Cross-business platform construction log forming system

Abstract

The invention discloses a cross-business-platform construction log forming system, and relates to the field of intelligent construction of construction projects. The system comprises an intelligent construction site management platform used for acquiring a quality safety inspection result of a target construction site and working data, constructor information and equipment parameters of a plurality of construction equipment, converting the results into a preset data format, and judging whether the construction equipment has potential safety hazards according to the working data and the equipment parameters; when potential safety hazards exist in the construction equipment, alarm information is generated, calling information sent by the engineering data management platform is further received, corresponding construction logs are sent to the engineering data management platform, and quality acceptance data and quality detection data are obtained through statistics according to quality safety inspection results; and the engineering data management platform is used for carrying out statistics on the construction log, the quality acceptance data and the quality detection data to obtain production construction log data of a completed project of the target construction site. The construction log compiling efficiency is improved.

Description

Technical Field

[0001] The present invention relates to the field of intelligent construction of construction projects, and in particular to a construction log forming system across business platforms. Background Art

[0002] During the construction process, the construction unit needs to form a construction log every day to understand the situation of people, machines, materials, methods, and environment at the construction site. The traditional method relies on manual data collection and manual statistics to compile a construction log. The traditional method has problems such as low efficiency, difficult traceability, and non-intuitive access. In addition, the previous construction logs compiled using the traditional method cannot be directly converted into construction information assets, making it difficult to provide reference for subsequent construction projects and unable to form effective information support.

[0003] As the construction progresses, the construction logs generated every day gradually accumulate. The traditional manual collection and statistics method is time-consuming and labor-intensive. The amount of data collected by IOT (Internet of Things) devices is relatively large and there is a large amount of homogeneous data. In the actual work process, it is necessary to screen out effective data for collection and statistics. Not only is the time cost high, but the output effect varies from person to person, making it difficult to form standards and inefficient. Moreover, the recorded data information cannot be effectively extracted, and the recorded data cannot be bound to the source data, resulting in data information being limited to the content of paper records, and being unable to track and analyze the underlying source data. Paper files are inconvenient to store and difficult to circulate, and valuable data assets cannot be formed within the enterprise.

[0004] In addition, the traditional method of forming construction logs has the following problems: it is difficult to trace problems and hidden dangers and the log is not intuitive to review.

[0005] Among them, the difficulty in tracing problems and hidden dangers refers to: with the increasing number of paper construction logs collected and counted manually, it is not easy to quickly locate the problematic construction logs when tracing back the existing problems and hidden dangers. It takes a lot of manpower to conduct a large amount of retrieval before a preliminary judgment can be made. The tracing within a certain time period also needs to be manually filtered out, and due to the limitations of paper data, it is difficult to locate the source data of the construction log. Problematic data or matters can basically only be traced back to paper records, and the source of the problem cannot be tracked.

[0006] The unintuitive nature of the query means that the construction logs that are manually organized are limited by paper data and cannot locate the underlying data source. When comparing and analyzing the construction logs, they need to be manually screened from the construction log files, which makes it impossible to compare quickly and conveniently, and can easily lead to confusion in the construction log files, affecting subsequent query.

[0007] Based on the defects of the traditional construction log generation method, in the process of intelligent construction, how to connect the data of the smart construction site management platform with the engineering data management platform to improve the efficiency of construction log compilation is a technical problem that needs to be solved urgently in intelligent construction. Summary of the invention

[0008] The purpose of the present invention is to provide a cross-business platform construction log forming system, which can improve the efficiency of compiling construction logs.

[0009] To achieve the above object, the present invention provides the following solutions:

[0010] A cross-business platform construction log forming system, the construction log forming system comprising an engineering data management platform and a smart construction site management platform;

[0011] The smart construction site management platform is used to obtain the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format, and judge whether the construction equipment has safety hazards based on the working data and equipment parameters. When the construction equipment has safety hazards, an alarm message is generated, and the retrieval information sent by the engineering data management platform is received, and the corresponding construction log and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results are sent to the engineering data management platform; the construction log includes a mechanical equipment construction log, an operator construction log and a safety education and training log;

[0012] The engineering data management platform is used to collect statistics on the construction logs, quality acceptance data and quality inspection data to obtain the production and construction log data of the completed projects at the target construction site.

