CN114648246A - Construction site progress recording and construction standing book data statistics method and system - Google Patents
Construction site progress recording and construction standing book data statistics method and system Download PDFInfo
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Abstract
The invention provides a construction site progress recording and construction standing book data statistical method and system. The method comprises the following steps: establishing a project WBS dictionary; establishing a project image progress template; associating the image progress item with the item WBS dictionary; establishing a part of entity decomposition; establishing an image project quantity platform account and generating a part value; establishing a construction work point according to project engineering entity division and management dimensions, and selecting a part for entity decomposition; and selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a part for entity decomposition under the work point, selecting a construction method and a construction process set in the image progress template by the image progress item to be recorded, and generating a construction ledger template list. According to the scheme provided by the invention, for the project department, the generation of the standard construction record ledger is used for meeting the lower data requirements of subsequent lower measurement, upper measurement, internal analysis and the like, and the efficiency and the quality of data use are improved.
Description
Technical Field
The invention belongs to the field of infrastructure industry, and particularly relates to a construction site progress recording and construction standing book data statistical method and system.
Background
1) The engineering project is a project using engineering construction as a carrier, and is a disposable engineering construction task as a managed object. The method takes a building or a structure as a target product, needs to pay a certain fee, is completed within a certain time according to a certain program, and meets the quality requirement. (from Baidu encyclopedia, www.baike.baidu.com-engineering project)
2) The project management organization (organization of project management) is a project construction project department, which refers to a collection of persons and facilities that implement or participate in project management work and have clear responsibilities, permissions and interrelations. Including subcontractors, contractors, subcontractors, and other management organizations established with respect to the organization to accomplish project management goals. Here the feature value contractor type project department. (partially from Baidu encyclopedia, www.baike.baidu.com-project construction project department)
3) The project image progress is as follows: the image progress of the project is the percentage of the project quantity of characters or objects according to the main components of the project, and the image position and the total progress of the construction project which is achieved at a certain time point are shown in a concise and concise manner. For example, the visual progress of the frame structure factory building engineering is represented by 'poured reinforced concrete column foundation is finished', 'foundation backfill is finished by 80%' and 'precast reinforced concrete beam and column are finished by 70%', and the main components of various building engineering are the same. Therefore, under a certain construction technical condition, the construction progress of each project can be generally indicated by the completion condition of the main part of the project. (derived in part from Baidu encyclopedia)
4) The building construction process refers to the sequence of main stages from the acceptance of construction tasks to the acceptance of the work. The sequence that engineering projects must follow in the whole construction stage is an objective rule developed after years of construction practice. (from Baidu encyclopedia, www.baike.baidu.com-construction working procedure)
5) And (3) recording the progress data of the engineering construction site, wherein in the construction process, a site technician needs to record the process progress condition corresponding to the image progress item of the construction site. For example: in the construction unit project, the progress of the part image progress item process (the ongoing process, some main record fields of the process, the image quantity completion condition), the input condition of personnel and machinery of each work point operation team, and the like, whether the progress condition of the project is normal can be analyzed through the data, and the rules and results which are useful for construction and technology can be obtained.
As the record of the current construction site of the capital construction industry about the site completion condition of each work point of the current project mainly depends on the site technical personnel editing a large segment of progress literal information (100-400 characters) in a WeChat text frame or a note book at a mobile phone end, and then sending the information to a project production management group (WeChat/qq) for a project leader to know the progress condition of the current day, and a project scheduler/technical personnel analyzes the progress condition of the process described by each part and the time for sending the information in excel to form a construction ledger, the project scheduler forms a project image quantity ledger according to the completion condition of counting the image quantity by the process recording time in the construction ledger, then according to the part image quantity completion condition, the project production value ledger is formed according to the project list or the comprehensive unit price calculation production value completion condition, and various statistical statements are made according to the summarized image quantity completion condition and production value completion condition, such as daily newspaper for project production, weekly newspaper for project production, monthly newspaper for project production, etc.;
the project scheduling manual input completion quantity of the image quantity of the day at the web end is mainly adopted for solving the statistics of the project production progress in the information system of the capital construction industry, the completion quantity is disconnected from the actual record of a field technician, and the project leader cannot know the detailed progress condition of each work point process.
