CN101727322B - Method and device for optimizing bill of material management interface - Google Patents
Method and device for optimizing bill of material management interface Download PDFInfo
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Abstract
The invention discloses a method and device for optimizing BOM management interface. The method includes the following steps: constitution data interface is correlated with tree structure interface; when BOM is queried, the constitution data interface and the tree structure interface of material are simultaneously displayed; and when deleting, modifying or adding new material, material information is deleted, modified or added on the constitution data interface and the tree structure interface simultaneously to synchronously update the constitution data interface and the tree structure interface. By the invention, BOM constitution data and the entire BOM tree structure can be integrated in the same interface, so that visual image reference can be provided besides uninteresting data when editing BOM and BOM editing can be found to be correct at the first time.
Description
Technical field
The present invention relates to field of computer technology, relate in particular to and optimize Bill of Material (BOM) (Bill of Material, BOM) method of administration interface and device.
Background technology
BOM is a kind of structurized parts list of describing assembly parts, comprising all subassemblies, part and raw-material inventory, and the quantity of making the required material of assembly parts, as man-hour, material, equipment, frock and workshop etc.BOM is used for describing the responsibility between product parts, semi-manufacture and the finished product, at industrial circles such as flow process manufacturings, also can be described as " prescription " or " key element table " waits other titles.In actual applications, can intuitively check BOM by tree structure, in the BOM tree structure, the top of the father Xiang Zaishu of the superiors, the direct subitem below it or indirect subitem link together with it just as leaf.
In existing scheme, add BOM at BOM establishment interface and constitute, but the tree structure that can not check product at this interface; The integral body that can check product at other interface constitutes, but is not that form with tree structure represents, but by numeral 1,2,3,4... residing level is described; At tree-structure interface, can view whole tree structure, but can not view whole BOM composition data, and can not edit at this interface, can only check.
As seen, BOM tree structure and BOM composition data can not be presented on the same interface, when setting up product BOM, need layering to set up BOM, divide gauge outfit and table body at the newly-increased interface of BOM, the essential information of gauge outfit storage father item material is shown the essential information that body is stored the subitem material, can not view the formation of product integral body in the time of will setting up subitem under subitem.Because this not related setting of the whole tree structure of BOM management and BOM, cause inquiry and revise BOM very inconvenient, and existing BOM is not supported on the tree structure of product directly increase BOM.
Summary of the invention
The invention provides a kind of method and device of the BOM of optimization administration interface, to solve the problem of existing scheme inquiry and modification BOM inconvenience.
For this reason, the embodiment of the invention adopts following technical scheme:
A kind of method of optimizing the BOM administration interface comprises: carry out related with tree-structure interface the composition data interface; When inquiry BOM, show composition data interface and the tree-structure interface of material simultaneously; When deletion, modification or newly-increased material, by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information, realize upgrading synchronously composition data interface and tree-structure interface.
Describedly composition data interface and tree-structure interface are carried out related step be: set up composition data table and tree-like node table, described composition data table and tree-like node table are preserved up-to-date material information; For same material, set up the mapping relations one by one of described composition data table and tree-like node table with an identical key word; According to the material information in the composition data table, generate or renewal composition data interface; According to the material information in the tree-like node table, call tree-like graphical control, generate or the renewal tree-structure interface.
Described when inquiry BOM, show that simultaneously composition data interface and the tree-structure interface of material comprises: according to the coding of material to be checked, inquiry composition data table and tree-like node table; Call the correlative information in the described composition data table, generate and demonstration composition data interface; Call the correlative information of described tree-like node table, by tree-like graphical control, generate and the demonstration tree-structure interface.
When deletion, modification or newly-increased material, by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information, realize that upgrading composition data interface and tree-structure interface synchronously comprises: according to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table; Correlative information in deletion, modification or the newly-increased described composition data table is upgraded the composition data interface; The correlative information of deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
The material information that described composition data table is preserved comprises: father's item material code and title, subitem material code, title and quantity; The material information that described tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
A kind of device of optimizing the BOM administration interface comprises: associative cell is used for carrying out related with tree-structure interface the composition data interface; Display unit is used for showing composition data interface and the tree-structure interface of material simultaneously when inquiry BOM; Updating block is used for upgrading composition data interface and tree-structure interface synchronously by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information when deletion, modification or newly-increased material synchronously.
