CN108898200B - Intelligent sheet splitting system, production progress management system, realization method and operation method thereof - Google Patents
Intelligent sheet splitting system, production progress management system, realization method and operation method thereof Download PDFInfo
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
- G06Q10/0875—Itemisation or classification of parts, supplies or services, e.g. bill of materials
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
- G06Q30/0635—Processing of requisition or of purchase orders
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Abstract
The invention discloses a production progress management system, which comprises a basic data module, a basic data module and a production progress management module, wherein the basic data module is used for storing basic data information of a configuration product; the management module is used for processing according to the order placing information and the product basic data information to generate a product order for storage; and the user terminal is in two-way communication with the management module and is used for receiving order placing information and outputting the order placing information to the management module, and acquiring product order information from the management module and outputting and displaying the product order information. The invention also discloses an implementation method and an operation method of the production progress management system and an intelligent sheet disassembling system.
Description
Technical Field
The invention relates to the field of production progress management, in particular to an intelligent sheet splitting system, a production progress management system, an implementation method and an operation method thereof.
Background
At present, the traditional management mode is still adopted in small and medium-sized and traditional manufacturing industries, enterprises generally place orders for customers and then carry out production, detection, acceptance, delivery, receiving and the like of products according to orders, and because the processes are opaque, the progress of the whole order needs to be frequently contacted with specific responsible persons for manual follow-up and confirmation by manufacturers, managers and customers, the processing efficiency is low, the contact and communication process is complicated, errors are easy to occur, and the development of market informatization cannot be followed.
Disclosure of Invention
In order to solve the problems, the production process is transparent, and the efficiency is improved. The invention provides a production progress management system, which comprises: the basic data module is used for storing basic data information of the configuration product; the management module is used for processing according to the order placing information and the product basic data information to generate a product order for storage; and the user terminal is in two-way communication with the management module and is used for receiving order placing information and outputting the order placing information to the management module, and acquiring product order information from the management module and outputting and displaying the product order information. The design of the basic data module can be the basis of the whole system and can execute the task of configuring the basic data information of the product. Management module's settlement can be effectual carry out the unification management to whole production progress to can effectual promotion product production progress transparency, and make the follow-up of production process succinct, make the user just can look over through user terminal, improve whole production efficiency and communicate efficiency.
In some embodiments, in the production progress management system, the product order includes a first product order and a second product order, and the basic data module includes a product information configuration unit, configured to obtain an input product basic structure data information store; the management module comprises a sales management unit, a first product order generation unit and a second product order generation unit, wherein the sales management unit is used for acquiring order placing information and generating a first product order according to the order placing information for storage; and the warehouse management unit is connected with the sales management unit and used for acquiring the first product order, intelligently splitting the order according to the first product order and the product infrastructure data information, and generating and storing the second product order. The basic structure data of the product can reflect the basic structure of the product and various required parts, and therefore ordering information can be distinguished through the first product order and the second product order, intelligent order splitting is achieved, the processing process of the product order is more targeted, targeted progress monitoring can be conducted according to production procedures, production progress management is really achieved, and efficiency of the production process is improved.
In some embodiments, in the production progress management system, the basic data module further includes a circulation information configuration unit, configured to acquire and store input product circulation flow information and personnel permission information;
the management module further comprises a circulation management unit, which is used for acquiring the processing progress of the first product order and/or the second product order, generating an expected circulation position of the first product order and/or the second product order according to the processing progress, the stored circulation flow of the product and the personnel permission information, and outputting the first product order and/or the second product order to a user terminal of a person corresponding to the expected circulation position. Therefore, the production line of each product can be customized and adapted in a personalized manner by configuring the circulation information of the product, the progress of the product is intelligently distributed according to stages, and the personnel with the authority can monitor and distribute the circulation position in the whole process, so that the whole production process is simplified, and the whole production efficiency is improved.
In some embodiments, in the above generation progress management system, the second product order includes a purchase order and a production order, and the management module further includes a purchase management unit, configured to update a circulation position and a circulation state of the purchase order according to purchase information entered by a person; and the production management unit is used for updating the circulation position and the circulation state of the production order according to the production information input by the personnel. Therefore, purchase and production information of a product order can be manually input according to personnel with permission, the position of the purchase and production information is updated in real time, a user can check the production progress of the product conveniently, and the whole production process is more transparent.
