CN103177318A - Method for building material list - Google Patents
Method for building material list Download PDFInfo
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- CN103177318A CN103177318A CN 201110437511 CN201110437511A CN103177318A CN 103177318 A CN103177318 A CN 103177318A CN 201110437511 CN201110437511 CN 201110437511 CN 201110437511 A CN201110437511 A CN 201110437511A CN 103177318 A CN103177318 A CN 103177318A
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Abstract
A method for building a material list includes the following steps: building material rank information which includes a plurality of material attributes corresponding to a plurality of positions of the material rank information respectively, building at least one material data base with each material data base comprising a plurality of material types and each material type corresponding to one material attribute, dragging the material types into the material rank information to build the material list, comparing whether a specific material attribute that the specific material type corresponds to corresponds to the specific position when a specific material type is dragged to the specific position of the material rank information and sending out warning information if the specific material attribute does not correspond to the specific position. Therefore, a checking mode can be provided in the material list building process to check whether materials can be built in the material rank information of the material list.
Description
Technical field
The present invention relates to the product material and build technology, relate in particular to a kind of method of setting up material table.
Background technology
Along with the development of science and technology, the syntagmatic of making between the required material of various products and each structure object is tending towards complicated.Therefore, the information of required material, often spent material table (bill of material when manufacturer makes each product for further knowing; BOM) required material model when uniting each product of whole manufacturing is used and is produced as getting the raw materials ready and the foundation of assessment value of the product.
When the Design Stage of each foundry manufacturing manufacturer, product required material specification and materials and parts model are edited with electronics trial balance (EXCEL) by the materials and parts managerial personnel of the inner establishment of manufacturer itself, use and set up required material table.Yet these materials and parts managerial personnel are not the relevant research staff of this product of research and development, therefore mostly utilize thumb rule to carry out the foundation of above-mentioned material table.In other words, in the past the bug check mode of material table in setting up process is to check manually confirming one by one.
In addition, the handling of goods and materials personnel only can see the part item number of a pile from the materials and parts database when setting up Bill of Material (BOM), be difficult to learn the actual classification of these materials and parts.Therefore, preceding method not only operation is consuming time, and the correctness of material table also can't positively be controlled.Therefore, if find just that when production material table lacks to some extent, often causes the heavy losses on manufacturing cost.
Summary of the invention
The invention provides a kind of method of setting up material table, it can judge whether the material model conforms to the position of material level information really, make the handling of goods and materials personnel material table set up process in can have easy bug check mechanism.
The present invention proposes a kind of method of setting up material table, and it comprises the following steps.Set up the material level information, it comprises a plurality of material attributes, and described material attribute is a plurality of positions of corresponding material level information respectively.Set up at least one material data storehouse, each material data storehouse comprises a plurality of material models, wherein the corresponding material attribute of each material model one of them.Show the material level information by the user interface, and the material model is dilatory to the material level information, to set up this material table.Then when the dilatory ad-hoc location to the material level information of specific material model, compare the corresponding specific material attribute of specific material model and whether conform to ad-hoc location with inspection.If when last specific material attribute did not conform to ad-hoc location, information gave a warning.
In one embodiment of this invention, above-mentioned when setting up this material level information, also comprise corresponding those material attributes in each position in this material level information of definition.
In one embodiment of this invention, above-mentioned at least one material data storehouse comprises mechanism's Bill of Material (BOM), electronics Bill of Material (BOM), supplier's Bill of Material (BOM) (approval vendor list; AVL), the client specifies Bill of Material (BOM) (international user requirements; IUR) and/or its combination.
In one embodiment of this invention, setting up at least one material data storehouse can comprise the following steps.Obtain mechanism's Bill of Material (BOM), and define the corresponding material attribute of material model in mechanism's Bill of Material (BOM).Obtain the electronics Bill of Material (BOM), and the corresponding material attribute of material model in definition electronics Bill of Material (BOM).Obtain supplier's Bill of Material (BOM), and the more corresponding material attribute of material model in definition supplier Bill of Material (BOM).Obtain the client and specify Bill of Material (BOM), and define this client and specify corresponding those material attributes of those material models in Bill of Material (BOM).
