KR101974104B1 - Method of providing logistics information using application integration system - Google Patents

Abstract

The present invention relates to a method to provide logistics information using an application integration system which processes logistics information and displays the processed data by 3D simulation. According to the present invention, the method to provide logistics information using the application integration system comprises: a step of, in a management module which provides a driving program, which is to generate a work process, to a user, converting the work process designed by the driving program into an execution command and storing the execution command in a database; a step of, in an engine which executes the work process, extracting an execution command on logistics movement from among execution commands stored in the database and extracting logistics movement information from a server which provides or receives data used for the work process; and a step of analyzing the logistics movement information extracted by the engine and providing the analyzed logistics movement information via a web browser. According to the present invention, the method is able to enable a user to easily and intuitively design a work process and to integrate, unify, and design multiple work processes, thereby classifying logistics movement information by a category required by the user and providing a precise logistics movement situation to the user.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a method of providing logistics information using an application integration system,

The present invention relates to a logistics information providing method, and more particularly, to a logistics information providing method using an application integration system that processes logistics information using an application integration system and displays the processed data in 3D simulation.

Logistics management is the development of handling items for vertical and horizontal transactions at each stage of development, production, development, production, distribution, and consumption, It procures and purchases from a company and economically operates an appropriate level of inventory control. It stores and manages only the necessities, and timely sells and distributes general items by receiving and dispensing only on demand.

The logistics system consists of transportation, storage / inventory, unloading and packaging systems. Storage has the function of creating the temporal utility by adjusting the distance of production and consumption of goods. In terms of logistics activities, storage is a part of the flow of water from production to consumption, so it is important to supply timely raw materials and parts to facilitate production, and to increase the sales effect by shipping the products in accordance with demand.

The cost of warehouse and material handling has the effect of offsetting transportation costs and production-purchasing costs. That is, by keeping a certain amount of inventory in the warehouse, the company can reduce the production cost by maintaining economical production scale and order. In this way, companies can avoid irregular fluctuations in production to cope with uncertain demand patterns and changes. In addition, by storing inventory in a warehouse, a large amount of cargo can be transported at a time, thereby reducing transportation costs. Therefore, the objective of the storage system is to minimize the total cost by offsetting the warehouse cost, production cost and transportation cost through proper level of inventory.

In this way, logistics systems such as transportation, storage and inventory are directly linked to the net increase in sales volume, production volume and transportation costs. Registration No. 10-1199142 discloses an invention in which logistics movement information is collected and managed through an RFID tag attached to a distribution logistics moving in an antenna area. However, RFID tags should be attached to each of the logistics of the invention, and the antennas should be easily disposed in the warehouse.

In addition, although the conventional logistics management can be performed in the related art, there is a problem that the user can not finely and easily confirm the logistics movement data by category.

Korea Registration No. 10-1199142

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a system for providing a user-centered integrated integrated application that enables a user to easily design a business process, It is an object of the present invention to divide the state of the transportation of the logistics by the category required by the user and to transmit the accurate movement of the logistics to the user.

It is another object of the present invention to easily provide a logistics system by providing logistics movement information easily and conveniently.

The present invention has an object to provide a variety of logistics information to reduce inventory costs due to logistics.

In addition, the present invention has an object to increase the amount of logistics sales by providing logistics movement information, thereby increasing the sales of the enterprise.

The present invention has an object to increase the net profit of a company by managing the production amount of the logistics by providing logistics movement information.

According to an embodiment of the present invention, there is provided a method for providing logistics information using an application integration system, the method comprising: providing a management program for creating a business process to a user, And storing the result in a database; Extracting an execution command related to the movement of goods among the execution commands stored in the database in an engine that executes a business process, extracting the goods movement information from a server provided or providing data used for business processing; And a logistics movement information providing step of providing logistics movement information analyzed and analyzed by the engine through a web browser.

At this time, the execution command may be composed of XML (Extensible Markup Language).

The extraction target server may be any one of a DB server, an FTP server, a mail server, and an SAP server.

The engine may further include: a business process analysis processing engine for analyzing the execution command and performing a business process; And a web process analysis engine that provides the results of the inquiry so that the web browser can grasp the status of the entire business process.

And the management module receives the transfer items for the extraction target server, the argument items for the extraction target server, the transfer destination server, and the transfer destination server from the user terminal through the drive program, The argument item is data to be extracted from the extraction target server; The transmission item may be data to be transmitted to the transmission destination server: receiving an argument item from the user terminal by providing an argument item list to the extraction target server.

In addition, the management module may further input a branch function command that unifies a plurality of business processes from the user terminal through the drive program, and may design a business process.

And the branch function command may include a processing order for a plurality of individual business processes.

In the case where the branch function command is included in the business process, (A) the management module calculates the degree of similarity between the design target business process and the designed business process, Selecting a process; (B) reading the acceptance items included in the similar business process selected by the management module; And (C) rearranging the argument item list according to the argument item of the similar task process read out in the step (B), wherein the order of arrangement is generated and provided: the step (A) , And the configuration similarity of the transmission target server.