In some embodiments, the production progress management system further includes a financial management module, connected to the management module, and configured to generate a financial progress information store according to the order feedback information input by the user terminal, where the financial progress information includes payable information, receivable information, received information, and prepaid information. From this, can carry out financial information's management to this production progress management system through financial management module systematization for the user in time looks over own financial information, can in time pay for whole production progress more transparence, and efficiency is higher.
In some embodiments, the production progress management system further includes a data center module connected to the basic data module, and configured to obtain product order information and financial progress information according to a request of the user terminal, generate an information report, and output the information report to the user terminal, where the information report includes a financial report, a finished product qualification rate report, a sales report, a production report, and a purchase report. Therefore, information of each stage of the whole system can be subjected to unified query through the data center module, the production process is more transparent, and the whole production system is more complete. Moreover, the states of all stages can be displayed more visually through the form of the report, and a user can conveniently master the real-time progress of product production.
In some embodiments, in the production progress management system, each of the first product order and the second product order includes two-dimensional code information, the user terminal enters order feedback information according to the two-dimensional code information, the sales management unit updates the circulation position of the first product order according to the two-dimensional code information of the first product order fed back by the user terminal, the purchase management unit updates the circulation position of the purchase order according to the two-dimensional code information of the purchase order fed back by the user terminal, and the production management unit updates the circulation position of the production order according to the two-dimensional code information of the production order fed back by the user terminal. The two-dimension code information can conveniently transmit all information of the order, the product order can be updated according to the two-dimension code, time can be saved, the time is prevented from being spent on a trivial production updating process, and a user can pay attention to the real-time information of the product order.
The invention also provides a method for realizing the production progress management system, which comprises the following steps: storing basic data information of the configured product; generating a product order according to the received ordering information and the basic data information of the corresponding product; the progress status of the product order is updated in response to processing the product order. Therefore, the basic data information of the product can reflect information such as a basic structure of the product, the order placing information and the basic data information of the product can be processed to generate a product order, the progress state can be updated in real time, the whole process is not completed through manpower, the flow of the order can be accelerated, and the production efficiency is improved.
In some embodiments, in the above method for intelligently managing the production progress of a product, the basic data information includes an infrastructure of the product, and generating the product order according to the received ordering information and the basic data information of the corresponding product includes the following steps: generating a first product order according to the ordering information, storing and outputting the first product order; and the first product order is disassembled into a second product order according to the basic structure of the product and the inventory information of the product, and the second product order is stored and output. Therefore, the various orders involved in the production process can be split by constructing the first product order and splitting the second product order, so that the sorting processing is carried out, the efficiency is improved, the problem that the labor division is not clear due to excessive orders in the production process and the processing efficiency is low is solved. The inventory condition can be inquired in time through the inquiry component, so that the processing process is more transparent.
In some embodiments, the above intelligent management method for product production progress, in response to processing of a product order, updating the progress status of the product order includes the following steps: responding to the processing of the first product order, updating the circulation position of the first product order, and performing order splitting processing on the first product order; in response to processing the second product order, a circulation location of the second product order is updated, and/or a circulation status of the second product order is updated. Therefore, the circulation positions of the first product order and the second product order can be updated, the production state of a user product is reminded in time, transparent management of production progress is achieved, the time for inquiring the production state is saved, and the production efficiency is improved.
In some embodiments, in the above method for intelligently managing the production progress of a product, the basic data of the product further includes personnel authority and an order flow of the product, and the method further includes: after a product order is generated according to the received ordering information and the basic data information of the corresponding product, the expected circulation position of the product order is determined according to the personnel authority and the ordering flow of the product, and the product order is output to the expected circulation position. Therefore, the transfer position of the order in the whole production process is more accurate by giving the staff the right, the order can be manually calibrated so as to be conveniently checked by a user,
the invention also provides an operation method of the production progress management system, which comprises the following steps: the order placing information of the product is input through the user terminal, the system generates a first product order according to the order placing information, and the first product order is output to the user terminal of the corresponding personnel according to the product circulation flow and the personnel authority; scanning the received two-dimensional code information on the first product order, updating the circulation position of the first product order by the system according to the received scanning information, generating a second product order according to the first product order, the basic structure of the product and the inventory information of the product, and outputting the second product order to the user terminal of the corresponding personnel; and scanning the received two-dimensional code information on the second product order, and updating the circulation position of the second product order by the system according to the received scanning information. The user can directly check the production progress of the product through the two-dimensional code by directly inputting the ordering information of the product at the user side, and the method is simple, convenient and high in feasibility. For the whole management system to the processing process of the product order, the circulation position of the product is updated by corresponding personnel according to the different order states of the product, so that the transparency of the whole production process can be realized.
