CN102279944B - Configurable BOM integrality is mutual to be checked and authorisation system - Google Patents
Configurable BOM integrality is mutual to be checked and authorisation system Download PDFInfo
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- CN102279944B CN102279944B CN201010200484.6A CN201010200484A CN102279944B CN 102279944 B CN102279944 B CN 102279944B CN 201010200484 A CN201010200484 A CN 201010200484A CN 102279944 B CN102279944 B CN 102279944B
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Abstract
The invention provides the mutual inspection of a kind of configurable BOM integrality and authorisation system, this system is connected with at least one management system, the mutual inspection with authorisation system of this BOM integrality comprises database and the server with database communication, and this management system comprises global function location expression storehouse, full configuration feature base library and BOM table; This server comprises receiver module, for receive this global function location expression storehouse, full configuration feature base library and BOM table from management system, BOM integrality is mutual to be checked and checks and approves module, for using set and use the integrality of set check and check and approve to POF according to global function location expression storehouse, full configuration feature base library and BOM table systematic function position. Can carry out integrity analysis to multi-platform, the Configurable BOM of entry and the sub-BOM of sub-project thereof, improve BOM integrality and verified and the accuracy and efficiency of checking and approving.
Description
Technical field
The present invention relates to data processing method and system, relate in particular to a kind of side of configurable BOM integrality comparisonMethod and system.
Background technology
BOM (BillofMaterial, BOM) refers to the list of all materials that a product comprises. ForMeet the demand of market diversification, same product both may be arranged in the different sub-project of different platforms, simultaneously eachPlatform may comprise again several sub-projects, and the configuration of every sub-project is different; In addition the business department that BOM faces is numerousMany, comprise design department, purchasing department, Finance Department, logistics department, manufacturing sector etc., for the number that all departments are usedAccording to unification, most enterprise adopts PDM (ProductDataManagementSystem, product data managementSystem) in a platform, manage super BOM concentratedly by configurable method, to meet the demand of different business department. For, conventionally can there is engineering change (EC) super BOM is upgraded in fast responding market and quality improvement etc. In various dynamic changesUnder condition, how checking real-time the integrality of each configuration BOM of each sub-BOM under super BOM, is manufacturing enterpriseThe prerequisite condition that realizes rapid processing, accurately produces fast by client's diversified demand order. At present, this comparison workMostly by manually completing. Because each product may comprise various materials, cause comparison work amount large, the defect such as easily make mistakes.Existing relevant BOM system can not realize this comparison function.
Summary of the invention
Object of the present invention is to utilize sub-BOM of product to have and only have in one concrete function position maximum possibleThe principle of a thing item number, provides a kind of configurable BOM integrality Compare System, checks and core for carrying out interactive modeStandard, generates corresponding result and processes for staff.
The invention provides the mutual inspection of a kind of configurable BOM BOM integrality and authorisation system, this Configurable BOM is completeWhole interaction inspection is connected with at least one management system with authorisation system, and this BOM integrality is mutual to be checked and authorisation system bagDraw together server, wherein:
This management system comprises global function location expression storehouse, full configuration feature base library and BOM table;
This server comprises that receiver module and BOM integrality check alternately and check and approve module, and wherein this receiver module is used forReceive this global function location expression storehouse, full configuration feature base library and BOM table from management system, this BOM integrality is examined alternatelyLook into and check and approve module for according to full configuration feature base library and BOM table systematic function position is used set and according to global functionIncluded product basic function location expression storehouse, location expression storehouse to POF use the integrality of set checks withCheck and approve.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this global function location expression storehouseComprise at least one product basic function location expression storehouse, the necessary product of product is described in this product basic function location expression storehouseProduct basis POF, wherein each product basic function location expression storehouse comprises at least one data line, this data line comprisesThe first POF coded description.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this full configuration feature base libraryComprise that at least one product configuration feature describes storehouse, this product configuration feature is described storehouse and describes the configuration feature of product, each productProduct configuration feature is described storehouse and is comprised that feature code and at least one data acquisition system, this data acquisition system comprise that model code and first joinsPut list, this model code represents the type under this product, and this first configured list is used for representing that this model code is representedConcrete model whether comprise the represented product feature of this feature code.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this data acquisition system also comprises sonModel code and the first configured list, the type under this model code and sub-this product of model coded representation, this first configurationList is represented for representing whether this model code and the represented concrete model of sub-model code comprise this feature codeProduct feature.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, BOM table comprises at least oneProduct BOM table, this product BOM table comprises that at least one BOM is capable, each BOM is capable comprises that PT CODE, the second POF describe generationCode, material configuration relation constraint formula.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this material configuration relation constraintFormula is the logical formula of model code and feature code or the logical formula for model code.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this BOM integrality is examined alternatelyLook into and check and approve module and also comprise POF set generation module, this POF set generation module is used for carrying out following stepRapid:
Extract material configuration relation constraint formula from product BOM table, according to product configuration feature base library to this materialConfiguration relation constraint formula is resolved, and draws subclass;
PT CODE in this subclass and product BOM table, material configuration relation constraint formula are combined, form functionPosition is used set.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, POF uses set bagDraw together PT CODE, material configuration relation constraint formula and subclass, subclass comprises the second POF coded description, model codeAnd list, the result that this list is resolved according to the first configured list draws.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, POF uses set bagDraw together PT CODE, material configuration relation constraint formula, the second POF coded description and subclass, subclass comprises the second functionLocation expression code, model code, sub-model code and list, the result that this list is resolved according to the first configured list draws
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, this BOM integrality is examined alternatelyLook into and check and approve module and also comprise comparison module, this comparison module is for carrying out at least one of following steps:
Comparing function position is used set and product basic function location expression storehouse, to determine that POF uses in setSubclass whether comprise the first POF coded description in product basic function location expression storehouse;
Use set to carry out inside oneself relatively to POF, to determine that POF uses in the subclass in setThe the second POF coded description whether existence repeats.