And the business process analysis processing engine executes the individual business process according to the processing sequence for the individual business process in executing the branch function command; Performing individual business processes in the following order after confirming completion of transmission data reception from the transmission destination server at the time of executing the individual business process: when the transmission data reception completion message is not confirmed from the transmission destination server, The deletion of the transmitted transmission data may be deleted, and an error message may be transmitted.

Meanwhile, the web browser may display the logistics movement data by 3D (Dimension) simulation.

The logistics movement information collected by the engine includes at least one of a type of logistics, an inventory quantity of the logistics, a quantity of goods to be loaded, a quantity of goods to be shipped, a storage period of the goods, The location of the logistics, and the delivery location of the logistics.

Also, the engine may calculate the logistics inventory amount according to the logistics arrival amount and the output amount according to the type of logistics, and display the calculated data through the web browser.

Further, the engine may sort the logistics movement information according to the storage period of the logistics, process the data, and display the processed data through a web browser.

In addition, the engine may process the logistics movement information into time-series change data and display the processed data through a web browser.

The engine may sort the logistics movement information according to the owner, process the processed log data, and display the processed data through a web browser.

In addition, the engine may process the logistics movement data according to the storage period of the distribution period of the logistics, and display the processed data through a web browser.

In the case where the execution command in the business process is a goods receipt command, the engine may calculate the goods receipt position according to the type of the goods or the owner information of the goods, and may include the goods in the execution command.

Further, in the case where the execution command in the business process is an order to issue the goods, the engine may calculate the goods dispatch position according to the storage period of the goods in relation to the expiration date of the goods, and include the goods in the execution command.

The engine may generate an execution command to change the configuration of the warehouse according to the logistics movement information.

In addition, the environment setting of the warehouse may be to set the temperature and humidity for each warehouse location.

The engine may process the logistics movement data and transmit the processed data to a predetermined portable terminal.

Further, the engine may generate an error message through the business process analysis processing engine when the amount of goods to be loaded in relation to the space of the designated warehouse exceeds a set value; The transmission data previously transmitted may be deleted by the business process execution.

In the logistics information providing method using the application integration system according to the present invention as described above, the following effects can be expected.

That is, according to the present invention, a user can easily design and integrate a plurality of business processes while designing a business process easily and intuitively, and can separate the logistics movement information into categories required by the user, There is an effect that can be provided.

In addition, the present invention provides an easy and convenient way to provide the logistics information to the logistics system.

The present invention also provides an advantage of variously providing the logistics moving information to reduce the inventory cost due to the logistics.

In addition, the present invention provides the logistics movement information to increase the sales volume of the logistics, thereby increasing the sales of the enterprise.

The present invention also provides an advantage of increasing the net profit of the company by managing the production amount of the logistics by providing the logistics movement information.

1 is a block diagram schematically illustrating an application integration system according to an embodiment of the present invention;
2 is a flowchart illustrating a method of providing logistics information using an application integration system according to an embodiment of the present invention.
3 is an illustration showing an example of a business process design according to the present invention;
FIG. 4A is an exemplary diagram illustrating an example of setting an argument item of an extraction target server according to a specific embodiment of the present invention; FIG.
FIG. 4B is an exemplary view showing an example of setting an argument item of an extraction target server according to another embodiment of the present invention; FIG.
5 is a flowchart showing a method of providing an acceptance item of a business process designing program according to the present invention.
FIG. 6 is an exemplary diagram showing an example of setting of a transmission item of a transmission destination server according to the present invention; FIG.
7 is a flowchart illustrating a business process processing method of a business process analysis processing engine according to the present invention.
8 is a flow diagram of a 3D simulation implementation method in accordance with an embodiment of the present invention.
Figure 9 is an illustration of a 3D simulation in accordance with an embodiment of the present invention;
Figure 10 is another example of a 3D simulation according to an embodiment of the present invention,
11 is a block diagram of a method for providing logistics information using an application integration system according to an embodiment of the present invention.
12 is an exemplary view illustrating a method of providing logistics information using an application integration system according to an embodiment of the present invention;
Figure 13 is another example of 3D simulation according to an embodiment of the present invention,

The foregoing and other objects, features, and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

Each functional unit represented in the present specification is only an example of implementation of the present invention. Therefore, other functional units may be used in other embodiments of the present invention without departing from the spirit and scope of the present invention. In addition, each functional unit may be implemented solely in hardware or software configuration, but may be implemented in combination of various hardware and software configurations that perform the same function.

1 is a block diagram schematically illustrating an application integration system according to an embodiment of the present invention. 1, an application integration system according to the present invention includes a management module 200 for providing a user with a driving program for creating a business process, converting a business process designed by the driving program into an execution command, An adapter communicating with the server 600 for reading and transmitting data, an adapter communicating with the database 600 to execute the business process, 300, an engine 400 for reading data from an extraction target server 600 through an adapter in accordance with an execution command, processing the processed data, and transmitting the processed data to the transmission destination server 600 through an adapter . The present invention is a method of providing logistics using such an application integration system.