[0013] Optionally, the mechanical equipment construction log includes the total number of the construction equipment, the number of online equipment, the number of alarms and working data; the number of alarms is the number of times an alarm message is generated; the construction personnel construction log includes the attendance of construction personnel divided by work teams and the attendance of construction personnel divided by work types; the safety education and training log includes safety education assessment information for construction personnel.

[0014] Optionally, the smart construction site management platform is also used to pre-process the work data converted into a preset data format; the pre-processing includes filtering duplicate data and static data.

[0015] Optionally, judging whether the construction equipment has a potential safety hazard according to the working data and equipment parameters specifically includes:

[0016] According to the comparison result between the equipment parameters and the working data, judging whether the corresponding construction equipment is in a safe working state;

[0017] When the construction equipment is in a safe working state, there is no potential safety hazard and no alarm information is generated;

[0018] When the construction equipment is not in a safe working state, there is a potential safety hazard and an alarm message is generated.

[0019] Optionally, the smart construction site management platform obtains access credentials through the public key and private key assigned by the engineering data management platform;

[0020] The access credentials of the engineering data management platform are bound to the data interface of the smart construction site management platform, and project-related information of the smart construction site management platform is obtained, and a corresponding project library and construction log template are created according to the project-related information, and the construction log, quality acceptance data and quality inspection data are obtained through the data interface, and the construction log, quality acceptance data and quality inspection data are counted to the corresponding construction project and the construction log template corresponding to the construction project; the project library includes multiple construction projects; the project-related information includes a project ID and a project name.

[0021] Optionally, the smart construction site management platform is provided with an IP whitelist; the IP whitelist is construction equipment or construction equipment manufacturers that are allowed to push equipment parameters to the smart construction site management platform.

[0022] Optionally, the construction personnel information includes real-name registration information, work number, clock-in time and clock-in photo.

[0023] Optionally, the smart construction site management platform sends the quality acceptance data and the quality inspection data to the engineering data management platform through a scheduled task or active triggering.

[0024] Optionally, the engineering data management platform includes an acquisition module, a detection module, an alarm module and a sending module;

[0025] The acquisition module is used to acquire the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format;

[0026] The detection module is connected to the acquisition module; the detection module is used to determine whether the construction equipment has a safety hazard based on the working data and equipment parameters, and obtain a detection result; the detection result includes whether a safety hazard exists or not;

[0027] The alarm module is connected to the detection module; the alarm module is used to generate alarm information when the detection result shows that there is a potential safety hazard;

[0028] The sending module is connected to the engineering data management platform and the acquisition module respectively; the sending module is used to receive the retrieval information sent by the engineering data management platform, and send the corresponding construction log and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results to the engineering data management platform.

[0029] Optionally, the smart construction site management platform includes a receiving module and a statistical module;

[0030] The receiving module is connected to the sending module; the receiving module is used to receive the construction log sent by the sending module and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results;

[0031] The statistical module is connected to the receiving module; the statistical module is used to collect statistics on the construction log, quality acceptance data and quality inspection data to obtain the production construction log data of the completed project at the target construction site.

[0032] According to the specific embodiments provided by the present invention, the present invention discloses the following technical effects:

[0033] The present invention provides a cross-business platform construction log formation system, which connects the data of the smart construction site management platform with the engineering data management platform during the intelligent construction process. The quality management and safety management business of the smart construction site management platform and the data collected by IOT devices such as tower cranes, construction elevators, gates, and safety education and training boxes are combined with data templates such as project construction logs in the data management platform to form construction log contents such as project production records and technical quality and safety work records, quickly form engineering data, etc., improve the efficiency of data compilation, and construction management personnel can timely understand the construction progress and completion status according to the construction log, thereby improving the management level of the construction site. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0035] Figure 1 A schematic diagram of the structure of a construction log forming system across business platforms provided in Example 1 of the present invention;

[0036] Figure 2 This is a schematic diagram of the construction log style finally formed by the present invention. DETAILED DESCRIPTION

[0037] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0038] The purpose of the present invention is to provide a construction log forming system across business platforms, aiming to improve the efficiency of compiling construction logs. The present invention can be applied to the fields of intelligent construction of construction projects, smart construction sites of construction projects, and construction log management of construction projects.

