CN113159248A - Pile foundation construction management method and system based on two-dimensional code - Google Patents
Pile foundation construction management method and system based on two-dimensional code Download PDFInfo
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Abstract
The invention discloses a pile foundation construction management method and system based on two-dimensional codes. And management of progress, quality, safety and the like of the pile foundation engineering can be realized through the management of the pile foundation construction plan. The invention realizes the standardized management of pile foundation construction, the full life cycle management of pile machine equipment, the informatization and construction traceability management of engineering personnel, and the quality control and traceability management of pile foundation engineering.
Description
Technical Field
The invention relates to the field of construction management of constructional engineering and an engineering construction standardized management method, in particular to a pile foundation construction management method and system based on two-dimensional codes.
Background
The pile foundation construction is a basic part of the construction of the building engineering, and has great influence on the quality and the safety of the whole building engineering. The pile foundation construction process relates to the management of pile machine equipment, the management of pile foundation construction materials (such as concrete and steel bars), the registration and management of node data of pile foundation construction procedures and the detection and acceptance of pile foundations, and different construction processes and specification requirements also exist for different types of piles, so that a unified standardized management method for managing the pile foundation construction process does not exist at present.
At present, an effective tracking means is lacked for the construction state of pile machine equipment on a construction site, and most pile foundation construction management registers and manages engineering materials and construction processes in a paper form recording mode and tracks and manages the construction progress, quality and safety of a pile foundation. The traditional management means completely depends on manual management, and the timeliness and the authenticity of the construction state of the pile machine equipment and the data of the construction process cannot be effectively guaranteed due to the differences of professional technical level, quality and the like of managers. Therefore, a standard pile foundation construction management method and system need to be constructed, influence of human factors on pile foundation construction is reduced, and accordingly target contents such as progress, quality and safety of pile foundation construction can be effectively guaranteed.
Disclosure of Invention
Aiming at the defects of the prior art and the actual requirements of pile foundation construction management, the invention provides a pile foundation construction management method and system based on two-dimensional codes, wherein pile machine equipment is identified through the two-dimensional codes; pile foundation construction process management is carried out through two-dimension code scanning, and relevant data (people, materials and machines) of process node flows are registered and confirmed; the progress, quality and safety of the whole pile foundation project are tracked and managed through the construction data of specific piles, so that digital management of pile foundation construction and paperless management of subsequent acceptance procedures can be realized.
In order to achieve the purpose, the invention provides the following technical scheme:
on one hand, the application provides a pile foundation construction management method based on two-dimensional codes, and the method comprises the following steps:
the pile machine equipment is subjected to standardized management, two-dimensional codes are generated and distributed through the registering and auditing process of the pile machine equipment, and the basic information and the quality evaluation information of the pile machine equipment are tracked and managed;
carrying out standardized management on entering and leaving of pile machine equipment, identifying corresponding pile machine equipment through a two-dimensional code, carrying out entering and leaving operation according to the construction state of the pile machine equipment, and registering the entering time and leaving time of the pile machine equipment in the engineering;
carrying out standardized management on related personnel and roles of pile foundation engineering, carrying out two-dimensional code scanning operation on pile driver equipment by engineering personnel, associating the engineering and pile driver equipment information, and identifying the content of the engineering operation which can be carried out;
the construction content of the pile foundation engineering is subjected to standardized management, and a judgment basis is provided for the subsequent pile foundation construction process, progress, quality and safety evaluation through the management of the construction parameters, pile foundation materials and construction plans of various piles;
the pile foundation engineering construction process nodes are subjected to standardized management, and the registration and management of construction process node data are realized for each pile, so that the online management of the whole pile foundation construction process is realized;
the pile machine equipment two-dimensional code is swept by specific role personnel in the pile foundation engineering, the whole process registration of the pile foundation engineering construction is completed, the digital management of the pile foundation construction is realized, and various kinds of information required by the pile foundation engineering management are output.
Further, carry out standardized management to stake machine equipment, include:
registering pile machine equipment information, including: the pile driver equipment type, name, model, affiliated unit, delivery date, quality certification, evaluation validity period, evaluation report and the like;
examining and verifying pile machine equipment information, confirming basic information and quality evaluation information, generating and distributing a two-dimensional code after the examination and verification is passed, and fixing the two-dimensional code on the pile machine equipment;
the quality evaluation information of the pile machine equipment is tracked and managed, the prompt is carried out in advance according to the evaluation validity period, and the evaluation validity period can be updated in time.
