CN115545622B - Engineering material storage management system and method based on digital construction - Google Patents

Engineering material storage management system and method based on digital construction Download PDF

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CN115545622B
CN115545622B CN202211513084.XA CN202211513084A CN115545622B CN 115545622 B CN115545622 B CN 115545622B CN 202211513084 A CN202211513084 A CN 202211513084A CN 115545622 B CN115545622 B CN 115545622B
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work execution
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王亮
王少华
何嘉
朱家栋
冯满
程意
周晔嘉
严俊
刘晓玲
卓旬
丁岗子
贾福阳
梁金浩
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China Construction Industrial and Energy Engineering Group Co Ltd
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Abstract

The invention relates to the technical field of warehousing system management, in particular to a project material warehousing management system and a project material warehousing management method based on digital construction, wherein the project material warehousing management system comprises the steps of monitoring interface information of each operation interface in a digital project material warehousing system; respectively capturing and extracting information of warehousing management operations of all authority users in all authority user sets in the digital engineering material warehousing system; respectively capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehouse management operation set, and constructing a corresponding work execution track; at least one work execution track is correspondingly arranged in an operation interface range and an interface data range; capturing an associated work execution trajectory for each work execution trajectory; and initiating intelligent reminding to the corresponding authority user.

Description

Engineering material storage management system and method based on digital construction
Technical Field
The invention relates to the technical field of warehousing system management, in particular to a project material warehousing management system and method based on digital construction.
Background
Because the number of workers in charge of the storage of each engineering material is large, the work contents in charge are different, and the management authorities are different, although in a digital storage management system, the corresponding display of different operation interface ranges and interface data ranges based on the roles and authority contents corresponding to different authority accounts can be realized, and the relative independence and the relative safety of data in each link are ensured; however, if there are some working contents in a sequential order in execution, or in a continuous state, when the staff responsible for the working contents are on line in the system at the same time, there is a relative change of data, that is, a relative delay in information due to a time delay, for example, two accounts with different authority levels are on line at the same time, and after the lower-level account executes the corresponding working contents, the working data in the latest state is generated on the working content page corresponding to the higher-level account.
Disclosure of Invention
The present invention aims to provide a system and a method for managing storage of engineering materials based on digital construction, so as to solve the problems in the background art.
In order to solve the technical problems, the invention provides the following technical scheme: a project material warehousing management method based on digital construction comprises the following steps:
step S100: distributing different authority management accounts to all users responsible for the warehousing management of each project material based on corresponding responsible project contents; each user logs in the digital engineering material warehousing system on an operation terminal through the distributed authority management account, and the digital engineering material warehousing system displays corresponding operation interfaces and interface data for each authority user on the corresponding operation terminal based on the account role and the account authority content of each authority user;
step S200: monitoring interface information of each operation interface in the digital engineering material warehousing system; respectively collecting the corresponding displayed operation interfaces and the authority users with the same interface data to obtain a plurality of authority user sets; one set of authorized users corresponds to one operation interface range and one interface data range; respectively capturing and extracting information of warehousing management operations of all authority users in all authority user sets in the digital engineering material warehousing system;
because the corresponding users with the same operation interface range and the same interface data range are often users with the same authority function, or the working contents which are often responsible for the same authority function, the operation tracks extracted from the workers who are responsible for the same working contents can represent the working operation steps which are required to be carried out by the workers in the daily working process;
step S300: extracting each authority user set to obtain a reference warehousing management operation set based on the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set; capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehousing management operation set, integrating and extracting execution information corresponding to each work execution node, and constructing corresponding work execution tracks respectively; at least one work execution track is correspondingly arranged in an operation interface range and an interface data range;
step S400: all work execution tracks generated in the process of warehousing management of each engineering material are sorted and collected, the identification and judgment of execution response influence are carried out among all the work execution tracks, and the associated work execution tracks are captured for all the work execution tracks;
step S500: the method comprises the steps of monitoring login operation of each authority user in a digital engineering material warehousing system in real time, and initiating intelligent reminding to the corresponding authority user when two authority users who are captured to be online at the same time belong to two authority sets and an execution response influence exists between work execution tracks corresponding to the two authority sets.
