CN111813844A - Visual management system of engineering - Google Patents
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Abstract
The invention discloses a visual engineering management system, which belongs to the technical field of engineering management and comprises a master control end, a data processing end and a data processing end, wherein the master control end is used for storing data information and personnel information, processing material data, budget data and the like and simultaneously generating an access window for providing access; designing a sub-control end, wherein the sub-control end is used for sending related drawing information to the main control end and reading information in the main control end; the financial sub-control end can send related financial information to the main control end and simultaneously read the related information in the main control end; the constructor sub-control end can send the information of the construction site to the main control end and simultaneously read the related information in the main control end; the warehouse management control end transmits the information of the warehouse and the like to the master control end, and simultaneously reads the related information in the master control end.
Description
Technical Field
The invention relates to the technical field of engineering management, in particular to an engineering visual management system.
Background
Gas engineering generally refers to a huge engineering for the development and exploitation of natural gas based on the principle of combining underground and ground, development and process, technology and economy. The work flow of the gas engineering enterprise in actual operation comprises the following steps: and (3) for the early development of the project, if the development is successful, the project contract is signed with the first party, the second party carries out cost budgeting according to the signed project contract, then raw material purchasing is carried out according to a pre-formed book, a purchasing contract is signed, a manual provider for construction is selected, a manual contract is signed with the manual provider for construction, and then construction is carried out. Each link in the workflow is related to finance, and financial management is also required.
The existing project management system is mainly a project budget system, however, in actual application, a lot of variation factors exist in project implementation, the management process is also more, mutual cooperation and common efforts of all departments are involved in the construction process, and as traditional project settlement and the like are communicated through manual lines, management information cannot be interacted timely, so that large deviation between estimated cost and actual settlement cost is easy to occur.
Disclosure of Invention
The invention aims to provide a visual engineering management system which can strengthen the contact among all departments and facilitate the timely intercommunication of information among all the departments, thereby reducing the deviation of estimated cost and actual settlement cost in engineering.
The technical purpose of the invention is realized by the following technical scheme:
a project visualization management system, comprising: the master control end is used for storing data information and personnel information, processing material data, budget data and the like, and simultaneously generating an access window for providing access; designing a sub-control end, wherein the sub-control end is used for sending related drawing information to the main control end and reading information in the main control end; the financial sub-control end can send related financial information to the main control end and simultaneously read the related information in the main control end; the constructor sub-control end can send the information of the construction site to the main control end and simultaneously read the related information in the main control end; the warehouse management control end transmits information such as the warehouse and the like to the master control end, and simultaneously reads related information in the master control end; the total control end comprises: the budget management module is used for calculating a raw material budget, an artificial budget and a management budget according to the construction drawing transmitted by the design sub-control end, integrating the raw material budget, the artificial budget, the management budget and the like, and storing the integrated budgets in a database; the expense changing and settling module is used for recording the difference between each expense and budget in the construction in real time, integrating and processing the expense and the budget and storing updated data in a database; the project settlement module is used for calculating various consumptions in the construction process, comparing and analyzing the expenses of the budget management module and the changed expense settlement module, and storing various settled expenses in a database when in use; and the database is used for storing the personnel information, the data information and the budget information so as to store and backup the information.
By adopting the scheme, the design master control end sends the related information of the design drawing to the master control end, the budget management module calculates the raw material budget, the artificial budget and the management budget according to the construction drawing sent by the design sub-control end, integrates and stores the raw material budget, the artificial budget, the management budget and the like in a database, the material budgeting unit calculates the engineering quantity of the drawing according to the design drawing, calculates the consumption of the expected required raw materials according to the engineering quantity of the drawing, calculates the engineering quantity of the drawing according to the design drawing, plans the required number of managers and constructors according to the engineering quantity, the budgeting unit calculates the raw material budget cost according to the quantity and the unit price of each raw material, calculates the construction personnel according to the labor quantity of the constructors multiplied by the average wage of the constructors on the market, the change expense settlement module is used for recording each expense in construction and difference in budget in real time and carrying out integration processing, updated data are stored in a database, financial staff read raw material cost and staff cost, calculate total construction cost and call capital in time, warehouse management staff contact suppliers in time to purchase raw materials according to specifications and consumption of the raw materials, construction management staff can know the stock of a warehouse in time and facilitate timely communication of information among departments, therefore, information interaction among the design sub-control end, the financial sub-control end, the construction staff sub-control end and the warehouse management control end is achieved, contact among the departments can be strengthened, timely intercommunication of the information among the departments is facilitated, and deviation of estimated cost and actual settlement cost in engineering is reduced.