Disadvantages of the prior art
1) Project without information system
Firstly, project technicians spend 10-30 min on WeChat text boxes or mobile phone notebooks to edit the completion condition of each work point on the same day, and a single project has 10 technicians on average, and the time spent on editing the completion condition of the work points on each day is long;
secondly, the field recording contents do not have the same standard, the project scheduling analysis field recording contents are construction ledgers, when the project scheduling analysis field recording contents cannot be confirmed, related recording persons need to be found for repeated communication, and the communication efficiency is low;
when the field records are repeated or wrong, accurate checking cannot be carried out, and subsequent use of data is influenced, such as project pair next metering and completion amount during the inquiry period during the analysis of economic activities;
project scheduling needs to spend half a day to collect and analyze the work point completion condition compiled by a technician, and a construction machine account of excel, an image quantity machine account and an output value machine account are compiled, so that the work efficiency is low, and the time is long;
a project technician records site construction records every day, returns to an office and fills in a construction ledger again according to the recorded content, and in the process, data cannot be effectively reused, the work is repeated, and the work efficiency is low;
2) project adopting existing information system in current market
Firstly, the on-site progress statistics of the engineering construction stage requires the process completion quantity states of all parts, and the management requirements of the construction site cannot be met by simply recording whether the parts are in the completion states or not.
Secondly, the part of the image progress item in the field construction progress record cannot be split in advance, and the progress statistics requirement can be met only by recording according to the actually occurring part in the construction process.
The content recorded by the field technician is not replaced, but the daily workload of the technician/scheduling is increased (the filling of the image quantity is completed);
record forms are not uniform, data are not standard, and data use is influenced.
Disclosure of Invention
In order to solve the technical problems, the invention provides a technical scheme of a construction site progress recording and construction machine account data statistical method and system, and aims to solve the technical problems.
The invention discloses a construction site progress recording and construction standing book data statistical method in the first aspect, which comprises the following steps:
step S1, establishing a project WBS dictionary: establishing the branches and the subentry division of each professional project of the project, and establishing special certificate value fields of the project on the subentry;
step S2, establishing a project image progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode on the image progress item, and adding a construction method and a construction process according to the construction record mode;
step S3, associating the image progress item with the project WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
step S4, establishing entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when the WBS dictionary is selected to establish an entity part, automatically bringing the associated image progress item in the WBS dictionary;
step S5, generating an image project quantity standing book: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
step S6, establishing a construction work point: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
step S7, recording the site construction: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
step S8, generating a construction standing book: and generating a construction standing book template list according to the selected construction method and construction process set in the image progress template of the image progress item to be recorded.
According to the method of the first aspect of the present invention, in the step S1, the method further includes:
selecting a WBS dictionary: and selecting the established standard WBS template in the WBS template library, and automatically bringing the associated image progress item under the WBS subentry according to the selected WBS dictionary.
According to the method of the first aspect of the present invention, in the step S2, the avatar progress item includes: the name, image unit, image quantity summary coefficient, statistical unit and statistic summary coefficient of the image progress item;
the construction recording mode comprises the following steps: entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process, entity part decomposition-directly recording image quantity, self-defined part-recording construction process and self-defined part-directly recording image quantity.
According to the method of the first aspect of the present invention, in the step S2, the method further includes:
adding a construction method and a construction process on the visual progress items of the entity part-recording construction process, the entity part decomposition-recording construction process and the user-defined part-recording construction process in the construction record mode, and adding a process record field under the construction process;
adding a field for directly recording the image quantity on an image progress item of the method of the construction record, namely an entity part, directly recording the image quantity, decomposing the entity part, directly recording the image quantity and a user-defined part, directly recording the image quantity;
setting a calculation mode of the image quantity under each image progress item, wherein the calculation mode comprises the following steps: and automatically generating and referencing.
According to the method of the first aspect of the present invention, in step S3, the specific method for associating corresponding avatar progress items on each sub-item of the item WBS dictionary includes:
associating corresponding image progress items on each subentry of the project WBS dictionary, and setting a generation mode for designing image quantity on the associated image progress items, wherein the generation mode for the image quantity comprises the following steps: and inputting, counting, mileage, characteristic values and list items, and respectively associating the characteristic values or the item list items set under the WBS dictionary clauses when the generation mode of the image quantity is the characteristic values and the list items.
According to the method of the first aspect of the present invention, in said step S3,
the input is as follows: directly inputting parts in an image project quantity ledger to design image quantity;
counting: automatically generating design image quantity according to the number of the parts:
mileage: automatically generating design image quantity according to the starting mileage and the ending mileage of the part;
characteristic value: automatically generating a design image quantity according to the characteristic attribute input on the part;
clearing the items: and automatically generating design image quantity according to the associated list items.
