Highway electromechanical engineering informatization management and control platform and method thereof

Abstract

The invention discloses a highway electromechanical engineering informatization management and control platform and a method thereof. The method aims to solve the universal problems of equipment archiving registration, equipment tracking and tracing and the like in the field of highway electromechanical engineering informatization. The problems are mainly solved by adopting new-generation information technology means such as the Internet of Things, cloud calculation, mobile applications, two-dimensional codes, workflow engines and the like. The electromechanical engineering construction management and control level and efficiency are comprehensively improved; the highway electromechanical engineering informatization management and control platform becomes a comprehensive application platform covering provinces, cities, road sections and standard sections, and aims at achieving electromechanical equipment full-life-cycle management, achieving electromechanical engineering construction standardization and normalization and achieving electromechanical equipment full-life-cycle management and building, management and maintenance integrated application.

Description

technical field [0001] The invention relates to the field of expressway electromechanical engineering, in particular to an expressway electromechanical engineering information management and control platform and a method thereof. Background technique [0002] At present, due to the diversity and complexity of expressway mechanical and electrical engineering projects, the relatively mature information management system of existing civil construction projects has not been effectively promoted in the management of mechanical and electrical construction projects. The information management of mechanical and electrical engineering construction projects The level is still relatively lagging behind, and the current project management methods and means are still basically stuck in the traditional methods and models, which leads to the inability to effectively implement the standardization and standardization of electromechanical engineering construction, resulting in uneven construct...

AI Technical Summary

Problems solved by technology

At present, the management and control of mechanical and electrical engineering is mainly manual control, which is filled in by specifying a streamlined operation process and standardized forms. The project owner, construction unit, and supervisory unit lack effective coordination with each other before, resulting in a low overall efficiency of mechanical and electrical engineering management and control. Only on-site supervision and inspection of on-site engineering conditions is required. Therefore, it is necessary to establish a collaborative management and control platform to realize the collaborative operation of project owners, construction units, and supervision units;

[0005] 2. Equipment archive registration problem

There is no unified electronic registration and archiving of relevant electromechanical equipment, resulting in incomplete equipment ledger records, and the management of equipment in the construction period cannot be effectively connected when it is transferred to the operation period; the construction of expressway electromechanical projects involves many large electromechanical equipment. , The corresponding equipment factory and installation records are usually archived in paper form, which causes great inconvenience to the daily repair and maintenance during the later operation and maintenance period, and it is impossible to realize the sharing of electromechanical equipment and installation information through information technology;

[0006] 3. Equipment tracking and traceability issues

Existing electromechanical equipment generally adopts the barcode method. The barcode carries limited information and has a low fault tolerance rate. It needs professional reading equipment to read, and it cannot be effectively used as the traceability of electromechanical equipment. This leads to great inconvenience in the maintenance and management of electromechanical equipment during the operation period. It is also impossible to achieve full life cycle management in accordance with the requirements of the Ministry of Communications;

[0007] 4. Equipment problems are not easy to diagnose

There is no corresponding system to provide convenient search for construction layout drawings, equipment installation conditions, and equipment layout conditions of electromechanical equipment sites, making it difficult to effectively diagnose and troubleshoot related problems during the operation and maintenance period;

[0008] 5. Lack of live mobile apps

At present, it is not possible to provide on-site reading of electromechanical equipment and access to the history information of electromechanical equipment based on APP and WeChat, resulting in low efficiency in the repair and maintenance of electromechanical equipment

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