The invention is further configured to: the design sub-control end comprises a design end sending module and a design end access module; the design end sending module is used for sending the drawing and related information input by a designer to the master control end; and the design end access module is used for receiving the instruction input by the designer, reading the related information stored in the master control end according to the instruction and displaying the read information.
By adopting the scheme, the design sub-control end is set as an APP used by a designer to communicate with the control end, the APP is provided with a window corresponding to the design end sending module and the design end access module, the designer designs the window in which the sub-control end inputs the designed drawing and the data related to the drawing and the like to the window corresponding to the design end sending module, the design end sending module uploads the related information such as the drawing and the like to the master control end for storage, the master control end calculates the engineering quantity, the raw material consumption, the personnel number and the like according to the drawing, and simultaneously displays the calculated result; the designer inputs the related instruction of the information to be accessed into the window corresponding to the design end access module, the design end access module accesses the information and the data of the master control end according to the instruction and displays the accessed information and data, so that the designer can acquire the required information in time, the designer can acquire the information of other departments conveniently, and meanwhile, colleagues of other departments can know the information of the design department in time.
The invention is further configured to: the financial sub-control end comprises a financial end sending module and a financial end access module; the financial terminal sending module is used for sending information, data and the like input by financial staff to the master control terminal; and the financial terminal access module is used for receiving the instruction input by the financial staff, reading the related information stored in the master control terminal according to the instruction, and displaying the read information.
By adopting the scheme, the financial sub-control end is set as a designer to use the APP, the APP is provided with windows corresponding to the financial end sending module and the financial end access module, financial personnel input financial information and data into the window corresponding to the financial end sending module, such as budget amount and prefabricated amount which can be provided, the financial end sending module sends the financial information and the data to the main control end, and the main control end checks, processes, stores and backups the financial data sent by the financial sub-control end; simultaneously, the financial staff sends the relevant instruction of information that needs read to the window that financial end access module corresponds, financial end access module sends the relevant instruction of information that reads to total accuse end to read and always manage the interior relevant and information of end, the information and the data that will read simultaneously show, make financial staff in time obtain required information, make financial staff in time obtain other department's information, the colleagues of other departments of also being convenient for simultaneously can in time know the relevant financial information of engineering.
The invention is further configured to: the constructor sub-control end comprises a construction end sending module and a construction end access module; the construction end sending module is used for sending information, data and the like input by construction management personnel to the master control end; and the construction end access module is used for receiving the instruction input by the construction manager, reading the related information stored in the master control end according to the instruction, and displaying the read information.
By adopting the scheme, the sub-control end of the constructor is set as an APP used by the constructor, the APP is provided with windows corresponding to the construction end sending module and the construction end access module, the constructor inputs construction information and data into the window corresponding to the construction end sending module, the construction end sending module sends the construction information and data to the main control end, and the main control end checks, processes and stores the information and data sent by the sub-control end of the constructor, such as the planned raw material usage amount and specification, and the actually used raw material usage amount and specification, and can calculate the current raw material usage amount and inventory amount; meanwhile, the construction management personnel send the instruction related to the information to be read to the window corresponding to the construction end access module, the construction end access module sends the instruction related to the read information to the master control end, reads the related information in the master control end, and displays the read information and data, so that the construction personnel can acquire the required information in time, the construction management personnel can acquire the information of other departments in time, and meanwhile, colleagues in other departments can know the construction related construction information in time.
The invention is further configured to: the bin pipe control end comprises a bin pipe end sending module and a bin pipe end accessing module; the warehouse management end sending module is used for sending information, data and the like input by warehouse management personnel to the master control end; and the warehouse management end access module is used for receiving the instruction input by the warehouse management personnel, reading the related information stored in the master control end according to the instruction and displaying the read information.
