Design method and design system for multi-factory cross-professional process collaborative operation

Abstract

The invention discloses a design method and design system for multi-factory cross-professional process collaborative operation, and the method comprises the steps: a main factory creates a project of the multi-factory cross-professional process collaborative operation, and obtains process or BOM data for collaborative processing; adding a screening instruction or a screening condition in the obtained process or BOM data for cooperative processing, and associating the process or BOM data needing cooperative processing to a sub-factory or a target factory for cooperative processing according to the added screening instruction or screening condition; and the main factory issues the process or BOM data required to be co-processed to the associated sub-factory or target factory for co-processing for co-processing. According to the technical scheme, data interaction and cooperative processing operation between the main factory and the sub-factories or the target factories used for cooperative operation are facilitated, the sub-factories or the target factories used for cooperative operation are accurately screened, operation tasks of the main factory are clearly issued, the sub-factories or the target factories used for cooperative operation receive the tasks clearly, and cooperative operation efficiency is high.

Description

Technical Field

[0001] The present invention relates to the technical field of data management, and in particular to a design method and a design system for multi-factory cross-professional process collaborative operations. Background Art

[0002] Today's enterprises are gradually tending towards business models such as collectivization, multiple factories, and industrial chain collaboration. The product design, production, manufacturing, inspection and maintenance of enterprises are completed by several units distributed in different regions. In particular, the production of some complex complete sets of products involves many process categories, such as casting, forging, blanking, painting, electrical, gear processing, packaging and storage, etc. The processing requirements and inspection requirements under different process types are very different.

[0003] For the above-mentioned processes, how can the existing main factory accurately issue the demand data under different types of processes to the supporting units? How can the supporting cooperative sub-factories or target factories accurately receive the data issued by each main production, fill in the attribute parameters of the data and compile the structured process, so as to form cross-professional collaboration among multiple factories, complete the processing characteristics and quality requirements of different parts, complete the design of professional processes, and finally form a cross-professional process collaboration system driven by general assembly and a collaborative process design and manufacturing system under the multi-factory model? In addition to the defects, there are also problems such as difficulty in transmitting collaborative work tasks between the main factory and multiple sub-factories or target factories, inaccurate task issuance, untimely reminders, and inconvenient interaction between the main factory and sub-factories or target factories. Summary of the invention

[0004] In order to solve some or all of the technical problems existing in the above-mentioned prior art, the present invention provides a design method and design system for multi-factory cross-professional process collaborative operations, which facilitates data exchange and collaborative processing of operations between the main factory and the sub-factory or target factory used for collaborative operations, so that the sub-factory or target factory used for collaborative operations can be accurately screened, the main factory's operation tasks can be clearly issued, the sub-factory or target factory for collaborative operations can clearly receive tasks, and the collaborative operation efficiency is high.

[0005] The technical solution of the present invention is as follows:

[0006] In a first aspect, the present invention provides a design method for multi-factory cross-professional process collaborative operation, comprising:

[0007] The main factory creates a project for multi-factory cross-professional process collaboration and obtains process or BOM data for collaborative processing;

[0008] Adding a screening instruction or screening condition to the obtained process or BOM data for collaborative processing, and associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added screening instruction or screening condition;

[0009] The main factory sends the process or BOM data required for collaborative processing to one or more associated sub-factories or target factories for collaborative processing for collaborative processing.

[0010] Furthermore, in the above-mentioned design method for multi-factory cross-professional process collaborative operation, the screening instructions or screening conditions include process aliases or BOM data aliases used for collaborative processing.

[0011] Furthermore, in the above-mentioned multi-factory cross-professional process collaborative operation design method, associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added screening instructions or screening conditions includes:

[0012] The main plant identifies and selects the sub-plants or target plants whose screening instructions or screening conditions are aliases for the process routes;

[0013] If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue a process for collaborative processing to each of the screened sub-factories or target factories;

[0014] If some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue processes for collaborative processing to some of the screened sub-factories or target factories;

[0015] If the sub-factory or target factory being screened does not meet the screening instructions or screening conditions, manual intervention is used to send processes for collaborative processing to the sub-factory or target factory, or the screening instructions or screening conditions are replaced until the sub-factory or target factory with screening instructions or screening conditions performs collaborative processing of the process.

