Engineering supervision software informatization management system, method, equipment and software product

Abstract

The invention discloses a project supervision software informatization management system, method and device and a software product, and relates to the technical field of project supervision information, the project supervision software informatization management system comprises an information display end, an early warning analysis end and a quality monitoring end, the information display end is used for pushing and updating supervision information in real time, collecting the supervision information in real time and pushing the supervision information, and the quality monitoring end is used for monitoring the quality of the project supervision software. The early warning analysis end is used for monitoring a supervision state in real time through a data sensor and generating a supervision report, and the quality monitoring end is used for carrying out consumption judgment on a supervision quality index and a standard quality index in real time through a data tracker. According to the engineering supervision software informatization management system, method and equipment and the software product, the accuracy of a supervision report can be ensured, whether the display state of the supervision report is abnormal or not is quickly judged, the situation that a supervision object or a construction object enters a dangerous area is found in time, and the safety and reliability of engineering supervision informatization management are improved; and defects of quality monitoring of an informatization management system are avoided.

Description

Technical Field

[0001] The present invention relates to the field of engineering supervision information technology, and in particular to an engineering supervision software information management system, method, equipment and software product. Background Art

[0002] Engineering supervision refers to the professional service activities of engineering supervision companies with corresponding qualifications, which accept the entrustment of the construction unit, undertake its project management work, and monitor the construction behavior of the contractor on behalf of the construction unit. Its characteristics are mainly reflected in the service, scientificity, independence and fairness of supervision. With the rapid development of science and technology, the application of engineering supervision software is also managed through informatization.

[0003] Patent No. CN201910737002.1 discloses a construction project supervision information management method. The key point of its technical solution is to set up an engineering supervision information management and control system in the construction area, which solves the problem that the existing engineering supervision information management cannot count the overall impact of the rectification of hazardous sources during the construction process on the project progress, which is not conducive to the supervision personnel to carry out project node supervision management; it can analyze and evaluate the hazardous sources during the project construction process, which is convenient for the supervision personnel to carry out project node management.

[0004] After searching the above patents, it was found that the information management of engineering supervision software has the following deficiencies: 1. Since the supervision object will generate a supervision report when supervising the project, but the location of the supervision object in the supervision report cannot be tracked and located in real time, the engineering supervision management system cannot guarantee the accuracy of the supervision report, and cannot quickly determine whether the display status of the supervision report is abnormal; 2. Since there are dangerous areas during engineering supervision and control, the dangerous areas are dangerous for both the supervision object and the construction object, but when conducting information supervision, it is impossible to judge in real time whether the supervision object or the construction object has entered the dangerous area, resulting in the supervision object or the construction object entering the dangerous area. The object cannot be discovered in time, affecting the safety and reliability of engineering supervision information management; 3. Since supervision includes the supervision of engineering quality indicators, the information management system cannot accurately compare the actual quality indicators with the planned quality indicators, resulting in deficiencies in the quality monitoring of the information management system.

[0005] Therefore, an engineering supervision software information management system, method, equipment and software product are proposed to solve the above problems. Summary of the invention

[0006] The main purpose of the present invention is to provide an engineering supervision software information management system, method, device and software product to solve the problems raised in the above background.

[0007] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: an engineering supervision software information management system, method, device and software product, including an information display terminal, an early warning analysis terminal and a quality monitoring terminal, wherein the information display terminal, the early warning analysis terminal and the quality monitoring terminal are jointly provided with a voice broadcast module;

[0008] The information display terminal is used to collect and push supervision information in real time through real-time push and update, to achieve visual display of supervision reports, and to track and locate in real time when supervision projects are displayed, to determine whether the supervision project display is abnormal;

[0009] The early warning analysis terminal is used to monitor the supervision status in real time through data sensors, generate supervision reports, and capture the location of the enterprise restricted area and the project supervision area in real time, remind the supervision project to stay away from the restricted area, and generate restricted area warnings through real-time analysis of the supervision status;

[0010] The quality monitoring end is used to judge the consumption of the supervision quality index and the standard quality index in real time through the data tracker, judge whether the supervision index is abnormal, and adjust the plan in real time and realize self-tracking after judging that the supervision index exceeds the threshold;

[0011] The voice broadcast module is used when it is judged that an abnormality occurs in the display process of the supervision project and an early warning is generated in the restricted area.

