Operation and maintenance management method and system based on graphical semantic strategy programming

Abstract

The invention provides an operation and maintenance management method based on graphical semantic strategy programming, which comprises the following steps: editing an operation and maintenance management strategy based on the dragging of a graphical behavior node in a visual interface, or carrying out strategy selection from a pre-constructed common strategy library, the operation and maintenance management strategy comprising a judgment rule and a distribution process; constructing a virtual data service, performing debugging in an operation and maintenance management strategy editing process by using the virtual data service interface, and optimizing an operation and maintenance management strategy based on a debugging result; acquiring real-time operation data and operation and maintenance management personnel data of equipment in an actual building; and realizing the operation and maintenance management of the equipment in the building based on the optimized operation and maintenance management strategy. According to the scheme, through the setting, a user with building management experience but without programming experience can inquire data by himself / herself, and compile a judgment rule and a disposal flow, or perform reasonable fine adjustment on a compiled operation and maintenance strategy so as to meet and cope with a future predictable application scene.

Description

technical field [0001] The disclosure belongs to the technical field of building operation and maintenance, and in particular relates to an operation and maintenance management method and system based on graphical semantic strategy programming. 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] Currently, building operation and maintenance management scenarios are complex and changeable, and equipment types, parameters, and operating values ​​change in real time. Although operation and maintenance managers can use common information systems to obtain abnormal changes in equipment, they cannot comprehensively identify abnormalities of different types of equipment in a timely manner. Application Scenes. [0004] The inventor found that the existing operation and maintenance management system has the following defects: [0005] (1) The existi...

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Problems solved by technology

[0005] (1) The existing operation and maintenance management system usually solidifies the corresponding operation and maintenance strategy into the system according to the needs of users during the system development process. When users use it, they can only set some parameter thresholds based on the existing operation and maintenance strategy , poor user experience, unable to meet complex and changeable building operation and maintenance management scenarios

[0006] (2) For the operation and maintenance management systems of buildings in different industries, although the operation and maintenance requirements of users are somewhat different, many operation and maintenance strategies are often universal. However, when the existing building operation and maintenance management systems for different industries are developed, often Whether to start from scratch or edit the operation and maintenance strategy involves the repeated formulation of a large number of rules, which consumes a lot of manpower and material resources, resulting in a long development cycle

[0007] (3) In the development process of the existing operation and maintenance management system, when programming technicians edit the operation and maintenance strategy, they need to test the set operation and maintenance strategy, but the test requires a certain understanding of industry knowledge. Technical personnel do not have it, which makes it difficult for the operation and maintenance strategy of the operation and maintenance management system after delivery to meet the actual needs of users, and it is extremely difficult to avoid repeated work in secondary development; at the same time, due to the complex and changeable building operation and maintenance management scenarios, Equipment types, parameters, and operating values ​​change in real time, and it is difficult to obtain actual building data during the test process, resulting in the inability to effectively test the operation and maintenance management strategy

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