FIG. 2 is a flowchart illustrating a method of providing a logistics using an application integration system according to an exemplary embodiment of the present invention. Referring to FIG. 2, in a management module 200 for providing a user with a drive program for creating a business process, (S110) for storing the execution command in the database 300 and an execution command regarding the movement of the logistics among the execution commands stored in the database 300 in the engine 400 executing the business process, 600) for extracting data on the movement of goods from the log information (S120) for extracting data on the goods movement from the goods information (S130).

Referring to FIG. 2, when the logistics movement in the logistics warehouse occurs using the application integration system, the logistics information providing method of the present invention collects and processes data related to the logistics movement in the application integration system, As voice information or time information. The engine 400 collects and stores the logistics movement data generated in the logistics warehouse.

The management module 200 collects and stores the logistics movement data generated in the logistics warehouse. The management module 200 converts the business process into an execution command in response to the stored movement log data and stores the execution process in the database 300. The management module 200 can execute the business process according to the stored log movement information So as to convert the logistics movement data into an execution command.

At this time, the execution command is composed of XML (Extensible Markup Language). XML (eXtensible Markup Language: Extensible Markup Language) is a language created by dramatically improving the HTML for creating an Internet web page. The XML improves the homepage building function and the search function as compared with HTML. It's easy and easy for Internet users to create and manage what they want to add to the Web.

The engine 400 extracts the goods movement data from each part of the application integration system used in the present invention. The management module 200 receives business processes designed through a business process design program, converts the business processes into XML, and stores them in the database 300. The engine 400 extracts execution commands related to the movement of goods among the execution commands stored in the database 300. [ The business process analysis process engine 420 analyzes the XML and transmits a process signal to the adapter 500 to perform a business process. The web process analysis process engine 440 analyzes the entire business process And provides the result of the inquiry so that the monitoring of the user can be performed.

At this time, the adapter 500 is configured to receive the processing signal from the engine 400 and to communicate with the extraction target server for extracting data and the transmission target server for transmitting data. The adapter 500 is configured to correspond to each of the extraction target server and the transmission target server in order to communicate with the extraction target server and the transmission target server which are composed of a plurality of units. Specifically, a DB adapter 510 for communicating with the DB server 610 in the server 600, an FTP adapter 520 for communicating with the FTP server 620, and a Mail adapter for communicating with the Mail server 630 530, an SAP adapter 540 for communicating with the SAP server 640, and other adapters 550 for communicating with other servers 650.

The server 600 includes a DB server 610 including a database for storing various kinds of data such as an image DB, ERPDB, OMSDB, and other DBs, an FTP server 620 for transmitting various files such as flat, cvs, excel, A mail server 630 for sending and receiving mail, an SAP server 640 for providing a business solution for each business domain, and other servers 650. The server 600 communicates with an application system and stores data used for business processing. The server 600 includes an extraction target server that provides data when receiving a data request, and a transmission destination server that receives data.

In addition, the user-centric integrated integrated application providing system according to the present invention includes a loop pattern analyzing unit 710, a True / False pattern analyzing unit 720, A data check pattern analyzing unit 730, an event warning adapter 740, a state adapter 750, and other pattern analyzing units / adapters 760. The loop pattern analyzing unit 710 is for analyzing a loop pattern included in a business process, and the True / False pattern analyzing unit 720 is for determining True / False included in a business process. In addition, the data check pattern analyzer 730 is for determining the accuracy of data, and the event alert adapter 740 is for determining that an unexpected situation occurs during data processing. At this time, the event alert adapter 740 may provide a guidance message to the user through the alert client 742 when an unexpected event occurs. The dashboard adapter 750 extracts the status data of various systems linked by using the engine 400 and transmits the execution result to the dashboard client 752. [ In addition, the state adapter 760 is for determining the processing state of the business process or the processing state of the web process, and the other pattern analyzing unit / adapter 770 interprets the pattern that is not defined or determined by the other analyzing unit or the adapter . Here, the state adapter 760 and the other pattern analyzing unit / adapter 770 visualize the processing state of the business process or the processing state of the web process through a web browser 762 in the form of graphs and charts, .

Hereinafter, a method for designing a business process according to the present invention will be described in detail.

The application integration system according to the present invention provides a business process design program, as shown in FIG.

For example, if the business process consists of two separate business processes for transferring specific items from the first DB server to the second DB server and for transferring specific items from the first DB server to the third DB server, , The business process can be designed using the branch function command.

Here, the branching function command unifies the individual business processes constituted by a plurality of branching functions and sets a sequence of a plurality of individual business processes.

At this time, the individual business process refers to a process of transmitting data from one extraction target server to one transmission target server.