Further, standardized management is carried out to getting into the field of leaving to stake machine equipment, includes:
the method comprises the steps that two-dimensional code scanning is conducted on pile equipment on a construction site, basic information, quality evaluation information and construction states of the pile equipment are obtained, the construction states comprise non-entry, non-construction and construction states, when entry operation is conducted on the pile equipment which is not entered, corresponding prompts are given according to the quality evaluation information, after entry is confirmed, the incidence relation between engineering and the pile equipment is established, entry time of the pile equipment is registered, and the construction state of the pile equipment is changed into the non-construction state;
the pile machine equipment in an unfinished state can be subjected to field leaving operation, the field leaving time of the pile machine equipment is registered, and the construction state of the pile machine equipment is changed into the unfinished state; the pile machine equipment in an unfinished state can be subjected to construction starting operation, and the construction state is changed into construction;
when the pile machine equipment in the construction state is subjected to two-dimensional code scanning, the pile machine equipment is allowed to be subjected to field leaving operation under the condition that the pile machine equipment enters an unfinished state after the pile construction is finished.
Further, carry out standardized management to pile foundation engineering relevant personnel and role, include:
in pile foundation engineering, managing related personnel accounts and roles, establishing an incidence relation between engineering and personnel, and distributing engineering role authority;
when the engineering personnel carry out the two-dimensional code and sweep the sign indicating number operation, acquire this personnel account information to according to the stake machine equipment that obtains and the pile foundation engineering information that is correlated with, acquire the role information of this personnel in this engineering, thereby discern the relevant operation content that this engineering personnel can go on in this pile foundation engineering, if this engineering personnel does not have the incidence relation with this pile foundation engineering, then can't carry out follow-up operation.
Further, the personnel roles comprise construction unit engineering personnel and supervision unit engineering personnel, wherein the construction unit engineering personnel comprise constructors and pile drivers; a constructor can carry out on-site and off-site operation on the pile machine and design, configuration and management on the construction content of the pile foundation engineering; pile drivers can scan the pile to complete the registration operation of the node data of the construction process; the supervision unit engineering personnel can carry out auditing operation on design configuration and process node construction data.
Further, carry out standardized management to pile foundation engineering construction content, include:
configuring basic parameters and quality safety parameters of various types of piles to be constructed according to the design drawing requirements of the pile foundation engineering; the quality safety parameters are used for quality tracking and supervision of subsequent concealed engineering;
according to the design drawing requirements of pile foundation engineering, pile mark number configuration is carried out on various piles to be constructed according to the pile application and the on-site construction requirements, and the planning number is set;
configuring specific piles under each pile mark number through pile type parameters, and generating the pile number to be constructed; when the pile machine equipment is scanned and the process is started in a construction site, the configured pile number which is not started for construction needs to be selected and input to carry out the process starting operation.
Further, carry out standardized management to pile foundation engineering construction process node, include:
the method comprises the steps that code scanning operation is conducted on two-dimensional codes of the entered pile machine equipment, the associated pile foundation engineering is identified, the serial number of a pile to be constructed is selected and input, and construction configuration parameter information and construction state information of the pile are obtained;
for the pile which is not started for construction, opening application operation can be carried out, opening time is registered, and construction of the pile is started after the audit of a supervisor is passed;
for the pile which is started to be constructed, the registration operation and supervision and audit operation of the nodes of the subsequent construction processes can be carried out, the starting time and the ending time of each process are registered, and the relevant construction information and material information are registered and confirmed according to the acceptance requirements of the pile foundation construction.
Further, in the process of carrying out standardized management on the nodes of the pile foundation engineering construction process, registering the final hole, and registering information such as final hole time, on-machine residual ruler, drill rod section number, accumulated footage and the like; registering the lowering of the reinforcement cage, registering the lowering time, the cage length and the cage diameter of the reinforcement cage, and uploading a site picture of the reinforcement cage; for the concrete pouring process registration, pouring time, concrete strength, concrete pouring amount, and the like are registered.
Further, the required all kinds of information of pile foundation engineering management of output includes:
comparing the actually finished root number of the pile foundation project with the designed root number to obtain the progress data of the pile foundation project;
tracking the engineering quality and safety through the actual filling coefficient of the pile foundation engineering;
the hidden engineering quality is supervised by the length of the reinforcement cage, the diameter of the reinforcement cage, the site picture and the material inspection data.