By adopting the scheme, the warehouse management control end is set as an APP used by warehouse management personnel, the APP is provided with windows corresponding to the warehouse pipe end sending module and the warehouse management end access module, the warehouse management personnel inputs the relevant information and data of the raw materials into the window corresponding to the warehouse management end sending module, the warehouse management end sending module sends the relevant information and data of the raw materials to the master control end, such as the storage amount, daily amount, purchase amount and the like of the raw materials, the relevant information of the raw materials in the warehouse can be timely fed back to the master control end, and the master control end checks, processes, stores and backups the information and data sent by the warehouse management personnel sub-control end, so that the consumption, the storage amount and the like of the raw materials at present can be obtained; meanwhile, the warehouse management personnel send the instruction related to the information to be read to the window corresponding to the warehouse end access module, the warehouse end access module sends the instruction related to the read information to the master control end, reads the related information in the master control end, and displays the read information and data, so that the warehouse management personnel can send the related information of the warehouse to the master control end in time, the colleagues in other departments can know the inventory information of the warehouse in time, and meanwhile, the warehouse management personnel can obtain the information of other departments in time.
The invention is further configured to: the budget management module comprises a material budget unit, an artificial planning unit and a budgeting unit; the material budgeting unit is used for calculating the engineering quantity of the drawing according to the design drawing, calculating the expected required consumption of raw materials according to the engineering quantity of the drawing and sending the calculated consumption of various raw materials to the database for storage; the manual planning unit is used for calculating the engineering quantity of the drawing when receiving the design drawing provided by the design submodule, predicting and planning the required number of managers and constructors according to the engineering quantity, and sending the predicted workers and managers to the database for storage; the budgeting unit calculates the raw material budgeting cost according to the quantity and unit price of each raw material, calculates the manager budgeting cost according to the average wage of the labor amount of the constructors and the labor amount of the managers multiplied by the market, namely, the total cost of the manual budget of the construction can be calculated, and the raw material budgeting cost and the cost in the manual budget are sent to the database for storage and backup.
By adopting the scheme, when the material budget unit receives the design drawing provided by the design submodule, the engineering quantity of the drawing is calculated, the consumption and specification of the expected required raw materials, such as the consumption and specification of sand, gravel, cement, reinforcing steel bars and the like, are calculated according to the engineering quantity of the drawing, the budget of each raw material can be calculated according to the consumption and specification of the raw materials calculated by the material budget unit and the unit price of the raw materials, the total budget of the total raw materials is finally calculated, and the budget of each raw material and the total budget are generated into a table and sent to the database for storage and backup; when the manual planning unit receives the design drawing provided by the design submodule, the engineering quantity of the drawing is calculated, the required number of managers and constructors and the quantity and unit price of raw materials are planned according to the engineering quantity, the budget cost of the raw materials is calculated, the budget cost of the constructors is calculated according to the average wage of the constructors multiplied by the labor quantity of the constructors, the labor quantity of the managers is multiplied by the average wage of the managers on the market, the budget cost of the managers can be calculated, namely, the total cost of the labor of the construction at the time can be calculated, meanwhile, the budget cost of the constructors can be calculated by multiplying the estimated average unit price of the labor quantity of the constructors by the average unit price of the constructors, the estimated labor quantity of the managers can be multiplied by the unit price of the managers, namely, the budget cost of the managers can be calculated, and finally, the total cost of the constructors, and generating a table of the total cost of the constructors, the total cost of the managers and the total cost of the manual budget, and sending the table to a database for storage and backup.
The invention is further configured to: the change fee settlement module comprises a material management unit and a personnel management unit; the system comprises a material management unit, a database and a backup unit, wherein the material management unit is used for recording the consumption of raw materials, the actual consumption and the consumption of the remaining raw materials every day, the consumption of the raw materials which are taken by a constructor every day, reading the consumption of the raw materials which are stored in the database and are expected to be used, comparing the actual consumption of the raw materials with the expected consumption, obtaining the change condition of the consumption of the raw materials, calculating the raw material change cost of the changed consumption of the raw materials according to the consumption, generating a table by the change cost and the change consumption of the raw materials and sending the table to the database for storage and; the system comprises a personnel management unit, wherein the personnel management unit records the working condition of the constructors and the manager on duty every day in real time, a card punch is arranged on a construction site, records the working condition of the constructors and the manager every day in real time, and generates an attendance table for checking the work attendance of the constructors and the manager every day and sends the attendance table to a database for storage.