Further, step S200 includes:
step S201: capturing all warehousing management operations generated after logging in the digital engineering material warehousing system every time for each authority user in each authority user set to respectively obtain a warehousing management operation set generated in the logging-in process of each authority user;
step S202: setting the corresponding operation interface range as
Figure 374249DEST_PATH_IMAGE001
The interface data range is
Figure 884864DEST_PATH_IMAGE002
Is a set of authorized users
Figure 133443DEST_PATH_IMAGE003
To, for
Figure 872860DEST_PATH_IMAGE003
The warehouse management operation set generated by each authority user in each login process is captured and collected to capture
Figure 156074DEST_PATH_IMAGE003
The user with any authority can log in the operation interface at any time
Figure 244116DEST_PATH_IMAGE001
The first warehouse management operation sets generated according to the time sequence are respectively locked in the warehouse management operation sets after the operation is finished and in the interface data range
Figure 104624DEST_PATH_IMAGE002
Each interface region within which data changes occur;
step S203: for is to
Figure 772366DEST_PATH_IMAGE003
Extracting N identical warehousing management operations which exist continuously from each first warehousing management operation set of each right user in the system, wherein,
Figure 785453DEST_PATH_IMAGE004
(ii) a When the interface areas corresponding to the N same storage management operations are the same, the Nth same storage management operation is reserved, other N-1 same storage management operations are eliminated, and the N-1 same storage management operations are sorted to obtain the range of an operation interface of a user with any authority in any login process
Figure 982079DEST_PATH_IMAGE001
Corresponding second warehouse management operation sets generated according to the time sequence; setting the total warehousing management operation number in each first warehousing management operation set as w1, and setting the total warehousing management operation number in the corresponding second warehousing management operation set as w2; wherein the content of the first and second substances,
Figure 329883DEST_PATH_IMAGE005
；
the repeated deletion is to remove the phenomenon that repeated operation occurs due to the misoperation of a worker, which only needs to be carried out once;
step S204: and setting each authority user in each authority user set to correspond to the second warehousing management operation set to be used as warehousing management operation generated by each authority user in the digital engineering material warehousing system.
Further, step S300 includes:
step S301: collecting the second warehousing management operation sets of the authority users in each authority user set to obtain
Figure 535737DEST_PATH_IMAGE006
Judging the second warehouse management operation set with the highest repeated occurrence frequency as a reference warehouse in the operation interface range and the interface data range corresponding to each authority user setStoring a management operation set; setting each warehousing management operation in the reference warehousing management operation set as a work execution node existing in an operation interface range and an interface data range corresponding to each authority user set;
step S302: integrating information of any warehousing management operation and interface area corresponding to any warehousing management operation to obtain execution information on any corresponding work execution node
Figure 406259DEST_PATH_IMAGE007
(ii) a Wherein the content of the first and second substances,
Figure 304945DEST_PATH_IMAGE008
indicating the warehousing management operation corresponding to the jth work execution node,
Figure 812150DEST_PATH_IMAGE009
express correspondence
Figure 680749DEST_PATH_IMAGE008
The interface region of (a);
step S303: capturing all work execution nodes in the operation interface range and the interface data range corresponding to each authority user set, collecting execution information, and constructing work execution tracks in the operation interface range and the interface data range corresponding to each authority user set
Figure 793061DEST_PATH_IMAGE010
(ii) a Wherein the content of the first and second substances,
Figure 472436DEST_PATH_IMAGE011
、
Figure 404620DEST_PATH_IMAGE012
、
Figure 76909DEST_PATH_IMAGE013
、
Figure 43728DEST_PATH_IMAGE014
individual watch1 st, 2 nd,
Figure 159583DEST_PATH_IMAGE013
And n work execution nodes.
Further, step S400 includes:
step S401: extracting all interface regions with data change in a digital engineering material warehousing system when each authorized user finishes any warehousing management operation;
step S402: if the user set with authority exists
Figure 579063DEST_PATH_IMAGE015
、fb，
Figure 55044DEST_PATH_IMAGE015
The corresponding operation interface range is fb
Figure 876369DEST_PATH_IMAGE016
Correspond to
Figure 84497DEST_PATH_IMAGE015
The work execution trajectory of
Figure 866639DEST_PATH_IMAGE017
Correspond to
Figure 756098DEST_PATH_IMAGE018
b is a work execution path
Figure 822143DEST_PATH_IMAGE019
(ii) a When catching
Figure 404434DEST_PATH_IMAGE015
Of an arbitrary authority user
Figure 670942DEST_PATH_IMAGE020
After each execution of a certain warehousing management operation
Figure 364092DEST_PATH_IMAGE021
Then, the range of all the interface regions corresponding to the data changes generated in the digital engineering material warehousing system is
Figure 19064DEST_PATH_IMAGE022
And Y is at
Figure 506677DEST_PATH_IMAGE019
The interface region contained in (1); wherein the content of the first and second substances,
Figure 263412DEST_PATH_IMAGE023
belong to
Figure 760252DEST_PATH_IMAGE015
Corresponding benchmark warehouse management operation set
Figure 535310DEST_PATH_IMAGE024
(ii) a Then judge
Figure 990562DEST_PATH_IMAGE017
To pair
Figure 359227DEST_PATH_IMAGE019
There is an execution response impact in
Figure 269545DEST_PATH_IMAGE017
Warehouse management operations in
Figure 40055DEST_PATH_IMAGE021
To pair
Figure 994105DEST_PATH_IMAGE019
There is an execution response impact that is present,
Figure 850065DEST_PATH_IMAGE017
is that
Figure 298495DEST_PATH_IMAGE019
The associated work execution trajectory of (2);
step S403: and locking other work execution tracks with execution response influence on each work execution track for each work execution track, and marking all warehouse management operations with execution response influence on each work execution track in other work execution tracks.