Preferably, in the mutual inspection of above-mentioned BOM integrality of the present invention and authorisation system, comparison module is by each subsetComposition and division in a proportion result merges processing.
Technique effect of the present invention is, can be to multi-platform, the Configurable BOM of entry and the sub-BOM of sub-project thereofCarry out integrity analysis, avoided the defects such as manual operation workload is large, error rate is high, improved BOM integrality and verified and coreAccurate accuracy and efficiency.
Brief description of the drawings
Fig. 1 is according to the hardware structure figure of the mutual system checking and check and approve of BOM of the present invention (BOM) integrality;
Fig. 2 is according to the functional block diagram of the server in the mutual inspection of BOM integrality of the present invention and authorisation system;
Fig. 3 checks and the functional block diagram of checking and approving module according to BOM integrality of the present invention is mutual.
Detailed description of the invention
Describe the preferred embodiments of the present invention in detail below in conjunction with accompanying drawing, identical reference number represents phase in the accompanying drawingsSame element.
Referring to shown in Fig. 1, is the hardware of the mutual system checking and check and approve of BOM of the present invention (BOM) integralityOrganization Chart. The mutual inspection with the system of checking and approving of this BOM integrality comprises display 10, network 11, server 12 and database14. Display 10 has user interface, carries out the mutual associative operation that checks and check and approve of BOM integrality for user, shows phaseAnswer information.
Display 10 is connected with server 12. Server 12 comprises multiple functional modules, for receiving from management system 1Information, realize that BOM integrality is mutual to be checked and check and approve, after the user who produces corresponding information announcement can carry out itContinuous processing. Database 14 is for storing the mutual information that uses or produce with approval procedure that checks of BOM integrality. Database 14Be connected with server 12. Although in Fig. 1, this database 14 is shown in outside server 12, it equally also can be integratedIn server 12. The mutual inspection of this BOM integrality is connected with at least one management system 1 by network 11 with authorisation system.Network 11 can be intranet, can be also the communication network of Internet or other type. Management system 1 is for depositingStorage global function location expression storehouse A, full configuration feature base library B and Configurable BOM table C.
As shown in Figure 2, be the functional module of the server 12 of the mutual inspection of BOM integrality of the present invention and authorisation systemFigure. This server 12 comprises receiver module 120 and the mutual inspection of BOM integrality and checks and approves module 122.
Receiver module 120, by network 11, is downloaded global function location expression storehouse A, full configuration feature base from management system 1Plinth storehouse B and Configurable BOM table C, and be stored in database 14. Receiver module timing 120 every day is synchronizeed with management system 1,The data of unidirectional download management system renewal on 1 same day, so that the data of database 14 have consistent with the data of management system 1Property.
Global function location expression storehouse A comprises the product basic function location expression storehouse A for platform 1,2...n1、A2...An, be respectively used to describe the necessary product basic function of the product position for platform 1,2...n.
Product basic function location expression storehouse AkComprise at least one data line, wherein 1≤k≤n, each data line comprisesThe first POF coded description, for describing function and the installation site of essential parts. Preferably this data line also comprisesThe coded description explanation of character property, for by parts character property represented the first POF coded description be presented at demonstrationOn device.