In some embodiments, the above method for operating a production progress management system further includes: and acquiring the first product order and the second product order through the user terminal for inputting and updating, and updating the circulation states of the first product order and the second product order by the system according to the inputting and updating contents. Therefore, the order state can be changed according to the self requirements of the user, so that the whole management system has more flexibility.
The invention also provides an intelligent bill dismantling system which comprises a basic data module, a bill dismantling module and a bill dismantling module, wherein the basic data module is used for storing basic data information of a configuration product; and the management module is used for generating a first product order for storage according to the order placing information, intelligently splitting the order according to the first product order and the product basic data information, and generating a second product order for storage. From this, can tear the order open to whole product order intellectuality through basic data module and management module, can effectual promotion product production progress transparency to make the follow-up of production process succinct, make the user just can look over through user terminal, improve whole production efficiency and communication efficiency.
In some embodiments, the intelligent billing system described above, wherein the base data information is base structure data of the product. Therefore, the intelligent bill dismantling process can be completed by analyzing and integrating the basic structure data of the product, and the intelligent bill dismantling device is convenient and simple and has high feasibility.
Drawings
FIG. 1 is a schematic diagram of a framework of a production schedule management system according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of a frame structure of a production progress management system according to another embodiment of the present invention;
FIG. 3 is a schematic diagram of a framework of a production schedule management system according to another embodiment of the present invention;
FIG. 4 is a schematic diagram of a framework of a production schedule management system according to another embodiment of the present invention;
FIG. 5 is a flowchart of a method for implementing a production progress management system according to an embodiment of the present invention;
FIG. 6 is a flow chart of a method for implementing the production schedule management system according to another embodiment of the present invention;
FIG. 7 is a flowchart of a method for operating a production progress management system according to an embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
FIG. 1 schematically shows a block diagram of a production progress management system according to an embodiment of the present invention. As shown in fig. 1, the system includes a management module 1, an infrastructure data module 9, and a user terminal 2, where the user terminal 2 may be an APP, a wechat applet, or the like used in a mobile device in this embodiment. The basic data module 9 is used for configuring basic data information storage of a product, and includes a product information configuration unit 101, which is used for acquiring and storing information of input basic structure data (including data of parts, installation structures, the number of parts, and the like of the product) of the product, and the data can be input by a user through a background according to production requirements. The management module 1 is used for processing and generating a product order storage according to order placing information (the order quantity of the product, the type of the product, the name, the customer information and the like, which can be input by a user through the user terminal 2) and product basic data information. The product order comprises a first product order and a second product order, wherein the first product order is total information about the whole product order obtained from order placing information, including name, quantity, price, customer data, delivery deadline and the like of the product, and is obtained by generating a data storage record by the management module 1 according to input information acquired from the user terminal 2; the second product order is an order of each component, and is obtained by the management module 1 by performing a form splitting process on the first product order according to the product name and quantity of the first product order, the stored product infrastructure data, and the source type (such as production, purchase, or stock) and stock of the component corresponding to the product, and the second product order obtained by the form splitting process may include a production order, a purchase order, and the like according to the source type of the component, where a specific implementation manner of the form splitting process will be described in more detail below. In a specific implementation, as shown in fig. 1, the management module 1 is implemented to include a sales management unit 101 and a warehouse management unit 102, where the sales management unit 101 is configured to obtain order placing information, and generate a first product order according to the order placing information for storage, that is, store total information of the product order in the sales management unit 101, so as to facilitate timely processing and checking by related personnel; the warehouse management unit 102 is connected to the sales management unit 101, and is configured to obtain a first product order, perform intelligent order splitting according to the first product order, product infrastructure data information, and inventory information of each component of a product, generate a second product order, and store the second product order, where the above-mentioned process of splitting a product order is implemented in this unit, and when generating each component order of a product, refer to inventory conditions of related components of the warehouse management unit 102 (which may be obtained from a data system of enterprise product management or inventory management, or may be stored in a database of the schedule management system of the present invention, and directly obtained from the database of the schedule management system of the present invention), generate corresponding types of orders for the components according to inventory and type of source, for example, the type of source is production, and in combination with inventory, when the inventory is insufficient, the production order is generated for the part, the goods source type is the purchasing type, the stock is combined, and when the stock is insufficient, the purchasing order is generated for the part, so that automatic order management can be realized, the manual labor is greatly reduced, and the efficiency of the production process is improved.