In one embodiment of this invention, if when the material attribute of specific material model and ad-hoc location are not inconsistent, can stop the dilatory ad-hoc location to the material level information of specific material model.
Based on above-mentioned, the invention provides user's interface display material level information to set up material table, when the dilatory ad-hoc location to the material level information of specific material model, can be whether identical with the material attribute of ad-hoc location in the material level information with the material attribute of comparing described material model according to the material attribute.When if the material attribute of the material attribute of specific material model and ad-hoc location is not inconsistent, the information that can give a warning is with the prompting user, and stops the dilatory ad-hoc location to the material level information of specific material model.Due to the embodiment of the present invention when setting up material table, can compare the material model by the computer automation inspection and whether put corresponding position, make the handling of goods and materials personnel material table set up process in can have easy bug check mechanism, therefore can improve the mode of utilizing thumb rule or hand inspection to set up material table, and then avoid causing heavy losses on cost because of the material table mistake.
For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and coordinate accompanying drawing to be described in detail below.
Description of drawings
Fig. 1 is according to the shown a kind of method flow diagram of setting up material table of the embodiment of the present invention;
Fig. 2 sets up the user interface schematic diagram of the method for material table according to shown a kind of of the embodiment of the present invention;
Fig. 3 and Fig. 4 are respectively other schematic diagram at user interface in Fig. 2.
Reference numeral:
1000: root directory;
100: the user interface;
110: the material level information;
1100: substrate materials and parts group;
1110: motherboard;
1120: hard disk/storer;
1130: casing;
1200: show the materials and parts group;
1300: CD player materials and parts group;
1400: battery materials and parts group;
200: the pulldownmenus object;
2000: the database object;
2100: Bill of Material (BOM); 310,320,330,340: the material model;
410a, 410b: dotted arrow;
420: warning message;
S110～S160: step.
Embodiment
Fig. 1 is according to the shown a kind of method flow diagram of setting up material table of the embodiment of the present invention.Fig. 2 sets up user interface 100 schematic diagram of the method for material table according to shown a kind of of the embodiment of the present invention.In the embodiment of the present invention, the above-mentioned method of setting up material table can realize by software, and be executed in relevant hardware unit (for example, computer installation).
Please be simultaneously with reference to Fig. 1 and Fig. 2, in step S 110, user's (for example, foundry vendor's handling of goods and materials personnel) can set up a material level information 110 in user interface 100, use the backbone as material table.The material level information 110 of indication can be for example dendroid configuration diagram shown in Fig. 2 herein.In part embodiment, the user also can be written into and before set up the material level information of completing, to save work limitation.
Above-mentioned user interface 100 can be shown in the display unit of computer installation, for example screen, liquid crystal display ... etc.Material level information 110 can progressively be launched into most stratum from root directory 1000, and in this embodiment, in material level information 110, the position of each dendroid framework end all corresponds respectively to the correlative of making required product.For example, this with " computing machine " as the present embodiment in the product of material table, use as an example.By this, root directory 1000 should corresponding to the relevant model of this computing machine, be used the title as this computing machine.
Similarly, the correspondence position of substrate materials and parts group 1100 can further launch, and uses and sets up the second level information T2.That is in the second level information T2 of the present embodiment, the corresponding material attribute in the position of each dendroid framework end is respectively motherboard 1110, hard disk/storer 1120 and casing 1130.In addition, the present embodiment can not limit the corresponding material attribute of each dendroid framework terminal position number, and in other words, the position of each dendroid framework end can corresponding a plurality of material attributes.That is, due to the part object can be applied in many materials and parts groups on computing machine (electric capacity materials and parts, resistance materials and parts, pad materials and parts commonly used for example ... etc.), or need two or more material attributes in the part position of dendroid framework end, use elasticity and select wherein material model.Therefore, the user can according to material model or the special circumstances of the position of dendroid framework end, set material level information 110.