[0012] The information display terminal includes an information push module, a report generation module and a project tracking module;

[0013] The information push module includes a supervision information unit, a supervision positioning unit and an information push unit;

[0014] The supervision information unit is used to record supervision responsibilities, supervision items and supervision contents through a data recorder, and to record in real time according to the date through a data record table;

[0015] The supervision positioning unit is used to locate the engineering scope of the supervision project through the GPS navigation device;

[0016] The information push unit is used to pass the data record table of the supervision project through the information converter;

[0017] The report generation module includes a report generation unit and a visualization display unit;

[0018] The report generating unit is used to generate a supervision report of the supervision object by combining supervision responsibilities, supervision items and supervision contents with regional positioning;

[0019] The visual display unit is used to display the generated supervision report in real time through a computer device.

[0020] The project tracking unit includes a project positioning unit, a project tracking unit, a tracking analysis unit and a display warning unit;

[0021] The project positioning unit is used to locate the real-time positioning value of the supervision object corresponding to the project in real time through the GPS navigation device, and record it in real time through the data recorder;

[0022] The project tracking unit is used to set the standard positioning value of the corresponding project supervised by the supervision object in the system, and track it in real time through the data tracker;

[0023] The tracking and analysis unit is used to calculate the difference between the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the project in real-time positioning. If the calculated difference = 0, it is judged that the positioning display of the supervision object is correct; if the calculated difference ≠ 0, it is judged that the positioning display of the supervision object is abnormal;

[0024] The display warning unit is used to report that the server terminal sends a voice announcement through a voice announcer when it is determined that the positioning display of the supervision object is abnormal, to remind the supervision object of the abnormal position.

[0025] The early warning analysis terminal includes a supervision report module, an enterprise prevention module and an early warning analysis module;

[0026] The supervision report module includes a supervision control unit and a supervision report unit;

[0027] The supervision control unit is used to capture the location of the supervision object and the engineering object in real time through a video capture device within the project scope of the supervision object;

[0028] The supervision report unit is used to generate a capture report on the location of the engineering object in real time;

[0029] The enterprise prevention module includes a restricted area marking unit, an engineering positioning unit and a restricted area reminder unit;

[0030] The restricted area marking unit is used to mark the restricted area location through a GPS navigation device;

[0031] The engineering positioning unit is used to locate the construction position of the engineering object through a GPS navigation device;

[0032] The restricted area reminder unit is used to set the restricted area range. If the construction location of the engineering object and the location of the supervision object enter the restricted area, the reporting server terminal will promptly remind through the voice announcer.

[0033] The early warning analysis module includes a supervision analysis unit and an analysis and early warning unit;

[0034] The supervision analysis unit is used to monitor the position of the supervision object and the engineering object in real time through the GPS positioning navigation device. If the position of the supervision object or the engineering object coincides with the restricted area, a restricted area warning reminder is issued. The calculation formula for the coincidence of the position of the supervision object or the engineering object with the restricted area is as follows:

[0035]

[0036] Among them, E C is the position of one of the supervision objects or engineering objects that is judged to be overlapped with the restricted area, and S is the number of events that are not judged to be overlapped with each other;

[0037] The analysis and warning unit is used to remind the object to evacuate the restricted area through a voice announcer, and to regularly monitor the evacuation status after the reminder through a GPS navigation device.

[0038] The quality monitoring end includes a quality indicator module, a consumption detection module, an error calculation module and a quality control module;

[0039] The quality indicator module includes a quality indicator unit and a standard indicator unit;

[0040] The quality indicator unit is used to calculate the actual consumption indicator in quality monitoring, and the calculation formula is as follows:

[0041]

[0042] Among them, Δm1 represents the actual consumption index in quality monitoring, R is the gas constant, T is the quality monitoring time, V is the guaranteed volume in quality monitoring, and Δp is the quality index pressure;

[0043] The standard indicator unit is used to set the planned consumption indicator in quality monitoring;

[0044] The consumption detection module includes a consumption judgment unit;

[0045] The consumption judgment unit is used to calculate the difference between the calculated actual consumption index and the planned consumption index. If the difference is ≤0, the consumption is judged to be normal; if the difference is >0, the consumption is judged to be abnormal.