The user terminal 2 is in two-way communication with the management module 1 and is used for receiving order placing information and outputting the order placing information to the management module 1 and obtaining product order information from the management module 1 for output and display, so that a user can place an order through the user terminal 2 and can also observe the order completing condition of a product and the production progress of the order in real time at the user terminal 2, and the whole production process is made transparent if the current purchasing progress, detection progress, acceptance progress, delivery progress, receiving progress and the like are adopted.
Fig. 2 schematically shows a block diagram of a production progress management system according to another embodiment of the present invention, and as shown in fig. 2, this embodiment is different from the embodiment shown in fig. 1 in that, in this embodiment, the basic data module 9 further includes a circulation information configuration unit 902, which is used to obtain input product circulation flow information, including a life flow of an order of a product, and the relationship of each flow and a department location where the flow is located, i.e., a circulation location (e.g., which processes the product order needs to go through to deliver the product, and a circulation relationship between each process), and personnel authority information (personnel personal information, login account information, and authority of the personnel, e.g., which orders can be accessed, and which processing authority on the order includes) are stored. In this embodiment, the set personnel authority information may include client account information and authority of the client (including entering product basic data, checking progress of a first product order, and the like), enterprise account information and authority of an enterprise user (including entering inventory information, product circulation flow information, and the like), account information and authority of an individual user (including identities of employees, managers, and the like, having authority of entering progress information, checking progress of a corresponding product order, and the like). The management module 1 further includes a circulation management unit 103, configured to obtain a processing progress (that is, a current circulation position and a current state, for example, the current circulation position is located in the sales department, and the state is a state to be processed) of the first product order and/or the second product order, generate an expected circulation position of the first product order and/or the second product order according to the processing progress of the split independent order and stored circulation flow and personnel permission information of the product, and output the first product order and/or the second product order to a user terminal of a person corresponding to the expected circulation position. Taking the example that the generated second product order includes a purchase order and a production order, for example, the stored flow of the product is as follows: a selling part, a warehouse, a purchasing part, an ex-warehouse, a selling part, a warehouse, a production part and an ex-warehouse, wherein a person capable of processing a selling order is a Lijiang of the selling part, a person capable of processing a purchasing order is a Wang of the purchasing part, a person capable of processing a production order is a Tian of the production part, the circulation management unit 103 can respectively obtain the current circulation positions and states of the first product order and the second product order, match the current circulation positions and the states with the stored circulation flow, find the next circulation position of the product order, namely the expected circulation position, if the current circulation position of the first product order is the selling part and the states are to be processed, when the selling part submits the first product order, the expected circulation position is obtained as the warehouse according to the matching result, and can obtain an authority responsible person corresponding to the circulation position, and send the first product order to the user terminal of the corresponding person, for further processing. The circulation management unit 103 may acquire the first product order and/or the second product order, and may also automatically detect a circulation state or a circulation position change (circularly detect a circulation position and a circulation state of the product order) when acquiring external feedback, such as when issuing order information and generating the first product order by submitting order information in a sales department or when purchasing information is fed back by a purchasing department, which is not limited in this embodiment of the present invention.
As shown in fig. 2, for the embodiment that the split second product order includes a purchase order and a production order, the management module 1 further includes a purchase management unit 104, configured to update the circulation position and the circulation state of the purchase order according to the purchase information entered by the corresponding personnel; and the production management unit 105 is used for updating the circulation position and the circulation state of the production order according to the production information input by the personnel. For example, a product ordered by a customer is an order of a ball pen, after obtaining a first product order of the order, the warehouse management unit splits the first product order based on configured product structure information, and the first product order can be divided into parts such as a pen holder, a refill, a pen cap, a spring, and the like, and the number of the parts is 1, and the parts can be split into various independent orders, i.e., second product orders according to inventory information and a goods source, for example, assuming that a user orders 100 parts for the ball pen, and the number of the required parts obtained after splitting is 100 parts for the pen holder, 100 parts for the refill, 100 parts for the pen cap, and 100 parts for the spring. If only 50 penholders, 20 penholders, 80 penholders and 0 spring are stored in the stock, the separated independent order is compared with the stock, and a second product order is obtained: 50 penholders, 80 penpoints, 20 penholders and 100 springs, wherein the orders of the split parts can be divided into purchase orders and production orders according to the types of the stored goods sources of the parts, so that the orders of the parts are the purchase orders or the production orders, and if the quantity meets the requirements of the orders, the order circulation state is modified into the to-be-delivered orders, so that the order information can be classified into purchase orders or production orders according to the types and respectively transmitted to user terminals of corresponding personnel, and the corresponding personnel process the orders through the user terminals after receiving the order information, such as state updating and the like. In this way, the purchasing management unit 104 can update the purchasing status of the purchasing order in real time according to the purchasing information input by the relevant personnel, determine the next circulation position and the current circulation status of the order, and output the current circulation status to the user at the corresponding circulation position. The production management unit 105 can update the production order according to the production information entered by the relevant personnel, determine the next circulation position and the current circulation state of the order, and output the next circulation position and the current circulation state to the user at the corresponding circulation position. The method for entering the relevant personnel in the purchase management unit 104 and the production management unit can also be operated by logging in an account corresponding to the authority of the relevant personnel through the user terminal 2.