According to the method of the first aspect of the present invention, in the step S8, a specific method of generating a construction ledger template list according to a construction method and a construction process set in an avatar progress template by the selected avatar progress item to be recorded includes:
if the image progress item recording mode is entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process and entity part decomposition-directly recording image quantity, generating a construction ledger template list according to the procedures and recording fields set in the part and image progress item template established in the entity decomposition;
and if the image progress item recording mode is a self-defined part-recording construction process and a self-defined part-directly recording image quantity, generating a construction standing book template list according to the part name recorded for the first time and the construction process and recording field arranged in the image progress item template.
The second aspect of the invention discloses a data statistics system for progress recording and construction machine account of a construction site, which comprises:
a first processing module configured to build a project WBS dictionary: establishing the branches and the subentry division of each professional project of the project, and establishing special certificate value fields of the project on the subentry;
a second processing module configured to establish a project avatar progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode in the image progress template, and adding a construction method and a construction procedure according to the construction record mode;
a third processing module configured to associate the avatar progress item with the item WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
a fourth processing module configured to establish an entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when a WBS dictionary is selected to establish an entity part, automatically bringing in an associated image progress item in the WBS dictionary;
a fifth processing module configured to generate an image project amount ledger: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
a sixth processing module configured to establish a construction site: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
a seventh processing module configured to perform on-site construction recording: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
an eighth processing module configured to generate a construction ledger: and generating a construction standing book template list according to the construction method and the construction process set in the image progress template by the selected image progress item to be recorded.
According to the system of the second aspect of the invention, the first processing module is configured to select a WBS dictionary: and selecting the established standard WBS template in the WBS template library, and automatically bringing the associated image progress item under the WBS subentry according to the selected WBS dictionary.
According to the system of the second aspect of the present invention, the second processing module is configured such that the avatar progress item includes: the name, image unit, image quantity summary coefficient, statistical unit and statistic summary coefficient of the image progress item;
the construction recording mode comprises the following steps: entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process, entity part decomposition-directly recording image quantity, self-defined part-recording construction process and self-defined part-directly recording image quantity.
According to the system of the second aspect of the present invention, the second processing module is configured to add a new construction method and a new construction process to the image progress item of the physical part-recording construction process, the physical part decomposition-recording construction process, the user-defined part-recording construction process, and add a new process record field under the construction process;
adding a field for directly recording the image quantity on an image progress item of the method of the construction record, namely an entity part, directly recording the image quantity, decomposing the entity part, directly recording the image quantity and a user-defined part, directly recording the image quantity;
setting a calculation mode of the image quantity under each image progress item, wherein the calculation mode comprises the following steps: and automatically generating and referencing.
According to the system of the second aspect of the present invention, the third processing module is configured to associate corresponding avatar progress items on each sub-item of the item WBS dictionary, and set a generation manner of a design avatar amount on the associated avatar progress items, the generation manner of the avatar amount including: and inputting, counting, mileage, characteristic values and list items, and respectively associating the characteristic values or the item list items set under the WBS dictionary clauses when the generation mode of the image quantity is the characteristic values and the list items.
The system according to the second aspect of the invention, the third processing module, is configured to,
the input is as follows: directly inputting parts in an image project quantity ledger to design image quantity;
counting: automatically generating design image quantity according to the number of the parts:
mileage: automatically generating design image quantity according to the starting mileage and the ending mileage of the part;
characteristic value: automatically generating a design image quantity according to the characteristic attribute input on the part;
clearing the items: and automatically generating the design image quantity according to the associated list items.
According to the system of the second aspect of the present invention, the eighth processing module is configured to, according to the selected construction method and construction procedure set in the avatar progress template by the avatar progress item to be recorded, generate a concrete method of the construction ledger template list including:
if the image progress item recording mode is entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process and entity part decomposition-directly recording image quantity, generating a construction ledger template list according to the procedures and recording fields set in the part and image progress item template established in the entity decomposition;
and if the image progress item recording mode is a self-defined part, recording construction processes and self-defined parts, directly recording image quantity, and generating a construction standing book template list according to the part name recorded for the first time, the construction processes and the recording fields arranged in the image progress item template.