First, the user drags an icon corresponding to the first DB server among the icons arranged on the left side, places it on the business process design screen, drags an icon for the branch function command and places the icon on the right side of the icon corresponding to the first DB server And icons for the second DB server and the third DB server are respectively dragged and arranged on the right side of the icon for the branch function command.

After arranging all of the icons for the extraction target server and the transmission target server, the user sets a task processing order for the individual business processes.

At this time, the setting of the task processing order can be set by the UI arrangement order of the provided flow leader.

Then, the user sets an argument item, which is data to be extracted from the first DB server, which is the extraction target server, and a transmission item, which is the data to be received by the second DB server and the third DB server, which are transmission target servers.

Then, the user can complete the business process design by pressing the save button when the business process design is completed.

Hereinafter, a method of providing an argument item and a segment item will be described in detail.

First, as shown in FIG. 4A, the management module 200 provides a list of the argument items to be extracted from the extraction target server, and can receive selection items from the user.

At this time, the management module 200 selects a designed business process similar to the design target business process, reads the acceptance item of the extraction target server included in the designed business process, and, as shown in FIG. 4B, And the list of the argument items of the extraction target server can be provided.

On the other hand, referring to FIG. 5, the method of providing an acceptance item of the management module according to the present invention starts with the management module 200 selecting and receiving an extraction target server (S210).

In step S220, the management module 200 determines whether a task process for the extracted target server is established.

If it is determined in operation 220 that the data extraction branch function command and the transmission destination server are not input and only the extraction target server is input, the management module 200 determines that the basic argument items (S230).

If it is determined in operation 220 that the data extraction branching function command of the extraction target server and the transmission destination server are input together and a business process is established, the management module 200 determines whether the design process The degree of similarity is calculated (S240).

At this time, the degree of similarity between the design target business process and the designed business process may be determined according to the configuration similarity of the transmission target server.

As a result, the final objective of designing a business process is to transmit data of a specific item to a transmission destination server. Therefore, even if a server for extracting data is the same and a server for receiving data is different, This is because the target data is similar when the receiving server is the same.

Thereafter, the management module 200 selects a similar business process according to the calculated similarity (S250).

Then, the management module 200 reads an argument item of the extraction target server included in the selected similar task process (S260), rearranges the read argument items to an upper level to generate a list of argument items (S270) A list of the rearranged argument items is provided (S280).

In this way, it is possible to provide convenience to the user by allowing the user to select the acceptance item by providing the acceptance item for the designed business process similar to the design process, have.

Meanwhile, as shown in FIG. 6, the management module 200 may provide a selection target list to be received by the transmission destination server, and may select and input a transmission item.

Here, since the transfer destination server can receive only the data read from the extraction target server by the adapter, the selection target list is preferably composed of the argument items of the extraction target server.

Hereinafter, a business process processing method of the business process analysis engine according to the present invention will be described in detail with reference to FIG.

FIG. 7 is a flowchart illustrating a business process processing method of a business process analysis processing engine according to the present invention.

As shown in FIG. 7, the business process processing method of the business process analysis engine according to the present invention starts with the business process analysis processing engine 420 determining the extraction target server (S310).

Thereafter, the business process analysis processing engine 420 accesses the server 600 corresponding to the extraction target server through the adapter 500 (S320).

Then, the business process analysis processing engine 420 reads data corresponding to the argument item from the server 600 corresponding to the extraction target server (S330), edits the data according to the transmission item of the predetermined transmission destination server (S340), and transmits the edited data to the transmission destination server (S350).

For example, if there are a plurality of individual business processes of the business process, the business process analysis engine 420 processes individual business processes in the order determined by the branch function command.

At this time, the business process analysis processing engine 420 may process the individual business process in the next processing sequence after confirming completion of transmission data reception from the transmission destination server at the time of processing individual business processes.

For example, when the extraction target server is the FTP server and the transmission destination server is the first DB server, the second DB server, and the third 3DB server, the business process analysis processing engine 420 transmits, to the FTP server through the adapter 500 And edits the read data in accordance with a transmission item of the first DB server as the transmission destination server and transmits the edited data to the first DB server through the adapter 500 .

The business process analysis processing engine 420 receives a transmission data reception completion message from the first DB server and confirms whether the first DB server has received data.

Then, the business process analysis processing engine 420 edits the data read according to the argument item of the FTP server according to the transmission item of the second DB server and transmits the edited data to the second DB server, Upon receipt of the reception complete message, the second DB server confirms whether or not data is received.

The business process analysis processing engine 420 edits the data read according to the argument item of the FTP server according to the transmission item of the 3DB server and transmits the edited data to the 3DB server.

At this time, if it is assumed that a transmission data reception complete message is not received from the third 3DB server, it is determined that the data transmission error is a data transmission error and the data transmitted to the first and second DB servers are deleted or data transmission is canceled, And transmits an error message indicating that an error has occurred in the data transmitted to the first DB server and the second DB server.