[0039] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the present invention is further described in detail below with reference to the accompanying drawings and specific embodiments.

[0040] Example 1

[0041] Before introducing the solution of this embodiment, the technical terms involved are explained first:

[0042] In the field of intelligent construction, the engineering data management platform is based on the concept of "project source intervention and full dynamic tracking", with the goal of "digitalization, onlineization and intelligence" of construction engineering data. Through the implementation route of "multi-subject collaboration and full process online", it builds archive management and services throughout the life cycle of the project. Smart construction site is an innovative management method based on the Internet of Things and mobile Internet technology, aiming to improve the efficiency and quality of construction site management. The smart construction site management platform uses human-computer interaction, perception, decision-making and other technical means. Smart construction sites use artificial intelligence, BIM, big data, mobile communications, cloud computing, the Internet of Things and other technologies to achieve intelligent, information-based and digital construction site management.

[0043] like Figure 1 As shown, the cross-business platform construction log formation system in this embodiment includes an engineering data management platform and a smart construction site management platform. The engineering data management platform is the platform where the construction log is finally formed, and the smart construction site management platform is a platform for providing part of the business data in the construction log. The two platforms open mutually authenticated APIs for data docking.

[0044] The smart construction site management platform is used to obtain the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format, and judge whether the construction equipment has safety hazards based on the working data and equipment parameters. When the construction equipment has safety hazards, an alarm message is generated, and the retrieval information sent by the engineering data management platform is received, and the corresponding construction log and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results are sent to the engineering data management platform; the construction log includes the mechanical equipment construction log, the operator construction log and the safety education and training log; the mechanical equipment construction log includes the total number, online number, alarm number and working data of each of the construction equipment; the alarm number is the number of times the alarm message is generated; the construction personnel construction log includes the attendance of construction personnel divided by team and the attendance of construction personnel divided by work type; the safety education and training log includes the safety education assessment information of construction personnel. The construction personnel information includes real-name registration information, work number, punch-in time and punch-in photo.

[0045] As a specific implementation method, the engineering data management platform includes an acquisition module, a detection module, an alarm module and a sending module; the acquisition module is used to acquire the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format; the detection module is connected to the acquisition module; the detection module is used to determine whether the construction equipment has safety hazards based on the working data and equipment parameters, and obtain the detection results; the detection results include the existence of safety hazards and the absence of safety hazards; the alarm module is connected to the detection module; the alarm module is used to generate an alarm message when the detection result is that there are safety hazards; the sending module is connected to the engineering data management platform and the acquisition module respectively; the sending module is used to receive the retrieval information sent by the engineering data management platform, and send the corresponding construction log to the engineering data management platform as well as the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results.

[0046] Specifically, the smart construction site management platform sends the quality acceptance data and the quality inspection data to the engineering data management platform through a scheduled task or active triggering.

[0047] The smart construction site management platform is also used to pre-process the work data converted into a preset data format; the pre-processing includes filtering duplicate data and static data. The smart construction site management platform is also provided with an IP whitelist; the IP whitelist is for construction equipment or construction equipment manufacturers that are allowed to push equipment parameters to the smart construction site management platform.

[0048] The engineering data management platform is used to collect statistics on the construction logs, quality acceptance data and quality inspection data to obtain the production and construction log data of the completed projects at the target construction site.

[0049] As a specific implementation method, the smart construction site management platform includes a receiving module and a statistical module; the receiving module is connected to the sending module; the receiving module is used to receive the construction log sent by the sending module and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results; the statistical module is connected to the receiving module; the statistical module is used to count the construction log, quality acceptance data and quality inspection data to obtain the production construction log data of the completed project of the target construction site.

[0050] Wherein, judging whether the construction equipment has potential safety hazards according to the working data and equipment parameters specifically includes:

[0051] Based on the comparison result between the equipment parameters and the working data, it is determined whether the corresponding construction equipment is in a safe working state; when the construction equipment is in a safe working state, there is no safety hazard and no alarm information is generated; when the construction equipment is not in a safe working state, there is a safety hazard and an alarm information is generated.