A third aspect of the invention discloses an electronic device. The electronic device comprises a memory and a processor, the memory stores a computer program, and the processor executes the computer program to realize the steps of the construction site progress recording and construction ledger data statistics method in any one of the first aspect of the disclosure.
A fourth aspect of the invention discloses a computer-readable storage medium. The computer readable storage medium stores thereon a computer program, and when the computer program is executed by a processor, the computer program implements the steps in a data statistics method for job site progress recording and construction ledger of any one of the first aspect of the present disclosure.
The scheme provided by the invention has the following beneficial effects:
(1) the image progress item process recording field is used, the problem that in the construction process, field technicians cannot meet the requirement of project progress statistics because the recorded data is nonstandard is thoroughly solved, the data statistics on the project is more standard by using standard data, and the statistical efficiency is more efficient.
(2) Use image progress item process record field, through removing the quick record of end, the automatic construction record standing book that satisfies the project and use that forms replaces the problem that the line is edited data quality is poor down, compiles the inefficiency completely.
(3) For the project department, the generation of the platform account is recorded through standard construction, so that the requirements of lower data such as subsequent lower measurement, upper measurement, internal analysis and the like are met, and the efficiency and the quality of data use are improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
Fig. 1 is a flowchart of a data statistics method for job site progress recording and a construction machine account according to an embodiment of the present invention;
FIG. 2 is a block diagram of a data statistics system for job site progress recording and construction ledgers according to an embodiment of the present invention;
fig. 3 is a block diagram of an electronic device according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
The invention discloses a construction site progress recording and construction standing book data statistical method in a first aspect. Fig. 1 is a flowchart of a data statistics method for a job site progress record and a construction machine account according to an embodiment of the present invention, and as shown in fig. 1, the method includes:
step S1, establishing a project WBS dictionary: establishing the branches and the subentry division of each professional project of the project, and establishing special certificate value fields of the project on the subentry;
step S2, establishing a project image progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode on the image progress item, and adding a construction method and a construction process according to the construction record mode;
step S3, associating the image progress item with the project WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
step S4, establishing entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when a WBS dictionary is selected to establish an entity part, automatically bringing in an associated image progress item in the WBS dictionary;
step S5, generating an image project quantity standing book: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
step S6, construction work points are established: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
step S7, recording the site construction: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
step S8, generating a construction standing book: and generating a construction standing book template list according to the construction method and the construction process set in the image progress template by the selected image progress item to be recorded.
At step S1, a project WBS dictionary is built: and establishing the branches and the branch division of each professional project of the project, and establishing special evidence value fields of the project on the branches.
In some embodiments, in the step S1, the method further includes:
selecting a WBS dictionary: and selecting the established standard WBS template in the WBS template library, and automatically bringing the associated image progress item under the WBS subentry according to the selected WBS dictionary.
Specifically, a main construction process and a process record of construction site records of each image progress item under the highway engineering and the railway engineering in an engineering construction stage or a field data structure of statistical records of image quantity are formulated.
The construction record data decomposition structure comprises a first level: avatar progress items, such as: an anchor frame beam;
and a second level of the construction record data decomposition structure: construction sites, for example: entity decomposition part, left side/right side, starting mileage, ending mileage and construction part description;
the third level of the construction record data decomposition structure: the method includes, for example: the anchor rod frame beam is cast in situ;
the fourth level of the construction record data decomposition structure is as follows: process (item), for example: erecting a support and drilling; erecting, installing anchor rods (cables), binding frame beam steel bars, installing frame beam templates, pouring frame beam concrete, and planting grass in foreign soil;
the fifth level of the construction record data decomposition structure: process record contents such as: completion, design, cumulative amount today.
Establishing a project WBS dictionary: and establishing the sections and the itemization division of each professional project of the project, and establishing special certificate value fields of the project on the itemization.
In step S2, a project image progress template is created: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode on the image progress item, and adding a construction method and a construction process according to the construction record mode.
In some embodiments, in the step S2, the avatar progress item includes: the name, image unit, image quantity summary coefficient, statistical unit and statistic summary coefficient of the image progress item;
the construction recording mode comprises the following steps: entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process, entity part decomposition-directly recording image quantity, self-defining part-recording construction process and self-defining part-directly recording image quantity.