On the other hand, this application still provides a pile foundation construction management system based on two-dimensional code, and this system includes:
pile machine equipment management unit: generating and distributing two-dimensional codes through the registering and auditing process of the pile machine equipment, and tracking and managing the basic information and the quality evaluation information of the pile machine equipment;
pile foundation engineering and personnel management unit: managing pile foundation engineering basic information, engineering related personnel and roles, carrying out two-dimensional code scanning operation on pile machine equipment by the engineering personnel, associating the engineering and pile machine equipment information, and identifying the content of the engineering operation which can be carried out;
pile foundation construction plan management unit: through the management of the construction parameters, pile foundation materials and construction plans of various piles, judgment basis is provided for the subsequent pile foundation construction process, progress, quality and safety evaluation;
pile foundation construction management unit: identifying corresponding pile machine equipment through the two-dimensional code, performing entering and leaving operation according to the construction state of the pile machine equipment, and registering entering time and leaving time of the pile machine equipment in a project; the registration and management of construction process node data are realized for each pile, so that the online management of the whole process of pile foundation construction is realized;
the unit is looked over and is supervised in pile foundation construction: sweep the sign indicating number operation to stake machine equipment two-dimensional code through concrete role personnel in the pile foundation engineering, accomplish the registration of pile foundation engineering construction overall process, realize the digital management of pile foundation construction, can look over the pile foundation construction information of each engineering in real time.
The present application further provides a server comprising a processor and a memory, the memory having stored therein at least one instruction, at least one program, set of codes, or set of instructions, which is loaded and executed by the processor to implement the above method.
The present application also provides a computer readable storage medium having stored therein at least one instruction, at least one program, set of codes, or set of instructions, which is loaded and executed by a processor to implement the above method.
The invention has the following advantages and beneficial effects:
according to the pile machine equipment two-dimensional code registration management method, pile foundation engineering, engineering personnel, pile machine equipment and pile foundation materials can be effectively associated through the pile machine equipment two-dimensional code and relevant management, and complex pile foundation construction process management is converted into registration management of process information, construction information and material information of the pile machine equipment after the two-dimensional code is scanned by the engineering personnel. And management of progress, quality, safety and the like of the pile foundation engineering can be realized through the management of the pile foundation construction plan. Its main advantages are as follows:
1. the standardized management of pile foundation construction is realized: the standard pile foundation process construction process is established through the standardized management of pile machine equipment, and the standardized description and definition are carried out on the construction plan, the process information, the construction information and the material information by combining the digital management of human, machine and material, so that the construction management requirements of various pile foundation projects can be met.
2. The full life cycle management of the pile machine equipment is realized: the two-dimensional code is used for identifying the pile machine equipment, so that the information of the pile machine equipment can be effectively identified, the construction state and the quality evaluation state of the pile machine equipment can be tracked, and the construction safety of the pile machine equipment can be ensured.
3. The informatization and construction traceability management of engineering personnel is realized: through the pile foundation construction management based on the two-dimensional code, the pile foundation engineering personnel are associated with concrete pile machine equipment and pile construction, and the whole construction process of the pile foundation engineering personnel can be tracked and subjected to source tracing management.
4. The quality control and source tracing management of the pile foundation engineering are realized: through the timeliness and authenticity of the output of the process information, the construction information and the material information in the whole process management of the construction of each engineering pile foundation, the quality of the pile foundation material and the construction quality can be tracked, controlled and traced, and particularly the quality of hidden engineering (such as the placement of a reinforcement cage) can be supervised.
Drawings
Fig. 1 is a flow chart of a pile foundation construction management method based on two-dimensional codes.
FIG. 2 is an illustration of an application of the method of the present invention.
FIG. 3 is a diagram illustrating steps of a method according to the present invention.
Detailed Description
Features and exemplary embodiments of various aspects of the present invention will be described in detail below, and in order to make objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not to be construed as limiting the invention. It will be apparent to one skilled in the art that the present invention may be practiced without some of these specific details. The following description of the embodiment examples is merely intended to provide a better understanding of the present invention by illustrating the examples of the present invention.
As shown in fig. 1, the present application provides a pile foundation construction management method based on two-dimensional codes, including:
the method comprises the steps of firstly, carrying out standardized management on pile machine equipment, generating and distributing two-dimensional codes through the registration and audit process of the pile machine equipment, and tracking and managing basic information and quality evaluation information of the pile machine equipment.
