CN113554346A - Progress real-time registration and viewing system applied to project management - Google Patents
Progress real-time registration and viewing system applied to project management Download PDFInfo
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Abstract
The invention provides a progress real-time registration and viewing system applied to project management, and relates to the technical field of progress real-time registration and viewing systems. The progress real-time registration viewing system applied to project management comprises: the employee end is used for respectively managing employees at all levels to carry out operation end input record on the system; the server background is used for receiving data from the data by the system and analyzing and accounting the data; the system comprises a first management end, a progress real-time registration and checking system, a first management end and a receiving terminal, wherein the first management end is used for managing server background data by a manager and exporting the data, the progress real-time registration and checking system is applied to project management, the manager manages the server background data and the first management end is used for exporting the data, and the receiving terminal is used for receiving and checking the progress of each item of expected data by the manager, so that the layer-by-layer contact is facilitated, the manager checks the progress in real time, and the ordered progress of the progress is guaranteed.
Description
Technical Field
The invention relates to the technical field of project management, in particular to a progress real-time registration and viewing system applied to project management, and belongs to the technical field of progress real-time registration and viewing systems.
Background
For engineering projects, the scope of management it typically involves is quite large. This is not only the management of the hosting enterprise for the project, but also the project management required by the parties participating in the project, and the participation of various personnel in various fields.
On the management of a large amount of projects of companies, all projects are usually recorded in a regular summary form, the real-time progress of the projects is difficult to check in real time, the progress of each project cannot be checked quickly, and a manager is difficult to grasp the project progress, so that the problem that the project is delayed due to the fact that part of the projects are not reminded in place is caused, and the projects are not convenient to manage.
Disclosure of Invention
Technical problem to be solved
The invention aims to solve the problems that in the management of a large number of projects of companies, all projects are recorded in a regular summary form, the real-time progress of the projects is difficult to check in real time, the progress of each project cannot be checked quickly, and a manager cannot grasp the progress of the project, so that the project is delayed due to the fact that part of the projects are not reminded in place, and the projects are inconvenient to manage.
(II) technical scheme
In order to achieve the purpose, the invention is realized by the following technical scheme: the progress real-time registration and viewing system applied to project management comprises:
the employee end is used for respectively managing employees at all levels to carry out operation end input record on the system;
the server background is used for receiving data from the data by the system and analyzing and accounting the data;
the first management end is used for managing the background data of the server by a manager and exporting the data;
the manager module is used for verifying the data uploaded by each project in the expected progress by the manager;
the receiving terminal is used for receiving and checking the progress of each item of expected data by a manager;
the server background comprises:
the project data encryption unit is used for encrypting the received important data and collecting and recording the data in time;
the project database is used for receiving the encrypted file storage of the project data classification unit and performing informatization processing;
the project data classification unit is used for automatically classifying data in a project database, and comprises file personnel data related to finance, financial data for project construction materials and construction project personnel material data;
the server processing unit is used for analyzing and processing the data generated in the project;
the data receiving module is used for storing and backing up the classified project data classification units;
and the feedback unit is used for comparing and feeding back various data.
Preferably, the employee side comprises a real-time entry unit for sending project information, wherein the project information comprises a project name, a person in charge of the project, a member, a setup time, a plan deadline time and a project completion percentage entry; the employee terminal further comprises an information determining unit, the information determining unit is used for judging the input information, the information determining unit comprises a deleting module used for deleting data and a reserving module used for reserving the data, and the output end of the reserving module is connected with the project data encryption unit.
Preferably, the input end of the server processing unit is connected with a project progress changing unit for presetting each project expected progress, the project progress changing unit comprises a financial data change for adjusting the progress of related financial data, a material data change for adjusting the progress of related material data and a personnel data change for adjusting the progress of related personnel, and the input ends of the financial data change material data change and the personnel data change are respectively connected with a first input port, a second input port and a third input port.
Preferably, the administrator module includes an auditing module for auditing financial data change, material data change and personnel data change, and the auditing module includes an output module and an invalidation module.