[0046] The error calculation module includes a consumption calculation unit;

[0047] The consumption calculation unit is used to calculate the difference between the actual consumption index and the planned consumption index. The calculation formula is as follows:

[0048] Y=Y1-Y2

[0049] Among them, Y represents the difference data between the actual consumption index and the planned consumption index, Y1 represents the actual consumption index, and Y2 represents the planned consumption index;

[0050] The quality control module includes a scheme adjustment unit and an adjustment tracking unit;

[0051] The scheme adjustment unit is used to adjust the quality index in real time according to the calculated difference data, for example: if the difference data is a positive number, the quality index data corresponding to the difference data is reduced, and if the difference data is a negative number, the quality index data corresponding to the difference data is increased;

[0052] The adjustment tracking unit is used to track the quality indicators after the adjustment plan in real time through a data tracker, and calculate the difference between the quality indicator data before and after the adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct; if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal.

[0053] The information management method of engineering supervision software includes the following steps:

[0054] Step 1: Configure the IP address information of the remote control area server of the supervision software;

[0055] Step 2: Enter the information display terminal, collect and push supervision information in real time, realize the visual display of supervision reports, and track and locate in real time when the supervision project is displayed to determine whether the supervision project display is abnormal;

[0056] Step 3: Enter the early warning analysis terminal, monitor the supervision status in real time, generate a supervision report, and capture the location of the enterprise restricted area and the project supervision area in real time, remind the supervision project to stay away from the restricted area, and generate a restricted area warning through real-time analysis of the supervision status;

[0057] Step 4: Enter the quality monitoring end, conduct consumption judgment on the supervision quality indicators and standard quality indicators, determine whether the supervision indicators are abnormal, adjust the plan in real time and realize self-tracking.

[0058] The present invention has the following beneficial effects:

[0059] 1. In the present invention, by setting an information display terminal, the supervision responsibilities, supervision projects and supervision contents are recorded through a data recorder, and recorded in real time according to the date through a data recording table, and the engineering scope of the supervision project is regionally located through a GPS navigation device, and finally the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the project are calculated. The location of the supervision object in the supervision report can be tracked and located in real time, so that the engineering supervision management system can ensure the accuracy of the supervision report, thereby quickly judging whether the display status of the supervision report is abnormal.

[0060] 2. In the present invention, by setting up an early warning analysis terminal, the location of the supervision object and the engineering object is captured in real time through a video capture device, and the location of the supervision object and the engineering object is monitored in real time through a GPS positioning navigation device, and it is calculated whether the location of the supervision object or the engineering object coincides with the restricted area. This makes it possible to judge in real time whether the supervision object or the construction object enters a dangerous area during information-based supervision, and to promptly discover that the supervision object or the construction object has entered a dangerous area, thereby increasing the safety and reliability of information-based management of engineering supervision.

[0061] 3. In the present invention, by setting a quality monitoring end, by calculating the actual consumption index in the quality monitoring, and performing a difference calculation between the calculated actual consumption index and the planned consumption index, the information management system can accurately compare the actual quality index with the planned quality index, and track it in real time through a data tracker, and perform a difference calculation on the quality index data before and after adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct, and if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal, until it is determined that the adjustment plan is normal, thereby avoiding deficiencies in quality monitoring of the information management system. BRIEF DESCRIPTION OF THE DRAWINGS

[0062] Figure 1 It is a schematic diagram of the overall architecture of the engineering supervision software information management system of the present invention;

[0063] Figure 2 It is a schematic diagram of the architecture of the information display terminal of the engineering supervision software information management system of the present invention;

[0064] Figure 3 It is a schematic diagram of the architecture of the early warning analysis end of the engineering supervision software information management system of the present invention;