Therefore, the user can clearly see the production progress of the product, and the next planning is facilitated. Therefore, the whole management module is subdivided into a sales management unit 101, a warehouse management unit 102, a flow management unit 103, a purchase management unit 104 and a production management unit 105, each process of the production progress can be managed in a programmed mode, and the production efficiency of each link can be improved. The sales management unit can carry out unified management on sales departments in the production process.
In a preferred embodiment, the first product order and the second product order both include two-dimensional code information, the user terminal 2 enters order feedback information according to the two-dimensional code information, for example, by scanning the two-dimensional code information, the current circulation position and state of the order can be obtained according to the information of the scanning staff (that is, by scanning the user terminal information of the scanning staff, the department and authority responsibility of the scanning staff can be obtained, and the current department and progress of the order can be known) so as to update the circulation position and state of the corresponding order. Thus, the sales management unit 101 can quickly update the circulation position and state of the first product order according to the two-dimension code information of the first product order fed back by the user terminal 2, the purchase management unit 104 can quickly update the circulation position and state of the purchase order according to the two-dimension code information of the purchase order fed back by the user terminal, and the production management unit 105 can quickly update the circulation position and state of the production order according to the two-dimension code information of the production order fed back by the user terminal, namely, related personnel can directly update the progress and the processing condition of the order by scanning the two-dimension code.
In a preferred embodiment, before obtaining the two-dimensional code generated by the first product order, the sales management unit 101 further performs audit on order placing information of the user, for example, audit information such as the number, unit price, and shelf life of products according to requirements, to determine and expect whether the current order placing information is reasonable or conforms to the operation flow of the production progress management system, and specific audit content may be customized by a corresponding auditor according to enterprise requirements or directly processed manually and then submitted by clicking, that is, the first product order is generated according to feedback of the auditor.
FIG. 3 schematically shows a block diagram of a production progress management system according to another embodiment of the present invention. As shown in fig. 3, the difference from the embodiment shown in fig. 2 is that in this embodiment, the production progress management system further includes a financial management module 3, connected to the management module 1, for generating a financial progress information storage according to the order feedback information (e.g. the collection status of the order) input by the user terminal 2, where the financial progress information includes receivable information, received information, and advance payment information. In a preferred embodiment, the financial management module 3 may also output and display the financial progress information to the user terminal in a form of a statistical table or a chart according to a user request, so as to facilitate the user to view the financial progress information. In a preferred embodiment, the financial management module 3 may obtain the collection status of each order, or may not obtain the collection status of each order through the user terminal 2, for example, directly obtain payment information through connection with a third-party payment interface, automatically calculate information to be paid according to details, i.e., the number of pieces and the unit price, of each order, and calculate and obtain the information to be paid, the information to be collected, the information to be paid in advance, and the like for storage according to the payment information and the information to be paid. In the implementation example of the connection between the financial management module 3 and the third-party payment interface, a third-party payment option can be set at the user terminal, so that the user can pay timely through the third-party payment option to follow up the bill progress and the like.
FIG. 4 schematically shows a block diagram of a production progress management system according to another embodiment of the present invention. As shown in fig. 4, different from the embodiment shown in fig. 2, in this embodiment, the production progress management system further includes a data center module 4 connected to the basic data module 9, where the generated product order information and the financial progress information are both stored in the basic data module 9, the data center module 4 is configured to obtain the product order information and the financial progress information of the corresponding product from the basic data module 9 according to a request of the user terminal 2, generate an information report and output the information report to the user terminal 2, the generated report may be synthesized according to a statistical formula, and the information report includes a financial report, a finished product qualification rate report, a sales report, a production report, and a purchase report. Therefore, the progress can be specifically presented to the user for some enterprise managers or enterprise owners to analyze the data, and the enterprise managers or enterprise owners can make decisions on the enterprise.