Preferably, the output end of the server processing unit is connected with a real-time viewing unit for observing data in real time, and the server processing unit comprises:
the data receiving module is used for receiving data related to the project data classification unit, and comprises financial data I related to finance, material data II for material use and personnel data I for personnel scheduling;
the checking unit is used for comparing multiple items of expected data in real time, and comprises financial data presetting, material data presetting and personnel data presetting which are connected in a one-to-one correspondence mode.
Preferably, the input end of the feedback unit is connected with a search unit for inputting the keyword of the item and sending out a keyword item extraction request, and the feedback unit comprises:
the financial data comparison module is used for storing and analyzing the financial related comparison data and various numerical values;
the material data comparison module is used for storing and analyzing the building construction related material comparison data;
and the personnel data comparison module is used for storing and analyzing data of the relevant scheduling of the project personnel.
Preferably, the output end of the feedback unit is connected with a predicted incomplete project group and a predicted complete project group, the output ends of the predicted complete project group and the predicted incomplete project group are connected with a pushing unit for pushing results obtained by data of the progress after comparison, and the output end of the pushing unit is connected with the receiving terminal.
Preferably, the receiving terminal includes a second computer for receiving the management personnel and a mobile phone for receiving the data.
Preferably, the server background output end is connected with a export unit for exporting data, the export unit output end is connected with the input end of the first management end, and the first management end comprises:
a management unit for analyzing the derived data and managing data information;
a decoding unit for deciphering and decoding the derived encrypted data;
the generating unit is used for generating the data into a table form;
and the first computer is used for analyzing the data table by a manager.
Preferably, the management unit includes:
the data viewing unit is used for monitoring the exported data by a manager;
and the data modification unit is used for modifying the corresponding derived data value by the manager.
The output end of the data modification unit is connected with an input unit used for modifying the data value of the data modification unit, and the output end of the input unit is connected with a server processing unit.
The invention provides a progress real-time registration and viewing system applied to project management, which has the following beneficial effects:
1. the progress real-time registration and checking system applied to project management is used for a manager to manage background data of a server, is used for a first management end for exporting the data, and is beneficial to contacting layer by layer through a receiving terminal for receiving and checking progress of each item of expected data by the manager, so that the manager can check the progress in real time, and the ordered progress of the progress is guaranteed.
2. This be applied to project management's progress real-time registration viewing system carries out grouping receipt through financial data I and material data II and personnel data I, gets into the unit of checking of connection after data reception, through with checking the unit and including financial data preset, material data preset and personnel data preset, financial data preset, material data preset and personnel data preset one-to-one connection to compare staff end input data with preset data, thereby get and calculate expected progress.
Drawings
FIG. 1 is a schematic overall flow diagram of the present invention;
FIG. 2 is a schematic diagram of a server background according to the present invention;
FIG. 3 is a general framework flow diagram of the present invention;
FIG. 4 is a flow chart of a server processing unit of the present invention;
FIG. 5 is a flow chart of a verification unit according to the present invention;
FIG. 6 is a flow chart of a feedback unit of the present invention;
FIG. 7 is a flowchart of a project data classification unit according to the present invention;
FIG. 8 is a flow chart of an employee side of the present invention;
FIG. 9 is a flowchart of a project schedule change unit according to the present invention;
FIG. 10 is a flowchart of a first management end of the present invention
FIG. 11 is a flow chart of a data receiving module according to the present invention
FIG. 12 is a flow chart of a decoding unit according to the present invention
Fig. 13 is a structural view of a knot search unit of the present invention.