[0065] Figure 4 It is a schematic diagram of the architecture of the quality monitoring end of the engineering supervision software information management system of the present invention;

[0066] Figure 5 It is a schematic diagram of the overall process of the engineering supervision software information management method of the present invention. DETAILED DESCRIPTION

[0067] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0068] Embodiment 1

[0069] Please refer to Figure 1-2 As shown: the engineering supervision software information management system includes an information display terminal, an early warning analysis terminal and a quality monitoring terminal, and the information display terminal, the early warning analysis terminal and the quality monitoring terminal are jointly provided with a voice broadcast module;

[0070] The information display terminal is used to collect and push supervision information in real time through real-time push and update, to achieve visual display of supervision reports, and to track and locate in real time when supervision projects are displayed, to determine whether the supervision project display is abnormal;

[0071] The early warning analysis terminal is used to monitor the supervision status in real time through data sensors, generate supervision reports, and capture the location of the enterprise restricted area and the project supervision area in real time, reminding the supervision project to stay away from the restricted area, and generate restricted area warnings through real-time analysis of the supervision status;

[0072] The quality monitoring end is used to judge the consumption of supervision quality indicators and standard quality indicators in real time through the data tracker, determine whether the supervision indicators are abnormal, and adjust the plan in real time and realize self-tracking after judging that the supervision indicators exceed the threshold;

[0073] The voice broadcast module is used when it is judged that an abnormality occurs in the display process of the supervision project and an early warning is generated in the restricted area.

[0074] The information display end includes information push module, report generation module and project tracking module;

[0075] The information push module includes a supervision information unit, a supervision positioning unit and an information push unit;

[0076] The supervision information unit is used to record supervision responsibilities, supervision items and supervision contents through a data recorder, and to record in real time according to the date through a data record table;

[0077] The supervision positioning unit is used to locate the engineering scope of the supervision project through GPS navigation equipment;

[0078] The information push unit is used to pass the data record table of the supervision project through the information converter;

[0079] The report generation module includes a report generation unit and a visualization display unit;

[0080] The report generation unit is used to generate a supervision report of the supervision object by combining supervision responsibilities, supervision items and supervision contents with regional positioning;

[0081] The visual display unit is used to display the generated supervision report in real time through computer equipment.

[0082] The project tracking unit includes the project positioning unit, the project tracking unit, the tracking analysis unit and the display warning unit;

[0083] The project positioning unit is used to locate the supervision object in real time through the GPS navigation device to monitor the real-time positioning value of the corresponding project, and record it in real time through the data recorder;

[0084] The project tracking unit is used to set the standard positioning value of the corresponding project of the supervision object in the system, and track it in real time through the data tracker;

[0085] The tracking and analysis unit is used to calculate the difference between the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the project. If the calculated difference = 0, it is judged that the positioning display of the supervision object is correct; if the calculated difference ≠ 0, it is judged that the positioning display of the supervision object is abnormal;

[0086] The display warning unit is used to report that when it is determined that the positioning display of the supervision object is abnormal, the server terminal sends a voice announcement through the voice announcer to remind the supervision object of the abnormal position.

[0087] The supervision responsibilities, supervision projects and supervision contents are recorded by the data recorder, and recorded in real time according to the date through the data record table. The engineering scope of the supervision project is regionally located by the GPS navigation device. Finally, the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the real-time positioning supervision project are calculated. The location of the supervision object in the supervision report can be tracked and located in real time, so that the engineering supervision management system can ensure the accuracy of the supervision report, thereby quickly judging whether the display status of the supervision report is abnormal.

[0088] Embodiment 2

[0089] Please refer to Figure 3 As shown: the engineering supervision software information management system includes an information display terminal, an early warning analysis terminal and a quality monitoring terminal, and the information display terminal, the early warning analysis terminal and the quality monitoring terminal are jointly provided with a voice broadcast module;

[0090] The information display terminal is used to collect and push supervision information in real time through real-time push and update, to achieve visual display of supervision reports, and to track and locate in real time when supervision projects are displayed, to determine whether the supervision project display is abnormal;

[0091] The early warning analysis terminal is used to monitor the supervision status in real time through data sensors, generate supervision reports, and capture the location of the enterprise restricted area and the project supervision area in real time, reminding the supervision project to stay away from the restricted area, and generate restricted area warnings through real-time analysis of the supervision status;

[0092] The quality monitoring end is used to judge the consumption of supervision quality indicators and standard quality indicators in real time through the data tracker, determine whether the supervision indicators are abnormal, and adjust the plan in real time and realize self-tracking after judging that the supervision indicators exceed the threshold;

[0093] The voice broadcast module is used when it is judged that an abnormality occurs in the display process of the supervision project and an early warning is generated in the restricted area.

