Cloud-based mechanical monitoring and order management mobile platform

Abstract

The invention discloses a cloud-based mechanical monitoring and order management mobile platform, and belongs to the technical field of constructional engineering and information. The system comprisesan equipment vehicle system, an order management system, a map management system and a personal center system, the equipment vehicle system comprises a binding equipment module and a personnel vehicle module, binding equipment comprises binding, unbinding, learning and resetting between equipment and a vehicle, and the personnel vehicle module comprises a vehicle owner and addition, deletion, modification and check of vehicle information; the order management system comprises an initiating list, an approving list, a checking list, a tracking list and a history list. The mobile platform terminal displays part or all of the lists according to the authority of a login person. The map management system displays all vehicle information under the organization to which the login person belongs;and the personal center system comprises the functions of checking personal information, checking an updating log on line and downloading an operation manual. According to the invention, online detection of the position and the state of the vehicle equipment, online ordering and approval are realized, automatic calculation of working hours is realized, and a transparent operation mode is provided.

Description

Technical field [0001] The invention relates to the field of construction engineering and information technology, in particular to a cloud-based mobile platform for mechanical monitoring and order management. Background technique [0002] At present, the calculation of working hours on the construction site is still performed by traditional manual manual statistics and calculations. There are hidden incense operations and often inaccurate calculations. There are a large number of "lazy work" situations. The waste of personnel and resources is relatively serious, and the main problems are as follows: [0003] The project construction personnel are insufficient to supervise the work of on-site personnel in real time. The construction time can only be known by the implementation personnel, and accuracy cannot be guaranteed. The calculation of working hours is completed by manual agreement, and there is a subtle operation; [0004] The current working model is cumbersome, and the timeli...

AI Technical Summary

Problems solved by technology

[0002] At present, the calculation of man-hours on the construction site is still performed manually by traditional manual statistics and calculations. There are hidden operations, and the calculations are often inaccurate. The waste of personnel and resources is serious, and the main problems are as follows:

[0005] The on-site area is large, and it is extremely difficult to manually track and monitor the vehicles, and the on-site vehicles cannot track their position and status

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