In a preferred embodiment, the management module, the data center module and the basic data module of the production progress management system may be disposed in a cloud server, and various processes performed by the user terminal are handed over to the cloud server for storage, update, order splitting and the like, so as to improve the usability of the whole system, so that one system may be applicable to different enterprises, and thus, the collected data may be utilized to perform big data analysis, thereby providing valuable analysis data for the enterprises, such as improvement suggestions, analysis and comparison of production efficiency in the same industry, and the like. In other embodiments, the part for performing intelligent order splitting may be separately deployed as an intelligent order splitting system, where the system may include a basic data module and a management module, the basic data module is configured to configure basic data information of a product, that is, basic structure data of the product, and the management module generates a first product order according to order information when receiving the order information, and performs order splitting on the first product order to generate a second product order, where the manner of splitting is the same as above.
FIG. 5 is a flow chart of a method for implementing the production progress management system according to an embodiment of the present invention. The specific steps are shown in figure 5,
step S501: a base data information store for the product is configured, wherein the base data information includes an infrastructure of the product. The specific implementation mode is as follows: the user manually inputs the basic structure of the product through a user terminal or a webpage, and information such as the name, the number, the parts, the assembly schematic diagram and the like of the product is stored in a database of the whole system. The basic structure of the product is generally provided for a background manager to enter by a user using the product or directly entered by the user through a user terminal, and comprises the composition elements of the product and the number of each element, namely the composition formula of the product.
Step S502: and generating a product order according to the received ordering information and the basic data information of the corresponding product. The specific implementation mode is as follows: and generating a first product order according to order placing information input by a user, storing and outputting the first product order, wherein the first product order is basic information of the product, such as the name, the structure, the number, customer data, the time limit and the like of the product. And then the first product order is separated into a second product order according to the basic structure of the product and the inventory information of the product, the second product order is stored and output, namely the first product order is separated according to the basic structure of the product stored in the previous step to obtain the order of each part, and then the orders of each part of the product are classified according to the inventory information, namely the inventory quantity and the goods source of the part, such as purchase orders, production orders and the like. In addition, in specific implementation, the parts can be further disassembled in the same way according to the emergency situation of the product construction period.
Step S503: the progress status of the product order is updated in response to processing the product order. The specific implementation mode is as follows: after the product order is generated, a response is generated to the first product order and the second product order according to the user requirement, for example, the state of the product order is updated, when an operation is performed on the first product order, the circulation position of the first product order is updated in response to the processing of the first product order, the order splitting processing is performed on the first product order, that is, the current state of the first product order is analyzed, for example, how many orders can be issued, where the next circulation position should be, whether the delivery date is close, and the like, the next circulation position of the first product order is allocated according to the analyzed result, and the order splitting is performed according to the method to generate the second product order. When an operation is performed on the second product order, for example, the state and the position of the second order are inquired, the circulation position of the second product order and/or the circulation state of the second product order are updated in response to the processing of the second product order, so that a user can clearly observe the production progress of the product, and the whole production progress is transparent.
FIG. 6 is a flow chart of a method for implementing a production schedule management system according to another embodiment of the present invention. The difference from the embodiment shown in fig. 5 is that in the present embodiment, circulation management and control are also performed on the product orders, and the specific steps are as shown in fig. 6,
step S601: and configuring basic data information storage of the product, wherein the basic data of the product comprises personnel authority and order flow of the product besides the product structure data. The specific implementation mode is as follows: the system controls the user authority by inputting user information and distributing personnel authority for the user, and specific user information and authority setting can be set and input for storage according to requirements, for example, a user who places an order can only enjoy viewing authority, payment authority and the like, and workers at each department of the production progress management system can enjoy authority for changing order states and the like. In addition, the flow of the order, namely the life circulation flow of the order, including circulation departments, personnel and the like, is also stored, and the circulation flow can be set and input by a user of a production enterprise according to the processing sequence and the mode of the user for the product order, for example, the flow that the order needs to go through a purchasing department, a production department and then a warehouse department in turn to be delivered is also stored.
Step S602: the specific implementation steps of generating the product order according to the received ordering information and the basic data information of the corresponding product can be seen in step S502.
