CN111815271A - Supply chain digitization realization method based on operation cells and collaboration platform - Google Patents
Supply chain digitization realization method based on operation cells and collaboration platform Download PDFInfo
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Abstract
The invention provides a supply chain digitization realization method and a collaboration platform based on operation cells, which are used for constructing the operation cells and establishing a cell library, establishing the operation cells under the same attribute, and constructing the cell library by classified storage according to the attribute; the business flow chart is realized by an operation cell, corresponding business logic charts are defined according to business scenes in different supply chains, and then the logic charts are converted into the business flow chart; selecting all nodes in the service flow chart, defining the attributes of the nodes, and calling the operation cells corresponding to the attributes in the cell library according to the attributes; and completing the application of the business flow chart until all the nodes operate the cells in a one-to-one correspondence manner. Meanwhile, the platform application architecture is a collaborative platform constructed by the method, the platform application architecture is a general operation cell library established by digital reconstruction with operation cells as cores, the platform is subjected to layering processing, and finally the platform is oriented to an operable interface of a final user in a service micro application mode.
Description
Technical Field
The invention belongs to the technical field of digital supply chain construction, and particularly relates to a supply chain digitization realization method and a collaboration platform based on operation cells.
Background
The current supply chain of the traditional manufacturing industry has common problems: the basic work is complicated, and a large amount of manpower is required; abnormal problems can not be found, tracked and solved in time; unstable lead cycle: the operation process is opaque and the management level is unclear; the raw material purchasing period is long, the raw material purchasing links are serial, and the purchasing and source finding are difficult; the quality is uncontrollable: raw materials and production quality are uncontrollable; poor flexibility: the supply chain process link is opaque and incoherent; aiming at the problems, a reasonable supply chain management mechanism is established mainly by changing the efficient operation inside an enterprise and the overall coordination between upstream suppliers and downstream suppliers, and is the key point for solving the problems.
Supply chain management is one of the core competencies of an enterprise, and the supply chain operation capacity determines the efficiency and success or failure of enterprise operation. Thus, each enterprise has its own unique supply chain operational mode and process scheme. The supply chain management focuses on the operation specification of the supply chain rather than the standard, which brings great difficulty to the digital transformation of the supply chain, and how to establish a digital supply chain management platform to meet the characteristics of different enterprise supply chain modes and processes becomes the biggest obstacle to the digital transformation of the enterprise supply chain.
Disclosure of Invention
In order to solve the technical problem of how to adopt a proper configuration method to establish a digital supply chain platform under the conditions that the operation specifications of different industries are not standard and can not be unified, the invention firstly provides an operation cell, a supply chain is divided into different flows according to business logic, the flows are divided into different nodes, the attribute of each node corresponds to the operation cell with the same attribute, and the supply chain digital implementation method based on the operation cell is provided, which comprises the following specific steps:
s01 construction of manipulated cells and establishment of cell banks
Establishing a group of operation cells with the same attribute comprising an inflow pipeline, an operation cell nucleus and an outflow pipeline, wherein the attribute is divided into a plurality of groups, and classifying and storing according to the attribute to construct a cell library of the plurality of groups of operation cells;
the S02 business flow chart is realized by an operation cell
Defining corresponding service flow charts according to service scenes in different supply chains; selecting all nodes in the service flow chart, defining the attributes of the nodes, and calling the operation cells corresponding to the attributes in the cell library according to the attributes; and completing the complete application of the business flow chart until all the nodes operate the cells in a one-to-one correspondence manner.
As a modification, in S01, the operation cell nucleus of the operation cell includes two parts, namely a cell structure and a cell nucleus, and is a unit for performing cell nucleus processing logic processing based on data of the cell structure, wherein the cell structure is a data structure, and is a data structure for establishing logic association between one or more groups of operation cells; the cell nucleus is a structure for data processing and logic processing of an operation cell.
As a modification, in S01, the inflow pipeline is a pre-processing channel for data to enter the operation cell, and is used for filtering the data; the outflow pipeline is a data output reprocessing channel for operating cells and is used for setting different orientations when output data enter the next operating cell.
As an improvement, in S02, when there is no operation cell corresponding to the attribute at the node, the operation cell is reconstructed according to the required attribute, and the expression of the node is realized.