Adding a construction method and a construction process on the visual progress items of the entity part-recording construction process, the entity part decomposition-recording construction process and the user-defined part-recording construction process in the construction record mode, and adding a process record field under the construction process;
adding a field for directly recording the image quantity on an image progress item of the method of the construction record, namely an entity part, directly recording the image quantity, decomposing the entity part, directly recording the image quantity and a user-defined part, directly recording the image quantity;
setting a calculation mode of the image quantity under each image progress item, wherein the calculation mode comprises the following steps: and automatically generating and quoting, wherein automatic generation is selected, the construction part is automatically marked to be finished after the applet/app records the construction process, and a certain recording field of the part is used as image quantity when quoting is selected.
In some embodiments, a part description requirement of the avatar progress item in the recording process is further set on the avatar progress item, which specifically includes: construction position, construction position + start-stop mileage, start-stop mileage.
At step S3, the project WBS dictionary is associated with a persona progress item: and associating corresponding image progress items on each sub item of the item WBS dictionary.
In some embodiments, in the step S3, the specific method for associating corresponding avatar progress items on each sub-item of the project WBS dictionary includes:
associating corresponding image progress items on each subentry of the project WBS dictionary, and setting a generation mode for designing image quantity on the associated image progress items, wherein the generation mode for the image quantity comprises the following steps: and inputting, counting, mileage, a characteristic value and a list item, and respectively associating the characteristic value or the item list item set under the WBS dictionary clause when the generation mode of the image quantity is the characteristic value and the list item.
In some embodiments, in the step S3, the input: directly inputting parts in an image project quantity ledger to design image quantity;
counting: automatically generating design image quantity according to the number of the parts:
mileage: automatically generating design image quantity according to the starting mileage and the ending mileage of the part;
characteristic value: automatically generating a design image quantity according to the characteristic attribute input on the part;
clearing the items: and automatically generating design image quantity according to the associated list items.
At step S4, an entity decomposition is established: establishing a position of entity decomposition according to the position name in project professional engineering and drawings, and inputting a corresponding characteristic value in the position; when a WBS dictionary is selected to establish a physical part, associated avatar progress items in the WBS dictionary are automatically brought in.
In step S7, a site construction record is made: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template.
Specifically, field recording is carried out on the applet or the app, time and weather are recorded, the current time and the current weather of the system are acquiescently taken, modification is carried out, a work point where a construction part is located and an operation team are selected during recording, and fuzzy matching of the work point and the team can be carried out through searching keywords; under the work point, selecting an image progress item to be recorded and a position of entity decomposition, selecting a construction method and a construction process set in an image progress template by the image progress item to be recorded, selecting a progress state (completed in progress) of the process, and automatically taking out a recording field of the image progress item in the image progress template.
In step S8, a construction ledger is generated: and generating a construction standing book template list according to the construction method and the construction process set in the image progress template by the selected image progress item to be recorded.
In some embodiments, in step S8, a specific method of generating a construction ledger template list according to a construction method and a construction process set in the visual progress template by the selected visual progress item to be recorded includes:
if the image progress item recording mode is entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process and entity part decomposition-directly recording image quantity, generating a construction ledger template list according to the procedures and recording fields set in the part and image progress item template established in the entity decomposition;
and if the image progress item recording mode is a self-defined part-recording construction process and a self-defined part-directly recording image quantity, generating a construction standing book template list according to the part name recorded for the first time and the construction process and recording field arranged in the image progress item template.
In some embodiments, in the step S8, according to the recording time of the part image progress item in the applet and app, the recording state value (in progress, completed) of the process, and the like, the process start and end time is automatically taken to the construction ledger;
and automatically taking a value into the construction ledger according to the latest record field of the part image progress item in the applet and the app.
In summary, the solution proposed by the present invention can
(1) The image progress item process recording field is used, the problem that in the construction process, on-site technicians record data which are not standard and cannot meet the project progress statistics requirement is thoroughly solved, the data statistics on the project are more standard by using standard data, and the statistical efficiency is higher.
(2) Use image progress item process record field, through removing the quick record of end, the automatic construction record standing book that satisfies the project and use that forms replaces the problem that the line is edited data quality is poor down, compiles the inefficiency completely.
(3) For the project department, the generation of the platform account is recorded through standard construction, so that the requirements of lower data such as subsequent lower measurement, upper measurement, internal analysis and the like are met, and the efficiency and the quality of data use are improved.