Then in step S 120, the user can set up a plurality of material datas storehouses by this user interface 100 or other related softwares, and each material data all includes a plurality of material models in the storehouse.In the present embodiment, usually possessed a plurality of a plurality of Bill of Material (BOM) that set in foundry manufacturing manufacturer hand, therefore the handling of goods and materials personnel just can be after obtaining these Bill of Material (BOM), the corresponding material attribute of each material model of definition out of the ordinary, use and set up out the material data storehouse that meets the embodiment of the present invention in these Bill of Material (BOM).In this embodiment, the handling of goods and materials personnel also can classify to obtain or arrange numerous Bill of Material (BOM) by different pipelines, materials and parts, use and enrich the material data storehouse.
Above-mentioned various different types of Bill of Material (BOM) can be for example: electronics Bill of Material (BOM) (EE List), mechanism's Bill of Material (BOM) (ME List), client specify combination inventory (IUR List) and the client of material to specify Bill of Material (BOM) (AVL).Client herein refers to the corresponding brand manufacturers that foundry services manufacturers carries out product development and production.And, when setting up each Bill of Material (BOM), can each the material model in Bill of Material (BOM) is mutually corresponding with material attribute under each material model, use acquisition and be for example electronics material (EE) database, mechanism's material (ME) database, client and specify combination (IUR) database of material and client to specify material (AVL) database ... wait variety classes and meet the material data storehouse of the embodiment of the present invention.In part embodiment, the user can also be written into and before be set up a plurality of material datas storehouse of completing by the different material inventory already, to save work limitation.Therefore, the embodiment of the present invention is not limited to the priority execution sequence of step S110 and step S120 in Fig. 1.
Particularly, the user can select databases to display by pulldownmenus object 200, makes various database displaying in the database object 2000 at user interface 100.And, can comprise also that in order to the database object 2000 that shows database information the material model shows field 2200 and material attribute display field 2300, material model and the material attribute used each material in various Bill of Material (BOM) show.Meet embodiment in this detailed description and use the database object 2000 that shows database information, the kind that database object 2000 is selected database by pulldownmenus object 200 (for example, select the AVL database), and the AVL Bill of Material (BOM) 2100 in the AVL database can be shown in database object 2000.
Wherein, AVL Bill of Material (BOM) 2100 can via the material model show field 2200 and material attribute display field 2300 with show respectively most material models 310,320 ... 340 and corresponding material attribute, for example, material model 310 (for example, " 1397B0129501 ") corresponding material attribute be motherboard 310-1, material model 320 (for example, " 1510B0921801 ") corresponding material attribute is that hard disk/storer 320-1, material attribute corresponding to material model 330 (for example, " 1310A2439801 ") they are power supply 330-1... etc.And the rest may be inferred, and material attribute corresponding to material model 340 (for example, " 1510B0923914 ") is casing 340-1.The present invention utilizes user interface 100 to show material level information 110, and use to set up the mode of material table, can allow the user examine expediently to look at the required material model that is arranged in material level information 110 and each dendroid framework terminal position corresponding to required material model.And, material property location according to material level information 110, the user can know the relation between various required materials, and materials such as motherboard 1110, hard disk/storer 1120, casing 1130... should be arranged in the middle of the substrate materials and parts group 1100 of material level information 110.In addition, user interface 100 shows the Bill of Material (BOM) information of specifying in the material library database by database object 2000, the user can freely inspect in each material data storehouse the Bill of Material (BOM) content (for example, the corresponding material attribute of material model and material model), thereby conveniently choose specific material model, and specific material model is based upon in material level information 110.
Fig. 3 and Fig. 4 are respectively other schematic diagram at user interface 100 in Fig. 2, use the related procedure of step S130, step S140 in key drawing 1, step S150 and step S160.In step S130, the user can be from Bill of Material (BOM) 2100 with after clicking specific material model, this specific material model, is used and progressively set up and improve material level information 110 (material table) on the ad-hoc location to the material level information 110 with dilatory mode drawing.