By adopting the scheme, the material management unit is used for recording the consumption of the raw materials, the actual consumption and the consumption of the finally left raw materials which are taken by constructors every day in real time, calculating the raw materials used in each period, meanwhile, the expected used raw material dosage stored in the database is read, the actual dosage of the raw material is compared with the expected dosage, the change situation of the raw material consumption can be obtained, the raw material change cost of the changed raw material consumption is calculated according to the consumption, by arranging the card reader on a construction site, the card reader records the daily on-duty conditions of constructors and managers in real time, recording the attendance of constructors and managers in real time, calculating the total attendance of the constructors according to the attendance, and generating an attendance table by the daily attendance of constructors and managers and sending the attendance table to a database for storage.
The invention is further configured to: the engineering settlement module comprises an engineering material checking unit and a completion settlement unit; the engineering material checking unit generates a table according to the total purchase quantity, the actual consumption and the residual quantity of various raw materials recorded by the material management unit and stores the table in a database, so that each department can read various information from the database conveniently; and the completion settlement unit calculates the total material cost and labor cost.
By adopting the scheme, the total purchase cost is calculated by multiplying the actual practicality of each raw material calculated by the engineering material checking unit by the unit price, and the final material cost can be obtained by returning the rest raw materials to a merchant or selling the raw materials; the construction personnel cost can be calculated by multiplying the attendance amount of the construction personnel by the average unit price of the construction personnel, the management personnel cost can be calculated by multiplying the attendance amount of the management personnel by the average unit price of the management personnel, and finally the management personnel cost, the construction personnel cost and the material cost are added to obtain the total cost of the project.
In conclusion, the invention has the following beneficial effects:
1. the main control end is connected with a design sub-control end, a financial sub-control end, a constructor sub-control end and a warehouse pipe control end, and is used for storing data information and personnel information, processing material data and budget data and the like, and simultaneously generating access windows for the sub-control ends to access; the design sub-control end, the financial sub-control end, the constructor sub-control end and the warehouse pipe control end are connected with the master control end and read data and information of the master control end, and changed data are input to the master control end in real time, so that information interaction among the design sub-control end, the financial sub-control end, the constructor sub-control end and the warehouse pipe control end is realized, the relation among all departments can be strengthened, the information can be conveniently communicated among all departments in time, and the deviation of pre-estimated cost and actual settlement cost in engineering is reduced.
Drawings
FIG. 1 is a system diagram of an embodiment;
FIG. 2 is a block diagram of the master control end.
In the figure, 1, a master control end; 11. a budget management module; 111. a material budget unit; 112. a manual planning unit; 113. a budgeting unit; 12. a change fee settlement module; 121. a material management unit; 122. a personnel management unit; 13. a project settlement module; 131. an engineering core material unit; 132. a completion settlement unit; 14. a database; 2. designing a sub-control end; 21. a design end sending module; 22. a design end access module; 3. a financial sub-control end; 31. a financial terminal sending module; 32. a financial end access module; 4. a constructor sub-control end; 41. a construction end sending module; 42. a construction end access module; 5. a bin pipe control end; 51. a bin pipe end sending module; 52. a bin end access module.
Detailed Description
A visual engineering management system is shown in figure 1 and comprises a master control end 1, a design sub-control end 2, a finance sub-control end 3, a constructor sub-control end 4 and a warehouse pipe control end 5; the master control end 1 is used for storing data information and personnel information, processing material data, budget data and the like, and simultaneously generating access windows for each sub-control end to access; design sub-accuse end 2, financial affairs sub-accuse end 3, constructor sub-accuse end 4 and storehouse pipe accuse end 5 are connected and are always controlled end 1 and read the data and the information of always controlling end 1, simultaneously to always controlling end 1 input change data in real time to realize designing the information interaction between sub-accuse end 2, financial sub-accuse end 3, constructor sub-accuse end 4 and the storehouse pipe accuse end 5.