The invention discloses a construction site progress recording and construction standing book data statistical system in a second aspect. FIG. 2 is a block diagram of a data statistics system for job site progress recording and construction ledgers according to an embodiment of the present invention; as shown in fig. 2, the system 100 includes:
a first processing module 101 configured to build a project WBS dictionary: establishing branches and itemization division of each professional project of the project, and establishing special certificate value fields of the project on the items;
a second processing module 102 configured to create a project avatar progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode in the image progress template, and adding a construction method and a construction process according to the construction record mode;
a third processing module 103 configured to associate the avatar progress item with the item WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
a fourth processing module 104 configured to establish an entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when a WBS dictionary is selected to establish an entity part, automatically bringing in an associated image progress item in the WBS dictionary;
a fifth processing module 105, configured to generate an avatar project ledger: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
a sixth processing module 106 configured to establish a construction site: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
a seventh processing module 107 configured to perform on-site construction recording: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
an eighth processing module 108 configured to generate a construction ledger: and generating a construction standing book template list according to the construction method and the construction process set in the image progress template by the selected image progress item to be recorded.
According to the system of the second aspect of the present invention, the first processing module 101 is specifically configured to, the method further includes:
selecting a WBS dictionary: and selecting the established standard WBS template in the WBS template library, and automatically bringing the associated image progress item under the WBS subentry according to the selected WBS dictionary.
Specifically, a main construction process and a process record of construction site records of each image progress item under the highway engineering and the railway engineering in an engineering construction stage or a field data structure of statistical records of image quantity are formulated.
The construction record data decomposition structure comprises a first level: avatar progress items, such as: an anchor frame beam;
the second level of the construction record data decomposition structure is as follows: construction sites, for example: entity decomposition part, left side/right side, starting mileage, ending mileage and construction part description;
the third level of the construction record data decomposition structure: the method includes, for example: the anchor rod frame beam is cast in situ;
the fourth level of the construction record data decomposition structure is as follows: process (item), for example: erecting a support and drilling; erecting, installing anchor rods (cables), binding frame beam steel bars, installing frame beam templates, pouring frame beam concrete, and planting grass in foreign soil;
the fifth level of the construction record data decomposition structure: process record contents such as: completion, design, cumulative amount today.
Establishing a project WBS dictionary: and establishing the sections and the itemization division of each professional project of the project, and establishing special certificate value fields of the project on the itemization.
According to the system of the second aspect of the present invention, the second processing module 102 is specifically configured such that the avatar progress item includes: the name, image unit, image quantity summary coefficient, statistical unit and statistic summary coefficient of the image progress item;
the construction recording mode comprises the following steps: entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process, entity part decomposition-directly recording image quantity, self-defined part-recording construction process and self-defined part-directly recording image quantity.
Adding a construction method and a construction process on the visual progress items of the entity part-recording construction process, the entity part decomposition-recording construction process and the user-defined part-recording construction process in the construction record mode, and adding a process record field under the construction process;
adding a field for directly recording the image quantity on an image progress item of the construction record modes of an entity part-directly recording the image quantity, an entity part decomposition-directly recording the image quantity and a user-defined part-directly recording the image quantity;
setting a calculation mode of the image quantity under each image progress item, wherein the calculation mode comprises the following steps: and self-fixing and making vivid and quoting, selecting automatic generation, automatically marking the construction part as finished after the applet/app records the construction process, and selecting quoting, wherein a certain recording field of the part is used as image quantity.
In some embodiments, a part description requirement of the avatar progress item in the recording process is further set on the avatar progress item, which specifically includes: construction position, construction position + start-stop mileage, start-stop mileage.
According to the system of the second aspect of the present invention, the third processing module 103 is specifically configured such that the specific method for associating corresponding avatar progress items on each sub-item of the item WBS dictionary includes:
associating corresponding image progress items on each subentry of the project WBS dictionary, and setting a generation mode for designing image quantity on the associated image progress items, wherein the generation mode for the image quantity comprises the following steps: and inputting, counting, mileage, characteristic values and list items, and respectively associating the characteristic values or the item list items set under the WBS dictionary clauses when the generation mode of the image quantity is the characteristic values and the list items.
The input is as follows: directly inputting parts in an image project quantity ledger to design image quantity;
counting: automatically generating design image quantity according to the number of the parts:
mileage: automatically generating a design image quantity according to the starting and ending mileage of the part;
characteristic value: automatically generating a design image quantity according to the characteristic attribute input on the part;
clearing the items: and automatically generating design image quantity according to the associated list items.