[0016] Furthermore, in the above-mentioned multi-factory cross-professional process collaborative operation design method, associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added screening instructions or screening conditions includes:

[0017] The main factory identifies and selects the sub-factories or target factories whose screening instructions or screening conditions are denoted by BOM data;

[0018] If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to each of the screened sub-factories or target factories;

[0019] If some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to some of the screened sub-factories or target factories;

[0020] If the sub-factory or target factory being screened does not meet the screening instructions or screening conditions, manual intervention is used to send BOM data for collaborative processing to the sub-factory or target factory, or the screening instructions or screening conditions are changed for re-screening until the sub-factory or target factory with the screening instructions or screening conditions performs collaborative processing of the BOM data.

[0021] Furthermore, in the above-mentioned multi-factory cross-professional process collaborative operation design method, the main factory sends BOM data for collaborative processing to each or part of the selected sub-factories or target factories, including:

[0022] If the sub-factory or target factory to be issued has a BOM data storage subset, the BOM data for collaborative processing will be directly issued to the BOM data storage subset corresponding to the sub-factory or target factory;

[0023] If the sub-factory or target factory does not have a BOM data storage subset, when the BOM data for collaborative processing is issued, a new storage subset is created in the sub-factory or target factory with the same BOM data location and name as the main factory.

[0024] Furthermore, in the above-mentioned design method for multi-factory cross-professional process collaborative operations, the main factory can track and query the progress and results of the issuance after issuing the process or BOM data for collaborative processing to the sub-factory or target factory. The sub-factory or target factory can remind and display it in the operation interface of the corresponding receiving task after receiving the process or BOM data for collaborative processing issued by the main factory.

[0025] In a second aspect, the present invention further provides a design system for multi-factory cross-professional process collaborative operations, comprising:

[0026] The data acquisition module is used to obtain the process or BOM data for collaborative processing after creating a multi-factory cross-professional process collaborative operation project in the main factory;

[0027] A screening module, used to add screening instructions or screening conditions to the obtained process or BOM data for collaborative processing, and associate the process or BOM data required for collaborative processing with one or more sub-factories or target factories for collaborative processing according to the added screening instructions or screening conditions;

[0028] The collaborative processing module is used to perform collaborative processing after the main factory sends the process or BOM data required for collaborative processing to one or more associated sub-factories or target factories for collaborative processing.

[0029] The main advantages of the technical solution of the present invention are as follows:

[0030] The design method for multi-factory cross-professional process collaborative operations of the present invention associates and matches the obtained process or BOM data for collaborative processing to one or more sub-factories or target factories for collaborative processing, and issues them accordingly through the main factory, so that data exchange and collaborative processing operations are facilitated between the main factory and the sub-factory or target factory used for collaborative operations, so that the sub-factory or target factory used for collaborative operations can be accurately screened, the main factory's operation tasks can be clearly issued, the sub-factory or target factory for collaborative operations can clearly receive tasks, and the collaborative operation efficiency is high. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] The drawings described herein are used to provide a further understanding of the embodiments of the present invention and constitute a part of the present invention. The exemplary embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute an improper limitation of the present invention. In the drawings:

[0032] Figure 1 The present invention is a flowchart of a method for designing multi-factory cross-professional process collaborative operations according to an embodiment of the present invention. DETAILED DESCRIPTION

[0033] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described below in conjunction with the specific embodiments of the present invention and the corresponding drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0034] The technical solution provided by the embodiments of the present invention is described in detail below with reference to the accompanying drawings.

[0035] As attached Figure 1 As shown, an embodiment of the present invention provides a design method for multi-factory cross-professional process collaborative operation, the method comprising:

[0036] The main factory creates a project for multi-factory cross-professional process collaborative operation and obtains process or BOM data for collaborative processing; adds filtering instructions or filtering conditions to the obtained process or BOM data for collaborative processing, and associates the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing based on the added filtering instructions or filtering conditions; the main factory sends the process or BOM data required for collaborative processing to the associated one or more sub-factories or target factories for collaborative processing for collaborative processing.

[0037] The design method for multi-factory cross-professional process collaborative operations of the present invention associates and matches the obtained process or BOM data for collaborative processing to one or more sub-factories or target factories for collaborative processing, and issues them accordingly through the main factory, so that data exchange and collaborative processing operations are facilitated between the main factory and the sub-factory or target factory used for collaborative operations, so that the sub-factory or target factory used for collaborative operations can be accurately screened, the main factory's operation tasks can be clearly issued, the sub-factory or target factory for collaborative operations can clearly receive tasks, and the collaborative operation efficiency is high.