[0052] As a specific implementation method, the smart construction site management platform obtains access credentials through the public key and private key assigned by the engineering data management platform. The engineering data management platform binds the access credentials to the data interface of the smart construction site management platform, obtains project-related information of the smart construction site management platform, creates a corresponding project library and construction log template based on the project-related information, obtains the construction log, quality acceptance data and quality inspection data through the data interface, and adds the construction log, quality acceptance data and quality inspection data to the corresponding construction project and the construction log template corresponding to the construction project; the project library includes multiple construction projects; the project-related information includes project ID and project name.

[0053] In actual applications, the engineering data management platform opens a project binding interface, and the smart construction site management platform creates a project association relationship with the engineering data management platform by calling this interface; after the association relationship is created, the engineering data management platform can call the data interface of the smart construction site management platform according to the project ID to obtain the required data.

[0054] (1) The smart construction site management platform requests accessToken (valid for 2 hours) through the app_key and app_secret allocated by the engineering data management platform.

[0055] (2) Carry the accessToken to request the project binding interface of the engineering data management platform and pass the project related information (project ID and project name, etc.). The engineering data management platform will create the corresponding project library and the corresponding construction log template based on the provided project information, and then call the data interface of the smart construction site management platform to generate a construction log.

[0056] The data acquisition process of the mechanical equipment construction log specifically includes:

[0057] Mechanical operation production status record: mainly records the daily operation status of mechanical equipment. If there are any hidden dangers, early warning alarms will be marked to facilitate construction units to timely grasp the operating status of mechanical equipment and understand potential safety issues during the construction process.

[0058] The smart construction site management platform system opens interfaces to obtain data from equipment / equipment manufacturers. The interfaces support protocols such as TCP, HTTP, and HTTPS. The interfaces support methods of obtaining data, including actively calling the data interface of equipment / equipment manufacturers, accepting data actively pushed by equipment / equipment manufacturers, and accepting data from equipment / equipment manufacturers through subscription. The smart construction site management platform server sets an IP whitelist. Only IPs in the whitelist can push data. The frequency of pushing data is allowed to be within 10 seconds to 1 minute. Different equipment / equipment manufacturers are supported to push different data formats. The pushed data format must comply with the industry standard format or a pre-agreed format. When all data formats are received and verified to comply with industry standards or pre-agreed formats, and contain necessary data items, the data of the necessary data items is in the specified type, and the value is within the specified range, the data corresponding to the data format is valid data. The smart construction site management platform will convert and map the valid data into the standard data format within the smart construction site management platform. The standard data format of tower crane equipment in the smart construction site management platform is shown in Table 1:

[0059] Table 1 Statistics of standard data formats for tower crane equipment in the smart construction site management platform

[0060]

[0061]

[0062] After the IOT data pushed by the equipment / equipment manufacturer is converted into the standard data format of the smart construction site management platform system, the system will analyze these data to filter out duplicate data, static data, etc., leaving valid data and calculating the operating efficiency. Take the tower crane as an example: the lifting weight of the tower crane needs to be filtered and counted, because the lifting object of the tower crane has not changed within a time interval (such as 10 seconds), the lifting weight data is duplicate data, only one is retained as valid data, and the others need to be filtered out to avoid repeated calculations; according to the continuity of data push, the running time of the tower crane is calculated. If the data push is interrupted or there is no valid lifting weight data for more than or equal to 10 minutes, the tower crane is considered to be closed, and the time during the closure period is not included in the statistics; valid data is only retained in the smart construction site management platform. If the engineering data management platform needs to consult such data, it can be obtained by calling the interface of the smart construction site management platform. The smart construction site management platform provides a real-time data interface for equipment.

[0063] Interface links:

[0064]

[0065] Request method: GET

[0066] Parameters: as shown in Table 2.