According to the system of the second aspect of the present invention, the seventh processing module 107 is specifically configured to perform field recording on the applet or app, record time and weather, obtain the current time and weather of the system by default, modify the current time and weather, select a work point and a work team where a construction part is located during recording, and perform fuzzy matching of the work point and the work team by searching keywords; under the work point, selecting an image progress item to be recorded and a position of entity decomposition, selecting a construction method and a construction process set in an image progress template by the image progress item to be recorded, selecting a progress state (completed in progress) of the process, and automatically taking out a recording field of the image progress item in the image progress template.
According to the system of the second aspect of the present invention, the eighth processing module 108 is specifically configured to, according to the selected construction method and construction procedure set in the avatar progress template according to the avatar progress item to be recorded, generate a specific method of the construction ledger template list including:
if the image progress item recording mode is entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process and entity part decomposition-directly recording image quantity, generating a construction ledger template list according to the procedures and recording fields set in the part and image progress item template established in the entity decomposition;
and if the image progress item recording mode is a self-defined part-recording construction process and a self-defined part-directly recording image quantity, generating a construction standing book template list according to the part name recorded for the first time and the construction process and recording field arranged in the image progress item template.
In some embodiments, according to the recording time of the part image progress item in the applet and the app, the recording state value (in progress and completed) of the process and the like, the process starting and ending time is automatically taken to the construction machine account;
and automatically taking a value into the construction ledger according to the latest record field of the part image progress item in the applet and the app.
A third aspect of the invention discloses an electronic device. The electronic equipment comprises a memory and a processor, the memory stores a computer program, and the processor executes the computer program to realize the steps of the construction site progress recording and construction standing book data statistical method in any one of the first aspect of the disclosure.
Fig. 3 is a block diagram of an electronic device according to an embodiment of the present invention, and as shown in fig. 3, the electronic device includes a processor, a memory, a communication interface, a display screen, and an input device, which are connected by a system bus. Wherein the processor of the electronic device is configured to provide computing and control capabilities. The memory of the electronic equipment comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The communication interface of the electronic device is used for communicating with an external terminal in a wired or wireless mode, and the wireless mode can be realized through WIFI, an operator network, Near Field Communication (NFC) or other technologies. The display screen of the electronic equipment can be a liquid crystal display screen or an electronic ink display screen, and the input device of the electronic equipment can be a touch layer covered on the display screen, a key, a track ball or a touch pad arranged on the shell of the electronic equipment, an external keyboard, a touch pad or a mouse and the like.
It will be understood by those skilled in the art that the structure shown in fig. 3 is only a partial block diagram related to the technical solution of the present disclosure, and does not constitute a limitation of the electronic device to which the solution of the present application is applied, and a specific electronic device may include more or less components than those shown in the drawings, or combine some components, or have a different arrangement of components.
A fourth aspect of the invention discloses a computer-readable storage medium. The computer readable storage medium stores thereon a computer program, and when the computer program is executed by a processor, the computer program implements the steps in the steps of the method for data statistics of job site progress records and construction ledgers of any one of the first aspect of the disclosure.
It should be noted that the technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, however, as long as there is no contradiction between the combinations of the technical features, the scope of the present description should be considered. The above examples only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A data statistical method for progress records and construction machine accounts of a construction site is characterized by comprising the following steps:
step S1, establishing a project WBS dictionary: establishing the branches and the subentry division of each professional project of the project, and establishing special certificate value fields of the project on the subentry;
step S2, establishing a project image progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode on the image progress item, and adding a construction method and a construction process according to the construction record mode;
step S3, associating the image progress item with the project WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
step S4, establishing entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when a WBS dictionary is selected to establish an entity part, automatically bringing in an associated image progress item in the WBS dictionary;
step S5, generating an image project quantity standing book: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
step S6, establishing a construction work point: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
step S7, recording the site construction: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
step S8, generating a construction standing book: and generating a construction standing book template list according to the construction method and the construction process set in the image progress template by the selected image progress item to be recorded.
2. The method for statistics of construction site progress records and construction standing ledgers according to claim 1, wherein in the step S1, the method further comprises:
selecting a WBS dictionary: and selecting the established standard WBS template in the WBS template library, and automatically bringing the associated image progress item under the WBS subentry according to the selected WBS dictionary.
3. The method for statistics of construction site progress record and construction standing book according to claim 1, wherein in the step S2, the visual progress item comprises: the name, image unit, image quantity summary coefficient, statistical unit and statistic summary coefficient of the image progress item;
the construction recording mode comprises the following steps: entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process, entity part decomposition-directly recording image quantity, self-defined part-recording construction process and self-defined part-directly recording image quantity.