[0038] Specifically, in the design method of multi-factory cross-professional process collaborative operation of the present invention, in order to make the screening of target factories or sub-factories that cooperate with the main factory for collaborative processing more accurate and improve the quality, efficiency and professionalism of collaborative processing, the screening basis and transmission process are simple, and the screening instructions or screening conditions are set to the process alias or BOM data alias used for collaborative processing.

[0039] Specifically, associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added filtering instructions or filtering conditions includes:

[0040] The main plant identifies and selects the sub-plants or target plants whose screening instructions or screening conditions are aliases for the process routes;

[0041] If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue a process for coordinated processing to each of the screened sub-factories or target factories; if some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue a process for coordinated processing to some of the screened sub-factories or target factories; if none of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, manual intervention will be used to issue a process for coordinated processing to all the sub-factories or target factories, or the screening instructions or screening conditions will be changed until the sub-factories or target factories with screening instructions or screening conditions are able to perform coordinated processing of the process.

[0042] Specifically, associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added filtering instructions or filtering conditions includes:

[0043] The main factory identifies and selects the sub-factories or target factories whose screening instructions or screening conditions are denoted by BOM data;

[0044] If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to each sub-factory or target factory to be screened; if some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to some of the sub-factories or target factories to be screened; if none of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, manual intervention will be used to issue BOM data for collaborative processing to all sub-factories or target factories, or the screening instructions or screening conditions will be changed for re-screening until the sub-factories or target factories with screening instructions or screening conditions carry out collaborative processing of BOM data.

[0045] With such a setting, through the screening in the above-mentioned manner, the process routes and BOM data to be coordinated and processed can be prevented from being leaked during the collaborative operation of the sub-factory or target factory to be coordinated and processed on the one hand, and on the other hand, it is guaranteed that there is at least one sub-factory or target factory for coordinated and processed, so that the process data used for coordinated processing by the main factory can be accurately sent down, making the interaction between the main factory and the sub-factory or target factory used for coordinated processing simple and accurate.

[0046] Specifically, the main factory sends BOM data for collaborative processing to each or part of the selected sub-factories or target factories, including:

[0047] If the sub-factory or target factory to which the data is sent has a BOM data storage subset, the BOM data used for collaborative processing will be directly sent to the BOM data storage subset corresponding to the sub-factory or target factory; if the sub-factory or target factory to which the data is sent does not have a BOM data storage subset, when the BOM data for collaborative processing is sent, a new storage subset will be created in the sub-factory or target factory with the same BOM data location and name as that of the main factory.

[0048] This setting ensures the uniformity of data storage location and format, making it easy to query and track the BOM data issued by the main factory for collaborative processing. It is also convenient for collaborative units and collaborative units to follow up, improving the efficiency and quality of collaborative processing.

[0049] Specifically, in order to ensure that the main factory accurately and efficiently issues the process or BOM data for processing, and at the same time to ensure that the sub-factory and target factory issued for collaborative operations can execute and collaborate in a timely manner, the main factory can track and query the issuance progress and issuance results after issuing the process or BOM data for collaborative processing to the sub-factory or target factory. After receiving the process or BOM data for collaborative processing issued by the main factory, the sub-factory or target factory can issue reminders and display them in the operation interface of the corresponding receiving task.

[0050] Specifically, in order to ensure that the sub-factory or target factory used for collaborative operations can clearly understand its operation tasks and objectives, for those that require explanation, the main factory uploads specific instructions during the task issuance process; for those that require an agreement, the main factory uploads the agreement; for the sub-factory or target factory that needs to cooperate to cut materials or manufacture parts, if clear parameters are required, the main factory issues specific drawings and specific parameters; at the same time, in order to prevent omissions from the main factory and ensure the timeliness and accuracy of collaborative operations, a feedback unit is set on the interface where each sub-factory and target factory receives operations for collaborative operations with the main factory, which is used to provide feedback on instructions or collaborative operation tasks issued by the main factory, follow up and summarize the progress of executing collaborative operations, upload results, receive information from the main factory, provide feedback on questions, and for all the above issues, after the sub-factory or target factory used for collaborative operations uploads them to the main factory, the main factory will remind and display them on the corresponding operation interface.