Step 1.1 register pile machine equipment information, including: the pile driver equipment type, name, model, affiliated unit, delivery date, quality certification, evaluation validity period, evaluation report and the like.
And 1.2, auditing the information of the pile machine equipment, confirming the basic information and the quality evaluation information, generating and distributing the two-dimensional code after the auditing is passed, and being capable of being pasted on the pile machine equipment.
And step 1.3, tracking and managing the quality evaluation information of the pile machine equipment, reminding in advance according to the evaluation validity period, and updating the evaluation validity period in time.
And step two, carrying out standardized management on the entering and leaving of the pile machine equipment, identifying the corresponding pile machine equipment through the two-dimensional code, carrying out entering and leaving operation according to the construction state of the pile machine equipment, and registering the entering time and leaving time of the pile machine equipment in the engineering.
Step 2.1, the construction site performs two-dimensional code scanning on the pile machine equipment to obtain basic information, quality evaluation information and construction states (not entering, not being constructed and in construction) of the pile machine equipment, and when the pile machine equipment which is not entering is subjected to entering operation, corresponding prompts are given according to the quality evaluation information, for example: the pile driver equipment is tested and evaluated to determine whether the pile driver still needs to enter the field or not. After the approach is confirmed, the incidence relation between the project and the pile machine equipment is established, the approach time of the pile machine equipment is registered, and the construction state of the pile machine equipment is changed into 'non-construction'.
Step 2.2, the pile machine equipment which is not constructed can be subjected to field leaving operation, the field leaving time of the pile machine equipment is registered, and the construction state of the pile machine equipment is changed into the field not entering state; the construction starting operation can be carried out on the pile machine equipment which is not constructed, and the construction state is changed into construction.
And 2.3, carrying out two-dimensional code scanning on the pile machine equipment in construction, and allowing the pile machine equipment to carry out off-site operation under the condition that the pile machine equipment enters an 'unfinished' state after the pile construction is finished.
And step three, carrying out standardized management on related personnel and roles of the pile foundation engineering, carrying out two-dimensional code scanning operation on the pile driver equipment through engineering personnel, associating the engineering and the pile driver equipment information, and identifying the executable engineering operation content.
Step 3.1, in the pile foundation engineering, managing the account numbers and roles of related personnel, and establishing the incidence relation between the engineering and the personnel, wherein the roles comprise: and (4) construction unit engineering personnel (constructors and pile drivers) and supervision unit engineering personnel (supervisors) are assigned with the project role authority. For example, a constructor can carry out on-site and off-site operation on a pile machine and design, configuration and management on the construction content of a pile foundation project; pile drivers can scan the pile to complete the registration operation of the node data of the construction process; the supervisor can carry out auditing operation on design configuration and process node construction data.
And 3.2, when the engineering personnel perform two-dimensional code scanning operation, acquiring the information of the personnel account, and acquiring the role information of the personnel in the engineering according to the acquired pile machine equipment and the associated pile foundation engineering information, so as to identify the related operation content which can be performed by the engineering personnel in the pile foundation engineering. If the engineering personnel and the pile foundation engineering have no correlation, subsequent operation cannot be carried out.
And step four, carrying out standardized management on the construction content of the pile foundation engineering, and providing judgment basis for subsequent pile foundation construction process, progress, quality and safety evaluation through managing the construction parameters, pile foundation materials and construction plans of various piles.
And 4.1, configuring various basic pile type parameters (such as pile application, pile diameter, bearing property, designed pile length, super-grouting height and the like) and quality safety parameters (such as stress characteristics, the number of main reinforcement of the reinforcement cage, the diameter of the main reinforcement of the reinforcement cage, concrete strength, designed filling coefficient and the like) to be constructed according to the design drawing requirements of the pile foundation engineering. And the quality safety parameters are mainly used for quality tracking and supervision of subsequent concealed engineering.
And 4.2, according to the design drawing requirements of the pile foundation engineering, carrying out pile mark configuration (such as A, B, C) on various piles to be constructed according to the pile application (engineering piles and guard piles) and the on-site construction needs (such as construction area division), and setting the planned number.
And 4.3, configuring specific piles under each pile mark number according to the pile type parameters, and generating the pile numbers (such as A-1, A-2, A-3 and the like) to be constructed. When the pile machine equipment is scanned and the process is started in a construction site, the configured pile number which is not started for construction needs to be selected and input to carry out the process starting operation (namely, the opening application operation).