As shown in table 1, table 1 is product basic function location expression storehouse A1The exemplary list of partial content. Wherein shouldThe first POF coded description illustratively is 8 hexadecimal codes.
| The first POF is describedCode | Coded description explanation |
| 0001A01A | VEHICLE ASM (car load) |
| 0111A01F | BOLT/SCREW-VAC REG VLV (bolt-adjustor module) |
| 0111A01E | BOLT/SCREW-CHRG AIR CLR BRKT (bolt-air filter support is to vehicle body) |
| 0111A01H | BRACKET ASM-CHRG AIR CLR (air filter bracket assembly) |
| 0111A01K | HOSE-TURBO COOL FEED (flexible pipe-booster is to intercooler) |
| 0111A01L | HOSE-TURBO COOL RTN (flexible pipe-intercooler is to throttle body) |
| 0111A01R | CLAMP-CHRG AIR CLR COOL HOSE CONN (clamp-CAC is to engine flexible pipe) 3 --> |
| 0111A01S0111A02B 0111L01H0211A01A 0211A01D | (under floor, fuel pipe oil pipe is total for PIPE ASM-FUEL FEED&RTN for BOLT/SCREW-CHRG AIR CLR COOL PIPE (bolt-CAC pipeline)Become) PIPE ASM-FUEL FEED (fuel oil service and transfer system oil inlet pipe assembly) BOLT/SCREW-S/GR CLA (bolt-steering box clamp) BOLT/SCREW-S/GR SUPT (screw-steering box is to subframe foundry goods) |
| 0211A01V | HOSE ASM-P/S GR INL (power steer oil inlet hose assembly) |
Table 1
Full configuration feature base library B comprises for the product configuration feature of platform 1,2...n and describes storehouse B1、B2...Bn, pointNot for describing the configuration feature for the product of platform 1,2...n.
Product configuration feature is described storehouse BkComprise feature code and data acquisition system Bk1、Bk2...Bkm, this data acquisition system comprisesModel code and the first configured list, this model code represents the type under this product, this first configured list is for representingWhether the represented concrete model of this model code comprises the represented product feature of this feature code. This first configured list pairThe material configuration relation code constraint of BOM table C carries out logical operation, parses the application knot of part in specific product typeReally.
Preferably, this data acquisition system also comprises several sub-model code. Now, this first configured list is used for being illustrated inWhether the represented concrete model of model code and sub-model code comprises the represented product feature of this feature code.
Table 2 is for to describe storehouse B for the product configuration feature of platform 11The exemplary list of partial content. B1Comprise featureCode and data acquisition system B11、B12And B13。B11、B12And B13Comprise model code, sub-model code and the first configured list. SignalProperty, model code is 6 codes, feature code is 4 hexadecimal codes. The first configured list is S/O/-list.
Data acquisition system B11、B12And B13Model code be respectively UI2CP2 (standard type), UI2DP2 (comfort type) andUI2SP2 (luxury). B11、B12And B13The first configured list represent respectively UI2SP2 (standard type), UI2DP2 (comfort type)And four seed models of UI2SP2 (luxury) pattern (sub-model code is 1.8TLHD, 1.8TRHD, 1.9DLHD and 1.8DRHD) under, whether comprise the represented product feature of feature code. Wherein S represents that standard configuration, O represent that choosing dress ,-expression do not fill.This first configured list can be also the code of other form. Preferably, this product configuration feature is described storehouse B1Also comprise featureTitle (not shown), represents the implication of feature code for representing character property.
Table 2
Although sub-model code has been shown in table 2, it equally also can not comprise sub-model code. Now, this modelThe concrete model of this product of code direct representation.
Although, in table 2, illustrated that product configuration feature describes storehouse B1Comprise 3 data sets, it is right to be still not intended asThe quantity of data set limits, and it also can comprise 1 data set or multiple data set.
Although in table 2, illustrated that this first configuring arrange comprises 4 sub-model code, its equally also can comprise 1 orMultiple sub-model code. Although data acquisition system B has been shown in addition in table 211、B12And B13In include 4 sub-model code,But and be intended to the quantity of sub-model code to be defined as equal, each data acquisition system can comprise the sub-model of varying number equallyCode.
Similarly, the S/O/-code in this first configured list can be also the coding of other form, for example, be 2 twoCarry system code, 11 represent that standard configuration, 00 represents not fill, 10 expression choosing dresses. Those skilled in the art can be according to specifically shouldWith revising accordingly.