Further, step S500 includes:
step S501: when two authority users are captured and are in an online operation state at the same time, the two authority users belong to two authority sets respectively
Figure 657932DEST_PATH_IMAGE025
And two sets of permissions
Figure 48462DEST_PATH_IMAGE025
Corresponding work execution trace
Figure 126140DEST_PATH_IMAGE026
Satisfy
Figure 658488DEST_PATH_IMAGE027
Is that
Figure 138011DEST_PATH_IMAGE028
Is associated with the work execution trajectory and is
Figure 699443DEST_PATH_IMAGE027
Middle pair
Figure 264416DEST_PATH_IMAGE028
The warehouse management operation with the influence of the execution response comprises
Figure 320228DEST_PATH_IMAGE029
；
Step S502: belongings to each time two authorized users are captured
Figure 654257DEST_PATH_IMAGE030
Authority of user operation completion
Figure 58694DEST_PATH_IMAGE029
After any one warehousing management operation, belonging to two authority users
Figure 438860DEST_PATH_IMAGE031
The authorized user initiates intelligent reminding.
In order to better realize the method, the engineering material warehousing management system is further provided, and the system comprises: the system comprises a digitalized engineering material warehousing system construction module, a right account number distribution management module, a right information management module, a warehousing management operation information capturing and extracting module, a work execution track construction module, an execution response influence judgment module and an intelligent reminding module;
the digital engineering material warehousing system construction module is used for constructing a digital engineering material warehousing system for realizing engineering material warehousing and performing system input on each engineering material warehousing management;
the system comprises a permission account number distribution management module, a digital engineering material warehousing system and a storage management module, wherein the permission account number distribution management module is used for distributing different permission management account numbers to all users responsible for the warehousing management of each engineering material based on corresponding responsible project contents, and each user logs in the digital engineering material warehousing system through the distributed permission management account number on an operation terminal;
the authority information management module is used for displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users, and displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users based on account roles and account authority contents of all authority users;
the storage management operation information capturing and extracting module is used for respectively capturing and extracting the storage management operation generated by each authority user in each authority user set in the digital engineering material storage system;
the work execution track construction module is used for extracting the reference warehousing management operation set from each authority user set according to the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set; capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehousing management operation set, integrating and extracting execution information corresponding to each work execution node, and constructing corresponding work execution tracks respectively;
the execution response influence judging module is used for sorting and collecting all work execution tracks generated in the process of warehousing management of each engineering material, identifying and judging the execution response influence among all the work execution tracks and capturing associated work execution tracks for all the work execution tracks;
and the intelligent reminding module is used for monitoring the login operation of each authority user in real time, and initiating intelligent reminding to the corresponding authority user when two simultaneously online authority users belong to two authority sets and an execution response influence exists between work execution tracks corresponding to the two authority sets.
Further, the warehousing management operation information capturing and extracting module comprises a first warehousing management operation set extracting unit, an operation information identification processing unit and a second warehousing management operation set extracting unit;
the warehouse management operation set extraction unit is used for extracting a first warehouse management operation set generated by each authority user in each login process;
the operation information identification processing unit is used for locking each warehousing management operation in the first warehousing management operation set after the operation is finished, and performing information identification on each repeatedly-occurring warehousing management operation in each interface area with data change in the corresponding interface data range;
and the second warehouse management operation set extraction unit is used for receiving the data in the operation information identification processing unit and finishing the extraction of the second warehouse management operation set.