Described associative cell comprises: material information table subelement, be used for setting up composition data table and tree-like node table, and described composition data table and tree-like node table are preserved up-to-date material information; Table mapping subelement is used for for same material, sets up the mapping relations one by one of described composition data table and tree-like node table with an identical key word; The table handling subelement is used for the material information according to the composition data table, generates or renewal composition data interface; According to the material information in the tree-like node table, call tree-like graphical control, generate or the renewal tree-structure interface.
Described display unit comprises: show the inquiry subelement, be used for the coding according to material to be checked, inquiry composition data table and tree-like node table; Show and call subelement, be used for calling the correlative information of described composition data table, generate and demonstration composition data interface; Call the correlative information of described tree-like node table, by tree-like graphical control, generate and the demonstration tree-structure interface.
Described synchronous updating block comprises: upgrade the inquiry subelement synchronously, be used for according to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table; The subelement of renewal operation synchronously for the correlative information of deleting, revise or increase newly described composition data table, upgrades the composition data interface; The correlative information of deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
The material information that described composition data table is preserved comprises: father's item material code and title, subitem material code, title and quantity; The material information that described tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
By scheme provided by the invention, can reach following technique effect at least:
(1) composition data of BOM and whole BOM tree structure are integrated in an interface, make just not face uninteresting data when establishment BOM, also have the intuitive image reference, can just can find the correctness of BOM establishment in the very first time;
(2) can on tree structure, easily realize the foundation of BOM by drawing material, improve the efficient that BOM sets up greatly.
More convenient when (3) checking BOM, can see that complete BOM data constitute, and also can see the BOM tree structure of finishing.
Description of drawings
Fig. 1 optimizes the method flow diagram of BOM administration interface for the present invention;
The BOM interface synoptic diagram that Fig. 2 provides for the embodiment of the invention;
Fig. 3 is embodiment of the invention BOM interface operation sequential chart;
Fig. 4 is consistency operation schematic flow sheet of the present invention;
Fig. 5 optimizes the device inner structure synoptic diagram of BOM administration interface for the present invention.
Embodiment
Generally speaking, check that the structure of BOM and the interface of establishment BOM all separate, so just can not be referring to BOM structure intuitively during BOM in establishment, when establishment, can only successively set up, can not see the one-piece construction of product immediately, found when checking whole BOM that wrong interface of having to open establishment BOM again revises so occur in easily, so both having caused BOM composition data and BOM tree structure to lose directly contacts, do not take full advantage of the advantage of BOM tree structure easy operating directly perceived yet, concerning the user, have between two interfaces, switch, very inconvenient.
This programme has realized mainly can checking that BOM constitutes and tree structure under same interface, also can realize simultaneously generating BOM by directly dilatory material in tree structure.
Referring to Fig. 1, be a kind of method of optimizing the BOM administration interface provided by the invention, its step mainly comprises:
S101: carry out related with tree-structure interface the composition data interface;
S102: when inquiry BOM, show composition data interface and the tree-structure interface of material simultaneously;
S103: when deletion, modification or newly-increased material, by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information, realize upgrading synchronously composition data interface and tree-structure interface.
Wherein, realize S101 (carrying out related with tree-structure interface the composition data interface) by following steps:
1] set up composition data table and tree-like node table, described composition data table and tree-like node table are preserved up-to-date material information;
2] for same material, set up the mapping relations one by one of described composition data table and tree-like node table with an identical key word;
3] according to the material information in the composition data table, generate or renewal composition data interface; According to the material information in the tree-like node table, call tree-like graphical control, generate or the renewal tree-structure interface.
Wherein, realize S102 (when inquiring about BOM, showing composition data interface and the tree-structure interface of material simultaneously) by following steps:
1] according to the coding of material to be checked, inquires about composition data table and tree-like node table;
2] call correlative information in the described composition data table, generate and also show the composition data interface;
3] call the correlative information of described tree-like node table, by tree-like graphical control, generate and also show tree-structure interface.