Above-mentioned specific material model dilatory, meaning is for example dotted line 410a and the represented dilatory track of the dotted line 410b in Fig. 4 in Fig. 3.And in step S140, compare the corresponding specific material attribute of this specific material model and whether conform to ad-hoc location in material level information 110.If aforesaid comparison result meets mutually, enter step S150, that is the user can draw the ad-hoc location of this specific material model in material level information 110, and this specific material model is recorded on ad-hoc location in material level information 110.Yet, if in step S140, after the material attribute and the corresponding material attribute of described ad-hoc location of the specific material model of comparison, when its comparison result does not conform to, execution in step S160, at this moment, user interface 100 (for example can give a warning information 420, and stop this specific material model to be stowed ad-hoc location to the material level information 110 messagewindow that Fig. 4 is hit by a bullet and jumps out).
The related procedure of step S150 and step S160 below further is described in detail in detail respectively.If for conforming to, carry out step S150 in the resulting comparison result of step S140.In this embodiment, please refer to Fig. 3, the user is selected by pulldownmenus object 200 material data storehouse is the AVL database.Then, the handling of goods and materials personnel can (for example click one of them material model from the shown AVL Bill of Material (BOM) 2100 of database object 2000, specific material model 310), and with this material model 310 dilatory to the material level information 110 the material attribute be on the ad-hoc location of motherboard 1110, as shown in the dotted arrow 410a in Fig. 3.At this moment, whether step S 140 just can compare the corresponding material attribute of material model 310 motherboard 310-1 and conform to the material attribute of the motherboard 1110 of material level information 110.Because the material attribute of material model 310 and motherboard 310-1 is all " motherboard ", therefore, the comparison result of step S 140 is for being consistent, thereby execution in step S150, that is, it is on the position of motherboard 1110 in the material attribute of material level information 110 that the user can draw material model 310, and material model 310 is recorded on the position of motherboard 1110.
Yet, please refer to Fig. 4, if the comparison result of step S140 when not conforming to, carries out step S 160, use the information of giving a warning.For example, the user is the AVL database by the selected material data of pulldownmenus object 200 storehouse, and, the user clicks material model 310 from the shown AVL Bill of Material (BOM) 2100 of database object 2000, and with this material model 310 dilatory to material level information 110 and the material attribute be on the ad-hoc location of casing 1130, as shown in the dotted arrow 410b in Fig. 4.At this moment, whether step S140 just can compare the corresponding material attribute of material model 310 (that is, motherboard 310-1) and conform to the material attribute of the casing 1130 of material level information 110.
Because the material attribute 310-1 of material model 310 is " motherboard " but not " casing ", therefore material model 310 does not conform to the material attribute of the casing 1130 of material level information 110, therefore enter step S160, that is, user interface 100 information 420 that gives a warning, and in this simultaneously, user interface 100 will stop the user that material model 310 is dilatory to the position of casing 1130.In other words, in step S140 to S160, whether specific material model can be stowed in the ad-hoc location of material level information 110, is to compare via the material attribute of material model and above-mentioned ad-hoc location.If aforementioned two material attributes meet mutually, that is the material attribute is identical the time, the information just user interface 100 can not give a warning.Relatively, in case the user is dilatory to the incongruent ad-hoc location of material attribute of material model therewith the time with specific material model, user interface 100 information 420 that just can give a warning.Therefore, by warning message 420, the user can be alerted and inform each material model that the user draws when setting up material table, when this material model is stowed to the ad-hoc location of material level information 110, whether can produce the result that the material attribute does not conform to.Thus, the user is in setting up the process of material table, but the correctness that robotization ground inspection material table is set up, and utilize the method for setting up material table provided by the invention, use replacement and utilize traditionally experience or artificial test mode.
In sum, the invention provides a kind of method of setting up material table, allow the user, is for example the handling of goods and materials personnel, can set up material table to show the material level information by the user interface.Whether the material attribute by ad-hoc location in the material attribute of the selected specific material model of robotization comparison user and specific material level information is identical, and the method for setting up material table provided by the invention can assist the user to judge whether this specific material model can be placed on ad-hoc location in the material level information.
Continue above-mentioned, if when this specific material model does not conform to the material attribute of ad-hoc location, the user interface can give a warning signal with the caution user.therefore the method for setting up material table provided by the invention, the user not only can be provided the interface, allow the user can be expediently on computer system operation and inspection look at each material model and each material model corresponding to the position in the material level information, and judge by the computer automation inspection whether the material model can be put on corresponding position, allow the user set up process at material table, can have easy bug check mechanism, and reduce artificial careless mistake, therefore, can improve the mode of utilizing thumb rule or hand inspection to set up material table, and then avoid causing heavy losses on cost because of the material table mistake.
