KR20170014336A - Erp system having a structure of interactive data - Google Patents

Abstract

In the present invention, an interactive data structure capable of providing an effect of preventing an inconvenience of data input by the administrator in advance can be provided by executing the real operation in the distribution system based on the interactive data structure according to the two- Thereby realizing the real system.
A system according to the present invention includes: a query data generator for receiving a voice signal of an administrator based on a two-dimensional hierarchy and outputting a keyword corresponding to a speech pattern as query data; A voice data converter for converting the query data into voice data; An interactive server for determining whether the voice data is a pre-registered command for ERP operation and requesting re-input if the voice data is an unregistered command; The order information is generated based on the command received from the interactive server, and the manufacturing information, the logistics, the delivery, the demand analysis, the demand forecast, the quantity planning and the distribution information are managed based on the order information, A management server terminal for planning a flow that occurs in the entire supply chain management from manufacture to logistics and delivery; A manufacturer terminal interlocked with the management server terminal through a communication network to input and output supplier information, quantity plan and product information to the management server terminal; A shipping company terminal for inputting the status of collection or delivery of the product; And a consumer terminal for searching for information on order status and shipping status.

Description

BACKGROUND OF THE INVENTION Field of the Invention < RTI ID = 0.0 > [0001] <

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information processing system (ERP) system and, more particularly, to an iterative system having an interactive data structure capable of performing real-world operations in a logistics system based on an interactive data structure according to the two- .

In general, ERP is often referred to as 'enterprise resource management'. In other words, it is a means to integrate management of the whole company from the perspective of effective use of management resources and to improve management efficiency.

Conventional ERP aims at realizing fast and transparent business process by managing business processes across the web, identifying the management status in real time, and sharing information, and it is aimed at production management, sales management, personnel management, financial management The basic tasks of a company are closely related and executed using a computer system. Specifically, it is a computerized system that manages all the resources of the company such as manpower, productive material, logistics, and accounting as a whole to enable optimized business activities.

On the other hand, an ERP package is a package that integrates software that has the necessary functions to realize enterprise resource management (ERP). By using the integrated task package, it is possible to build an application program by setting necessary conditions. In principle, There is no need to write a program. Because the business process that the ERP package is based on has a lot of use and is sophisticated, it is attracting attention as a new management technique that is effective also in business redesign (BPR).

Most of the ERP packages sold in developed countries currently target client / server type systems. Typical products include SAP R / 3 from Germany, BPCS from SSA, and Oracle Application from Oracle. It is a system in which the use environment is installed by using Windows based program.

These ERP systems have different functions depending on their use. In recent years, ERP systems in logistics systems with expansion trends have functions of demand, production, sales, and transportation. Furthermore, it is possible to apply the software package to each part by organically linking all parts of the supply chain to the transportation and sales partners. In order to support this, it is necessary to link with the existing information system in the enterprise. Electronic commerce is being sought for electronicization and speeding up.

Demand management explores and understands the demand and requirements of customers who want to purchase their products and products, and explores and acquires various business resources required for production activities. Production management establishes the optimal production plan and manages the production activities in consideration of the production capacity that it possesses according to the predicted demand plan. Sales management and transportation management also operate in conjunction with demand planning and production planning.

However, ERP for the current logistics system is inconvenient for the user because of unnecessary input of unnecessary data. In practice, ERP for logistics involves product management, production management, order management, inventory management, and requires input of nested data for each management. Therefore, there is a need for an ERP data structure capable of executing management based on one formatted data.

Korean Patent Publication No. 10-2010-0128715, published on Dec. 08, 2010, entitled " Web Integrated Logistics Management System &

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and an object of the present invention is to provide a data management system and a data distribution system, And the like.

Another object of the present invention is to generate data based on voice recognition of an administrator, and to perform mobility management based on the generated data to secure mobility of system operation.