In the figure: 1. an employee end; 101. a real-time recording unit; 102. an information determination unit; 103. a reservation module; 104. a deletion module; 2. a server background; 201. an item data encryption unit; 202. a project database; 203. an item data classification unit; 231. personnel data; 232. financial data; 233. material data; 204. a server processing unit; 205. a data receiving module; 251. personnel data I; 252. material data II; 253. financial data I; 206. a collation unit; 261. presetting personnel data; 262. presetting material data; 263. presetting financial data; 207. a feedback unit; 271. a financial data comparison module; 272. a material data comparison module; 273. a personnel data comparison module; 208. a projected completion project group; 209. predicting a group of incomplete items; 3. a first management terminal; 30. a management unit; 301. a data viewing unit; 302. a data modification unit; 304. a decoding unit; 305. a generating unit; 306. a first computer; 310. an input unit; 4. an administrator module; 5. a receiving terminal; 501. a second computer; 502. a mobile phone; 6. a derivation unit; 7. a real-time viewing unit; 8. a pushing unit; 9. a search unit; 10. a project progress changing unit; 11. an audit module; 111. financial data change; 112. changing material data; 113. personnel data change; 114. an output module; 110. and (5) an invalid module.
Detailed Description
The embodiment of the invention provides a progress real-time registration and viewing system applied to project management.
Referring to fig. 1, 3 and 13, the method includes:
the system comprises a staff end 1, wherein each level of branch management staff carries out operation end input record on the system;
the server background 2 is used for the background that the system receives the data from the data and analyzes and accounts;
the first management terminal 3 is used for a manager to manage the data of the server background 2 and export the data;
the manager module 4 is used for the manager to check the data uploaded by each project in the expected progress;
a receiving terminal 5, which is used for the manager to accept and check the progress of each expected data,
specifically, each project worker is at a worker end 1 which is used for managing workers at different levels to input records to the operation end of the system, the recorded data are transmitted to a background server background 2 which is used for analyzing and accounting the data received by the system from the data, a manager manages the data of the server background 2, a first management end 3 which leads the data out is used, and a receiving terminal 5 which is used for receiving and checking the progress of each item of expected data by the manager is used, so that the layer-by-layer contact is facilitated, the manager checks the progress in real time, and the ordered progress of the progress is guaranteed.
Referring to fig. 1, 2 and 7, the server background 2 includes a project data encryption unit 201, configured to encrypt the received important data and collect and record the data in time;
the project database 202 is used for receiving the encrypted file storage of the project data classification unit 203 and performing information processing;
a project data classification unit 203 for automatically classifying data in the project database 202, the project data classification unit 203 including file personnel data 231 for finance-related documents, financial data 232 for project construction materials and construction project personnel materials data 233;
a server processing unit 204, configured to perform analysis processing on data generated in the project;
the data receiving module 205 is configured to store and backup the classified item data classification unit 203;
and the feedback unit 207 is used for comparing the data and feeding back the comparison of the data.
Specifically, when data enters the server background 2 connected with the employee end 1 for inputting records to the system operation end by the branch management employees at different levels, the project data encryption unit 201 for receiving encrypted files in the server background 2 and performing information processing, the project database 202 for performing information processing and the project data classification unit 203 for automatically classifying the data in the project database 202 connected with the project database 202 after the data enters, the data is automatically classified so as to be beneficial to managing the data, and the data is classified into file personnel data 231 related to finance, financial data 232 used for project construction materials and project construction personnel material data 233, the understanding of later stage financial staff and constructor to the project progress is convenient for.
Referring to fig. 1, fig. 2, fig. 3, fig. 4 and fig. 8, the employee end 1 includes a real-time entry unit 101, configured to send project information, where the project information includes a project name, a person in charge of the project, a member, a setup time, a plan deadline, and a project completion percentage; the employee terminal 1 further includes an information determination unit 102, the information determination unit 102 is used for determining the input information, the information determination unit 102 includes a deletion module 104 for deleting data and a retention module 103 for retaining data, and an output end of the retention module 103 is connected to the project data encryption unit 201.
Specifically, when each person operates at the staff end 1, data is input through the real-time entry unit 101 and used for sending project information, wherein the project information comprises a project name, a person in charge of the project, a member, establishment time, plan deadline time and project completion percentage entry, and after the entry is completed, the deletion module 104 for deleting the data and the retention module 103 for retaining the data are included in the information determination unit 102, so that accuracy of the data of the staff end 1 is facilitated, and the output end of the retention module 103 is connected with the project data encryption unit 201, so that the data enters the server background 2 for management.