This makes it possible to ensure the reliability of the business process by eliminating the individual business processes that are missing.

That is, the business process according to the present invention is used to organically perform and share work and information linked in and out of an enterprise. In the case where data transfer or instruction to a specific business is omitted, Or to prevent information from being transmitted independently.

Accordingly, when any one individual business process can not be completed, it is possible to exhibit an effect of being held for performing another business process associated with the one business process.

On the other hand, when the extraction target server is the first FTP server and the transmission destination server is the second FTP server, the second DB server, and the mail server, the business process analysis processing engine 420 performs the individual business process in the order determined by the branch function instruction .

First, the business process analysis processing engine 420 accesses the first FTP server through the adapter 500 and reads data according to an argument item of the first FTP server. In accordance with the read data, And reads detailed information corresponding to the read data.

The business process analysis processing engine 420 edits the detailed information read according to the transmission item of the second FTP server and transmits the edited detailed information to the second FTP server through the adapter 500.

Thereafter, the business process analysis processing engine 420 edits the data read from the first FTP server according to the transmission item of the second DB server, and transmits the edited data to the second DB server via the adapter 500 do.

The business process analysis processing engine 420 edits the detailed information read from the first DB server according to a transmission item of the mail server and transmits the edited data to the mail server through the adapter 500.

At this time, if there is a data transmission error to the mail server, the data transmitted to the second FTP server and the second DB server is deleted, or the additional error indicating that an error occurs in the data transmitted to the second FTP server and the second DB server Message.

Accordingly, the data set according to the designed business process is extracted from the extraction target server and transmitted to the transmission target server, so that the business process can be automatically performed without inputting the user.

8 is a flowchart of a 3D simulation implementation method according to an embodiment of the present invention. Hereinafter, a method of providing a logistics movement using an application providing system according to the present invention will be described in detail with reference to FIG.

The engine 400 extracts the logistics movement data from the server 600. The engine 400 extracts the goods movement data from each part of the application integration system used in the present invention. The server 600 may be provided in various forms such as various types of terminals, a storage device, and a virtual server on the web. The engine 400 may be variously stored from the server 600 And extracts the logistics movement data.

The engine 400 is a web process analysis processing engine 420 that analyzes the execution command and then performs a business process, and a web process analysis processing engine 420 that provides a query result so that the status of the entire business process can be grasped in the web browser 762. [ (440). When the engine 400 extracts the logistics movement information from the database 200 or the server 600, the engine 400 analyzes the extracted log movement information and provides the logistics movement information through the web browser 762.

The business process analysis processing engine 420 analyzes the extracted goods movement information by extracting the goods movement information from the database 200 or the server 600 and performs the business process. The web process analysis processing engine 440 analyzes the goods The web browser 762 provides the inquiry result so that the status of the entire business process can be grasped.

The web browser 762 displays the logistics movement information in a 3D (Dimension) simulation. The logistics movement data collected by the engine 400 using the application system includes at least one of a type of logistics, an inventory amount of the logistics, a logistics arrival amount, a logistics logistics storage period, an owner information of the logistics, , And a warehouse location of the logistics, and may be various information that can be collected in the warehouse, and is not limited to the above-mentioned information. The engine 400 classifies and collects the collected goods movement data by category and displays the processed data through the web browser 762. [ The web browser 762 displays these logistics information in various ways by 3D (Dimension) simulation.

The engine 400 can sort the logistics movement information according to the type of logistics, process the processed log data, and display the processed log data through the web browser 762. Through the application system, information on the type of logistics is collected and classified according to the kind of each logistics. The engine 400 displays the classified distribution information through 3D (Dimension) simulation through the web browser 762. [

9 is an illustration of 3D simulation according to an embodiment of the present invention. Referring to FIG. 9, when the warehouse is a garment store, for example, the engine 400 can display goods through a web browser 762 by classifying the goods by categories such as men's wear, women's wear, children's wear and accessories. The engine 400 can be divided into various methods according to the type information of the collected logistics and displayed through the web browser 762. [ The web browser 762 may classify and display categories according to colors. When the user selects men's clothes, only the men's clothing may be displayed in the web browser 762 in a shaded manner.

The engine 400 can sort the logistics movement information according to the inventory amount of the logistics, process the processed log data, and display the processed log data through the web browser 762. The operator determines sales priority by conducting sales promotions according to the inventory of the logistics. To this end, the engine 400 classifies and processes the logistics information according to the inventory amount of the logistics.

The 3D simulation according to one embodiment of the present invention can be classified and displayed when, for example, the inventory quantity of the logistics is 10,000 or more, 5,000 or more, and less than 1,000. These categories can be displayed in alarm form. When the inventory quantity of the logistics is more than 10,000, it is displayed on the web browser 762 in such a manner that a red color is blinked in an alarm format without the user having to grasp it in advance, Allows you to process items.