Configurable BOM table C comprises at least one product BOM table Ck, this product BOM table comprises that at least one BOM is capable, eachCapable PT CODE, the second POF coded description, the material configuration relation constraint formula of comprising of BOM. Wherein this material configuration relationConstraint formula is the logical expression of model code and feature code or is only the logical formula of model code.
| PT CODE | The second POF coded description | Material configuration relation constraint formula |
| 00000001 | 0111A02B | UI2SP2&C00R. |
| 00000002 | 0111L01H | UI2SP2&C00R. |
| 00000003 | 0211A01A | UI2CP2&UI2DP2. |
| 00000004 | 0211A01D | UI2DP2. |
| 00000005 | 0211A01V | UI2SP2&B00L&C00R. |
| 00000006 | 0211A01V | UI2SP2&B00R&C00R. |
Table 3
Table 3 is product BOM table C1The exemplary list of partial content. Product BOM table C1Comprise several rows, each row comprisesPT CODE, the second POF coded description and material configuration relation code constraint. Wherein PT CODE illustratively is 816 scale codings, the second POF coded description illustratively are 8 16 scale codings. With the first behavior example of table 3, partCode is 00000001, the second POF coded description is that 0111A02B, material configuration relation constraint formula are UI2SP2&C00R。
After obtaining global function location expression storehouse A, full configuration feature base library B and Configurable BOM table C, BOM is completeInteraction inspection with check and approve module 122 according to global function location expression storehouse A, full configuration feature base library B and BOM table C to carryThe integrality of the BOM table C of confession detects alternately and checks and approves.
BOM integrality checks alternately and checks and approves module 122 and also comprises multiple functional modules. As shown in Figure 3, Fig. 3 is that BOM is completeWhole interaction inspection and the functional block diagram of checking and approving module 122. BOM integrality checks alternately and checks and approves module 122 and comprises functionLocation sets generation module 1220 and comparison module 1221. POF set generation module 1220, for special according to full configurationLevy base library B and BOM table C systematic function position use set Ek. Contrast module 1221, for according to product basic function positionPut and describe storehouse AkPOF is used to set EkIntegrality check and check and approve.
POF set generation module 1220 is by product BOM table CkIn material configuration relation constraint formula extract,According to product configuration feature base library BkThis material configuration relation constraint formula is resolved, draw subclass, by this subclassWith product BOM table CkIn PT CODE, material configuration relation constraint formula and the second POF coded description combine, fromUse set E and form POFk。
POF uses set EkComprise PT CODE, material configuration relation constraint formula and subclass Ek1、Ek2...Ekm，Subclass EkjComprise the second POF coded description, model code, list, this list is according to the first configured list analysis resultDraw. POF uses set EkIn each row of data represent that the represented part of this PT CODE is in different model codeThe use by the represented functional description position of the second POF coded description under concrete each product type of representativeSituation. Preferably, this subclass EkjAlso comprise sub-model code.
Table 4 is gathered E for POF uses1The exemplary list of partial content. Below in conjunction with table, 1-4 specifically describes meritCan use set E in location sets production module systematic function position1Generative process.
According to C1In the material configuration relation constraint formula UI2SP2&C00R of the first row, question blank B1In, feature model generationIt is B that code is described storehouse for the product configuration feature of UI2SP211Therefore, for other products configuration feature, storehouse B is described12And B13,Going out for model code is that UI2CP2 and UI2DP2 are according to the list of the first configured list analysis result----; Then inquiry is producedProduct configuration feature is described storehouse B11In feature code be the first configured list in C00R, thereby draw for model code and beUISP2 according to the list of the first configured list analysis result is-S-S;
According to C1In the material configuration relation constraint formula UI2CP2&UI2DP2 of the second row, now, this material configuration relationConstraint formula is the logical expression of model code UI2CP2 and UI2DP2, now can draw, and be UISP2 root for model codeList according to the first configured list analysis result is----, for model code UI2CP2 and UI2DP2 according to the first configured listThe list of analysis result is respectively SSSS, SSSS.
Comparison module 1220 is for using POF successively set EkWith the product basic function position for platform KStorehouse A is describedkCompare, to judge subclass EkiWhether comprise the product basic function location expression storehouse A for platform KkInThe second POF coded description. If EkiDo not comprise product basic function location expression storehouse A completelykIn the second function digitPut coded description, output alarm signal, represents to lack POF coded description, and preferably, on display 10, output lacksFew POF coded description. Otherwise, export corresponding signal indication and do not lack on all necessary POFPart.
In addition, comparison module 1220 is also for using set E to POFkiCarry out inside oneself relatively, to determine sonSet EkiThe POF coded description whether existence repeats. Repeat if existed, output alarm signal, represents to exist and repeatsPOF coded description, preferably, on display 10 output repeat POF coded description, alternatively, defeatedWhen going out POF coded description, export the corresponding PT CODE of this POF coded description, material configuration relationConstraint formula and model code (and sub-model code, in the time that sub-model code exists) and list. Otherwise, output indicate withoutThe signal repeating.