Although the present invention discloses as above with embodiment, so it is not to limit the present invention, and any person of an ordinary skill in the technical field when can do a little change and retouching, and does not break away from the spirit and scope of the present invention.
Claims (8)
1. method of setting up material table comprises:
Set up a material level information, it comprises a plurality of material attributes, and those material attributes are respectively to a plurality of positions that should the material level information;
Set up at least one material data storehouse, each material data storehouse comprises a plurality of material models, wherein corresponding those material attributes of each material model one of them;
By this material level information of user's interface display, and those material models are dilatory to this material level information, to set up this material table;
When the dilatory ad-hoc location to this material level information of a specific material model, compare the specific material attribute of this specific material model corresponding and whether conform to this ad-hoc location; And
If when this specific material attribute does not conform to this ad-hoc location, send a warning message.
2. the method for setting up material table according to claim 1 wherein also comprises:
When setting up this material level information, define corresponding those material attributes in each position in this material level information.
3. the method for setting up material table according to claim 1, wherein this at least one material data storehouse comprises that mechanism's Bill of Material (BOM) one electronics Bill of Material (BOM), supplier's Bill of Material (BOM), a client specify Bill of Material (BOM) and/or its combination.
4. the method for setting up material table according to claim 3 is wherein set up this at least one material data storehouse and is comprised the following steps:
Obtain this mechanism's Bill of Material (BOM); And
Define corresponding those material attributes of those material models in this mechanism's Bill of Material (BOM).
5. the method for setting up material table according to claim 3 is wherein set up this at least one material data storehouse and is comprised the following steps:
Obtain this electronics Bill of Material (BOM); And
Define corresponding those material attributes of those material models in this electronics Bill of Material (BOM).
6. the method for setting up material table according to claim 3 is wherein set up this at least one material data storehouse and is comprised the following steps:
Obtain this supplier's Bill of Material (BOM); And
Define corresponding those material attributes of those material models in this supplier's Bill of Material (BOM).
7. the method for setting up material table according to claim 3 is wherein set up this at least one material data storehouse and is comprised the following steps:
Obtain this client and specify Bill of Material (BOM); And
Define this client and specify corresponding those material attributes of those material models in Bill of Material (BOM).
8. the method for setting up material table according to claim 1 wherein also comprises:
When if this specific material attribute and this position are not inconsistent, stop dilatory this ad-hoc location to this material level information of this specific material information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110437511 CN103177318A (en) | 2011-12-23 | 2011-12-23 | Method for building material list |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110437511 CN103177318A (en) | 2011-12-23 | 2011-12-23 | Method for building material list |
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|---|---|
| CN103177318A true CN103177318A (en) | 2013-06-26 |
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|---|---|---|---|
| CN 201110437511 Pending CN103177318A (en) | 2011-12-23 | 2011-12-23 | Method for building material list |
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| CN (1) | CN103177318A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20200192653A1 (en) * | 2018-12-13 | 2020-06-18 | Inventec (Pudong) Technology Corporation | System For Generating Installation Prompt According To Attribute Data And Installation Rule Of Each Material And Method Thereof |
| CN111400828A (en) * | 2018-12-14 | 2020-07-10 | 英业达科技有限公司 | System and method for generating insertion prompt according to connecting line attribute data |
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2011
- 2011-12-23 CN CN 201110437511 patent/CN103177318A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20200192653A1 (en) * | 2018-12-13 | 2020-06-18 | Inventec (Pudong) Technology Corporation | System For Generating Installation Prompt According To Attribute Data And Installation Rule Of Each Material And Method Thereof |
| CN111400827A (en) * | 2018-12-13 | 2020-07-10 | 英业达科技有限公司 | System and method for generating insertion prompt according to material attribute data and insertion rule |
| CN111400828A (en) * | 2018-12-14 | 2020-07-10 | 英业达科技有限公司 | System and method for generating insertion prompt according to connecting line attribute data |
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Application publication date: 20130626 |