Referring to fig. 1, fig. 2, fig. 9, fig. 10, and fig. 11 again, the input end of the server processing unit 204 is connected to a project schedule changing unit 10 for presetting the expected schedule of each project, the project schedule changing unit 10 includes a financial data change 111 for adjusting the schedule of the related financial data, a material data change 112 for adjusting the schedule of the related material data, and a personnel data change 113 for adjusting the schedule of the related personnel, the input ends of the material data change 112 and the personnel data change 113 of the financial data change 111 are respectively connected to an input port i, an input port ii, and an input port iii, the administrator module 4 includes an auditing module 11 for auditing the data changes of the financial data change 111, the material data change 112, and the personnel data change 113, and the auditing module 11 includes an output module 114 and an invalidation module 110.
The output end of the server processing unit 204 is connected with a 7 real-time viewing unit for real-time observation of data, and the server processing unit 204 comprises:
a data receiving module 205 for receiving data related to the project data classification unit 203, the data receiving module 205 comprising financial data I253 related to finance, material data II252 for material use and personnel data I251 for personnel scheduling;
the checking unit 206 is configured to compare multiple items of expected data with each other in real time, where the checking unit 206 includes a financial data preset 263, a material data preset 262, and a personnel data preset 261, and the financial data preset 263, the material data preset 262, and the personnel data preset 261 are connected in a one-to-one correspondence.
Specifically, the manager responsible for each project inputs data into financial data change 111 for progress adjustment of related financial data, material data change 112 for progress adjustment of related material data and personnel data change 113 for progress adjustment of related personnel through input port one, input port two and input port three, compares and corrects the expected progress of each item of data, inputs the data into financial data change 111 for progress adjustment of related financial data, material data change 112 for progress adjustment of related material data and personnel data change 113 for progress adjustment of related personnel, transmits the data to the manager module 4, and the superior manager judges through the auditing module 11 for auditing the data changes of financial data change 111, material data change 112 and personnel data change 113, and an output module 114 for outputting when data passes, and rejecting the data by performing the invalidation process by the invalidation module 110 when the data fails to pass.
When data is input into the server processing unit 204 through the output module 114, the server processing unit 204 includes a data receiving module 205 for receiving data related to the project data classification unit 203, the data receiving module 205 includes financial data I253 related to finance, material data II252 for material use and personnel data I251 for personnel scheduling, the data is received in groups through the financial data I253, the material data II252 and the personnel data I251, and the data is input into a connected checking unit 206 after the data is received, and the financial data 263, the material data 262 and the personnel data 261 are connected in a one-to-one correspondence manner through the checking unit 206 including the financial data 263, the material data 262 and the personnel data 261, so that the input data of the employee terminal 1 is compared with the preset data, and the expected progress is calculated.
Referring again to fig. 1, 2, 4, 5 and 6, the feedback unit 207 includes:
the financial data comparison module 271 is used for storing and analyzing the financial related comparison data and various numerical values;
the material data comparison module 272 is used for storing and analyzing the building construction related material comparison data;
the personnel data comparison module 273 is used for storing and analyzing data of relevant scheduling of project personnel;
the input end of the feedback unit 207 is connected with a search unit 9 which is used for inputting project keywords and sending out keyword project extraction requests, the output end of the feedback unit 207 is connected with a predicted incomplete project group 209 and a predicted complete project group 208, the output ends of the predicted complete project group 208 and the predicted incomplete project group 209 are connected with a pushing unit 8 which is used for pushing results obtained by data of the progress after comparison, the output end of the pushing unit 8 is connected with the receiving terminal 5, and the receiving terminal 5 comprises a second computer 501 used for receiving by a manager and a mobile phone 502 used for receiving the data.