Further, the work execution track construction module comprises a reference warehousing management operation set extraction unit, a work execution node information processing unit and a work execution track construction unit;
the work execution track construction unit is used for extracting the reference warehousing management operation set from each authority user set according to the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set;
the work execution node information processing unit is used for capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set respectively based on each benchmark warehousing management operation set, and integrating and extracting execution information corresponding to each work execution node;
and the work execution track construction unit is used for receiving the data in the work execution node information processing unit and constructing the work execution track.
Compared with the prior art, the invention has the following beneficial effects: the invention can capture and identify the work track generated when each authority account number completes the response work, and identify and extract some authority account numbers with a sequence on the execution of the work content, thereby solving the phenomenon of relative lag of data information based on the phenomenon, being beneficial to the development of the mutual cooperation work among all levels of working personnel in the process of project storage, and improving the work efficiency.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic flow chart of a project material warehousing management method based on digital construction according to the invention;
fig. 2 is a schematic structural diagram of a project material warehousing management system based on digital construction.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
Referring to fig. 1-2, the present invention provides a technical solution: a project material warehousing management method based on digital construction comprises the following steps:
step S100: distributing different authority management accounts to all users in charge of the warehousing management of each project material based on the corresponding responsible project content; each user logs in the digital engineering material warehousing system on an operation terminal through the distributed authority management account, and the digital engineering material warehousing system displays corresponding operation interfaces and interface data for each authority user on the corresponding operation terminal based on the account role and the account authority content of each authority user;
step S200: monitoring interface information of each operation interface in the digital engineering material warehousing system; collecting the corresponding displayed operation interfaces and the authority users with the same interface data respectively to obtain a plurality of authority user sets; one set of authority users corresponds to one operation interface range and an interface data range; respectively capturing and extracting information of warehousing management operations of all authority users in all authority user sets in the digital engineering material warehousing system;
wherein, step S200 includes:
step S201: capturing all warehousing management operations generated after logging in the digital engineering material warehousing system every time for each authority user in each authority user set to respectively obtain a warehousing management operation set generated in the logging-in process of each authority user;
step S202: setting the corresponding operation interface range as
Figure 954154DEST_PATH_IMAGE001
The interface data range is
Figure 283636DEST_PATH_IMAGE002
Is a set of authorized users
Figure 62236DEST_PATH_IMAGE003
To, for
Figure 726435DEST_PATH_IMAGE003
The warehouse management operation set generated by each authority user in each login process is captured and collected to capture
Figure 248684DEST_PATH_IMAGE003
The user with any authority can log in the operation interface at any time
Figure 432671DEST_PATH_IMAGE001
The first warehouse management operation sets generated according to the time sequence are respectively locked in the warehouse management operation sets after the operation is finished and in the interface data range
Figure 116594DEST_PATH_IMAGE002
Each interface region within which data changes occur;
step S203: to pair
Figure 2510DEST_PATH_IMAGE003
Extracting N identical warehousing management operations continuously existing in each first warehousing management operation set of each right user, wherein,
Figure 328449DEST_PATH_IMAGE004
(ii) a When the interface areas corresponding to the N identical warehousing management operations are the same, the Nth identical warehousing management operation is reserved, other N-1 identical warehousing management operations are removed, and the user with any authority is obtained through sorting in the range of the operation interface in any login process
Figure 364014DEST_PATH_IMAGE001
A corresponding second warehouse management operation set generated according to the time sequence; setting the total warehousing management operation number in each first warehousing management operation set as w1 and the total warehousing management operation number in the corresponding second warehousing management operation set as w2; wherein the content of the first and second substances,
Figure 484417DEST_PATH_IMAGE005
；
step S204: setting each authority user in each authority user set to correspond to a second warehousing management operation set as warehousing management operation generated by each authority user in the digital engineering material warehousing system;
step S300: extracting each authority user set to obtain a reference warehousing management operation set based on the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set; capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehousing management operation set, integrating and extracting execution information corresponding to each work execution node, and constructing corresponding work execution tracks respectively; at least one work execution track is correspondingly arranged in an operation interface range and an interface data range;
wherein, step S300 includes:
step S301: collecting the second warehousing management operation sets of the authority users in each authority user set to obtain
Figure 795312DEST_PATH_IMAGE006
Judging that the second warehousing management operation set with the highest repeated occurrence frequency is a reference warehousing management operation set in an operation interface range and an interface data range corresponding to each authority user set; setting each warehousing management operation in the reference warehousing management operation set as a work execution node existing in an operation interface range and an interface data range corresponding to each authority user set;