[0094] The early warning analysis end includes the supervision report module, the enterprise prevention module and the early warning analysis module;

[0095] The supervision report module includes the supervision control unit and the supervision report unit;

[0096] The supervision control unit is used to capture the location of the supervision object and the engineering object in real time through a video capture device within the project scope of the supervision object;

[0097] The supervision report unit is used to generate a capture report of the location of the engineering object in real time;

[0098] The enterprise prevention module includes a restricted area marking unit, an engineering positioning unit, and a restricted area reminder unit;

[0099] The restricted area marking unit is used to mark the restricted area location through GPS navigation equipment;

[0100] The engineering positioning unit is used to locate the construction position of the engineering object through GPS navigation equipment;

[0101] The restricted area reminder unit is used to set the restricted area range. If the construction location of the engineering object and the location of the supervision object enter the restricted area, the reporting server terminal will give a timely reminder through the voice announcer.

[0102] The early warning analysis module includes a supervision analysis unit and an analysis and early warning unit;

[0103] The supervision analysis unit is used to monitor the position of the supervision object and the engineering object in real time through the GPS positioning navigation equipment. If the position of the supervision object or the engineering object coincides with the restricted area, a restricted area warning reminder will be issued. The calculation formula for the coincidence of the position of the supervision object or the engineering object with the restricted area is as follows:

[0104]

[0105] Among them, E C is the position of one of the supervision objects or engineering objects that is judged to be overlapped with the restricted area, and S is the number of events that are not judged to be overlapped with each other;

[0106] The analysis and warning unit is used to remind the object to evacuate the restricted area through a voice announcer, and to monitor the evacuation status after the reminder through the GPS navigation device.

[0107] The location of the supervision object and the engineering object is captured in real time through video capture equipment, and the location of the supervision object and the engineering object is monitored in real time through GPS positioning and navigation equipment, and it is calculated whether the location of the supervision object or the engineering object coincides with the restricted area. This makes it possible to judge in real time whether the supervision object or the construction object has entered the dangerous area during information-based supervision, and timely discover when the supervision object or the construction object has entered the dangerous area, thereby increasing the safety and reliability of information-based management of engineering supervision.

[0108] Embodiment 3

[0109] Please refer to Figure 4 As shown: the engineering supervision software information management system includes an information display terminal, an early warning analysis terminal and a quality monitoring terminal, and the information display terminal, the early warning analysis terminal and the quality monitoring terminal are jointly provided with a voice broadcast module;

[0110] The information display terminal is used to collect and push supervision information in real time through real-time push and update, to achieve visual display of supervision reports, and to track and locate in real time when supervision projects are displayed, to determine whether the supervision project display is abnormal;

[0111] The early warning analysis terminal is used to monitor the supervision status in real time through data sensors, generate supervision reports, and capture the location of the enterprise restricted area and the project supervision area in real time, reminding the supervision project to stay away from the restricted area, and generate restricted area warnings through real-time analysis of the supervision status;

[0112] The quality monitoring end is used to judge the consumption of supervision quality indicators and standard quality indicators in real time through the data tracker, determine whether the supervision indicators are abnormal, and adjust the plan in real time and realize self-tracking after judging that the supervision indicators exceed the threshold;

[0113] The voice broadcast module is used when it is judged that an abnormality occurs in the display process of the supervision project and an early warning is generated in the restricted area.