As a specific implementation manner of the present invention, the present invention provides a collaboration platform using the above implementation method, where the collaboration platform includes a business process base layer module, a data acquisition layer module, a data processing layer module, a data analysis layer module, and a micro application function management layer module, and specifically:
the business process basic layer module is used for logically combing the supply chain business to form a business process chart, corresponding all the nodes in the flow chart to the operation cells in the cell library one by one, and realizing the business process chart by using the operation cells and/or the combination;
the data acquisition layer module is used for acquiring data of all operation cells in the business process basic layer module;
the data processing layer module is used for integrating and processing the data acquired by the data acquisition layer module;
the data analysis layer module is used for carrying out data analysis on the data processed by the data processing layer module according to the same attribute and/or logic association mode;
and the micro application function management layer module is used for expressing the analyzed and processed result of the data analysis layer module on a platform interface in a micro application form and performing visual operation on a client.
As an improvement, when a node in the flow chart does not have a corresponding operation cell in the cell bank, a new operation cell is reconstructed according to the required attribute, the expression of the node is realized, and the operation cell is stored in the cell bank.
As an improvement, when the data processing layer module processes the data collected by the operation cells, the processing mode comprises at least one of the following processing modes: intrinsic digital logic processing of cell structures, digital ingress pipeline processing, digital egress pipeline processing.
Has the advantages that: the invention provides a supply chain digitalization realizing method based on operation cells, which divides a supply chain into different flows according to service logic, divides the flows into different fine nodes, and defines the different fine nodes of the flows as the operation cells.
And a collaboration platform is further constructed, the collaboration platform comprises a platform architecture of digital supply chain collaboration, the platform application architecture is an operable interface which is oriented to an end user in a service micro application mode and is established by taking operation cells as cores and establishing a general operation cell library, the platform is subjected to layered processing, and the interface can be set to purchase collaboration management, production collaboration management and the like, so that the operation is convenient, simple, humanized and rapid.
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Fig. 1 is a logic diagram of a business process in an embodiment of the present invention.
FIG. 2 is a schematic diagram of a framework structure of the collaboration platform of the present invention.
Detailed Description
The figures of the present invention are further described below in conjunction with the embodiments.
The invention takes the operation cells as a basic unit which can not be subdivided in the process, carries out digital standard processing on each operation cell, and orderly manages the operation cells in a cell bank mode. Each process cell is defined as intrinsic digital logic, inflow pipe cell digital logic, and outflow pipe cell digital logic for the characteristics of the process cell. And the data source is used for operating the digital collection of the cells. The manipulated cells are like biological cells, and there are inflow, processing, and outflow of blood. And the blood from which the cells are manipulated is the number.
The manipulation cell is composed of five parts: cell nucleus, inflow canal, outflow canal, cell properties, cell structure, wherein cell nucleus: this is the core of the operating cell, which is the inherent digital processing, processing logic of the operating cell; an inflow pipe: pre-processing the digital inflow operation cell, filtering the digital inflow cell to ensure the digital quality of the operation cell nucleus; and (3) outflow pipeline: re-processing the digital output of the manipulated cell to ensure that the digital output flows into a different orientation of the next cell after flowing out of the cell; cell attributes: on the platform, thousands of operation cells are created, aiming at the management and application of the operation cells, the operation cells are classified, different attributes are given to the cells, and the management mode of the cells is adopted to facilitate the application of different combinations of the cells. Cell structure: the formation of nuclei is based on the cellular structure, which is the data structure that manipulates the nuclei. A logically associative data structure is created for one or more cells based on their attribute characteristics, which is the basis for cell digitization.
The construction of the manipulation cell is closely related to the supply chain business and is a trial and error process for understanding the business. According to deep understanding of industry supply chain, a supply chain process is defined, the process is divided into non-separable process nodes, the nodes (operation cells) are named according to rules, and attributes of the operation cells are given. The manipulated cells were then constructed according to the following steps:
(1) defining a manipulated cell nucleus: the medicine consists of two parts: cell structure (data structure), nuclear processing logic;
(2) an inflow pipe: the data processing logic is used for processing data before the data enters cell nucleus;
(3) and (3) outflow pipeline: is a split processing logic for nuclear data output;
(4) adding a cell bank: the operation cell is the minimum node of the business process, the cell library is composed of thousands of operation cells, and the management of the cell library is classified, stored and managed according to the attributes of the cells.
Example 1
The individual cells in the cell bank do not contribute to the business process, and the existing value of the cells lies in different cell combinations in the business logic. The difficulty of cell combination is simplified by establishing an operation cell flow configuration tool, and cells are linked through cell attributes in an image mode to form different business logics. FIG. 1 is a composite configuration of a customer business process.
