Interactive engineering inspection method

Abstract

The invention discloses an interactive engineering inspection method. The method comprises a step S1 of making an engineering inspection scheme, a step S2 of distributing the established engineering inspection scheme to an inspector and obtaining the geographic position of the inspector, a step S3 of planning the optimal way to an engineering address according to the geographic position of the inspector and the engineering address in the engineering inspection scheme, a step S4 of planning the optimal inspection line according to the inspection content and the GPS positioning information of the inspector, a step S5 of completing inspection and recording an inspection result according to the optimal inspection line, and a step 6 of forming an inspection report according to records. The invention can determine that the inspector must arrive for work, the validity and accuracy of inspection data can be ensured, and the inspection efficiency is high.

Description

technical field [0001] The invention relates to the application field of computer software, in particular to an interactive engineering inspection method. Background technique [0002] In today's construction field, in order to ensure the progress and quality of the project, most enterprises use a series of paper forms to fill in and enter the system through professionals, and use the system to monitor the project. [0003] Inspectors fill in newspaper forms without personnel location information, so it is impossible to guarantee that inspectors will arrive at their posts, and there may be missed inspections or non-inspections. [0004] The inspection standards are generally in the form of a text list, and there are few graphical inspection guidelines, which cannot give intuitive and effective reminders to inspectors. The inspection quality cannot be guaranteed and the efficiency is low, and it cannot play a guiding role for new inspectors. [0005] Traditional engineering ...

AI Technical Summary

Problems solved by technology

[0011] The inspection data feedback lags behind, and the rectification cannot be notified immediately, which may cause potential losses;

[0012] It is difficult to track the improvement progress and quality of the project, and it is uncertain whether the problem is solved, and there are potential risks;

[0013] The timeliness of formulating engineering inspection reports is poor, and it takes a lot of manpower and time costs;

[0014] The engineering inspection data of each project cannot be centrally managed and queried at the headquarters level