Specifically, the feedback unit 207 is connected with the checking unit 206, so that the compared expected data of the checking unit 206 is transmitted to a financial data comparison module 271 for storing and analyzing the financial related comparison data, a material data comparison module 272 for storing and analyzing the building construction related material comparison data and a personnel data comparison module 273 for storing and analyzing the data of the project personnel related scheduling, the supervisor quickly searches the data by a search unit 9 which is connected with the input end of the feedback unit 207 and used for inputting project keywords and sending out a keyword project extraction request, the output end of the feedback unit 207 is connected with the predicted project group 209, the predicted completed project group 208 of the predicted completed project group 208 and the output end of the predicted incomplete project group 209 and is connected with a pushing unit 8 for pushing results obtained by the compared progress data, the output end of the pushing unit 8 is connected with the receiving terminal 5, and the manager can know the data at the current stage in real time through a second computer 501 for receiving and a mobile phone 502 for receiving the data.
Referring to fig. 1, fig. 2, fig. 3, fig. 8 and fig. 12 again, the output end of the server backend 2 is connected to the export unit 6 for exporting data, the output end of the export unit 6 is connected to the input end of the first management end 3, and the first management end 3 includes:
a management unit 30 for analyzing the derived data and managing data information, the management unit 30 comprising:
a data viewing unit 301, configured to monitor the exported data by a manager;
a data modification unit 302 for modifying the derived corresponding data value by the manager,
the output end of the data modification unit 302 is connected with an input unit 310 for modifying the data value of the data modification unit 302, and the output end of the input unit 310 is connected with the server processing unit 204;
a decoding unit 304 for deciphering and decoding the derived encrypted data;
a generating unit 305 for generating the data into a tabular form;
the first computer 306 is used for analyzing the data table by the manager
Specifically, when a manager inputs data into the server background 2 at the employee end 1, the needed data is imported into the first management end 3 through the export unit 6 for exporting the data, when the data is used for analyzing and managing the exported data, the management unit 30 is used for decoding the exported encrypted data, the manager generates the data into a table form through the first computer 306, so that the manager can manage and urge the current stage, and the manager analyzes the data table through the first computer 306.
When the manager watches the data, the manager monitors the exported data, and when the data is in a problem, the manager modifies the exported data by modifying the data modifying unit 302 according to the data value, and after the modification is completed, the data is imported into the server processing unit 204.
The working principle is as follows: the system comprises a staff end 1, a background server background 2, a manager, a first management end 3 and a receiving terminal 5, wherein the staff end 1 is used for all levels of branch management staff to input records to the system at an operation end, the recorded data are transmitted to the background server background 2, the data are received by the system from the data and analyzed and calculated, the manager manages the data of the server background 2, the data are exported, the receiving terminal 5 is used for receiving and checking the progress of each item of expected data by the manager, layer-by-layer contact is facilitated, real-time checking of the progress by the manager is achieved, and the ordered progress of the progress is guaranteed.
When data enters a server background 2 connected with the employee terminal 1 for inputting records to the operation terminal of the system by the branch management employees at different levels, the data is stored in the server background 2 for receiving encrypted files, a project data encryption unit 201 for information processing is used for storing the files encrypted by a project data classification unit 203 connected with the project data encryption unit and processing a project database 202 for information processing, and after the data enters, the data is automatically classified by a project data classification unit 203 connected with the project database 202 for automatically classifying the data in the project database 202, so that the management of the data is facilitated, the data is classified into file personnel data 231 related to finance, financial data 232 used for project construction materials and construction project personnel material data 233, the understanding of later stage financial staff and constructor to the project progress is convenient for.
When each person operates at the staff terminal 1, data is input through the real-time input unit 101 and is used for sending project information, wherein the project information comprises a project name, a project person in charge, a project member, a set-up time, a plan deadline time and a project completion percentage, a deletion module 104 for deleting the data and a retention module 103 for retaining the data are included in the information determination unit 102 after the input is completed, accuracy of the data of the staff terminal 1 is facilitated, and an output end of the retention module 103 is connected with the project data encryption unit 201, so that the data enters the server background 2 for management.
Through the input port I, the input port II and the input port III, the manager responsible for each project inputs data into the financial data change 111 for progress adjustment of related financial data, the material data change 112 for progress adjustment of related material data and the personnel data change 113 for mobilizing progress adjustment of related personnel, and the expected progress of each item of data is contrasted and corrected.