The configuration process is as follows:
(1) defining a service logic diagram according to different service scenes; (2) drawing a business flow chart in a system tool according to a business logic chart by using international standard flow chart specification; (3) selecting an operation cell nucleus according to the characteristics of different nodes and the attribute of the operation cell; (4) defining an inflow pipeline and an outflow pipeline for operating cells; (5) and defining operation cells for all nodes in the service flow chart, and then storing the service flow. The application of this service scenario is even complete. In the system tool, the simulation and test can be carried out on the service scene, and the adjustment can be carried out on the operation cells.
The invention relates to a digital supply chain method based on operation cells, so as to establish a platform framework for the cooperation of a digital supply chain. The platform application architecture is a collaborative platform which takes operation cells as the core to be digitally reconstructed, establishes a universal operation cell library and carries out layered processing on the platform, and the implementation method comprises a business process basic layer module, a data acquisition layer module, a data processing layer module, a data analysis layer module and a micro application function management layer module, and specifically comprises the following steps:
the business process basic layer module is used for combing the logic of the supply chain business to form a corresponding business process chart, corresponding all the nodes in the flow chart to the operation cells in the cell library one by one, and realizing the business process chart by using the operation cells and/or the combination;
the data acquisition layer module is used for acquiring data of all operation cells in the business process basic layer module;
the data processing layer module is used for integrating and processing the data acquired by the data acquisition layer module;
the data analysis layer module is used for carrying out data analysis on the data processed by the data processing layer module according to the same attribute and/or logic association mode;
and the micro application function management layer module is used for expressing the analyzed and processed result of the data analysis layer module on a platform interface in a micro application form and performing visual operation on a client.
When the node in the flow chart does not have a corresponding operation cell in the cell bank, reconstructing a new operation cell according to the required attribute, expressing the node, and storing the operation cell into the cell bank.
When the data processing layer module processes the data collected by the operation cells, the processing mode comprises at least one of the following processing modes: intrinsic digital logic processing of cell structures, digital ingress pipeline processing, digital egress pipeline processing.
The business process basic layer module is a module for operating cell combination expression through different attributes in a cell bank according to the digital supply chain process and operation. The method is a supply chain business core layer of a platform, and the supply chain mode, the lean process and the normalized carding and definition are performed according to the supply chain management business and strategies of different enterprises, so that the specific supply chain business process and operation of the enterprises are met by the combination of different operation cells.
The data acquisition layer module is an upper and lower related service logic module which is established by taking each operation cell as a data acquisition point through a logic relationship, can operate the service logic combination related to the cells from top to bottom to form the flow of numbers among the operation cells, and realizes the upper and lower related cooperative operation mode of the service process and the approval process according to different service logics. The data analysis layer module is a digital analysis module which takes different digital logics of the same attribute operation cell combination as the basis for different business logics of different supply chains. The micro application function management layer module forms different business micro applications of the enterprise based on the analysis result of the data analysis layer module, such as purchasing cooperative management, production cooperative management and the like. Because the micro application function management layer is an interface facing the final user, the user thoughts are emphasized, and the simplicity, the humanity, the attractiveness and the simplicity are taken as basic points.
Example 2
A supply chain business of furniture is taken, a supply chain flow chart is constructed, and the supply chain flow chart mainly relates to a raw material supplier, purchasing, relating/researching and developing, planning, e-commerce/order form, outsourcing and a furniture manufacturer, wherein a node between the two flows is expressed by calling operation cells in a cell bank, is realized and is converted into a digital mode.
The data acquisition layer module acquires data of each operation cell to obtain data information, the data processing layer module integrates and processes the data according to the attribute or internal association of the operation cell, and the data analysis layer module analyzes the data according to the same attribute and/or logic association mode, for example, a certain order is used as the attribute to analyze the data to obtain a report form and the like.
The data obtained by analysis can be presented to the client in a single operable way through the micro application function management layer module in various forms, such as reports, up-down related approval processes and the like, and the client can directly operate through an interface, as shown in fig. 2, the operable interface comprises capacity/supply-and-demand planning, intelligent dispatching, production coordination, full-flow production, quality management, finished product/material management, warehouse management, cost tracking and accounting, surface and auxiliary material coordination, exception management, communication and the like.
Meanwhile, as shown in fig. 2, a collaboration platform constructed by operation cells is adopted, wherein ERP is enterprise resource management, a digital supply chain collaboration platform is an innovative platform of a management mode, and it is emphasized that collaboration in a division work management mode changes a traditional supply chain tandem mode into a multipoint collaborative network collaboration mode, and the reality of the collaboration is a digital-based human-human collaboration relationship, and through human-human efficient collaboration, the bullwhip effect of the traditional supply chain is eliminated, so that the flexibility of the enterprise supply chain is improved. The human-human collaboration is based on a digital supply chain collaboration platform.