Step S603: and determining the expected circulation position of the product order according to the personnel authority and the order flow of the product, and outputting the product order to the expected circulation position. The specific implementation mode is as follows: after a first product order or a second product order is generated, determining the next circulation position of the order according to the circulation flow of the product order, and transmitting the order to the related personnel at the corresponding circulation position; when the processing operation of the order by the related personnel is received, the current circulation position and the current circulation state of the order can be obtained according to the information of the related personnel, so that the next circulation position of the order is obtained based on the prestored circulation flow, the order state of the product is updated and transmitted to the next circulation position, the whole production process is more systematized, the labor division is clear, and the efficiency of the whole production process is higher.
Step S604: the progress status of the product order is updated in response to processing the product order. See step S503 for a specific implementation.
In the preferred embodiment, the processing procedure of the product order and the processing time limit of each procedure can be configured during configuration of the basic data, and in the process of circulation, after circulation to the corresponding position, the processing time limit is monitored, so that the time limit of the whole production progress is monitored, and the enterprise is helped to better manage the production progress. When monitoring the processing time limit, monitoring reminding such as remaining time reminding, overtime reminding and the like can be set according to the processing time limit and the delivery date of each process.
FIG. 7 is a flow chart of a method for operating a production schedule management system according to an embodiment of the present invention, and the specific steps are shown in FIG. 7:
step S701: the order placing information of the product is input through the user terminal, the system generates a first product order according to the order placing information, and the first product order is output to the user terminal of the corresponding personnel according to the product circulation flow and the personnel authority. The concrete implementation is as follows: a user places an order through a user terminal, information such as the name, the structure, the number, customer data, the time limit and the like of a product is input, at the moment, the system collects the information to generate a first product order, then the order determines the next circulation position of each order according to the circulation flow of the product, and a worker corresponding to the circulation position sends the circulation position to the user terminal of a related worker, so that the worker can update the production progress.
Step S702: and scanning the received two-dimensional code information on the first product order, updating the circulation position of the first product order by the system according to the received scanning information, generating a second product order according to the first product order, the basic structure of the product and the inventory information of the product, and outputting the second product order to the user terminal of the corresponding personnel. The concrete implementation is as follows: the first product order and the second product order are transmitted or stored in a two-dimensional code mode, after a user places an order, the system generates a first product order firstly, the first product order is transmitted to a next circulation position such as a user terminal of a warehouse department staff in a two-dimensional code mode, the warehouse department staff receives the two-dimensional code of the first product order and can directly scan the two-dimensional code, and then the system obtains the latest progress information (including the circulation position being a warehouse and the state being a branch order) of a product order flow and updates the latest progress information. And the system also splits the first product order according to the method to generate a second product order and sends the second product order to corresponding staff, the staff can execute according to the received order information and feed back the execution result to the system.
Step S703: and scanning the received two-dimensional code information on the second product order, and updating the circulation position of the second product order by the system according to the received scanning information. The concrete implementation is as follows: when a worker receives an order transferred to a user terminal or a hand of the worker, the transfer position and state of the order can be determined by scanning the two-dimensional code, for example, when a purchasing department person scans the two-dimensional code, the transfer position of the order is determined at the purchasing department person, the transfer state is processed during purchasing and fed back to the system, the information of the order corresponding to the two-dimensional code is updated by the system, the next transfer position can be distributed to the order according to the flow information of the product, and when other users check the order information, the latest transfer position and transfer state of the order can be seen, and the progress of the product order can be grasped.
Therefore, in specific operation, a user only needs to scan the two-dimensional code of the order transferred to the user's hand, the order progress can be updated, specific updating processing and order splitting processing are automatically completed by the system, and the system is very intelligent, greatly improves efficiency and liberates labor force.
In a preferred embodiment, the first product order and the second product order can be obtained through the user terminal for entry updating, and the system updates the circulation states of the first product order and the second product order according to the content of the entry updating. The concrete implementation is as follows: the states of the first product order and the second product order can be updated through the method for scanning the two-dimensional codes, when the two-dimensional codes cannot identify faults and the like, the updated order states can be directly input through the user terminal and the voucher is provided, and the system can update the order states of the products and then transmits the order states to the user terminal to facilitate checking of the user according to the voucher.
What has been described above are merely some embodiments of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the inventive concept thereof, and these changes and modifications can be made without departing from the spirit and scope of the invention.