According to an aspect of the present invention, there is provided an interactive system having an interactive data structure, the interactive system for operating a distribution system, the system comprising: A query data generator for outputting a keyword corresponding to a speech pattern as query data; A voice data converter for converting the query data into voice data; An interactive server for determining whether the voice data is a pre-registered command for ERP operation and requesting re-input if the voice data is an unregistered command; The order information is generated based on the command received from the interactive server, and the manufacturing information, the logistics, the delivery, the demand analysis, the demand forecast, the quantity planning and the distribution information are managed based on the order information, A management server terminal for planning a flow that occurs in the entire supply chain management from manufacture to logistics and delivery; A manufacturer terminal interlocked with the management server terminal through a communication network to input and output supplier information, quantity plan and product information to the management server terminal; A shipping company terminal for inputting the status of collection or delivery of the product; And a consumer terminal for searching for information on order status and shipping status.

The management server terminal according to the preferred embodiment of the present invention is configured to be able to plan, monitor, adjust, and execute the flows generated in the entire supply chain management ranging from ordering, manufacturing, logistics, and delivery, And the ERP operation is executed so as to manage order information, manufacture, distribution, delivery, demand analysis, demand forecasting, quantity planning, and distribution information together with the information of the product already registered in the database.

The real system having the interactive data structure proposed in the present invention can perform the real-world operation in the logistics system based on the interactive data structure according to the two-dimensional hierarchy, thereby preventing the inconvenience of the administrator's data input in advance Provides an effect. In addition, the present invention provides data generation based on voice recognition by an administrator, and mobility of the system operation can be ensured as the logistics management is performed based on the generated data.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of an iterative system having an interactive data structure according to the present invention; FIG.
2 is a block diagram illustrating a management server terminal of FIG.
3 is a block diagram illustrating the database module of FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, the ERP of the interactive logistics system proposed in the present invention is based on an interactive operating system, and the interactive type is an interactive structure based on text on the administrator mode screen or an interactive structure based on speech recognition. In the embodiment of the present invention, the ERP operation is illustrated based on speech recognition, and the speech recognition format is based on the two-dimensional hierarchy.

1 is a block diagram of an ERP operation of an interactive logistics system according to the present invention.

A query data generator 109 for receiving a voice signal of an administrator based on the two-dimensional hierarchy and outputting a keyword corresponding to a speech pattern as query data, a speech data converter 107 for converting the query data into speech data An interactive server 103 for determining whether the voice data is a pre-registered command for ERP operation and requesting re-input if the voice data is an unregistered command; Based on order information, manages manufacturing, logistics, delivery, demand analysis, demand forecasting, quantity planning and distribution information based on order information, and manages supply chain management from ordering, manufacturing, A management server terminal 101 for planning a flow occurring in the first half of the management server terminal 101, A manufacturer terminal 131 for inputting and outputting supplier information, a quantity plan and product information to the customer terminal 101, a shipping company terminal 133 for inputting the state of collecting or delivering products, And a consumer terminal 135 for retrieving information.

The management server terminal 101 is configured to be able to plan, monitor, adjust, and execute flows that occur in the entire supply chain management ranging from ordering, manufacturing, logistics, and delivery. The management server terminal 101 receives product- , ERP management is performed to manage order information, manufacturing, logistics, delivery, demand analysis, demand forecasting, quantity planning, and distribution information together with the information of the registered products in the database.

Accordingly, the management server terminal 101 is configured to include a consumer authentication module, a producer authentication module, a system management module, and a database module in order to build an ERP-based logistics system, and the system management module includes a product management module, Module, an order management module, an inventory management module, and a transmission means management module.

The producer terminal 131 interlocks with the management server terminal 101 via the communication network 121 to input and output the supplier information, the quantity plan and the product information to the management server terminal 101. The shipping company terminal 133 is interlocked with the management server terminal 101 through the communication network 121 to input the state of collection or delivery of the product.

The customer terminal 135 is interlocked with the management server terminal 101 through the communication network 121 and receives order information from the outside to retrieve the order status and the delivery status information.

The producer terminal 131, the shipping company terminal 133 and the consumer terminal 135 download the ERP program stored in the management server terminal 101 and input the supply status of the ordered product, Make it viewable.

At this time, the computer network system to be used is implemented by conventional software, and various types of ERPs, such as DOS, Windows, Lynux, Unix, and Macintosh, It is operated by the program.