4. The method for statistics of job site progress records and construction ledger data according to claim 3, wherein in the step S2, the method further comprises:
adding a construction method and a construction process on the visual progress items of the entity part-recording construction process, the entity part decomposition-recording construction process and the user-defined part-recording construction process in the construction record mode, and adding a process record field under the construction process;
adding a field for directly recording the image quantity on an image progress item of the method of the construction record, namely an entity part, directly recording the image quantity, decomposing the entity part, directly recording the image quantity and a user-defined part, directly recording the image quantity;
setting a calculation mode of the image quantity under each image progress item, wherein the calculation mode comprises the following steps: and automatically generating and referencing.
5. The method of claim 1, wherein in step S3, the step of associating the corresponding visual progress item with each sub-item of the WBS dictionary comprises:
associating corresponding image progress items on each subentry of the project WBS dictionary, and setting a generation mode for designing image quantity on the associated image progress items, wherein the generation mode for the image quantity comprises the following steps: and inputting, counting, mileage, characteristic values and list items, and respectively associating the characteristic values or the item list items set under the WBS dictionary clauses when the generation mode of the image quantity is the characteristic values and the list items.
6. The method as claimed in claim 5, wherein in the step S3,
the input is as follows: directly inputting parts in an image project quantity ledger to design image quantity;
counting: automatically generating design image quantity according to the number of the parts:
mileage: automatically generating design image quantity according to the starting mileage and the ending mileage of the part;
characteristic value: automatically generating a design image quantity according to the characteristic attribute input on the part;
clearing the items: and automatically generating design image quantity according to the associated list items.
7. The method of claim 3, wherein in step S8, the concrete method for generating the construction standing book template list according to the selected construction method and construction procedure set in the image progress template by the image progress item to be recorded comprises:
if the image progress item recording mode is entity part-recording construction process, entity part-directly recording image quantity, entity part decomposition-recording construction process and entity part decomposition-directly recording image quantity, generating a construction ledger template list according to the procedures and recording fields set in the part and image progress item template established in the entity decomposition;
and if the image progress item recording mode is a self-defined part, recording construction processes and self-defined parts, directly recording image quantity, and generating a construction standing book template list according to the part name recorded for the first time, the construction processes and the recording fields arranged in the image progress item template.
8. A data statistics system for job site progress record and construction machine account, the system comprising:
a first processing module configured to build a project WBS dictionary: establishing branches and itemization division of each professional project of the project, and establishing special certificate value fields of the project on the items;
a second processing module configured to establish a project avatar progress template: establishing an image progress template of each professional project of the project, establishing an image progress item for project site statistics under the professional image progress template, setting a construction record mode in the image progress template, and adding a construction method and a construction procedure according to the construction record mode;
a third processing module configured to associate the avatar progress item with the item WBS dictionary: associating corresponding image progress items on each subentry of the project WBS dictionary;
a fourth processing module configured to establish an entity decomposition: establishing a position of entity decomposition according to the position name in project professional engineering and drawing; when a WBS dictionary is selected to establish an entity part, automatically bringing in an associated image progress item in the WBS dictionary;
the fifth processing module is configured to generate an image project amount ledger: in the image project amount ledger, generating a position value according to the position established in the entity decomposition and the WBS dictionary in the associated image progress item;
a sixth processing module configured to establish a construction site: establishing a construction work point according to project engineering entity division and management dimensions, and selecting an entity decomposition part under the construction work point;
a seventh processing module configured to perform on-site construction recording: selecting a work point and a work team where construction is located during recording, selecting an image progress item to be recorded and a position of entity decomposition under the work point, selecting a construction method and a construction process of the image progress item to be recorded in an image progress template, and automatically taking out a recording field of the image progress item in the image progress template;
an eighth processing module configured to generate a construction ledger: and generating a construction standing book template list according to the selected construction method and construction process set in the image progress template of the image progress item to be recorded.
9. An electronic device, comprising a memory and a processor, wherein the memory stores a computer program, and the processor implements the steps of the method for data statistics of job site progress record and construction ledger of any one of claims 1 to 7 when executing the computer program.
10. A computer-readable storage medium, having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the steps of a method for data statistics of job site progress records and construction ledgers of any one of claims 1 to 7.
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