step S302: integrating information of any warehouse management operation and interface area corresponding to any warehouse management operation to obtain execution information on any corresponding work execution node
Figure 783997DEST_PATH_IMAGE007
(ii) a Wherein, the first and the second end of the pipe are connected with each other,
Figure 801631DEST_PATH_IMAGE008
indicating the warehousing management operation corresponding to the jth work execution node,
Figure 233881DEST_PATH_IMAGE009
express correspondence
Figure 704176DEST_PATH_IMAGE008
The interface region of (a);
step S303: capturing all work execution nodes in the operation interface range and the interface data range corresponding to each authority user set, collecting execution information, and constructing work execution tracks in the operation interface range and the interface data range corresponding to each authority user set
Figure 762131DEST_PATH_IMAGE010
(ii) a Wherein the content of the first and second substances,
Figure 368693DEST_PATH_IMAGE011
、
Figure 971844DEST_PATH_IMAGE012
、
Figure 195015DEST_PATH_IMAGE013
、
Figure 525502DEST_PATH_IMAGE014
respectively indicate the 1 st, 2 nd,
Figure 517729DEST_PATH_IMAGE013
N work execution nodes;
step S400: all work execution tracks generated in the process of warehousing management of each engineering material are sorted and collected, the identification and judgment of execution response influence are carried out among all the work execution tracks, and the associated work execution tracks are captured for all the work execution tracks;
wherein, step S400 includes:
step S401: extracting all interface areas with data change in the digital engineering material warehousing system when each authority user finishes any warehousing management operation;
step S402: if the user set with authority exists
Figure 291781DEST_PATH_IMAGE015
、fb，
Figure 533406DEST_PATH_IMAGE015
The corresponding operation interface range is
Figure 542951DEST_PATH_IMAGE032
Fb the corresponding operation interface range is
Figure 779897DEST_PATH_IMAGE016
Correspond to
Figure 583905DEST_PATH_IMAGE015
Is a work execution trajectory of
Figure 659964DEST_PATH_IMAGE017
Correspond to
Figure 207620DEST_PATH_IMAGE018
b a job execution path is
Figure 299073DEST_PATH_IMAGE019
(ii) a When catching
Figure 8403DEST_PATH_IMAGE015
Of an arbitrary authority user
Figure 568828DEST_PATH_IMAGE020
After each execution of a certain warehousing management operation
Figure 920175DEST_PATH_IMAGE021
Then, the range of all the interface regions corresponding to the data change generated in the digital engineering material warehousing system is
Figure 866134DEST_PATH_IMAGE022
And Y is at
Figure 277524DEST_PATH_IMAGE019
The interface region contained in (1); wherein the content of the first and second substances,
Figure 981038DEST_PATH_IMAGE023
belong to
Figure 745863DEST_PATH_IMAGE015
Corresponding benchmark warehouse management operation set
Figure 687274DEST_PATH_IMAGE024
(ii) a Then judge
Figure 128620DEST_PATH_IMAGE017
For is to
Figure 522692DEST_PATH_IMAGE019
There is an execution response impact in
Figure 91208DEST_PATH_IMAGE017
Warehouse management operations in
Figure 621546DEST_PATH_IMAGE021
To pair
Figure 499372DEST_PATH_IMAGE019
There is an execution response impact that is present,
Figure 380740DEST_PATH_IMAGE017
is that
Figure 484438DEST_PATH_IMAGE019
The associated work execution trajectory;
step S403: locking other work execution tracks with execution response influence on each work execution track for each work execution track, and marking all warehouse management operations with execution response influence on each work execution track in other work execution tracks;
for example, in the process of project material warehousing, the work execution track corresponding to the primary authority user
Figure 134862DEST_PATH_IMAGE027
Work execution track corresponding to secondary authority user
Figure 183590DEST_PATH_IMAGE028
The requirements are met,
Figure 348992DEST_PATH_IMAGE027
is that
Figure 383944DEST_PATH_IMAGE028
The associated work execution trajectory of (a) is,
the primary authority user D has a warehousing management operation D1 in the operation range of the account authority: inputting the bill information of the material demand plan, and having an execution response influence on a secondary authority user g; at the moment, the warehousing management operation D1 is a track required to be executed at work
Figure 764241DEST_PATH_IMAGE027
Carrying out marked warehousing management operation;
specifically, after the warehousing management operation D1 is operated by the primary authority user D, a warehousing management operation G1 appears in the authority operation range corresponding to the secondary authority user G: carrying out approval and verification on the input document information; namely, the work content in charge of the secondary authority user g comprises the receipt information of each material requirement plan input by the primary authority user d, and the receipt information is approved or corrected;
step S500: monitoring the login operation of each authority user in a digital engineering material warehousing system in real time, and initiating intelligent reminding to the corresponding authority user when two simultaneously online authority users belong to two authority sets respectively and an execution response influence exists between work execution tracks corresponding to the two authority sets;
wherein, step S500 includes:
step S501: when two authority users are captured and are in an online operation state at the same time, the two authority users belong to two authority sets respectively
Figure 859236DEST_PATH_IMAGE025
And two sets of permissions
Figure 839830DEST_PATH_IMAGE025
Corresponding work execution trace
Figure 412894DEST_PATH_IMAGE026
Satisfy
Figure 913277DEST_PATH_IMAGE027
Is that
Figure 913594DEST_PATH_IMAGE028
Is associated with the work execution trajectory and is
Figure 115905DEST_PATH_IMAGE027
Middle pair
Figure 758239DEST_PATH_IMAGE028
Warehouse management operations with an effect of executing responses include
Figure 113128DEST_PATH_IMAGE029
；
Step S502: belonging to each time two authorized users are captured
Figure 549925DEST_PATH_IMAGE030
Authority of user operation completion
Figure 239533DEST_PATH_IMAGE029
After any one warehousing management operation, belonging to two authority users
Figure 951137DEST_PATH_IMAGE031
The user initiates intelligent reminding;