The design sub-control terminal 2 includes a design terminal sending module 21 and a design terminal accessing module 22. The design end sending module 21 is used for sending the drawing and the related information input by the designer to the master control end 1; the design end access module 22 is used for receiving the instruction input by the designer, reading the related information stored in the master control end 1 according to the instruction, and displaying the read information. The design sub-control end 2 is an APP which is used for communicating with the control end by a designer, windows corresponding to a design end sending module 21 and a design end access module 22 are arranged on the APP, the designer designs a drawing and data related to the drawing and the like which are input into the window corresponding to the design end sending module 21 by the sub-control end 2, the design end sending module 21 uploads the related information such as the drawing and the like to the master control end 1 for storage, the master control end 1 calculates the engineering quantity, the raw material consumption, the number of personnel and the like according to the drawing, and simultaneously displays the calculated result; the designer inputs the relevant instruction of the information to be accessed into the window corresponding to the design end access module 22, the design end access module 22 accesses the information and the data of the master control end 1 according to the instruction and displays the accessed information and data, so that the designer can acquire the required information in time, the designer can acquire the information of other departments conveniently, and meanwhile, colleagues of other departments can know the information of the design department in time conveniently.
The finance sub-control end 3 comprises a finance end sending module 31 and a finance end access module 32. The financial terminal sending module 31 is used for sending information and data input by financial staff to the master control terminal 1; the finance end access module 32 is used for receiving an instruction input by a finance person, reading related information stored in the master control end 1 according to the instruction, and displaying the read information. The design sub-control end 2 is set as a designer to use an APP, the APP is provided with windows corresponding to a financial end sending module 31 and a financial end access module 32, financial staff input financial information and data into the window corresponding to the financial end sending module 31, if budget amount and prefabricated amount can be provided, the financial end sending module 31 sends the financial information and data to the main control end 1, and the main control end 1 checks, processes and stores and backups the financial data sent by the financial sub-control end 3; simultaneously, the financial staff sends the relevant instruction of information that needs read to the window that financial end access module 32 corresponds, financial end access module 32 sends the relevant instruction of information that reads to total accuse end 1, and read and always manage the interior relevant and information of end 1, the information and the data that will read simultaneously show, make financial staff in time obtain required information, make financial staff in time obtain other departments' information, the colleagues of other departments of also being convenient for simultaneously can in time know the relevant financial information of engineering.
The constructor sub-control terminal 4 includes a construction terminal sending module 41 and a construction terminal accessing module 42. The construction end sending module 41 is used for sending information and data input by construction managers to the master control end 1; the construction end access module 42 is used for receiving an instruction input by a construction manager, reading related information stored in the master control end 1 according to the instruction, and displaying the read information. The constructor sub-control end 4 is set as an APP used by a construction manager, the APP is provided with windows corresponding to the construction end sending module 41 and the construction end access module 42, the construction manager inputs construction information and data into the window corresponding to the construction end sending module 41, the construction end sending module 41 sends the construction information and data to the main control end 1, and the main control end 1 checks, processes and stores and backups the information and data sent by the constructor sub-control end 4, namely, the current consumption and inventory of raw materials can be calculated, for example, the planned consumption and specification of raw materials and the consumption and specification of raw materials actually used are input; meanwhile, the construction management personnel sends the instruction related to the information to be read to the window corresponding to the construction end access module 42, the construction end access module 42 sends the instruction related to the read information to the master control end 1, reads the related information in the master control end 1, and displays the read information and data, so that the construction personnel can timely acquire the required information, the construction management personnel can timely acquire the information of other departments, and meanwhile, the colleagues in other departments can timely know the construction related construction information.