Preferably, the result of each subclass comparison is merged processing by comparison module 1220
Because POF uses set EkComprise BOM table CkPT CODE information, by POF use setEkIntegrality check and check and approve to realize the effect that the integrality of BOM table is checked and checked and approved.
In view of these instructions, those of ordinary skill in the art will easily expect other embodiments of the invention, combination andAmendment. Therefore,, in the time reading in conjunction with above-mentioned explanation and accompanying drawing, the present invention is only by comprising below all embodiment and amendmentClaim limit.
Claims (11)
1. configurable BOM BOM integrality is mutual checks and an authorisation system, and it is characterized in that, this Configurable BOM is completeWhole interaction inspection is connected with at least one management system with authorisation system, and this BOM integrality is mutual to be checked and authorisation system bagDraw together server, wherein:
This management system comprises global function location expression storehouse, full configuration feature base library and BOM table;
This server comprises that receiver module and BOM integrality check alternately and check and approve module, and wherein this receiver module is used for from pipeReason system receives this global function location expression storehouse, full configuration feature base library and BOM table, this BOM integrality is mutual check withCheck and approve module for according to full configuration feature base library and BOM table systematic function position is used set and according to global function positionDescribe included product basic function location expression storehouse, storehouse and use the integrality of set check and check and approve to POF,The necessary product basic function of product position is described in wherein said product basic function location expression storehouse.
2. the system as claimed in claim 1, is characterized in that, each product basic function location expression storehouse comprises at least oneData line, this data line comprises the first POF coded description.
3. system as claimed in claim 1 or 2, is characterized in that, this full configuration feature base library comprises at least one productConfiguration feature is described storehouse, and this product configuration feature is described storehouse and describe the configuration feature of product, and each product configuration feature is described storehouseComprise feature code and at least one data acquisition system, this data acquisition system comprises model code and the first configured list, this model generationType under this product of representation, this first configured list is for representing whether the represented concrete model of this model code wrapsContaining the represented product feature of this feature code.
4. system as claimed in claim 3, is characterized in that, this data acquisition system also comprises sub-model code and the first configuring arrangeTable, the type under this model code and sub-this product of model coded representation, this first configured list is used for representing this model generationWhether code and the represented concrete model of sub-model code comprise the represented product feature of this feature code.
5. system as claimed in claim 1 or 2, is characterized in that, BOM table comprises at least one product BOM table, this productBOM table comprises that at least one BOM is capable, capable PT CODE, the second POF coded description, the material configuration relation of comprising of each BOMConstraint formula.
6. system as claimed in claim 5, is characterized in that, this material configuration relation constraint formula is model code and feature generationCode logical formula or be the logical formula of model code.
7. system as claimed in claim 6, is characterized in that, this BOM integrality checks alternately and checks and approves module and also comprises meritEnergy location sets generation module, this POF set generation module is used for carrying out following steps:
Extract material configuration relation constraint formula from product BOM table, according to product configuration feature base library, this material is configuredRelation constraint formula is resolved, and draws subclass;
PT CODE in this subclass and product BOM table, material configuration relation constraint formula are combined, form POFUse set.
8. system as claimed in claim 7, is characterized in that, POF uses set to comprise PT CODE, material configurationRelation constraint formula and subclass, subclass comprises the second POF coded description, model code and list, this list is according toThe result that one configured list is resolved draws.
9. system as claimed in claim 7, is characterized in that, POF uses set to comprise PT CODE, material configurationRelation constraint formula, the second POF coded description and subclass, subclass comprises the second POF coded description, model generationCode, sub-model code and list, the result that this list is resolved according to the first configured list draws.
10. system as claimed in claim 8 or 9, is characterized in that, this BOM integrality is mutual to be checked and checks and approves module and also wrapDraw together comparison module, this comparison module is used for carrying out at least one of following steps:
Comparing function position is used set and product basic function location expression storehouse, to determine that POF uses the son in setWhether set comprises the first POF coded description in product basic function location expression storehouse;
Use set to carry out inside oneself relatively to POF, to determine whether POF uses in the subclass in gatheringThere is the second POF coded description repeating.
11. systems as claimed in claim 10, is characterized in that, comparison module closes the result of each subclass comparisonAnd process.
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| CN102663533A (en) * | 2012-03-02 | 2012-09-12 | 浪潮集团山东通用软件有限公司 | BOM implementation method for product configuration based on characteristics of materials and configuration rules |
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