[0051] As an example, for a sub-factory or target factory that cooperates in material cutting, the main factory needs to obtain the material cutting diagram or upload the material cutting diagram locally to the corresponding material cutting center (supporting unit) during collaboration. For a sub-factory or target factory that cooperates in casting and forging, it is necessary to obtain (casting and forging technical agreement) and (casting and forging dump list) from the main factory or upload (casting and forging technical agreement) and (casting and forging dump list) locally during collaboration.

[0052] In a second aspect, the present invention also provides a multi-factory cross-professional process collaborative operation design system, including: a data acquisition module, a screening module and a collaborative processing module, wherein:

[0053] The data acquisition module is used to obtain the process or BOM data for collaborative processing after creating a multi-factory cross-professional process collaborative operation project in the main factory; the screening module is used to add screening instructions or screening conditions to the obtained process or BOM data for collaborative processing, and associate the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing based on the added screening instructions or screening conditions; the collaborative processing module is used to perform collaborative processing after the main factory sends the process or BOM data required for collaborative processing to one or more associated sub-factories or target factories for collaborative processing.

[0054] In combination with practical applications, the design method of multi-factory cross-professional process collaborative operation of the present invention is used to send the BOM data of the collaborative operation to each sub-factory or target factory, including:

[0055] Under the main factory BOM batch distribution object class, select Object-New, maintain the key attributes of the BOM distribution batch, and click OK to complete the creation of the multi-factory cross-professional process collaboration project; select Add Sub-Component-Search on the newly created root node, and match the product / component to the root node of the distribution batch in the form of a sub-component; select Root Node-Sub-factory or Target Factory Data Collaboration-Electrical / Gear Transmission Collaboration, such as issuing the BOM with the process route code of the Electrical Branch or the Gear Transmission Branch to their respective branches and subsidiaries (for example, if the filter condition code of the process route of the Electrical Branch is set to DQ, then the process route code of the BOM will be issued to the corresponding branch and subsidiary as long as it is DQ. At the same time, if the process route of the BOM is DQ, and the BOM is a component, the component with the process code of DQ will be issued to the Electrical Branch. If the BOM with the process code of DQ has no lower-level children, it will be sent through the first-level child The BOM is created in the same way as the other sub-factories or target factories), and the program will automatically create a BOM that only meets the process route code of the branch company under the BOM issuance batch object class of each branch company. After collaboration, the system used by the main factory to issue collaborative operations will display a prompt that the PBOM data has been successfully created, indicating that the data has been successfully issued and created and notified to the subordinate branches and subsidiaries; the process personnel of the sub-factory or target factory log in to the system and find that there is a newly created BOM structure data in the list of BOM issuance batch object classes; double-click the object data to enter the PBOM structure interface, and the BOM with the process route code DQ and the subordinate sub-codes of DQ will also be created in the system. At this point, the process personnel of the supporting unit can complete the preparation of process operations in the system of their own branch company; after the sub-factory or target factory completes the preparation of the corresponding structured process, the data to be issued will be issued to the downstream system through the MOM / SAP integration button, and the business process ends.

[0056] In some optional implementations of this embodiment, after the main factory performs data collaboration, the delivery status can be queried through the collaborative data delivery log; after the data collaboration is successful, the system for issuing collaborative work tasks will notify the sub-factory or target factory used for the collaborative work, and the sub-factory or target factory used for the collaborative work can be viewed in its corresponding task interface.

[0057] In summary, the design method of multi-factory cross-professional process collaborative operation in this paper solves the distribution and transmission of process data between the main factory and the sub-factory or target factory. Combined with practical applications, the sub-factories or target factories involved in particular are electrical, gear transmission, material cutting, painting, casting and forging, etc. After the main factory maintains all BOM data, the BOM data belonging to the supporting units on the main factory are identified through the distribution button-branch data collaboration-supporting units (such as electrical, gear transmission, etc.) to identify the process route or process (painting) and distribute it to the corresponding sub-factory or target factory. The sub-factory or target factory maintains its structured process separately and distributes it to the downstream system (SAP / MOM), so that the main factory and the sub-factory or target factory used for collaborative operation are convenient for data exchange and collaborative processing operations, so that the sub-factory or target factory used for collaborative operation is accurately screened, the main factory's operation tasks are clearly distributed, and the sub-factory or target factory receiving tasks for collaborative operation are clear, and the collaborative operation efficiency is high.