[0067] Table 2 Statistics of equipment real-time data interface transmission parameters provided by the smart construction site management platform

[0068]

[0069]

[0070] Compare the wind speed, height, amplitude, angle, inclination and other data of the filtered data, and record the minimum and maximum values ​​of these data on the day, so that the construction unit can clearly understand whether the mechanical equipment is working within a reasonable range and whether there are safety hazards when viewing the log. The data is only retained in the smart construction site management platform. If the engineering data management platform needs to access such data, it can obtain it by calling the interface of the smart construction site management platform. The smart construction site management platform provides an equipment operation statistics interface.

[0071] Interface links:

[0072]

[0073] Request method: GET

[0074] Parameters: as shown in Table 3.

[0075] Table 3 Statistics of transmission parameters of equipment operation statistics interface provided by the smart construction site management platform

[0076]

[0077] The background of the engineering data management platform executes scheduled tasks and calls the interface of the smart construction site management platform before 24:00 every day. At this time, the smart construction site management platform automatically collects the total number, online status and operating status of the mechanical equipment (construction elevators, tower cranes and other lifting machinery) of the day, summarizes and calculates the operating efficiency data of the mechanical equipment (construction elevators, tower cranes and other lifting machinery) of the day and forms the construction log of the day and returns it to the engineering data management platform. At the same time, the engineering data management platform can also actively call the interface of the smart construction site management platform according to actual needs to collect and summarize the operating data before the current time point.

[0078] Taking tower cranes as an example, the final format of the mechanical equipment part of the construction log is: "Total number of tower cranes today: xx; number of online cranes: xx; number of working tower cranes: xx; total number of alarms: xx; total number of warnings: xx; average number of lifts (per crane): xx times; average lifting weight (per crane): xx t (tons); average operating time (per crane): xx h (hours); average work productivity (per crane): xx t / h (tons / hour)". By calling the operation details interface of the smart construction site management platform, the operation status of a tower crane on that day can be viewed separately. The smart construction site management platform provides an equipment operation log interface.

[0079] Interface links:

[0080]

[0081] Request method: GET

[0082] Parameters: as shown in Table 4.

[0083] Table 4 Statistics of equipment operation log interface transmission parameters provided by the smart construction site management platform

[0084]

[0085] The data acquisition process of the operator's construction log specifically includes:

[0086] All team members need to register with their real names, and upload their photos so that they can be sent to the attendance equipment on the construction site. They are also required to undergo corresponding job training and safety education training, and can only carry out construction work after passing the assessment.

[0087] From real-name registration and training to passing the assessment, all team members will be recorded and tracked by the smart construction site management platform. The engineering data management platform obtains the records through the interface of the smart construction site management platform and reflects them in the daily construction log. The construction unit can clearly understand the personnel situation on site and the implementation of education and training through the construction log. During the construction log generation process, newly registered personnel who have not participated in the training will be filtered and checked, and reminders will be given.

[0088] During the construction process, team members clock in through the real-name attendance equipment at the construction site. After successfully clocking in with facial recognition, the clock-in record will be pushed to the system. The pushed attendance data includes the person’s employee number, clock-in time, and clock-in photo, etc. After receiving the attendance data, the system queries the corresponding person based on the employee number, thereby obtaining the team to which the person belongs, the type of work, and other information.

[0089] When the engineering data management platform generates a construction log by calling the smart construction site management platform, the smart construction site management platform automatically collects the attendance data of the construction site attendance equipment, and summarizes the total number of people present in the team today and the proportion of the team attendance to the total attendance according to the team to which it belongs; the attendance of each type of work at the construction site is counted according to the type of work classification, and the proportion of each type of work to the total attendance is further calculated. The generated construction log is roughly expressed as: "Total attendance today: xx, total attendance of team A: xx, accounting for xx%, total attendance of team B: xx, accounting for xx%... Attendance of work types: reinforcement worker: xx, accounting for xx%, carpenter: xx, accounting for xx%,..."; all data can view the associated source data, and the construction log can be reversely retrieved by the team members later, so that the dynamics of each team member in the construction process can be clearly seen. The smart construction site management platform provides a project team operation statistics log interface.

[0090] Interface links:

[0091]

[0092] Request method: GET

[0093] Parameters: as shown in Table 5.

