control devices, wherein the indoor environment control devices are respectively used for carrying out scheduled indoor control or used for controlling indoor electromechanical equipments; each indoor environment control device comprises a function module section, and communication module sections; the function module is used for carrying out monitoring, control and data treatment associated with indoor environment control; the communication module sections are interconnected to form a centerless network; the function module section exchanges information by communication of the communication module sections in the centerless network. Thus, the expandability of the entire control system can be improved under the premise that the complexity of the entire system is reduced through the self-organized intelligent control system of the indoor environment.

Description

technical field [0001] The invention relates to the technical field of building control, in particular, the invention relates to a self-organizing indoor environment intelligent control system. Background technique [0002] In the existing indoor environment intelligent control system, the work of each indoor control unit is usually realized in a hierarchical control manner. However, the resulting consequence is that it is necessary to physically or logically set up all the related electromechanical equipment in the room and the controllers related to the electromechanical equipment, so as to achieve the purpose of controlling the whole room. [0003] However, as a result, the entire physical or logical configuration process is complicated, especially when the control units in the entire room are provided by different hardware providers, any change in the underlying equipment or functions will inevitably lead to the need for an upper-layer network or control logic. reconfig...

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Problems solved by technology

However, the resulting consequence is that all relevant indoor electromechanical equipment and controllers related to electromechanical equipment need to be physically or logically set up to achieve the purpose of overall indoor control

[0003] However, as a result, the entire physical or logical configuration process is complicated, especially when the control units in the entire room are provided by different hardware providers, any change in the underlying equipment or functions will inevitably lead to the need for an upper-layer network or control logic. reconfigure

In addition, in the existing entire indoor environment control system, the communication efficiency is low, and the communication between the electromechanical equipment and its related controller cannot be realized intelligently

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