The engine 400 can sort the logistics movement information according to the quantity of goods delivered to the goods receipt quantity of the goods, process the processed data, and display the processed data through the web browser 762. The operator can determine the production quantity according to the output quantity. The engine 400 can be divided into the logistics of 80% or more of the goods shipped on the day before, the goods shipped 60% or more of the goods shipped the day before, and the goods shipped less than 40% of the goods shipped the day before. The web browser 762 can simulate and logistics of the goods shipped in 80% or more of the categories classified according to the shipment quantity in full-day shipment in 3D. This allows the user to quickly determine the goods receipt or production, thereby increasing the company's revenue.

The engine 400 can sort and process the logistics movement information according to the storage period of the logistics, and display the processed data through the web browser 762. When the warehouse is a garment warehouse, the engine 400 can classify and display clothing information in order. Since clothing is produced seasonly, it is possible to easily and accurately identify inventory information of clothes remaining in the warehouse by sorting according to the order in which the goods are packed so that the user can easily process the inventory.

In another example of the 3D simulation according to the present invention, when a plurality of owners of the warehouse are used by one owner rather than one owner, the logistics can be displayed according to the owner. The engine 400 can sort the logistics movement information according to the owner and display the processed data through the web browser 762. [ When the user selects his / her logistics information in the web browser 762, only the corresponding logistics of the selected owner can be displayed. This function is advantageous in that, when small business owners use the warehouses together, it can easily identify their own logistics information regardless of the movements of goods according to the goods receipt or shipment, even if the logistics of many owners move simultaneously.

The engine 400 can display the processed data through the web browser 762 by sorting the goods movement information according to the goods receipt position in the process or the goods receipt position in the goods dispatching process. The goods receipt position and the goods receipt position can be used separately according to the owner, and can be used according to the kind of the goods. Depending on whether the product is sold or stocked, the goods receipt position or the goods receipt position may be used differently.

The engine 400 classifies the data according to the receipt position or the delivery position, and processes the data. The engine 400 processes the data by sorting the goods movement data by location. For example, the data is classified according to the arrival position by the A gate, the B gate, and the C gate, and displayed on the web browser 762. When the user selects the gate A, the web browser 762 displays only the goods Can be simulated and displayed.

Alternatively, it is possible to display the goods movement information dispatched according to the dispatch position in a time series manner. When the D gate is selected in the web browser 762, the goods dispatched through the D gate can be sequentially simulated and displayed in 3D according to the time.

The engine 400 can process the logistics movement data into the time series change data and display the processed time series data through the web browser 762. [ The engine 400 can classify and display the logistics movement data according to time of arrival, and can classify and display the logistics movement data according to the expiration date. The engine 400 can display the movement status of the logistics with the web browser 762 according to the date of shipment.

For example, the engine 400 processes the logistics movement data by classifying the logistics movement status by date. The web browser 762 can simulate and display the situation in which the logistics are moved according to the date of shipment, such as displaying the goods shipped on the yesterday's date on the screen as blinking and removing in the 3D simulation. Also, it is possible to simulate the situation in which the logistics are moved according to the date of arrival in 3D. If the current date is selected, goods received on yesterday's day will flash in the warehouse and can be simulated in 3D.

The engine 400 can process the logistics movement data into color-separated data according to the period of time in which the distribution period of the logistics remains, and display the data through the web browser 762. When logistics is food, shelf life is very important information. The food can be classified according to the expiration date, the data can be processed, and the processed data can be displayed on the web browser 762.

10 is another example of 3D simulation according to an embodiment of the present invention. Referring to FIG. 10, for example, food having remained 3 months remaining in food and remained food remaining 6 months or more may be classified into red, yellow, and green, Can be displayed. In addition, the engine 400 can display the logistics movement data in the web browser 762 as an emergency alarm when the logistics movement data becomes less than a preset period of the data obtained by dividing the logistics distribution period according to the remaining period of the logistics distribution period. The engine 400 displays the logistics information for which the shelf-life is three months remaining when three months of shelf life is left, through the web browser 762, and causes the log information to light up in the web browser 762 It can be displayed as an emergency alarm message.

According to the expiration date, the logistics can be divided into different categories so that the user can set the order of the food sales differently, and the product can be rapidly sold for the products with little expiration date, It is possible to have the effect of increasing the profit of the company by determining the priority of the company.

The engine 400 can sort and process the goods movement information and change the environment setting of the goods warehouse according to the processed data. The environment of the warehouse may vary depending on the kind of logistics to be loaded in the warehouse. The engine 400 may change the configuration of the warehouse according to the kind of the logistics. The engine 400 can change the temperature for each location of the warehouse with respect to the distribution according to the kind of the distribution. Or the engine 400 senses the present temperature and may change the temperature of the warehouse according to the type of the goods. Generally, storage temperature is set differently depending on the type of logistics. By changing the temperature of the logistics according to the type of logistics in the logistics warehouse storing various kinds of logistics, the logistics can be stored more safely and the logistics can be prevented from being damaged and the cost can be saved accordingly.