Wherein, realize S103 (when deletion, modification or the newly-increased material, upgrading composition data interface and tree-structure interface synchronously by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information) by following steps:
1] according to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table;
2] the correlative information in deletion, modification or the newly-increased described composition data table is upgraded the composition data interface;
The correlative information of 3] deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
Wherein, the material information of composition data table preservation comprises: father's item material code and title, subitem material code, title and quantity; The material information that tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
Below in conjunction with accompanying drawing the embodiment of the invention is described in detail.
Referring to Fig. 2, the BOM administration interface example schematic that provides for the present invention program.Wherein, in the BOM administration interface, show composition data interface A and tree-structure interface B at least simultaneously, in addition, also can show query interface C and operation interface D simultaneously.
When the user implements BOM administration interface provided by the invention in operation, its flow process can be referring to Fig. 3, the user can launch the tree-like figure among the tree-structure interface B by the graph expansion processor, check the tree structure of material, and, the material query processor can be passed through, material is inquired about, then, can pass through the data pull processor, directly be dragged to the material that inquires in the tree-structure interface, generate the tree structure of this material, and, can pass through the data check processor, the legitimacy of data is carried out verification, after verification is passed through, by the retrography processor data are carried out the retrography verification, after the retrography flow processing, final execution result is returned to the user.
Each processor that Fig. 3 is related to is described below:
Graph expansion processor: in Figure 1B OM control chart, in composition data behind the selected record, can be the root node expansion with father's material code of this composition data at tree-structure interface just;
The material query processor: can go out material by various condition queries here, the material record here can drag;
Data pull processor: a certain record choosing material to check out, pinning left mouse button does not put, can be dragged to this record on certain node of following tree structure, at this moment system can trigger graphical control, automatically increase a child node on this node, the title of child node is exactly coding and the title that is stowed material;
The data check processor: system carries out checking treatment to the legitimacy of data, mainly is the BOM that can there be endless loop in checking;
The retrography processor: newly-generated BOM relation is converted to the composition data record, and retrography is to database.
As previously mentioned, the present invention program has realized related to composition data interface and tree-structure interface, and this function realizes by the backstage.Particularly, two tables are arranged on the database backstage: composition data table and tree-like node table, the key word of two tables is KeylD, what KeylD just showed this composition data correspondence when equating is exactly this node, is the relation of shining upon one by one between them.When increasing a node in tree structure, system can increase a record at tree-like node table, simultaneously can retrography composition data table, so just realized editing at tree structure BOM the purpose of BOM.
Referring to Fig. 4, the operating process synoptic diagram for the backstage comprises:
Step 1: definition composition data interface A required attribute field: father's item material code, title, subitem material code, title, process route code, process route title, unit, consumption, the proportion of goods damageds etc.; Definition tree-structure interface B goes up the form of each node, if root node then is " material code+(name of material) ", if child node then is " material code+(name of material) * consumption ";
Step 2: set up rule 1: when having material to be dragged on a certain node of tree structure, then the form according to step 1 generates a child node under present node;
Step 3: set up rule 2: when composition data increases newly or revises or deletes a record, correspondingly on tree structure, also can increase or revise or delete a node newly; Otherwise, when increasing newly or revising in tree structure or deleting a node, also can on composition data, increase or revise or delete a record automatically newly, this rule is exactly the interlock of setting up composition data and tree structure;
Step 4: when tree structure is set up BOM, earlier in query interface C or operation interface D, inquire the material code that will increase newly, choose this material code then and be dragged on the tree structure, the material that is stowed so just becomes the following stage material in the tree structure, and 1 be presented in the tree structure according to rule, set membership has between the two been set up at this point; Meanwhile just in composition data, increased a record newly according to rule 2; Can be in tree structure data such as typing consumption, also can in composition data, import other data; When revising BOM, can also can revise material code, consumption etc. in tree structure directly constituting modification; During deletion BOM, can also can delete a certain node in tree structure directly at record of composition data deletion;
Step 5: can " " it is that root node launches tree structure that button is realized with the subitem material in contrary exhibition by clicking.