Meanwhile, when the manager voice data according to the two-dimensional hierarchy is received, the interactive server 103 performs a search for an administrator voice and provides the manager voice to the management server terminal 101. The voice data converter 107 recognizes an administrator voice command and converts it into text data and provides the voice data to the interactive server 103. The administrator voice command provides a two-way format to allow a manager to perform a voice command for ERP operation .

The manager voice command thus inputted is analyzed by natural language processing or natural language understanding of the voice-recognized data through the interactive server 101, and the result is transmitted to the management server terminal 101 do.

The query data generator 109 receives the voice signal of the manager based on the two-dimensional hierarchy, and orders by voice. The query data generator 109 extracts the keyword corresponding to the voice signal's speech pattern as query data, ).

Hereinafter, the operation of the present invention will be described.

First, the manager inputs a voice command for operating the ERP using a separately provided portable terminal or the like. A signal corresponding to the voice command is provided to the query data generator 109. The voice command is guided to be input in accordance with the two-dimensional hierarchy and the voice command to be input is generated as a keyword through the voice data converter 107.

The keyword is a pre-registered word for ERP operation, and is set based on six items of 'who, when, where, what, how and why'. The keywords based on the two-way and five-way rules are provided to the interactive server 103, and the interactive server 103 assumes the order information of the distribution system and provides the keywords to the management server terminal 101.

That is, the query data generator 109 generates query data by substituting keywords into the analyzed speech pattern based on the currently input speech signal, and performs natural language processing through the speech data converter 107. Of course, the natural language processing is limited to the sentence according to the two-way rule, and the keyword processed in the natural language is stored in the database.

The voice data converter 107 converts voice signals input from an administrator into voice data, and performs a search for natural unprocessing to extract words for ERP operation. If the keyword is not searched in the natural language processing, it is requested to re-input the voice signal on the screen of the terminal.

The interactive server 103 determines whether all the keywords according to the two-dimensional hierarchy are included based on the result of the natural language processing, and transmits the result to the management server terminal 101.

The management server terminal 101 generates order information around the keyword provided from the interactive server 103. The order information relates to sales information, and automatically generates demand analysis, demand forecasting, quantity planning, and distribution information including manufacturing, logistics, and delivery. This is a basic item of the ERP system and a detailed description thereof will be omitted.

2 is a diagram illustrating an internal configuration of a management server terminal according to the present invention.

As shown in the figure, the management server terminal 101 executes a subscription procedure or an authentication procedure according to a system use request from a consumer terminal connected through a wired / wireless communication network, 233), a producer authentication module (235) for executing a subscription procedure or an authentication procedure according to a system use request from a producer terminal connected through a wired / wireless communication network and providing a service screen to the producer terminal A shipment company authentication module 237 configured to execute a joining procedure or an authentication procedure according to a system use request from a shipment company terminal connected through a communication network and to provide a service screen to the shipment company terminal whose authentication has been confirmed.

Then, by using one or more pieces of information, such as consumer member information inputted from the consumer terminal or retrieved from the database, information on the purchase intention, and information on the product guide provided together with the shipment amount statistical information on the purchase commodity, A guide screen, and information on sales information provided for the sales information provided along with the member information, the product information, the consumption amount and the production amount statistics of the produced product, the production service information, And a system management module 210 that configures the management server terminal to display a consumption / production status, a sales procedure, and a service reception procedure guide screen using the information.

Also, information on at least one of the consumer membership information, the information on the purchase intention, and the information on the production status information provided together with the shipment amount statistical information on the purchase commodity, and the information on the producer's membership information, Information on the amount of consumption and production amount of the product, the appropriate production amount based on the statistics, and information for the sales progress and the service delivery procedure guide provided together with the recommended production product and the production service information, together with the consumer and producer member information A database module 203 for registering and storing in a database or for registering and storing information stored in a database, and a graphic user interface 201 for visually providing information stored in the database module to an operator.

The consumer authentication module 233 executes a subscription procedure or an authentication procedure according to a system use request from a consumer terminal connected through a wired / wireless communication network, and provides a service screen to a delivery company terminal or a consumer terminal.

The producer authentication module 235 executes a subscription procedure or an authentication procedure according to a system use request from a producer terminal connected via a wired / wireless communication network, and provides a service screen to a terminal of the producer whose authentication has been confirmed.