And fifthly, carrying out standardized management on the construction process nodes of the pile foundation engineering, registering and managing the construction process node data such as hole opening, final hole to reinforcement cage lowering, concrete pouring and the like for each pile, and realizing the online management of the whole process of pile foundation construction.
And 5.1, carrying out code scanning operation on the two-dimensional code of the entered pile machine equipment, identifying the associated pile foundation engineering, selecting and inputting the serial number of the pile to be constructed, and acquiring the construction configuration parameter information and the construction state information of the pile.
And 5.2, for the pile which is not started for construction, opening application operation can be carried out, opening time is registered, and the construction of the pile is started after the audit is passed by a supervisor.
And 5.3, for the pile with the construction started, performing registration operation and supervision and audit operation on nodes of subsequent construction processes, registering the starting time and the ending time of each process, and registering and confirming relevant construction information and material information according to the pile foundation construction acceptance requirements, for example: when the final hole is registered, the information of the on-machine residual ruler, the section number of the drill rod, the accumulated footage and the like is required to be filled in besides the final hole registration time; when the steel reinforcement cage is transferred and registered, the length and diameter of the steel reinforcement cage are required to be filled in and the site picture of the steel reinforcement cage is uploaded besides the transfer time; when registering the concrete pouring process, it is necessary to register concrete strength, concrete pouring amount, and the like in addition to the pouring time.
And sixthly, as shown in the figures 1-3, the pile machine equipment two-dimensional code is scanned by specific role personnel in the pile foundation engineering, the registration of the whole construction process of the pile foundation engineering is completed, the digital management of the pile foundation construction is realized, and therefore various information (such as progress, quality, safety and the like) required by the pile foundation engineering management can be output. For example: the actual finished root number of the pile foundation project is compared with the designed root number, so that the progress data of the pile foundation project can be obtained; the engineering quality and safety can be tracked through the actual filling coefficient of the pile foundation engineering; the quality of the concealed project can be supervised by the length of the reinforcement cage, the diameter of the cage, the site picture and the material inspection report data (such as the original material of the reinforcement, the welding of the reinforcement and the like).
In addition, this application still provides a pile foundation construction management system based on two-dimensional code, and this system includes:
the pile machine equipment management unit generates and distributes a two-dimensional code through the registration and audit process of pile machine equipment, and tracks and manages the basic information and quality evaluation information of the pile machine equipment; the unit is specifically realized as follows:
registering pile machine equipment information, including: the pile driver equipment type, name, model, affiliated unit, delivery date, quality certification, evaluation validity period, evaluation report and the like.
And auditing the information of the pile machine equipment, confirming the basic information and the quality evaluation information, generating and distributing the two-dimensional code after the auditing is passed, and being capable of being pasted on the pile machine equipment.
The quality evaluation information of the pile machine equipment is tracked and managed, the prompt is carried out in advance according to the evaluation validity period, and the evaluation validity period can be updated in time.
The pile foundation engineering and personnel management unit is used for managing basic information of the pile foundation engineering, engineering related personnel and roles, performing two-dimensional code scanning operation on pile machine equipment through engineering personnel, associating the engineering with the pile machine equipment information and identifying the content of the engineering operation which can be performed; the unit is specifically realized as follows:
in the pile foundation engineering, the account number and the role of related personnel are managed, the incidence relation between the engineering and the personnel is established, and the role comprises the following steps: and (4) construction unit engineering personnel (constructors and pile drivers) and supervision unit engineering personnel (supervisors) are assigned with the project role authority. A constructor can carry out on-site and off-site operation on the pile machine and design, configuration and management on the construction content of the pile foundation engineering; pile drivers can scan the pile to complete the registration operation of the node data of the construction process; the supervisor can carry out auditing operation on design configuration and process node construction data.
When the engineering personnel carry out two-dimensional code scanning operation, the personnel account information is acquired, and the role information of the personnel in the engineering is acquired according to the acquired pile machine equipment and the associated pile foundation engineering information, so that the related operation content which can be carried out by the engineering personnel in the pile foundation engineering is identified. If the engineering personnel and the pile foundation engineering have no correlation, subsequent operation cannot be carried out.