[0114] The quality monitoring end includes a quality indicator module, a consumption detection module, an error calculation module and a quality control module;

[0115] The quality indicator module includes a quality indicator unit and a standard indicator unit;

[0116] The quality indicator unit is used to calculate the actual consumption indicator in quality monitoring. The calculation formula is as follows:

[0117]

[0118] Among them, Δm1 represents the actual consumption index in quality monitoring, R is the gas constant, T is the quality monitoring time, V is the guaranteed volume in quality monitoring, and Δp is the quality index pressure;

[0119] The standard indicator unit is used to set the planned consumption indicators in quality monitoring;

[0120] The consumption detection module includes a consumption judgment unit;

[0121] The consumption judgment unit is used to calculate the difference between the calculated actual consumption index and the planned consumption index. If the difference is ≤0, the consumption is judged to be normal; if the difference is >0, the consumption is judged to be abnormal.

[0122] The error calculation module includes a consumption calculation unit;

[0123] The consumption calculation unit is used to calculate the difference between the actual consumption index and the planned consumption index. The calculation formula is as follows:

[0124] Y=Y1-Y2

[0125] Among them, Y represents the difference data between the actual consumption index and the planned consumption index, Y1 represents the actual consumption index, and Y2 represents the planned consumption index;

[0126] The quality control module includes a plan adjustment unit and an adjustment tracking unit;

[0127] The scheme adjustment unit is used to adjust the quality index in real time according to the calculated difference data, for example: if the difference data is a positive number, the quality index data corresponding to the difference data is reduced, and if the difference data is a negative number, the quality index data corresponding to the difference data is increased;

[0128] The adjustment tracking unit is used to track the quality indicators after the adjustment plan in real time through the data tracker, and calculate the difference between the quality indicator data before and after the adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct; if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal.

[0129] By calculating the actual consumption indicators in quality monitoring and performing a difference calculation between the calculated actual consumption indicators and the planned consumption indicators, the information management system can accurately compare the actual quality indicators with the planned quality indicators, and track them in real time through the data tracker, and perform a difference calculation on the quality indicator data before and after the adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct; if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal, until it is determined that the adjustment plan is normal, thereby avoiding deficiencies in quality monitoring of the information management system.

[0130] In the present invention, the information management system, method, equipment and software product of the engineering supervision software, when the system is in operation, first configures the IP address information of the remote control area server of the supervision software, enters the information display terminal, collects and pushes the supervision information in real time, realizes the visual display of the supervision report, and tracks and locates in real time when the supervision project is displayed, judges whether the display of the supervision project is abnormal, records the supervision responsibilities, supervision projects and supervision contents through a data recorder, and records in real time according to the date through a data record table, and regionally locates the engineering scope of the supervision project through a GPS navigation device, and finally calculates the difference between the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the real-time positioning supervision project, which can track and locate the location of the supervision object in the supervision report in real time, so that the engineering supervision management system can ensure the accuracy of the supervision report, thereby quickly judging whether the display status of the supervision report is abnormal; enters the early warning analysis terminal, monitors the supervision status in real time, and generates a supervision report, and captures the regional location of the enterprise restricted area and the engineering supervision in real time, reminds the supervision project to stay away from the restricted area, and generates through real-time analysis of the supervision status. For restricted area warning, the location of the supervision object and the engineering object is captured in real time through video capture equipment, and the location of the supervision object and the engineering object is monitored in real time through GPS positioning and navigation equipment, and whether the location of the supervision object or the engineering object coincides with the restricted area range is calculated, so that when conducting information-based supervision, it is possible to judge in real time whether the supervision object or the construction object has entered the dangerous area, and timely discover the supervision object or the construction object entering the dangerous area, thereby increasing the safety and reliability of the information management of engineering supervision; entering the quality monitoring end, the supervision quality index and the standard quality index are judged for consumption, and whether the supervision index is abnormal, and the plan is adjusted in real time and self-tracking is realized. By calculating the actual consumption index in quality monitoring, and calculating the difference between the calculated actual consumption index and the planned consumption index, the information management system can accurately compare the actual quality index with the planned quality index, and track it in real time through the data tracker, and calculate the difference between the quality index data before and after the adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct, and if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal, until it is determined that the adjustment plan is normal, thereby avoiding deficiencies in the quality monitoring of the information management system.