for example, when the primary right user D and the secondary right user g are captured to be in an online operation state at the same time, an intelligent prompt is sent to the secondary right user g after the primary right user D finishes the warehousing management operation D1, and the secondary right user g can realize timely processing of the next to-be-approved item based on the intelligent prompt.
In order to better realize the method, the engineering material warehousing management system is further provided, and the system comprises: the system comprises a digitalized engineering material warehousing system construction module, a right account number distribution management module, a right information management module, a warehousing management operation information capturing and extracting module, a work execution track construction module, an execution response influence judgment module and an intelligent reminding module;
the digital engineering material warehousing system construction module is used for constructing a digital engineering material warehousing system for realizing engineering material warehousing and performing system input on each engineering material warehousing management;
the system comprises a permission account number distribution management module, a digital engineering material warehousing system and a digital engineering material warehousing system, wherein the permission account number distribution management module is used for distributing different permission management account numbers to all users in charge of the warehousing management of each engineering material based on corresponding responsible project contents, and each user logs in the digital engineering material warehousing system through the distributed permission management account number on an operation terminal;
the authority information management module is used for displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users, and displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users based on account roles and account authority contents of all authority users;
the storage management operation information capturing and extracting module is used for respectively capturing and extracting the storage management operation generated by each authority user in each authority user set in the digital engineering material storage system;
the warehouse management operation information capturing and extracting module comprises a first warehouse management operation set extracting unit, an operation information identification processing unit and a second warehouse management operation set extracting unit;
the warehouse management operation set extraction unit is used for extracting a first warehouse management operation set generated by each authority user in each login process;
the operation information identification processing unit is used for locking each warehousing management operation in the first warehousing management operation set after the operation is finished, and performing information identification on each repeatedly-occurring warehousing management operation in each interface area with data change in the corresponding interface data range;
the second warehouse management operation set extraction unit is used for receiving the data in the operation information identification processing unit and finishing the extraction of the second warehouse management operation set;
the work execution track construction module is used for extracting the reference warehousing management operation set from each authority user set according to the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set; capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehousing management operation set, integrating and extracting execution information corresponding to each work execution node, and constructing corresponding work execution tracks respectively;
the work execution track construction module comprises a reference warehousing management operation set extraction unit, a work execution node information processing unit and a work execution track construction unit;
the work execution track construction unit is used for extracting the reference warehousing management operation set from each authority user set according to the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set;
the work execution node information processing unit is used for capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set respectively based on each benchmark warehousing management operation set, and integrating and extracting execution information corresponding to each work execution node;
the work execution track construction unit is used for receiving the data in the work execution node information processing unit and constructing a work execution track;
the execution response influence judging module is used for sorting and collecting all work execution tracks generated in the process of warehousing management of each engineering material, identifying and judging the execution response influence among all the work execution tracks and capturing associated work execution tracks for all the work execution tracks;
and the intelligent reminding module is used for monitoring the login operation of each authority user in real time, and initiating intelligent reminding to the corresponding authority user when two simultaneously online authority users belong to two authority sets and an execution response influence exists between work execution tracks corresponding to the two authority sets.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described above, or equivalents may be substituted for elements thereof. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (5)

1. A project material warehousing management method based on digital construction is characterized by comprising the following steps:
step S100: distributing different authority management accounts to all users in charge of the warehousing management of each project material based on the corresponding responsible project content; each user logs in a digital engineering material warehousing system on an operation terminal through an assigned authority management account, and the digital engineering material warehousing system displays corresponding operation interfaces and interface data for each authority user on the corresponding operation terminal based on the account role and the account authority content of each authority user;
step S200: monitoring interface information of each operation interface in the digital engineering material warehousing system; collecting the corresponding displayed operation interfaces and the authority users with the same interface data respectively to obtain a plurality of authority user sets; one set of authority users corresponds to one operation interface range and an interface data range; respectively capturing and extracting information of warehousing management operations of all authority users in all authority user sets in the digital engineering material warehousing system;