The shipment company authentication module 237 executes a subscription procedure or an authentication procedure according to a system use request from a shipment company terminal connected through a wired / wireless communication network, and provides a service screen to the shipment company terminal that has been verified.

Meanwhile, the system management module 210 may use one or more pieces of information for the product guide provided together with the consumer member information inputted from the consumer terminal or retrieved from the database, the desired purchase information and the shipment amount statistical information of the purchased product , And the production situation guide and purchase procedure guide screen are formed to the consumer.

The system management module 210 may use one or more pieces of information for sales information provided for the sales information and the service delivery procedure provided together with the member information, the product information and the production amount of the product, the production amount statistics, the production service information, , The management server is configured to display the consumption / production status information and the sales procedure and service reception procedure screen.

The system management module 210 includes a product management module 211 for searching for a product type, a production management module 213 for scheduling a production plan according to the product, collecting and searching for production management, An order management module 215 for collecting the order information inputted from the order information receiving unit 210. The order management unit 215 can perform goods receipt, inventory, delivery, and production management according to the order information, An inventory management module 217 that manages the inventory management module 217 to manage the inventory information, and a transmission means management module 219 that transmits the goods result to the outside according to the order information.

The product management module 211 is a module that manages to search for a product type. When the product is a fresh product, the freshness is input to the management program for maintaining freshness, and is set and managed. The production management module 213 schedules the production plan according to the product and collects and retrieves the production status of the product throughout the production management.

The order management module 215 is a module for collecting order information inputted from the outside. When the order information is input from the consumer terminal, the order management module 215 determines the type of the product in association with the product management module 211, , It is displayed to manage the freshness and the order information is managed.

The inventory management module 217 calculates the information on the remaining stock products after goods have been shipped after goods receipt, inventory, delivery, and production management in accordance with the order information, and when the order information is input, Manage inventory.

The transmission means management module 219 manages to transmit the merchandise result for the order in the form of a short message or email to the consumer terminal.

The database module 203 is accessed and managed by the management server terminal, and includes a product information DB storing information on products, a customer information DB storing customer information of a user who ordered the product, A production information DB in which production information is stored, an order information DB and an order screen in which order information of the customer is ordered, an order plan, a production plan, stock information, And a program information DB for enabling setting in accordance with the configuration.

3, the database module 140 is managed by the management server terminal 101 and includes a product information DB 301 in which information about the product is stored, A production information DB 305 in which production information on the ordered product is stored, an order information DB 307 in which a customer who ordered the product and an order information of the customer are stored, An order screen, a production plan, an inventory, a scheduled stock information, and production management information on a screen so that it can be set in accordance with a customer's demand.

The program stored in the program information DB 309 is an algorithm for operating an ERP. The program is used for starting screen for starting a service from manufacture to logistics and delivery based on order information provided from the interactive server 103, It is possible to check the sales plan performance by outputting the master screen for inputting information related to inventory and product conditions, order status management for products, order sign screen for inventory management, KPI indicator, SCM indicator, production scheduler, Report screens, and communication screens set up in both directions so that system operators and vendors can communicate with each other.

In this way, master screen of EPR program for logistics management includes customer master which shows detailed information about delivery transaction, material master which contains contents of material condition, management by warehouse, warehouse management, OEM management by product, The order master that manages the D / C (center direct delivery), the assignment master that allocates the stock in case of out of stock, the master who checks the remaining stock amount by center, and the stock shortage material management summarize the data stored in the database module.

The master screen of the ERP program for the logistics management can be set to suit the characteristics of the product and the needs of the customer. The order sign off screen is a screen for finishing the order after finishing the order, (Order information generation, center-to-center data, comparison, logistics slip inquiry), and order management (from manufacturing) to order assignment (manual assignment, automatic assignment, premium assignment, ), Warehouse management (consisting of inquiry of finished warehouse closing / closing, inquiry of warehouse receipt slip), inventory management (inventory available, standard inventory, standard inventory order status) As shown in Fig.

The supplier screen of the ERP program for the above-mentioned logistics management is a screen for providing real-time information to the supplier, that is, the manager of the management program or the producer, in order to deal with the order, It is formed by master status management.