The bin pipe control end 5 comprises a bin pipe end sending module 51 and a bin pipe end accessing module 52. The warehouse management end sending module 51 is used for sending information and data input by warehouse management personnel to the master control end 1; the warehouse end access module 52 is used for receiving the instruction input by the warehouse manager, reading the related information stored in the main control end 1 according to the instruction, and displaying the read information. The warehouse management end 5 is an APP used by warehouse management personnel, the APP is provided with windows corresponding to the warehouse management end sending module 51 and the warehouse management end access module 52, the warehouse management personnel inputs the relevant information and data of raw materials into the window corresponding to the warehouse management end sending module 51, the warehouse management end sending module 51 sends the relevant information and data of the raw materials to the master control end 1, such as the storage amount, daily amount and purchase amount of the raw materials, the relevant information of the raw materials in the warehouse can be timely fed back to the master control end 1, the master control end 1 checks, processes and stores and backups the information and data sent by the warehouse management personnel sub-control end, and the consumption, storage amount and the like of the raw materials at present can be obtained; meanwhile, the warehouse management personnel sends the instruction related to the information to be read to the window corresponding to the warehouse management end access module 52, the warehouse management end access module 52 sends the instruction related to the read information to the master control end 1, reads the related information in the master control end 1, and displays the read information and data, so that the warehouse management personnel can send the related information of the warehouse to the master control end 1 in time, the colleagues in other departments can know the inventory information of the warehouse in time, and meanwhile, the warehouse management personnel can obtain the information of other departments in time.
Referring to fig. 1 and fig. 2, the general control end 1 includes a budget management module 11, a change fee settlement module 12, a project settlement module 13 and a database 14. The budget management module 11 calculates a raw material budget, an artificial budget and a management budget according to the construction drawing sent by the design sub-control terminal 2, integrates the raw material budget, the artificial budget, the management budget and the like, and stores the integrated data in the database 14; the change expense settlement module 12 is used for recording the difference between each expense and budget in the construction in real time, integrating and processing the expense and the budget and storing updated data in the database 14; the project settlement module 13 is used for calculating each consumption in the construction process, comparing and analyzing the expenses of the budget management module 11 and the change expense settlement module 12, and storing each settled expense in the database 14 when in use; the database 14 is used to store personnel information, data information, and budget information for storage and backup of information.
The budgeting management module 11 includes a material budgeting unit 111, a manual planning unit 112, and a budgeting unit 113. When receiving the design drawing provided by the design submodule, the material budget unit 111 calculates the engineering quantity of the drawing, calculates the expected required usage amount of raw materials, such as the usage amount and specification of sand, gravel, cement, steel bars and the like, according to the engineering quantity of the drawing, and sends the calculated usage amount of various raw materials to the database 14 for storage. The manual planning unit 112 calculates the engineering quantity of the drawing when receiving the design drawing provided by the design submodule, plans how many managers and constructors are needed according to the engineering quantity, and sends the planned managers and operators to the database 14 for storage. The budgeting unit 113 calculates the raw material budgeting cost according to the quantity and unit price of each raw material, calculates the constructor budgeting cost according to the labor amount of the constructor multiplied by the average wage of the constructor on the market, calculates the manager budgeting cost by multiplying the labor amount of the manager multiplied by the average wage of the managers on the market, namely calculates the total cost of the labor budget of the construction, and sends the cost of the raw material budgeting cost and the cost of the labor budget to the database 14 for storage and backup; calculating the budget of each raw material by multiplying the consumption and specification of the raw material calculated by the material budget unit 111 by the unit price of the raw material, finally calculating the total budget of the total raw materials, generating a table by the budget of each raw material and the total budget, and sending the table to the database 14 for storage and backup; meanwhile, the estimated construction personnel can calculate the budget cost of the construction personnel by multiplying the estimated construction personnel by the average unit price of the labor amount of the construction personnel, the estimated management personnel can calculate the budget cost of the management personnel by multiplying the estimated labor amount of the management personnel by the unit price of the management personnel, the total cost of the construction personnel and the cost of the management personnel are finally added to obtain the total cost of the labor budget, and the total cost of the construction personnel, the cost of the management personnel and the total cost of the labor budget are generated into a table and sent to the database 14 for storage and backup.