The pile foundation construction plan management unit is used for managing construction parameters, pile foundation materials and construction plans of various piles, and providing judgment basis for subsequent pile foundation construction process, progress, quality and safety evaluation; the unit is specifically realized as follows:
and configuring basic parameters and quality safety parameters of various types of piles to be constructed according to the design drawing requirements of the pile foundation engineering. And the quality safety parameters are mainly used for quality tracking and supervision of subsequent concealed engineering.
According to the design drawing requirements of pile foundation engineering, pile mark number configuration is carried out on various piles to be constructed according to the pile application and the on-site construction requirements, and the planning number is set.
And configuring specific piles under each pile mark number through pile type parameters, and generating the pile numbers to be constructed. When the pile machine equipment is scanned and the process is started in a construction site, the configured pile number which is not started for construction needs to be selected and input to carry out the process starting operation.
Fourthly, the pile foundation construction management unit identifies corresponding pile machine equipment through the two-dimensional code, carries out on-site and off-site operation according to the construction state of the pile machine equipment, and registers the on-site time and the off-site time of the pile machine equipment in the engineering; the node data of construction procedures such as hole opening, final hole lowering to a reinforcement cage, concrete pouring and the like are registered and managed for each pile, and online management of the whole process of pile foundation construction is realized; the unit is specifically realized as follows:
the method comprises the steps that two-dimensional code scanning is conducted on pile equipment on a construction site, basic information, quality evaluation information and construction states (not in-situ, not in construction and in construction) of the pile equipment are obtained, corresponding prompts are given according to the quality evaluation information when the pile equipment which is not in-situ enters a field, after the field is confirmed, the incidence relation between engineering and the pile equipment is established, the time of entering the field of the pile equipment is registered, and the construction state is changed into 'not in construction'.
For the 'not-constructed' pile machine equipment, the field leaving operation can be carried out, the field leaving time of the pile machine equipment is registered, and the construction state of the pile machine equipment is changed into 'not-in-field'; the construction starting operation can be carried out on the pile machine equipment which is not constructed, and the construction state is changed into construction.
For the two-dimensional code scanning of the pile machine equipment in construction, the off-site operation is allowed to be carried out under the condition that the pile machine equipment is in an 'unfinished' state after the pile construction is finished.
And scanning the two-dimensional code of the entered pile machine equipment, identifying the associated pile foundation engineering, selecting and inputting the serial number of the pile to be constructed, and acquiring the construction configuration parameter information and the construction state information of the pile.
For the pile which is not started for construction, opening application operation can be carried out, opening time is registered, and construction of the pile is started after the audit is passed by a supervisor.
For the pile which is started to be constructed, the registration operation and supervision and audit operation of the nodes of the subsequent construction processes can be carried out, the starting time and the ending time of each process are registered, and the relevant construction information and material information are registered and confirmed according to the acceptance requirements of the pile foundation construction.
And fifthly, a pile foundation construction checking and monitoring unit is used for completing the registration of the whole pile foundation construction process by scanning the two-dimensional code of the pile machine equipment through specific role personnel in the pile foundation construction, realizing the digital management of the pile foundation construction and checking the pile foundation construction information (such as progress, quality, safety and the like) of each project in real time.
Further, the present application also provides a computer-readable storage medium, which may be a computer-readable storage medium included in the system of the above-described embodiment; or it may be a separate computer readable storage medium not incorporated into the device. The computer readable storage medium stores one or more programs, which are used by one or more processors to execute the two-dimensional code-based pile foundation construction management method described in the present application.
The flowchart and block diagrams in the figures illustrate the architecture, functionality, and operation of possible implementations of systems, methods and computer program products according to various embodiments of the present invention. In this regard, each block in the flowchart or block diagrams may represent a module, segment, or portion of code, which comprises one or more executable instructions for implementing the specified logical function(s). It should also be noted that, in some alternative implementations, the functions noted in the block may occur out of the order noted in the figures. For example, two blocks shown in succession may, in fact, be executed substantially concurrently, or the blocks may sometimes be executed in the reverse order, depending upon the functionality involved. It will also be noted that each block of the block diagrams and/or flowchart illustration, and combinations of blocks in the block diagrams and/or flowchart illustration, can be implemented by special purpose hardware-based systems which perform the specified functions or acts, or combinations of special purpose hardware and computer instructions.
The units or modules described in the embodiments of the present application may be implemented by software or hardware. The described units or modules may also be provided in a processor, for example, each of the described units may be a software program provided in a computer or a mobile intelligent device, or may be a separately configured hardware device. Wherein the designation of a unit or module does not in some way constitute a limitation of the unit or module itself.