When data is input into financial data change 111 for progress adjustment of related financial data, material data change 112 for progress adjustment of related material data and personnel data change 113 for movement of progress adjustment of related personnel, the data is input and transmitted to administrator module 4, superior administrator judges through auditing module 11 for auditing data changes of financial data change 111, material data change 112 and personnel data change 113, so that when data passes through, output module 114 for output is used, and when data cannot pass through, data is rejected through invalidation module 110 for invalidation processing.
When data is input into the server processing unit 204 through the output module 114, the server processing unit 204 includes a data receiving module 205 for receiving data related to the project data classification unit 203, the data receiving module 205 includes financial data I253 related to finance, material data II252 for material use and personnel data I251 for personnel scheduling, the data is received in groups through the financial data I253, the material data II252 and the personnel data I251, and the data is input into a connected checking unit 206 after the data is received, and the financial data 263, the material data 262 and the personnel data 261 are connected in a one-to-one correspondence manner through the checking unit 206 including the financial data 263, the material data 262 and the personnel data 261, so that the input data of the employee terminal 1 is compared with the preset data, and the expected progress is calculated.
The expected data after comparison of the checking unit 206 is transmitted to a financial data comparison module 271 for storing and analyzing the financial related comparison data, a material data comparison module 272 for storing and analyzing the building construction related material comparison data and a personnel data comparison module 273 for storing and analyzing the data of the project personnel related scheduling by connecting the feedback unit 207 input end, the supervisor searches the data quickly by a search unit 9 for inputting project keywords and sending out keyword item extraction requests, the output end of the feedback unit 207 is connected with the predicted incomplete project group 209, the predicted complete project group 208 of the predicted complete project group 208 and the output end of the predicted incomplete project group 209 is connected with a pushing unit 8 for pushing results obtained by the data after comparison, the output end of the pushing unit 8 is connected with the receiving terminal 5, and the manager can know the data at the current stage in real time through a second computer 501 for receiving and a mobile phone 502 for receiving the data.
When a manager inputs data into the server background 2 at the employee end 1, the needed data is imported into the first management end 3 through the export unit 6 for exporting the data, when the data is used for analyzing and managing the exported data, the management unit 30 is used for decoding the exported encrypted data, the manager generates the data into a table form through the first computer 306, so that the manager can manage and urge the current stage conveniently, and the manager analyzes the data table through the first computer 306.
When the manager watches the data, the manager monitors the exported data, and when the data is in a problem, the manager modifies the exported data by modifying the data modifying unit 302 according to the data value, and after the modification is completed, the data is imported into the server processing unit 204.
Claims (10)
1. Progress real-time registration and viewing system applied to project management is characterized by comprising:
the system comprises a staff end (1) for respectively managing staff at all levels to carry out operation end input record on the system;
the server background (2) is used for the background that the system receives the data from the data and analyzes and accounts;
the first management terminal (3) is used for a manager to manage the data of the server background (2) and export the data;
the manager module (4) is used for verifying the data uploaded by each project expected progress by a manager;
the receiving terminal (5) is used for receiving and checking the progress of each item of expected data by a manager;
the server backend (2) comprises:
the project data encryption unit (201) is used for encrypting the received important data and collecting and recording the data in time;
the project database (202) is used for receiving the encrypted file storage of the project data classification unit (203) and performing information processing;
a project data classification unit (203) for automatically classifying data in a project database (202), the project data classification unit (203) comprising documentation personnel data (231) for financial related, financial data (232) for a project construction materials class and construction project personnel materials data (233);
a server processing unit (204) for performing analysis processing on data generated in the project;
the data receiving module (205) is used for storing and backing up the classified project data classification unit (203);
and the feedback unit (207) is used for comparing and feeding back various data.
2. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the employee end (1) comprises a real-time entry unit (101) for sending project information, wherein the project information comprises a project name, a person in charge of the project, a member, establishment time, plan deadline time and project completion percentage entry; the employee terminal (1) further comprises an information determining unit (102), the information determining unit (102) is used for judging the input information, the information determining unit (102) comprises a deleting module (104) used for deleting data and a reserving module (103) used for reserving data, and the output end of the reserving module (103) is connected with the project data encrypting unit (201).
3. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the input end of the server processing unit (204) is connected with a project progress changing unit (10) used for presetting each project expected progress, the project progress changing unit (10) comprises a financial data change (111) used for adjusting the progress of related financial data, a material data change (112) used for adjusting the progress of related material data and a personnel data change (113) used for adjusting the progress of related personnel, and the input ends of the material data change (112) and the personnel data change (113) of the financial data change (111) are respectively connected with a first input port, a second input port and a third input port.
4. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the administrator module (4) comprises an auditing module (11) for auditing data changes of financial data changes (111), material data changes (112) and personnel data changes (113), the auditing module (11) comprising an output module (114) and an invalidation module (110).
5. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the output end of the server processing unit (204) is connected with a (7) real-time viewing unit for real-time observation of data, and the server processing unit (204) comprises:
a data receiving module (205) for receiving data related to a project data taxonomy unit (203), the data receiving module (205) comprising financial data I (253) relating to finance, material data II (252) for material use and personnel data I (251) for personnel scheduling;
the checking unit (206) is used for comparing real-time data of a plurality of items of expected data, the checking unit (206) comprises a financial data presetting unit (263), a material data presetting unit (262) and a personnel data presetting unit (261), and the financial data presetting unit (263), the material data presetting unit (262) and the personnel data presetting unit (261) are connected in a one-to-one correspondence mode.
6. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the input end of the feedback unit (207) is connected with a search unit (9) which is used for inputting the project keywords and sending out the keyword project extraction request, and the feedback unit (207) comprises:
the financial data comparison module (271) is used for storing and analyzing the financial related comparison data and various numerical values;
the material data comparison module (272) is used for storing and analyzing the building construction related material comparison data;
and the personnel data comparison module (273) is used for performing data storage analysis on the project personnel related scheduling.
7. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the output end of the feedback unit (207) is connected with a predicted incomplete project group (209) and a predicted complete project group (208), the output ends of the predicted complete project group (208) and the predicted incomplete project group (209) are connected with a pushing unit (8) used for pushing results obtained by data of the progress after comparison, and the output end of the pushing unit (8) is connected with a receiving terminal (5).
8. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the receiving terminal (5) comprises a second computer (501) for receiving the data by a manager and a mobile phone (502) for receiving the data.
9. The schedule real-time registration viewing system for project management as claimed in claim 1, wherein: the server backstage (2) output is connected with and is used for exporting leading-out unit (6) to data, leading-out unit (6) output is connected and is connected with first management end (3) input, first management end (3) include:
a management unit (30) for analyzing the derived data and managing data information;
a decoding unit (304) for deciphering and decoding the derived encrypted data;
a generating unit (305) for generating the data into a tabular form;
and a first computer (306) for analyzing the data table by a manager.
10. The schedule real-time registration viewing system for project management of claim 9, wherein: the management unit (30) comprises:
the data viewing unit (301) is used for monitoring the exported data by a manager;
a data modification unit (302) for the administrator to modify the derived corresponding data values,
the output end of the data modification unit (302) is connected with an input unit (310) used for modifying the data value modified by the data modification unit (302), and the output end of the input unit (310) is connected with the server processing unit (204).
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| CN202110913855.3A CN113554346A (en) | 2021-08-10 | 2021-08-10 | Progress real-time registration and viewing system applied to project management |
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| CN202110913855.3A CN113554346A (en) | 2021-08-10 | 2021-08-10 | Progress real-time registration and viewing system applied to project management |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114140088A (en) * | 2021-12-07 | 2022-03-04 | 浙江越新检测技术有限公司 | Nondestructive testing management system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114140088A (en) * | 2021-12-07 | 2022-03-04 | 浙江越新检测技术有限公司 | Nondestructive testing management system and method |
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Application publication date: 20211026 |