The engine 400 may change the temperature as well as the humidity of the warehouse. The engine 400 can change the humidity according to the position of the warehouse according to the type of the goods. Logistics such as cosmetics, clothing, medicines, etc., are affected not only by temperature but also by humidity, so that proper temperature or humidity can not be maintained. For this purpose, the engine 400 may collect information on the type of logistics or the current humidity and set the humidity of the logistics warehouse according to the collected information.

The engine 400 can classify the logistics movement data by category and display processed and processed data on the portable terminal 800. The engine 400 processes the collected goods movement data and transmits the collected goods to the portable terminal 800 interlocked with the integrated application integration system 100. Upon receiving the processed data, the portable terminal 800 displays the processed data . The engine 400 processes the collected goods movement data to generate an additional message or business process message, and transmits the message to the portable terminal 400 so that the portable terminal 400 displays the additional message or business process message.

 The engine 400 can classify and process the goods receipt position information or the goods dispatch position information, and transmit the processed data to the portable terminal 800. When a message such as the goods receipt position information or the picking position information of the goods is displayed in the portable terminal 800, the user of the portable terminal 800 easily grasps the goods movement information in the warehouse and has an effect of improving work efficiency.

FIG. 11 is a block diagram of a method for providing logistics information using an application integration system according to an embodiment of the present invention, and FIG. 12 is an exemplary diagram illustrating a method for providing logistics information using an application integration system according to an embodiment of the present invention. Referring to FIGS. 11 and 12, the engine 400 processes the received goods position information into a message such as " goods arrives at the gate A ", as shown in FIG. 10, and transmits the processed data to the portable terminal 800 The terminal 800 may display a message. In addition, it is also possible to process the input image data into image data and send the processed data to the portable terminal 800 so that the image is displayed on the portable terminal 800. Also, the factory location information can be processed into a text message or image data and transmitted to the portable terminal 800. Upon receiving the text message or image data, the portable terminal 800 displays a text message or image data for the dispatch position information.

At this time, when the engine 400 classifies the logistics movement data by category and processes it, it can process various file formats that can be displayed on the portable terminal 800 such as a text message, a voice message, an image file, and an image file. In addition, the engine 400 can process various logistics movement data in addition to the goods receipt position information or goods issue position information, and transmit the data to the portable terminal 800 by processing the data to be displayed on the portable terminal 800. In this case, the logistics movement data may be any one of logistics type, logistics inventory quantity, logistics logistics storage period, logistics owner information, logistics distribution period, logistics logistics logistics location, And may be various information that can be collected and is not limited to the above-mentioned information.

  When the collected logistics data is processed into data that can be displayed on the portable terminal 800, the engine 400 converts the logistics movement data into types of logistics, inventory amounts of the logistics, output amounts of the logistics, storage periods of the logistics, Information, the expiration date of the logistics, the goods receipt position of the logistics, and the goods dispatch position information, but it may be a business process message for such logistics movement data. For example, when the storage period of the engine 400 is less than a predetermined period of time according to the storage period of the logistics, the engine 400 may generate a shipping message for the logistics and transmit the message to the portable terminal 800. The engine 400 may generate a departure message for the corresponding logistics and transmit it to the mobile terminal 800 when the amount of goods to be shipped is large relative to the output of the logistics. Upon receiving the outgoing message, the mobile terminal 800 outputs and displays the received outgoing message. Such a function can automatically control the loading amount of the warehouse according to the quantity of goods to be shipped and the quantity of goods to be shipped, thus effectively managing the warehouse.

On the other hand, the engine can process an execution command in the business process according to the stored contents of the logistics.

For example, when the execution command in the business process is a goods receipt command, the goods receipt position may be calculated according to the type of the goods or the owner information of the goods, and the goods receipt position may be included in the execution command.

That is, it is possible to arrange the goods to be received adjacent to each other for the same type of article and for the same owner, so that the storage of the logistics can be efficiently performed and the delivery of the logistics can be made efficient.

In the case where the execution command in the business process is a delivery order of the goods, as shown in Fig. 13, the goods dispatch position of the goods can be calculated and included in the execution command according to the storage period of the goods in relation to the expiration date of the goods.

That is, there is an effect of maximizing the circulation efficiency of the stored logistics by constituting an execution command so that the goods at the time of shipment can be shipped out according to the remaining circulation period.

It will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the invention as defined in the appended claims. It is self-evident.

The present invention relates to a method of providing logistics information using an application integration system that processes logistics information using an application integration system and displays the processed data in 3D simulation. According to the present invention, a user can easily and intuitively design a business process In addition, it is possible to integrate a plurality of business processes into one unified design, and to separate the logistics movement information into categories required by the user, thereby providing an accurate logistics movement situation to the user.

