RFID reading and writing equipment airport equipment asset management

Nowadays, in areas where transportation is developed, transportation has become indispensable. The airport handles air and land transportation and has become an important transportation hub. Airport equipment repair, use, and life cycle maintenance are crucial. Inspection of equipment is an important measure to ensure the smooth operation of equipment. Inspection is a highly time-sensitive task, requiring personnel on duty to inspect each inspection point periodically. However, manual inspections are difficult to effectively supervise the inspection personnel on duty, resulting in various accidents often caused by insufficient inspection reports and untimely troubleshooting; in addition, paper-based inspections cannot transmit real-time inspection data, which will As a result, fault handling is not timely and affects the safe and effective operation of various types of equipment.

Production status

The airport's supporting equipment Assets are high-end and come in various categories. The traditional airport equipment inspection work model has fully adapted to its equipment ASSET MANAGEMENT needs. Problems such as data errors, low efficiency, inadequate supervision of inspection personnel, and non-standard inspection standards in daily work are relatively serious. In the long run, loopholes in the operation and maintenance management of airport equipment assets will inevitably occur, causing hidden troubles. Therefore, the airport decisively introduced The EAM system management platform focuses on the inspection and management of airport equipment assets, standardizes management standards, improves the level of equipment inspection management, and eliminates hidden dangers of airport equipment failures.

Project Status

The equipment asset backend management platform implements the formulation of equipment asset inspection projects, customization of inspection routes, maintenance of equipment ledgers, definition of inspection plans and personnel, and generation of inspection tasks through customized development of PC and mobile APP information compatible functional modules. , task data confirmation, defect data maintenance, comprehensive query and other functions. The mobile APP has functions such as basic data synchronization, task downloading, task execution, fault hazard data collection and entry, and task data uploading.

Implementation benefits

(1) Change the airport’s equipment inspection mode to improve inspection efficiency and data availability.

(2) Reduce the number of equipment asset failures at the airport and improve equipment utilization.

(3) Standardize the airport’s equipment asset inspection management process and realize real-time sharing of inspection data and equipment data.

(4) Strengthen the supervision of inspection work, improve maintenance response speed, quickly grasp operation and maintenance costs, and effectively control equipment operation and maintenance costs.

(5) Improve the informatization level of the airport’s equipment assets and improve its competitiveness.

Install RFID electronic tags at existing inspection and testing points to record basic information about the inspection and testing points, such as inspection numbers and inspection locations, and establish an inspection management information system. Use RFID Readers and writers to automatically collect and manage the data of various business environments, and practice the operation, management, statistics, and analysis of various inspection services on the system; when there is an inspection plan, enter the plan into the system, such as inspection personnel, inspection route, departure time, requirements, etc., and then the inspection tasks are sent to the RFID handheld reader, and then the inspection personnel set off; the inspection personnel start inspections according to the inspection tasks, and will When the RFID reader is close to the inspection monitoring point, it can automatically record the inspection status of the inspection personnel; the inspection status and results can be uploaded to the management information system in real time through the wireless LAN network, and can also be returned to the management center to upload the inspection data to the management information system; the management center can view the completion status of the inspection plan through the management information system, and can query and print the corresponding inspection statistical information.