The change fee settlement module 12 includes a material management unit 121 and a person management unit 122. The material management unit 121 is configured to record the usage amount of raw materials, the actual usage amount, and the usage amount of the remaining raw materials each day by a constructor in real time, calculate raw materials used in each period, read the usage amount of raw materials expected to be used stored in the database 14, compare the actual usage amount of raw materials with the expected usage amount, obtain a change condition of the usage amount of raw materials, calculate a raw material change cost of the changed usage amount of raw materials according to the usage amount, and generate a table of the change cost and the change usage amount of raw materials and send the table to the database 14 for storage and backup. The staff management unit 122 records the attendance conditions of the constructors and the managers who work on duty every day in real time, and through being provided with a card punch on the construction site, the card punch records the attendance conditions of the constructors and the managers every day in real time, records the attendance volumes of the constructors and the managers in real time, calculates the total attendance volumes of the constructors according to the attendance volumes, generates an attendance table of the constructors and the managers every day, and sends the attendance table to the database 14 for storage.
The project settlement module 13 includes a project approval unit 131 and an as built settlement unit 132. The project approval unit 131 calculates the total usage amount of each raw material in the project construction according to the usage amounts of each raw material used every day and every construction period recorded by the material management unit 121, calculates the total purchased usage amount of each raw material in the warehouse, and further can calculate the remaining amount of each raw material, and forms and stores the total purchased amount, actual usage amount, and remaining amount of each raw material in the database 14, so that each department can read each item of information from the database 14. As-built settlement unit 132 calculates the total material cost and labor cost. The actual practicality of each raw material calculated by the engineering material checking unit 131 is multiplied by the unit price to calculate the total purchase cost, and the rest raw materials are returned to the merchant or sold out, so that the final material cost can be obtained; the construction personnel cost can be calculated by multiplying the attendance amount of the construction personnel by the average unit price of the construction personnel, the management personnel cost can be calculated by multiplying the attendance amount of the management personnel by the average unit price of the management personnel, and finally the management personnel cost, the construction personnel cost and the material cost are added to obtain the total cost of the project.
The colleagues of the design department send the related information of the design drawing to the master control end 1, the material budgeting unit 111 calculates the engineering quantity of the drawing according to the design drawing, and then calculates the expected required raw material consumption according to the engineering quantity of the drawing, the manual planning unit 112 calculates the engineering quantity of the drawing according to the design drawing, and plans how many managers and constructors are required according to the expected engineering quantity, the budgeting unit 113 calculates the raw material budgeting cost according to the quantity and unit price of each raw material, calculates the constructor budgeting cost according to the average wage of the constructors in the market, the financers read the raw material cost and the personnel cost, calculates the total construction cost, and calls the fund in time, the warehouse managers timely contact suppliers to purchase the raw materials according to the specification and the consumption of the raw materials, and the construction managers can timely know the stock of the warehouse, the information between each department can be communicated in time conveniently.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (8)
1. A visual management system of engineering is characterized in that: the method comprises the following steps:
the general control terminal (1), the general control terminal (1) is used for storing data information and personnel information, processing material data and budget data, etc., and generating an access window for providing access;
designing a sub-control end (2), wherein the design sub-control end (2) is used for sending related drawing information to the master control end (1) and reading information in the master control end (1);
the financial sub-control end (3) can send related financial information to the master control end (1) and simultaneously read the related information in the master control end (1); the constructor sub-control end (4) can send the information of the construction site to the main control end (1) and simultaneously read the related information in the main control end (1);
the warehouse management control end (5) sends information such as the warehouse and the like to the master control end (1), and simultaneously reads related information in the master control end (1);
the total control end (1) comprises:
the budget management module (11) is used for calculating a raw material budget, an artificial budget and a management budget according to the construction drawing transmitted by the design sub-control end (2) and the construction drawing, integrating the raw material budget, the artificial budget, the management budget and the like and storing the integrated budgets in the database (14);
the expense changing and settling module (12) is used for recording the difference between each expense and budget in construction in real time, integrating and processing the expense and the budget and storing updated data in a database (14);
the project settlement module (13), the settlement module of the project (13) is used for calculating each consumption in the course of construction, compare the expenses of the budget management module (11) and changing the expense settlement module (12) and analyze at the same time, store each expense settled in the database (14) while using;
and the database (14), wherein the database (14) is used for storing the personnel information, the data information and the budget information so as to store and backup the information.