the step S200 includes:
step S201: capturing all warehousing management operations generated after logging in a digital engineering material warehousing system every time for each authority user in each authority user set, and respectively obtaining a warehousing management operation set generated in the corresponding logging-in process of each authority user;
step S202: setting the corresponding operation interface range as A and the interface data range as B as F AB To F AB The warehouse management operation set generated by each authority user in each login process is captured and collected, and F is captured AB In any login process, a first warehouse management operation set generated by a user with any authority in an operation interface range A according to a time sequence locks each warehouse management operation in each first warehouse management operation set in each interface area with data change in an interface data range B after the operation is finished;
step S203: to F AB Extracting N continuous same warehousing management operations from each first warehousing management operation set of each authority user, wherein N is more than or equal to 2; when the N interface areas corresponding to the same warehousing management operation are allWhen the data are the same, the Nth same warehouse management operation is reserved, other N-1 same warehouse management operations are removed, and a corresponding second warehouse management operation set generated by any authority user in the operation interface range A according to the time sequence in any login process is obtained through sorting; setting the total warehousing management operation number in each first warehousing management operation set as w1 and the total warehousing management operation number in the corresponding second warehousing management operation set as w2; wherein w1 is more than or equal to w2;
step S204: setting each authority user in each authority user set to correspond to the second warehousing management operation set to be used as warehousing management operation generated by each authority user in the digital engineering material warehousing system;
step S300: extracting each authority user set to obtain a reference warehouse management operation set based on the repeated distribution condition among the warehouse management operation sets corresponding to each authority user in each authority user set; respectively capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehouse management operation set, integrating and extracting execution information corresponding to each work execution node, and respectively constructing corresponding work execution tracks; at least one work execution track is correspondingly arranged in an operation interface range and an interface data range;
the step S300 includes:
step S301: collecting the second warehousing management operation sets of the authority users in each authority user set to obtain { D 1 ，D 2 ，…，D m Judging that a second warehouse management operation set with the highest repeated occurrence frequency is a reference warehouse management operation set in an operation interface range and an interface data range corresponding to each authority user set; setting each warehousing management operation in the reference warehousing management operation set as a work execution node existing in an operation interface range and an interface data range corresponding to each authority user set;
step S302: any warehousing management operation and interface area corresponding to the warehousing management operationInformation integration is carried out to obtain the execution information on any corresponding work execution node
Figure FDA0004044103800000022
Wherein D is j Represents the storage management operation corresponding to the jth work execution node>
Figure FDA0004044103800000023
Represents a correspondence D j The interface region of (a);
step S303: capturing all work execution nodes in the operation interface range and the interface data range corresponding to each authority user set, collecting execution information, and constructing work execution tracks in the operation interface range and the interface data range corresponding to each authority user set
Figure FDA0004044103800000024
Wherein it is present>
Figure FDA0004044103800000021
Respectively representing 1 st, 2 nd, 8230n and n work execution nodes existing in the corresponding operation interface range and the interface data range;
step S400: all work execution tracks generated in the process of warehousing management of each engineering material are sorted and collected, the identification and judgment of execution response influence are carried out among all the work execution tracks, and the associated work execution tracks are captured for all the work execution tracks;
the step S400 includes:
step S401: extracting all interface areas with data change in the digital engineering material warehousing system when each authorized user finishes any warehousing management operation;
step S402: if the authority user sets fa and fb exist, the operation interface range corresponding to fa is B fa The operation interface range corresponding to fb is B fb The operation execution locus corresponding to fa is L fa The operation execution trace corresponding to fb isL fb (ii) a After any right user X in the fa finishes executing a certain storage management operation K, the range of all interface areas corresponding to the data change generated in the digital engineering material storage system is w K And w is a K Is at L fb The interface region contained in (1); wherein X belongs to fa, K belongs to a reference storage management operation set C corresponding to fa fa Then, determine L fa To L is paired with fb There is an execution response impact, at L fa Warehouse management operation K in (1) to L fb There is an execution response impact, L fa Is L fb The associated work execution trajectory;
step S403: locking other work execution tracks with execution response influence on each work execution track, and marking all warehouse management operations with execution response influence on each work execution track in the other work execution tracks;
step S500: and monitoring the login operation of each authority user in the digital engineering material warehousing system in real time, and initiating intelligent reminding to the corresponding authority user when two authority users which are captured to be online at the same time belong to two authority sets and an execution response influence exists between work execution tracks corresponding to the two authority sets.