[0094] Table 5 Statistics of transmission parameters of the project team operation statistics log interface provided by the smart construction site management platform

[0095]

[0096]

[0097] The data acquisition process of the safety education and training log specifically includes:

[0098] When there are problems in production, list the particularly serious problems found during the quality and safety inspection, and track the rectification records to effectively solve the hidden dangers found during the construction process.

[0099] Technical quality and safety activities list the briefing of special construction plans for dangerous and major projects, summarize whether the technical briefing has been completed and the time of the technical briefing; they also list the safety education and training. Construction personnel need to undergo pre-job training, skills training, and three-level safety education before they can carry out construction work, and pass the corresponding assessment. The assessment can be conducted through the safety education and training box installed on the construction site. After the safety education and training box is installed and configured, the corresponding question bank is obtained from the server through the http protocol. The obtained question bank data format is divided into a question bank table and a question table, as shown in Table 6 and Table 7.

[0100] Table 6 Question Bank

[0101] id name in_use location 1 Comprehensive Questions 1 local 2 Test Questions 0 remote

[0102] Table 7 Question list

[0103]

[0104] After the construction personnel assessment is completed, the safety education and training box will push the results to the server for recording. The format of the pushed statistical data message is shown in Table 8.

[0105] Table 8 Data message format statistics

[0106]

[0107]

[0108] The smart construction site management platform collects and summarizes the data reported by the safety education and training box and associates it with the registered real-name personnel information to form a safety education and training log information, which is actively pushed to the engineering data management platform. The engineering data management platform provides an interface for receiving safety education and training logs.

[0109] Interface links:

[0110]

[0111] Request method: POST

[0112] Technical quality and safety issues are based on quality and safety inspections. Quality and safety inspections are periodic inspections conducted by construction units based on regulatory requirements and their own needs. Inspections are to discover quality and safety issues or hidden dangers in the construction process, and then register and record them and form rectification orders. Relevant personnel will respond to the rectification orders after investigating and rectifying the problems, and the inspection personnel will confirm the response. The system summarizes and counts the inspection situation every day, including the number of inspections, the total number of problems, the number of particularly serious problems, the problem rectification rate, and the immediate rectification rate of problems. The data format is shown in Table 9:

[0113] Table 9 Inspection Summary Statistics

[0114]

[0115]

[0116] The engineering data management platform collects quality acceptance data and test data through scheduled tasks and active triggering. The construction unit can check the quality acceptance and test data summary of the day at any time. The engineering data management platform will also execute scheduled tasks before 24:00 every day to summarize the quality acceptance and test data of the day, and directly produce construction log data based on the completed engineering data of the construction unit, eliminating the tedious manual collection and summary. The final construction log format is as follows: Figure 2 shown.

[0117] The present invention has the following advantages:

[0118] 1. In the context of intelligent construction, the smart construction site management platform is connected to the engineering data management platform. The quality management and safety management services of the smart construction site management platform, as well as the data collected by IOT equipment such as tower cranes, construction elevators, and gates, are combined with data templates such as project construction logs in the data management platform to quickly form construction logs, etc., to improve data compilation efficiency and construction site management level.

[0119] 2. With the help of IOT, Internet of Things, Internet, etc., construction data, assessment data, acceptance data, and circulation data are collected in real time, and various management, construction, supervision activities, detection, inspection and acceptance forms are automatically formed, which reduces the time of manual transmission and post-transmission and data errors, and truly obtains real, complete, and complete standardized and normalized documents to escort the quality of the project and the lifelong responsibility system of the person in charge of the project. It is also impossible to form valuable data assets within the enterprise.

[0120] The technical features of the above embodiments may be combined arbitrarily. To make the description concise, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0121] The principles and implementation methods of the present invention are described in this article using specific examples. The description of the above embodiments is only used to help understand the method and core idea of ​​the present invention. At the same time, for those skilled in the art, according to the idea of ​​the present invention, there will be changes in the specific implementation methods and application scope. In summary, the content of this specification should not be understood as limiting the present invention.