The above description is only a preferred embodiment of the application and is illustrative of the principles of the technology employed. It will be appreciated by those skilled in the art that the scope of the invention herein disclosed is not limited to the particular combination of features described above, but also encompasses other arrangements formed by any combination of the above features or their equivalents without departing from the spirit of the present application. For example, the above features may be replaced with (but not limited to) features having similar functions disclosed in the present application.
Claims (10)
1. A pile foundation construction management method based on two-dimensional codes is characterized by comprising the following steps:
the pile machine equipment is subjected to standardized management, two-dimensional codes are generated and distributed through the registering and auditing process of the pile machine equipment, and the basic information and the quality evaluation information of the pile machine equipment are tracked and managed;
carrying out standardized management on entering and leaving of pile machine equipment, identifying corresponding pile machine equipment through a two-dimensional code, carrying out entering and leaving operation according to the construction state of the pile machine equipment, and registering the entering time and leaving time of the pile machine equipment in the engineering;
carrying out standardized management on related personnel and roles of pile foundation engineering, carrying out two-dimensional code scanning operation on pile driver equipment by engineering personnel, associating the engineering and pile driver equipment information, and identifying the content of the engineering operation which can be carried out;
the construction content of the pile foundation engineering is subjected to standardized management, and a judgment basis is provided for the subsequent pile foundation construction process, progress, quality and safety evaluation through the management of the construction parameters, pile foundation materials and construction plans of various piles;
the pile foundation engineering construction process nodes are subjected to standardized management, and the registration and management of construction process node data are realized for each pile, so that the online management of the whole pile foundation construction process is realized;
the pile machine equipment two-dimensional code is swept by specific role personnel in the pile foundation engineering, the whole process registration of the pile foundation engineering construction is completed, the digital management of the pile foundation construction is realized, and various kinds of information required by the pile foundation engineering management are output.
2. The pile foundation construction management method based on the two-dimensional code as claimed in claim 1, wherein the pile machine equipment is subjected to standardized management, comprising:
registering pile machine equipment information, including: the pile driver equipment type, name, model, affiliated unit, delivery date, quality certification, evaluation validity period, evaluation report and the like;
examining and verifying pile machine equipment information, confirming basic information and quality evaluation information, generating and distributing a two-dimensional code after the examination and verification is passed, and fixing the two-dimensional code on the pile machine equipment;
the quality evaluation information of the pile machine equipment is tracked and managed, the prompt is carried out in advance according to the evaluation validity period, and the evaluation validity period can be updated in time.
3. The pile foundation construction management method based on the two-dimensional code as claimed in claim 1, wherein standardized management of entering and leaving of pile machine equipment is performed, and comprises:
the method comprises the steps that two-dimensional code scanning is conducted on pile equipment on a construction site, basic information, quality evaluation information and construction states of the pile equipment are obtained, the construction states comprise non-entry, non-construction and construction states, when entry operation is conducted on the pile equipment which is not entered, corresponding prompts are given according to the quality evaluation information, after entry is confirmed, the incidence relation between engineering and the pile equipment is established, entry time of the pile equipment is registered, and the construction state of the pile equipment is changed into the non-construction state;
the pile machine equipment in an unfinished state can be subjected to field leaving operation, the field leaving time of the pile machine equipment is registered, and the construction state of the pile machine equipment is changed into the unfinished state; the pile machine equipment in an unfinished state can be subjected to construction starting operation, and the construction state is changed into construction;
when the pile machine equipment in the construction state is subjected to two-dimensional code scanning, the pile machine equipment is allowed to be subjected to field leaving operation under the condition that the pile machine equipment enters an unfinished state after the pile construction is finished.
4. The two-dimensional code-based pile foundation construction management method according to claim 1, wherein standardized management is performed on pile foundation engineering related personnel and roles, and the method comprises the following steps:
in pile foundation engineering, managing related personnel accounts and roles, establishing an incidence relation between engineering and personnel, and distributing engineering role authority;
when the engineering personnel carry out the two-dimensional code and sweep the sign indicating number operation, acquire this personnel account information to according to the stake machine equipment that obtains and the pile foundation engineering information that is correlated with, acquire the role information of this personnel in this engineering, thereby discern the relevant operation content that this engineering personnel can go on in this pile foundation engineering, if this engineering personnel does not have the incidence relation with this pile foundation engineering, then can't carry out follow-up operation.