Corresponding with said method, the present invention also provides a kind of device of the BOM of optimization administration interface, and this device can pass through software, hardware or software and hardware combining to be realized, referring to Fig. 5, this device comprises associative cell 501, display unit 502 and synchronous updating block 503.
Function to each unit describes in detail below:
Updating block 503 is used for upgrading composition data interface and tree-structure interface synchronously by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information when deletion, modification or newly-increased material synchronously.
Wherein, described associative cell 501 further comprises:
Material information table subelement 5011 is used for setting up composition data table and tree-like node table, and described composition data table and tree-like node table are preserved up-to-date material information;
Wherein, display unit 502 further comprises:
Show and call subelement 5022, be used for calling the correlative information of described composition data table, generate and demonstration composition data interface; Call the correlative information of described tree-like node table, by tree-like graphical control, generate and the demonstration tree-structure interface.
Wherein, described synchronous updating block 503 comprises:
Upgrade inquiry subelement 5031 synchronously, be used for according to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table;
The subelement 5032 of renewal operation synchronously for the correlative information of deleting, revise or increase newly described composition data table, upgrades the composition data interface; The correlative information of deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
Wherein, the material information of described composition data table preservation comprises: father's item material code and title, subitem material code, title and quantity; The material information that described tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
By scheme provided by the invention, can reach following technique effect at least:
(1) composition data of BOM and whole BOM tree structure are integrated in an interface, make just not face uninteresting data when establishment BOM, also have the intuitive image reference, can just can find the correctness of BOM establishment in the very first time;
(2) can on tree structure, easily realize the foundation of BOM by drawing material, improve the efficient that BOM sets up greatly.
More convenient when (3) checking BOM, can see that complete BOM data constitute, and also can see the BOM tree structure of finishing.
One of ordinary skill in the art will appreciate that, the process of the method for realization above-described embodiment can be finished by the relevant hardware of programmed instruction, described program can be stored in the read/write memory medium, and this program is carried out the corresponding step in the said method when carrying out.Described storage medium can be as ROM/RAM, magnetic disc, CD etc.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (8)
1. a method of optimizing Bill of Material (BOM) BOM administration interface is characterized in that, comprising:
Carry out related with tree-structure interface the composition data interface of same material;
When inquiry BOM, show composition data interface and the tree-structure interface of material simultaneously;
When deletion, modification or newly-increased material, by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information, realize upgrading synchronously composition data interface and tree-structure interface;
Wherein, described composition data interface with same material is carried out related step with tree-structure interface and is: set up composition data table and tree-like node table, described composition data table and tree-like node table are preserved up-to-date material information;
For same material, set up the mapping relations one by one of described composition data table and tree-like node table with an identical key word;
According to the material information in the composition data table, generate or renewal composition data interface; According to the material information in the tree-like node table, call tree-like graphical control, generate or the renewal tree-structure interface.
2. according to the described method of claim 1, it is characterized in that, described when inquiry BOM, show that simultaneously composition data interface and the tree-structure interface of material comprises:
According to the coding of material to be checked, inquiry composition data table and tree-like node table;
Call the correlative information in the described composition data table, generate and demonstration composition data interface;
Call the correlative information of described tree-like node table, by tree-like graphical control, generate and the demonstration tree-structure interface.
3. according to the described method of claim 1, it is characterized in that, when deletion, modification or newly-increased material, by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information, realize that upgrading composition data interface and tree-structure interface synchronously comprises:
According to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table;
Correlative information in deletion, modification or the newly-increased described composition data table is upgraded the composition data interface;
The correlative information of deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
4. according to the described method of claim 1, it is characterized in that the material information that described composition data table is preserved comprises: father's item material code and title, subitem material code, title and quantity; The material information that described tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
5. a device of optimizing Bill of Material (BOM) BOM administration interface is characterized in that, comprising:
Associative cell is used for carrying out related with tree-structure interface the composition data interface of same material; Described associative cell comprises:
Material information table subelement is used for setting up composition data table and tree-like node table, and described composition data table and tree-like node table are preserved up-to-date material information;
Table mapping subelement is used for for same material, sets up the mapping relations one by one of described composition data table and tree-like node table with an identical key word;
The table handling subelement is used for the material information according to the composition data table, generates or renewal composition data interface; According to the material information in the tree-like node table, call tree-like graphical control, generate or the renewal tree-structure interface; Display unit is used for showing composition data interface and the tree-structure interface of material simultaneously when inquiry BOM;
Updating block is used for upgrading composition data interface and tree-structure interface synchronously by deletion on composition data interface and tree-structure interface simultaneously, modification or newly-increased material information when deletion, modification or newly-increased material synchronously.