[0058] It should be noted that, in this article, relational terms such as "first" and "second" are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. In addition, "front", "back", "left", "right", "upper" and "lower" in this article are all referenced to the placement state shown in the accompanying drawings.

[0059] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A design method for multi-factory cross-professional process collaborative operation, characterized in that: include: The main factory creates a project for multi-factory cross-professional process collaboration and obtains process or BOM data for collaborative processing; Adding a screening instruction or screening condition to the obtained process or BOM data for collaborative processing, and associating the process or BOM data required for collaborative processing to one or more sub-factories or target factories for collaborative processing according to the added screening instruction or screening condition; The main factory sends the process or BOM data required for collaborative processing to one or more associated sub-factories or target factories for collaborative processing for collaborative processing.

2. The design method for multi-factory cross-professional process collaborative operation according to claim 1 is characterized in that: The screening instructions or screening conditions include process aliases or BOM data aliases used for collaborative processing.

3. The design method for multi-factory cross-professional process collaborative operation according to claim 2 is characterized in that: According to the added filtering instructions or filtering conditions, the process or BOM data required for collaborative processing is associated with one or more sub-factories or target factories for collaborative processing, including: The main plant identifies and selects the sub-plants or target plants whose screening instructions or screening conditions are aliases for the process routes; If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue a process for collaborative processing to each of the screened sub-factories or target factories; If some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue processes for collaborative processing to some of the screened sub-factories or target factories; If the sub-factory or target factory being screened does not meet the screening instructions or screening conditions, manual intervention is used to send processes for collaborative processing to the sub-factory or target factory, or the screening instructions or screening conditions are replaced until the sub-factory or target factory with screening instructions or screening conditions performs collaborative processing of the process.

4. The design method for multi-factory cross-professional process collaborative operation according to claim 2 is characterized in that: According to the added filtering instructions or filtering conditions, the process or BOM data required for collaborative processing is associated with one or more sub-factories or target factories for collaborative processing, including: The main factory identifies and selects the sub-factories or target factories whose screening instructions or screening conditions are denoted by BOM data; If all the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to each of the screened sub-factories or target factories; If some of the sub-factories or target factories to be screened meet the screening instructions or screening conditions, the main factory will issue BOM data for collaborative processing to some of the screened sub-factories or target factories; If the sub-factory or target factory being screened does not meet the screening instructions or screening conditions, manual intervention is used to send BOM data for collaborative processing to the sub-factory or target factory, or the screening instructions or screening conditions are changed for re-screening until the sub-factory or target factory with the screening instructions or screening conditions performs collaborative processing of the BOM data.

5. The design method for multi-factory cross-professional process collaborative operation according to claim 4 is characterized in that: The main factory sends BOM data for collaborative processing to each or part of the selected sub-factories or target factories, including: If the sub-factory or target factory to be issued has a BOM data storage subset, the BOM data for collaborative processing will be directly issued to the BOM data storage subset corresponding to the sub-factory or target factory; If the sub-factory or target factory does not have a BOM data storage subset, when the BOM data for collaborative processing is issued, a new storage subset is created in the sub-factory or target factory with the same BOM data location and name as the main factory.

6. The design method for multi-factory cross-professional process collaborative operation according to claim 1 is characterized in that: After the main factory sends the process or BOM data for collaborative processing to the sub-factory or target factory, it can track and query the sending progress and results. After the sub-factory or target factory receives the process or BOM data for collaborative processing sent by the main factory, it can remind and display it in the operation interface of the corresponding receiving task.

7. A design system for multi-factory cross-professional process collaboration, characterized by: include: The data acquisition module is used to obtain the process or BOM data for collaborative processing after creating a multi-factory cross-professional process collaborative operation project in the main factory; A screening module, used to add screening instructions or screening conditions to the obtained process or BOM data for collaborative processing, and associate the process or BOM data required for collaborative processing with one or more sub-factories or target factories for collaborative processing according to the added screening instructions or screening conditions; The collaborative processing module is used to perform collaborative processing after the main factory sends the process or BOM data required for collaborative processing to one or more associated sub-factories or target factories for collaborative processing.

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