[0131] Please refer to Figure 5 As shown: The information management method of engineering supervision software includes the following steps:

[0132] Step 1: Configure the IP address information of the remote control area server of the supervision software;

[0133] Step 2: Enter the information display terminal, collect and push supervision information in real time, realize the visual display of supervision reports, and track and locate in real time when the supervision project is displayed to determine whether the supervision project display is abnormal;

[0134] Step 3: Enter the early warning analysis terminal, monitor the supervision status in real time, generate a supervision report, and capture the location of the enterprise restricted area and the project supervision area in real time, remind the supervision project to stay away from the restricted area, and generate a restricted area warning through real-time analysis of the supervision status;

[0135] Step 4: Enter the quality monitoring end, conduct consumption judgment on the supervision quality indicators and standard quality indicators, determine whether the supervision indicators are abnormal, adjust the plan in real time and realize self-tracking.

[0136] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. Engineering supervision software information management system, characterized by: The system includes an information display terminal, an early warning analysis terminal and a quality monitoring terminal, wherein the information display terminal, the early warning analysis terminal and the quality monitoring terminal are jointly provided with a voice broadcast module; The information display terminal is used to collect and push supervision information in real time through real-time push and update, to achieve visual display of supervision reports, and to track and locate in real time when supervision projects are displayed, to determine whether the supervision project display is abnormal; The early warning analysis terminal is used to monitor the supervision status in real time through data sensors, generate supervision reports, and capture the location of the enterprise restricted area and the project supervision area in real time, remind the supervision project to stay away from the restricted area, and generate restricted area warnings through real-time analysis of the supervision status; The quality monitoring end is used to judge the consumption of the supervision quality index and the standard quality index in real time through the data tracker, judge whether the supervision index is abnormal, and adjust the plan in real time and realize self-tracking after judging that the supervision index exceeds the threshold; The voice broadcast module is used when it is judged that an abnormality occurs in the display process of the supervision project and an early warning is generated in the restricted area.

2. The system according to claim 1, characterized in that: The information display terminal includes an information push module, a report generation module and a project tracking module; The information push module includes a supervision information unit, a supervision positioning unit and an information push unit; The supervision information unit is used to record supervision responsibilities, supervision items and supervision contents through a data recorder, and to record in real time according to the date through a data record table; The supervision positioning unit is used to locate the engineering scope of the supervision project through the GPS navigation device; The information push unit is used to pass the data record table of the supervision project through the information converter; The report generation module includes a report generation unit and a visualization display unit; The report generating unit is used to generate a supervision report of the supervision object by combining supervision responsibilities, supervision items and supervision contents with regional positioning; The visual display unit is used to display the generated supervision report in real time through a computer device.

3. The system according to claim 2, characterized in that: The project tracking unit includes a project positioning unit, a project tracking unit, a tracking analysis unit and a display warning unit; The project positioning unit is used to locate the real-time positioning value of the supervision object corresponding to the project in real time through the GPS navigation device, and record it in real time through the data recorder; The project tracking unit is used to set the standard positioning value of the corresponding project supervised by the supervision object in the system, and track it in real time through the data tracker; The tracking and analysis unit is used to calculate the difference between the standard positioning value of the supervision object corresponding to the project set in the system and the real-time positioning value of the supervision object corresponding to the project in real-time positioning. If the calculated difference = 0, it is judged that the positioning display of the supervision object is correct; if the calculated difference ≠ 0, it is judged that the positioning display of the supervision object is abnormal; The display warning unit is used to report that the server terminal sends a voice announcement through a voice announcer when it is determined that the positioning display of the supervision object is abnormal, to remind the supervision object of the abnormal position.