5. The pile foundation construction management method based on the two-dimensional code is characterized in that the personnel roles comprise construction unit engineering personnel and supervision unit engineering personnel, wherein the construction unit engineering personnel comprise constructors and pile drivers; a constructor can carry out on-site and off-site operation on the pile machine and design, configuration and management on the construction content of the pile foundation engineering; pile drivers can scan the pile to complete the registration operation of the node data of the construction process; the supervision unit engineering personnel can carry out auditing operation on design configuration and process node construction data.
6. The pile foundation construction management method based on the two-dimensional code as claimed in claim 1, wherein the standardized management of the pile foundation engineering construction content comprises:
configuring basic parameters and quality safety parameters of various types of piles to be constructed according to the design drawing requirements of the pile foundation engineering; the quality safety parameters are used for quality tracking and supervision of subsequent concealed engineering;
according to the design drawing requirements of pile foundation engineering, pile mark number configuration is carried out on various piles to be constructed according to the pile application and the on-site construction requirements, and the planning number is set;
configuring specific piles under each pile mark number through pile type parameters, and generating the pile number to be constructed; when the pile machine equipment is scanned and the process is started in a construction site, the configured pile number which is not started for construction needs to be selected and input to carry out the process starting operation.
7. The two-dimensional code-based pile foundation construction management method according to claim 1, wherein standardized management is performed on the pile foundation engineering construction process nodes, and the method comprises the following steps:
the method comprises the steps that code scanning operation is conducted on two-dimensional codes of the entered pile machine equipment, the associated pile foundation engineering is identified, the serial number of a pile to be constructed is selected and input, and construction configuration parameter information and construction state information of the pile are obtained;
for the pile which is not started for construction, opening application operation can be carried out, opening time is registered, and construction of the pile is started after the audit of a supervisor is passed;
for the pile which is started to be constructed, the registration operation and supervision and audit operation of the nodes of the subsequent construction processes can be carried out, the starting time and the ending time of each process are registered, and the relevant construction information and material information are registered and confirmed according to the acceptance requirements of the pile foundation construction.
8. The pile foundation construction management method based on the two-dimensional code is characterized in that in the process of carrying out standardized management on the pile foundation engineering construction process nodes, information such as final hole time, on-machine residual ruler, drill rod section number, accumulated footage and the like is registered for final hole registration; registering the lowering of the reinforcement cage, registering the lowering time, the cage length and the cage diameter of the reinforcement cage, and uploading a site picture of the reinforcement cage; for the concrete pouring process registration, pouring time, concrete strength, concrete pouring amount, and the like are registered.
9. The two-dimensional code-based pile foundation construction management method according to claim 1, wherein the output various information required for pile foundation engineering management comprises:
comparing the actually finished root number of the pile foundation project with the designed root number to obtain the progress data of the pile foundation project;
tracking the engineering quality and safety through the actual filling coefficient of the pile foundation engineering;
the hidden engineering quality is supervised by the length of the reinforcement cage, the diameter of the reinforcement cage, the site picture and the material inspection data.
10. The utility model provides a pile foundation construction management system based on two-dimensional code which characterized in that, this system includes:
pile machine equipment management unit: generating and distributing two-dimensional codes through the registering and auditing process of the pile machine equipment, and tracking and managing the basic information and the quality evaluation information of the pile machine equipment;
pile foundation engineering and personnel management unit: managing pile foundation engineering basic information, engineering related personnel and roles, carrying out two-dimensional code scanning operation on pile machine equipment by the engineering personnel, associating the engineering and pile machine equipment information, and identifying the content of the engineering operation which can be carried out;
pile foundation construction plan management unit: through the management of the construction parameters, pile foundation materials and construction plans of various piles, judgment basis is provided for the subsequent pile foundation construction process, progress, quality and safety evaluation;
pile foundation construction management unit: identifying corresponding pile machine equipment through the two-dimensional code, performing entering and leaving operation according to the construction state of the pile machine equipment, and registering entering time and leaving time of the pile machine equipment in a project; the registration and management of construction process node data are realized for each pile, so that the online management of the whole process of pile foundation construction is realized;
the unit is looked over and is supervised in pile foundation construction: sweep the sign indicating number operation to stake machine equipment two-dimensional code through concrete role personnel in the pile foundation engineering, accomplish the registration of pile foundation engineering construction overall process, realize the digital management of pile foundation construction, can look over the pile foundation construction information of each engineering in real time.
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