6. according to the described device of claim 5, it is characterized in that described display unit comprises:
Show the inquiry subelement, be used for the coding according to material to be checked, inquiry composition data table and tree-like node table; Show and call subelement, be used for calling the correlative information of described composition data table, generate and demonstration composition data interface; Call the correlative information of described tree-like node table, by tree-like graphical control, generate and the demonstration tree-structure interface.
7. according to the described device of claim 5, it is characterized in that described synchronous updating block comprises:
Upgrade the inquiry subelement synchronously, be used for according to the coding of waiting to delete, wait to revise or treat newly-increased material, inquiry composition data table and tree-like node table;
The subelement of renewal operation synchronously for the correlative information of deleting, revise or increase newly described composition data table, upgrades the composition data interface; The correlative information of deletion, modification or newly-increased described tree-like node table by tree-like graphical control, is upgraded tree-structure interface.
8. according to the described device of claim 5, it is characterized in that the material information that described composition data table is preserved comprises: father's item material code and title, subitem material code, title and quantity; The material information that described tree-like node table is preserved comprises: root node material code and title, child node material code, title and quantity.
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Families Citing this family (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102034166A (en) * | 2010-12-27 | 2011-04-27 | 用友软件股份有限公司 | Method and device for acquiring material changing range |
| CN102819540A (en) * | 2011-11-14 | 2012-12-12 | 金蝶软件（中国）有限公司 | Method and device for constructing data platform |
| CN104268191B (en) * | 2014-09-18 | 2017-11-28 | 用友优普信息技术有限公司 | Document display methods and document display device |
| CN105654215A (en) * | 2014-11-12 | 2016-06-08 | 远光软件股份有限公司 | Data selection method and data selection apparatus |
| CN105069054A (en) * | 2015-07-23 | 2015-11-18 | 孔凡勇 | Material information query method and apparatus |
| CN105160042A (en) * | 2015-10-21 | 2015-12-16 | 浪潮(北京)电子信息产业有限公司 | Method and device for keeping user view data and data model data consistent |
| CN105809389A (en) * | 2016-02-22 | 2016-07-27 | 浪潮通用软件有限公司 | Method and apparatus for generating BOM trees |
| CN106709700A (en) * | 2016-12-23 | 2017-05-24 | 金蝶软件（中国）有限公司 | Method and device for processing product structure in enterprise resource planning system |
| CN109471991A (en) * | 2018-11-15 | 2019-03-15 | 北京神舟航天软件技术有限公司 | A kind of product BOM multiple view tissue and methods of exhibiting |
| CN110442924A (en) * | 2019-07-15 | 2019-11-12 | 天津大学 | A kind of sheet metal clout control method based on image |
| CN110502533A (en) * | 2019-08-27 | 2019-11-26 | 云汉芯城（上海）互联网科技股份有限公司 | A kind of BOM selection method, device and electronic equipment and storage medium |
| CN112363756B (en) * | 2020-12-04 | 2022-06-21 | 四川长虹电器股份有限公司 | Method capable of dynamically switching BOM versions |
-
2009
- 2009-11-19 CN CN2009102233518A patent/CN101727322B/en active Active
Non-Patent Citations (3)
| Title |
|---|
| 何汉武等.基于数据库的模具装配树建模及BOM自动生成.《计算机工程与应用》.1997,第119-121页. * |
| 谢菁等.基于BOM的产品标准成本计算系统的设计与开发.《制造技术与机床》.2004,(第10期),第93-96页. * |
| 陈畅等.柔性制造企业BOM管理方案设计与优化.《电子科技大学学报》.2004,第33卷(第3期),第305-308页. * |
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