Claims (9)
1. Production progress management system, its characterized in that includes:
the basic data module is used for storing basic data information of the configuration product;
the management module is used for processing according to the order placing information and the product basic data information to generate a product order for storage, wherein the product order comprises a first product order generated according to the order placing information and a second product order generated by intelligently splitting the order according to the first product order and the product basic structure data information;
the user terminal is in two-way communication with the management module and is used for receiving order placing information and outputting the order placing information to the management module, and acquiring product order information from the management module and outputting and displaying the product order information;
wherein the basic data module further comprises:
the system comprises a circulation information configuration unit, a storage unit and a management unit, wherein the circulation information configuration unit is used for acquiring and storing input product circulation flow information and personnel permission information;
the management module further comprises
And the circulation management unit is used for acquiring the processing progress of the first product order and/or the second product order, generating an expected circulation position of the first product order and/or the second product order according to the processing progress, the stored circulation flow of the product and the personnel permission information, and outputting the first product order and/or the second product order to a user terminal of a person corresponding to the expected circulation position.
2. The production progress management system according to claim 1,
the basic data module comprises
The product information configuration unit is used for acquiring and storing the input product basic structure data information;
the management module comprises
The sales management unit is used for acquiring order placing information, generating a first product order according to the order placing information and storing the first product order; and
and the warehouse management unit is connected with the sales management unit and used for acquiring the first product order, intelligently splitting the order according to the first product order and the product infrastructure data information, and generating and storing a second product order.
3. The production progress management system of claim 2, wherein the second product order comprises a purchase order and a production order,
the management module further comprises
The purchase management unit is used for updating the circulation position and the circulation state of the purchase order according to the purchase information input by the personnel; and
and the production management unit is used for updating the circulation position and the circulation state of the production order according to the production information input by the personnel.
4. The production progress management system according to claim 1, further comprising,
and the financial management module is connected with the management module and used for generating financial progress information according to the order feedback information input by the user terminal and storing the financial progress information, wherein the financial progress information comprises information to be paid, information to be collected and information to be paid in advance.
5. The production progress management system according to claim 4, further comprising a data center module connected to the basic data module, and configured to obtain product order information and financial progress information according to a request of the user terminal, generate an information report, and output the information report to the user terminal, where the information report includes a financial report, a finished product yield report, a sales report, a production report, and a purchase report.
6. The production progress management system according to claim 3, wherein the first product order and the second product order each include two-dimensional code information, the user terminal enters order feedback information according to the two-dimensional code information, the sales management unit updates the circulation position of the first product order according to the two-dimensional code information of the first product order fed back by the user terminal, the purchase management unit updates the circulation position of the purchase order according to the two-dimensional code information of the purchase order fed back by the user terminal, and the production management unit updates the circulation position of the production order according to the two-dimensional code information of the production order fed back by the user terminal.
7. The method for implementing a production progress management system according to any one of claims 1 to 6, characterized by comprising the steps of:
configuring basic data information storage of a product, wherein the basic data information comprises a basic structure of the product;
generating a first product order according to the received ordering information, storing and outputting the first product order;
the first product order is disassembled into a second product order according to the basic structure of the product and the inventory information of the product, and the second product order is stored and output;
responding to the processing of the first product order, updating the circulation position of the first product order, and performing order splitting processing on the first product order;
updating a circulation location of the second product order and/or updating a circulation status of the second product order in response to processing the second product order.
8. The method of claim 7, wherein the basic data of the product further includes personnel rights and order flow of the product, and the method further comprises:
after a product order is generated according to the received ordering information and the basic data information of the corresponding product, the expected circulation position of the product order is determined according to the personnel authority and the ordering flow of the product, and the product order is output to the expected circulation position.
9. The method of operating a production progress management system according to any one of claims 1 to 6, characterized by comprising the steps of:
the order placing information of the product is input through the user terminal, the system generates a first product order according to the order placing information, and the first product order is output to the user terminal of the corresponding personnel according to the product circulation flow and the personnel authority;
scanning the received two-dimensional code information on the first product order, updating the circulation position of the first product order by the system according to the received scanning information, generating a second product order according to the first product order, the basic structure of the product and the inventory information of the product, and outputting the second product order to the user terminal of the corresponding personnel;
scanning the received two-dimensional code information on the second product order, and updating the circulation position of the second product order by the system according to the received scanning information;
and acquiring the first product order and the second product order through the user terminal for inputting and updating, and updating the circulation states of the first product order and the second product order by the system according to the inputting and updating contents.
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