The supply chain collaboration is divided into enterprise internal collaboration and enterprise external collaboration according to different scenes of the enterprise supply chain. Through enterprise internal cooperation, barriers among all departments inside an enterprise are broken, and internal activity of the enterprise is improved; and the external boundary of the enterprise is expanded through the external cooperation of the enterprise. A digital credit system based on a contract is established in a digital operation mode, a loose upstream-downstream cooperative relationship of a traditional supply chain is changed into a tight cooperative relationship, and an industrial community ecological system taking head enterprises as leading is established.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (7)
1. A supply chain digital realization method based on operation cells is characterized in that: comprises the following specific steps
S01 construction of manipulated cells and establishment of cell banks
Establishing a group of operation cells with the same attribute comprising an inflow pipeline, an operation cell nucleus and an outflow pipeline, wherein the attribute is divided into a plurality of groups, and classifying and storing according to the attribute to construct a cell library of the plurality of groups of operation cells;
the S02 business flow chart is realized by an operation cell
Defining corresponding service flow charts according to service scenes in different supply chains; selecting all nodes in the service flow chart, defining the attributes of the nodes, and calling the operation cells corresponding to the attributes in the cell library according to the attributes; and completing the complete application of the business flow chart until all the nodes operate the cells in a one-to-one correspondence manner.
2. The method for implementing supply chain digitization based on handling cells as claimed in claim 1, wherein: in S01, the operation cell nucleus of the operation cell includes two parts, namely a cell structure and a cell nucleus, and is a unit for performing cell nucleus processing logic processing based on data of the cell structure, wherein the cell structure is a data structure, and is a data structure for establishing logic association between one or more groups of operation cells; the cell nucleus is a structure for data processing and logic processing of an operation cell.
3. The method for implementing supply chain digitization based on handling cells as claimed in claim 1, wherein: in S01, the inflow pipeline is a pre-processing channel for data to enter the operation cell, and is used for filtering the data; the outflow pipeline is a data output reprocessing channel for operating cells and is used for setting different orientations when output data enter the next operating cell.
4. The method for implementing supply chain digitization based on handling cells as claimed in claim 1, wherein: in S02, when there is no operation cell corresponding to the attribute at the node, the operation cell is reconstructed according to the required attribute, expression of the node is realized, and the operation cell is stored in the cell bank.
5. A collaboration platform for implementing the method according to any one of claims 1 to 4, wherein: the collaboration platform comprises a business process basic layer module, a data acquisition layer module, a data processing layer module, a data analysis layer module and a micro application function management layer module, and specifically comprises the following steps:
the business process basic layer module is used for logically combing the supply chain business to form a business process chart, corresponding all the nodes in the flow chart to the operation cells in the cell library one by one, and realizing the business process chart by using the operation cells and/or the combination;
the data acquisition layer module is used for acquiring data of all operation cells in the business process basic layer module;
the data processing layer module is used for integrating and processing the data acquired by the data acquisition layer module;
the data analysis layer module is used for carrying out data analysis on the data processed by the data processing layer module according to the same attribute and/or logic association mode;
and the micro application function management layer module is used for expressing the analyzed and processed result of the data analysis layer module on a platform interface in a micro application form and performing visual operation on a client.
6. The collaboration platform of claim 5, wherein: when the node in the flow chart does not have a corresponding operation cell in the cell bank, reconstructing a new operation cell according to the required attribute, expressing the node, and storing the operation cell into the cell bank.
7. The collaboration platform of claim 5, wherein: when the data processing layer module processes the data collected by the operation cells, the processing mode comprises at least one of the following processing modes: intrinsic digital logic processing of cell structures, digital ingress pipeline processing, digital egress pipeline processing.
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| EP3561746A1 (en) * | 2018-04-26 | 2019-10-30 | Kingtronics Group (Xiamen) Co. Ltd. | Global smart manufacturing, sale and service system |
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| CN105955753A (en) * | 2016-05-17 | 2016-09-21 | 精效新软新技术（北京）有限公司 | Creation method of integrative full-flow elaborate intelligent EPR (Electronic Public Relation system) working platform |
| EP3561746A1 (en) * | 2018-04-26 | 2019-10-30 | Kingtronics Group (Xiamen) Co. Ltd. | Global smart manufacturing, sale and service system |
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