4. The system according to claim 1, characterized in that: The early warning analysis terminal includes a supervision report module, an enterprise prevention module and an early warning analysis module; The supervision report module includes a supervision control unit and a supervision report unit; The supervision control unit is used to capture the location of the supervision object and the engineering object in real time through a video capture device within the project scope of the supervision object; The supervision report unit is used to generate a capture report on the location of the engineering object in real time; The enterprise prevention module includes a restricted area marking unit, an engineering positioning unit and a restricted area reminder unit; The restricted area marking unit is used to mark the restricted area location through a GPS navigation device; The engineering positioning unit is used to locate the construction position of the engineering object through a GPS navigation device; The restricted area reminder unit is used to set the restricted area range. If the construction location of the engineering object and the location of the supervision object enter the restricted area, the reporting server terminal will promptly remind through the voice announcer.

5. The system according to claim 4, characterized in that: The early warning analysis module includes a supervision analysis unit and an analysis and early warning unit; The supervision analysis unit is used to monitor the position of the supervision object and the engineering object in real time through the GPS positioning navigation device. If the position of the supervision object or the engineering object coincides with the restricted area, a restricted area warning reminder is issued. The calculation formula for the coincidence of the position of the supervision object or the engineering object with the restricted area is as follows: Among them, E C is the position of one of the supervision objects or engineering objects that is judged to be overlapped with the restricted area, and S is the number of events that are not judged to be overlapped with each other; The analysis and warning unit is used to remind the object to evacuate the restricted area through a voice announcer, and to regularly monitor the evacuation status after the reminder through a GPS navigation device.

6. The system according to claim 1, characterized in that: The quality monitoring end includes a quality indicator module, a consumption detection module, an error calculation module and a quality control module; The quality indicator module includes a quality indicator unit and a standard indicator unit; The quality indicator unit is used to calculate the actual consumption indicator in quality monitoring, and the calculation formula is as follows: Among them, Δm1 represents the actual consumption index in quality monitoring, R is the gas constant, T is the quality monitoring time, V is the guaranteed volume in quality monitoring, and Δp is the quality index pressure; The standard indicator unit is used to set the planned consumption indicator in quality monitoring; The consumption detection module includes a consumption judgment unit; The consumption judgment unit is used to calculate the difference between the calculated actual consumption index and the planned consumption index. If the difference is ≤0, the consumption is judged to be normal; if the difference is >0, the consumption is judged to be abnormal.

7. The system according to claim 6, characterized in that: The error calculation module includes a consumption calculation unit; The consumption calculation unit is used to calculate the difference between the actual consumption index and the planned consumption index. The calculation formula is as follows: Y=Y1-Y2 Among them, Y represents the difference data between the actual consumption index and the planned consumption index, Y1 represents the actual consumption index, and Y2 represents the planned consumption index; The quality control module includes a scheme adjustment unit and an adjustment tracking unit; The scheme adjustment unit is used to adjust the quality index in real time according to the calculated difference data, for example: if the difference data is a positive number, the quality index data corresponding to the difference data is reduced, and if the difference data is a negative number, the quality index data corresponding to the difference data is increased; The adjustment tracking unit is used to track the quality indicators after the adjustment plan in real time through a data tracker, and calculate the difference between the quality indicator data before and after the adjustment. If the calculated difference = 0, the adjustment plan is judged to be correct; if the calculated difference ≠ 0, the adjustment plan is judged to be abnormal.

8. A method for information management of engineering supervision software, referring to the information management system of engineering supervision software according to any one of claims 1 to 7, characterized in that: The following steps are involved: Step 1: Configure the IP address information of the remote control area server of the supervision software; Step 2: Enter the information display terminal, collect and push supervision information in real time, realize the visual display of supervision reports, and track and locate in real time when the supervision project is displayed to determine whether the supervision project display is abnormal; Step 3: Enter the early warning analysis terminal, monitor the supervision status in real time, generate a supervision report, and capture the location of the enterprise restricted area and the project supervision area in real time, remind the supervision project to stay away from the restricted area, and generate a restricted area warning through real-time analysis of the supervision status; Step 4: Enter the quality monitoring end, conduct consumption judgment on the supervision quality indicators and standard quality indicators, determine whether the supervision indicators are abnormal, adjust the plan in real time and realize self-tracking.

9. Engineering supervision software information management equipment, characterized by: Applied to the information management system of engineering supervision software.

10. Engineering supervision software information management software product, characterized by: Applied to the information management system of engineering supervision software.

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