Claims

1. A construction log forming system across business platforms, characterized in that: The construction log forming system includes a project data management platform and a smart construction site management platform; The smart construction site management platform is used to obtain the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format, and judge whether the construction equipment has safety hazards based on the working data and equipment parameters. When the construction equipment has safety hazards, an alarm message is generated, and the retrieval information sent by the engineering data management platform is received, and the corresponding construction log and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results are sent to the engineering data management platform; the construction log includes a mechanical equipment construction log, an operator construction log and a safety education and training log; The engineering data management platform is used to collect statistics on the construction logs, quality acceptance data and quality inspection data to obtain the production and construction log data of the completed projects at the target construction site.

2. The cross-business platform construction log forming system according to claim 1 is characterized in that: The mechanical equipment construction log includes the total number of the construction equipment, the number of online equipment, the number of alarms and the working data; the number of alarms is the number of times the alarm information is generated; the construction personnel construction log includes the attendance of construction personnel divided by work teams and the attendance of construction personnel divided by work types; the safety education and training log includes the safety education assessment information of the construction personnel.

3. The cross-business platform construction log forming system according to claim 1 is characterized in that: The smart construction site management platform is also used to pre-process the work data converted into a preset data format; the pre-processing includes filtering duplicate data and static data.

4. The cross-business platform construction log forming system according to claim 1 is characterized in that: Judging whether the construction equipment has potential safety hazards based on the working data and equipment parameters includes: According to the comparison result between the equipment parameters and the working data, judging whether the corresponding construction equipment is in a safe working state; When the construction equipment is in a safe working state, there is no potential safety hazard and no alarm information is generated; When the construction equipment is not in a safe working state, there is a potential safety hazard and an alarm message is generated.

5. The cross-business platform construction log forming system according to claim 1 is characterized in that: The smart construction site management platform obtains access credentials through the public key and private key allocated by the engineering data management platform; The access credentials of the engineering data management platform are bound to the data interface of the smart construction site management platform, and project-related information of the smart construction site management platform is obtained, and a corresponding project library and construction log template are created according to the project-related information, and the construction log, quality acceptance data and quality inspection data are obtained through the data interface, and the construction log, quality acceptance data and quality inspection data are counted to the corresponding construction project and the construction log template corresponding to the construction project; the project library includes multiple construction projects; the project-related information includes a project ID and a project name.

6. The cross-business platform construction log forming system according to claim 1 is characterized in that: The smart construction site management platform is provided with an IP whitelist; the IP whitelist is for construction equipment or construction equipment manufacturers that are allowed to push equipment parameters to the smart construction site management platform.

7. The cross-business platform construction log forming system according to claim 1 is characterized in that: The construction personnel information includes real-name registration information, work number, clock-in time and clock-in photo.

8. The cross-business platform construction log forming system according to claim 1, characterized in that: The smart construction site management platform sends the quality acceptance data and the quality inspection data to the engineering data management platform through a scheduled task or active triggering.

9. The cross-business platform construction log forming system according to claim 1, characterized in that: The engineering data management platform includes an acquisition module, a detection module, an alarm module and a sending module; The acquisition module is used to acquire the quality and safety inspection results of the target construction site and the working data, construction personnel information and equipment parameters of multiple construction equipment, and convert them into a preset data format; The detection module is connected to the acquisition module; the detection module is used to determine whether the construction equipment has a safety hazard based on the working data and equipment parameters, and obtain a detection result; the detection result includes whether a safety hazard exists or not; The alarm module is connected to the detection module; the alarm module is used to generate alarm information when the detection result shows that there is a potential safety hazard; The sending module is connected to the engineering data management platform and the acquisition module respectively; the sending module is used to receive the retrieval information sent by the engineering data management platform, and send the corresponding construction log and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results to the engineering data management platform.

10. The cross-business platform construction log forming system according to claim 1, characterized in that: The smart construction site management platform includes a receiving module and a statistical module; The receiving module is connected to the sending module; the receiving module is used to receive the construction log sent by the sending module and the quality acceptance data and quality inspection data obtained by statistics based on the quality and safety inspection results; The statistical module is connected to the receiving module; the statistical module is used to collect statistics on the construction log, quality acceptance data and quality inspection data to obtain the production construction log data of the completed project at the target construction site.

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