100: integrated application providing system 200: management module
300: Database 400: Engine
420: business process analysis processing engine 440: web process analysis processing engine
500: adapter 510: DB adapter
520: FTP adapter 530: Mail adapter
540: SAP adapter 550: Other adapter
600: server 610: DB server
620: FTP server 630: Mail server
640: SAP server 650: Other servers
710: Loop pattern analyzing unit 720: True / False pattern analyzing unit
730: Data check pattern analyzing unit 740: Event warning adapter
742: Warning Client 750: Dashboard Adapter
752: Dashboard Client 760: Status Adapter
762: Web browser 770: Other pattern analysis unit / adapter
800: portable terminal

Claims (19)

An execution command storage step of converting a business process designed by the drive program into an execution command and storing the same into a database in a management module for providing a user with a drive program for creating a business process;
Extracting an execution command related to the movement of goods among the execution commands stored in the database in an engine that executes a business process, extracting the goods movement information from a server provided or providing data used for business processing; And
And providing the logistics movement information analyzed and analyzed through the web browser through the logistics movement information extracted by the engine,
The execution command includes:
It consists of XML (eXtensible Markup Language):
The extraction target server and the transmission destination server,
DB server, FTP server, Mail server, or SAP server;
The management module comprising:
Designing a business process by receiving input items for the extraction target server, the argument items for the extraction target server, the transmission destination server, and the transmission destination server from the user terminal through the driving program;
The argument item is data to be extracted from the extraction target server;
Wherein the transmission item is data to be transmitted to the transmission destination server,
Receiving an argument item from the user terminal by providing a list of argument items for the extraction target server,
The management module comprising:
And designing a business process by receiving a branch function command that unifies a plurality of business processes from the user terminal through the drive program,
The branch function command includes:
Process order for a number of individual business processes:
The argument list includes:
(A) calculating, by the management module, a degree of similarity between a design target business process including a branch function instruction and a designed business process, and sorting similar business processes according to the similarity;
(B) reading the acceptance items included in the similar business process selected by the management module; And
(C) rearranging an argument item list according to an argument item of the similar business process read out in the step (B), and an arrangement order is generated and provided;
The similarity calculation of the step (A) is determined according to the configuration similarity of the transmission destination server,
The engine includes:
A business process analysis engine for analyzing the execution command and performing a business process using an adapter;
And a web process analysis processing engine that provides the query result so that the web browser can grasp the status of the entire business process.
The business process analysis processing engine includes:
Performing the individual task process according to a process order for the individual task process in executing the branch function command; Wherein, when the individual business process is executed, after confirming completion of reception of transmission data from the transmission destination server, the following individual business process is performed:
Deleting deletion of previously transmitted data by execution of a preceding individual business process and transmitting an error message when the transmission data reception completion message is not confirmed from the transmission destination server,
The web browser,
Logistics movement information is displayed as a 3D (Dimension) simulation and:
The logistics movement information collected by the engine,
It is preferable that at least one of the kind of logistics, the quantity of stock of the logistics, the quantity of goods to be delivered, the quantity of goods to be delivered, the storage period of the goods, the owner information of the goods, the expiration date of the goods, And providing the logistics information to the application integration system.
delete delete delete delete delete The method according to claim 1,
The branch function command includes:
And a process order for a plurality of individual business processes.
delete delete 8. The method of claim 7,
The engine includes:
Wherein the logistics inventory amount is calculated according to the logistics loading amount and the output amount for each type of logistics, and the calculated data is displayed through a web browser.
8. The method of claim 7,
The engine includes:
Wherein the logistics information is divided and processed according to a storage period of the logistics, and the processed data is displayed through a web browser.
8. The method of claim 7,
The engine includes:
Processing the logistics movement information into time-series change data, and displaying the processed data through a web browser.
8. The method of claim 7,
The engine includes:
Wherein the logistics information is divided and processed according to the owner, and the processed data is displayed through a web browser.
8. The method of claim 7,
The engine includes:
Processing the logistics movement data according to a storage period of the distribution period of the logistics, and displaying the processed data through a web browser.
15. The method according to any one of claims 10 to 14,
The engine includes:
If the execution command in the business process is a goods receipt command,
And calculating the goods receipt position according to the kind of the goods or the owner information of the goods, and incorporating the goods receipt position into the execution order.
15. The method according to any one of claims 10 to 14,
The engine includes:
If the execution command in the business process is a goods issue order,
Calculating a delivery location of the logistics according to the storage period of the logistics with respect to the expiration date of the logistics, and including the calculated location of the logistics in the execution command.
8. The method of claim 7,
The engine includes:
And generating an execution command for changing an environment setting of the warehouse according to the information on the movement of the goods.
18. The method of claim 17,
The environment setting of the warehouse may include:
And setting the temperature and humidity for each location of the warehouse.
15. The method according to any one of claims 10 to 14,
The engine includes:
And processing the logistics movement data and transmitting the processed data to a predetermined mobile terminal.

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