2. The method for managing the warehouse of engineering materials based on digital construction as claimed in claim 1, wherein the step S500 comprises:
step S501: when two authority users are captured and are in an online operation state at the same time, the two authority users belong to two authority sets y 1 、y 2 And the two sets of permissions y 1 、y 2 Corresponding work execution trajectory Ly 1 、Ly 2 Satisfy Ly between 1 Is Ly 2 And at Ly 1 Middle pair Ly 2 The warehouse management operation with the influence of executing response comprises { R };
step S502: whenever the user belonging to y of the two authorized users is captured 1 After the operation of the authority user finishes any warehousing management operation in the { R }, the authority user belongs to y in the two authority users 2 The authorized user initiates intelligent reminding.
3. An engineering material warehousing management system applying the engineering material warehousing management method based on digital construction as claimed in any one of claims 1-2, characterized in that the system comprises: the system comprises a digitalized engineering material warehousing system construction module, a right account number distribution management module, a right information management module, a warehousing management operation information capturing and extracting module, a work execution track construction module, an execution response influence judgment module and an intelligent reminding module;
the digital engineering material warehousing system construction module is used for constructing a digital engineering material warehousing system for realizing engineering material warehousing and performing system entry on each engineering material warehousing management;
the authority account number distribution management module is used for distributing different authority management account numbers to all users in charge of the storage management of each project material based on the corresponding responsible project content, and each user logs in the digital project material storage system through the distributed authority management account number on the operation terminal;
the authority information management module is used for displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users, and displaying corresponding operation interfaces and interface data on corresponding operation terminals for all authority users based on account roles and account authority contents of all authority users;
the warehousing management operation information capturing and extracting module is used for respectively capturing and extracting warehousing management operations generated by all authority users in all authority user sets in the digital engineering material warehousing system;
the work execution track construction module is used for extracting a reference warehousing management operation set from each authority user set according to the repeated distribution condition among the warehousing management operation sets corresponding to each authority user in each authority user set; capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set based on each benchmark warehouse management operation set, integrating and extracting execution information corresponding to each work execution node, and constructing corresponding work execution tracks respectively;
the execution response influence judging module is used for sorting and collecting all work execution tracks generated in the process of warehousing management of each engineering material, identifying and judging the execution response influence among all the work execution tracks and capturing associated work execution tracks for all the work execution tracks;
the intelligent reminding module is used for monitoring the login operation of each authority user in real time, and when two authority users who are captured to be online at the same time belong to two authority sets and an execution response influence exists between work execution tracks corresponding to the two authority sets, intelligent reminding is initiated to the corresponding authority users.
4. The project material warehousing management system based on digital construction according to claim 3, wherein the warehousing management operation information capturing and extracting module comprises a first warehousing management operation set extracting unit, an operation information identification processing unit and a second warehousing management operation set extracting unit;
the first warehouse management operation set extraction unit is used for extracting a first warehouse management operation set generated by each authority user in each corresponding login process;
the operation information identification processing unit is used for respectively locking each warehousing management operation in the first warehousing management operation set after the operation is finished, and performing information identification on each repeatedly appeared warehousing management operation in each interface area with data change in the corresponding interface data range;
and the second warehouse management operation set extraction unit is used for receiving the data in the operation information identification processing unit and finishing the extraction of the second warehouse management operation set.
5. The project material warehousing management system based on digital construction according to claim 3, characterized in that the work execution trajectory construction module comprises a reference warehousing management operation set extraction unit, a work execution node information processing unit and a work execution trajectory construction unit;
the benchmark warehouse management operation set extraction unit is used for extracting each authority user set to obtain a benchmark warehouse management operation set according to the repeated distribution condition among the warehouse management operation sets corresponding to each authority user in each authority user set;
the work execution node information processing unit is used for capturing all work execution nodes existing in an operation interface range and an interface data range corresponding to each authority user set respectively based on each benchmark warehouse management operation set, and integrating and extracting execution information corresponding to each work execution node;
and the work execution track construction unit receives the data in the work execution node information processing unit and constructs a work execution track.
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