Also, the report screen provided in the ERP program may include a KPI (Key Performance Indicator) index, a summary index of SCM (Supply Chain Management), an order / receipt / stock / inventory days information, SCM monitoring, logistics monitoring, sales planning and performance to monitor the SCM shortage status, which can confirm the missing items, SCM related contents, can be confirmed.

101: Manager terminal 103: Interactive server
107: voice data converter 109: query data generator
121: Communication network 131: Producer terminal
133: Shipper terminal 135: Consumer terminal
201: Graphical user interface 203: Database module
210: system management module 211: product management module
213: Production management module 215: Order management module
217: Inventory management module 219: Transfer management module
233: Consumer authentication module 235: Producer authentication module
237: Shipper authentication module 301: Product information DB
303: customer information DB 305: production information DB
307: order information DB 309: program information DB

Claims (4)

An interactive real-time (ERP) system for operating a logistics system,
A query data generator 109 for receiving the voice signal of the manager based on the two-way rule and outputting a keyword corresponding to the utterance pattern as query data;
A voice data converter 107 for converting the query data into voice data;
An interactive server (103) for determining whether the voice data is a pre-registered command for ERP operation and requesting re-entry if the voice data is an unregistered command;
Generates order information based on the command received from the interactive server 103, manages manufacturing, logistics, delivery, demand analysis, demand forecasting, quantity planning, and distribution information based on the order information, A management server terminal 101 for planning a flow occurring in the entire supply chain management ranging from ordering, manufacturing, logistics, and delivery;
A producer terminal 131 interlocked with the management server terminal 101 through a communication network 121 to input and output supplier information, quantity plan and product information to the management server terminal 101;
A shipping company terminal 133 for inputting the status of collection or delivery of the product; And
And a consumer terminal (135) for retrieving information on order status and delivery status.
The system according to claim 1, wherein the management server terminal (101)
It is designed to plan, monitor, adjust, and execute the flows that occur in the entire supply chain management from order to manufacture, logistics and delivery, receive product related information and register it in the database, And executes ERP operation to manage order information, manufacture, logistics, delivery, demand analysis, demand forecasting, quantity planning, and distribution information together with the real data structure.
The management server terminal (101) according to claim 1 or 2,
A consumer authentication module (233) for executing a subscription procedure or an authentication procedure according to a system use request from a consumer terminal connected through a wired / wireless communication network and providing a service screen to the consumer terminal;
A producer authentication module (235) for executing a subscription procedure or an authentication procedure in response to a system use request from a producer terminal connected via a wired / wireless communication network and providing a service screen to an authenticated manufacturer terminal;
A shipment company authentication module 237 for executing a subscription procedure or an authentication procedure according to a system use request from a shipment company terminal connected through a wired / wireless communication network and providing a service screen to the shipment company terminal whose authentication has been confirmed;
Information on production status and purchasing procedure to the consumer using one or more pieces of information for the product guide provided together with the consumer member information inputted from the consumer terminal or retrieved from the database, Information on at least one of membership information input from the consumer terminal or retrieved from the database, product information, consumption amount and production amount statistics of the product to be produced, information on the sales progress provided together with the production service information, A system management module 210 for providing a management server terminal with a consumption / production status guide, a sales procedure, and a service reception procedure guide screen;
Information on at least one of the consumer member information, the information about the purchase intention, and the information for the production status information provided together with the shipment amount statistical information of the purchased product, and the information on the producer member information, the product information, And production amount information, information on production amount based on the statistics, information on recommended production product, information on sales progress provided with the production service information, and information on the service reception procedure, A database module (203) for registering and storing or for registering and storing information stored in the database; And
And a graphical user interface (201) for visually providing information stored in the database module to an operator.
The system of claim 3, wherein the database module (203)
A product information DB 301 that is accessed and managed by the management server terminal 101 and stores information on products;
A customer information DB 303 in which customer information of a user who ordered the product is stored;
A production information DB 305 storing production information on the ordered product;
An order information DB 307 in which the customer who ordered the product and the order information of the customer are stored; And
And a program information DB (309) for configuring screens such as an order screen, a production plan, stock, stock schedule information, production management information, and the like so that they can be set in accordance with a customer's request. P system.

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