2. The visual project management system of claim 1, wherein:
the design sub-control end (2) comprises a design end sending module (21) and a design end access module (22);
the design end sending module (21) is used for sending the drawing and related information input by a designer to the master control end (1);
the design end access module (22) is used for receiving the instruction input by the designer, reading the related information stored in the master control end (1) according to the instruction and displaying the read information.
3. The visual project management system of claim 1, wherein:
the financial sub-control end (3) comprises a financial end sending module (31) and a financial end access module (32);
the financial terminal sending module (31), the financial terminal sending module (31) is used for sending information and data input by financial staff to the master control terminal (1);
and the financial terminal access module (32) is used for receiving an instruction input by financial staff, reading related information stored in the master control terminal (1) according to the instruction, and displaying the read information.
4. The visual project management system of claim 1, wherein:
the constructor sub-control end (4) comprises a construction end sending module (41) and a construction end access module (42);
the construction end sending module (41), the construction end sending module (41) is used for sending information and data input by construction managers to the master control end (1);
the construction end access module (42) is used for receiving the instruction input by the construction management personnel, reading the related information stored in the master control end (1) according to the instruction and displaying the read information.
5. The visual project management system of claim 1, wherein:
the bin pipe control end (5) comprises a bin pipe end sending module (51) and a bin pipe end accessing module (52);
the warehouse management system comprises a warehouse end sending module (51), wherein the warehouse end sending module (51) is used for sending information, data and the like input by warehouse management personnel to a master control end (1);
the warehouse management end access module (52) is used for receiving the instruction input by the warehouse management personnel, reading the related information stored in the master control end (1) according to the instruction and displaying the read information.
6. The visual project management system of claim 1, wherein:
the budget management module (11) comprises a material budget unit (111), a manual planning unit (112) and a budgeting unit (113);
the material budget unit (111), the material budget unit (111) is in the engineering quantity according to design drawing calculation drawing, and then calculate the consumption of the raw materials that is expected to need according to the engineering quantity of the drawing, send the consumption of various raw materials calculated to the database (14) to store at the same time;
the manual planning unit (112) is used for calculating the engineering quantity of the drawing when receiving the design drawing provided by the design sub-module, predicting and planning the required number of managers and constructors according to the engineering quantity, and sending the predicted managers and the predicted managers to the database (14) for storage;
the budgeting unit (113) calculates the raw material budgeting cost according to the quantity and unit price of each raw material, calculates the administrator budgeting cost according to the average wage of the labor amount of the constructor and the labor amount of the administrator to the market, can calculate the total artificial budgeting cost of the construction, and sends the raw material budgeting cost and the cost in the artificial budgeting to the database (14) for storage and backup.
7. The visual project management system of claim 1, wherein:
the change fee settlement module (12) comprises a material management unit (121) and a personnel management unit (122);
the material management unit (121), the material management unit (121) is used for recording the raw material consumption, the actual consumption and the consumption of the raw material left at last which are taken by the constructor every day in real time, reading the raw material consumption which is stored in the database (14) and is expected to be used, comparing the actual consumption with the expected consumption, obtaining the change condition of the raw material consumption, calculating the raw material change cost of the changed raw material consumption according to the consumption, generating a table by the change cost and the change consumption of the raw material and sending the table to the database (14) for storage and backup;
the system comprises a staff management unit (122), wherein the staff management unit (122) records the working condition of the constructors and the managers who work on duty every day in real time, a card punch is arranged on a construction site and records the working condition of the constructors and the managers every day in real time, and the constructors and the managers check on work every day generate a work attendance table and send the work attendance table to a database (14) for storage.
8. The visual project management system of claim 1, wherein:
the project settlement module (13) comprises a project approval unit (131) and a completion settlement unit (132);
the engineering material checking unit (131), the engineering material checking unit (131) generates a table according to the total purchase quantity, the actual consumption and the residual quantity of various raw materials recorded by the material management unit (121) and stores the table in the database (14), so that each department can read each item of information from the database (14);
an as built settlement unit (132), the as built settlement unit (132) calculates total material costs and labor costs.
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