KR100863414B1 - The warehousing?and delivery management system?using the?RF?system and?pallet identifier method thereof - Google Patents

Abstract

The present invention relates to a logistics management system and method using a wireless terminal and a pallet identifier, to efficiently perform first-in-first-out, real-time inventory and production lot product management of the warehouse storage products.

To this end, the present invention, in the warehouse management system (WMS) having a warehouse management server, a computer terminal of the production line; A label output device installed to communicate with the computer terminal to record and issue product production information on an RF label; RF transmission server for transmitting a control signal or data between a plurality of RF terminals and warehouse management server; Wireless terminal and pallet identifier comprising a plurality of RF terminals for wirelessly reading the product production information and pallet ID recorded on the label and transmitting them to the RF transmission server, and wirelessly receiving and displaying control signals or data received from the RF transmission server. By providing the logistics management system and method of the factory products using the system, it is possible to optimize the warehouse flow in the WMS system and to improve the unreasonable logistics warehouse work process.

Wireless, RF, Terminal, Pallet ID, Warehouse Management System, WMS, Inventory Management, First In First Out

Description

Logistics management system and method for factory-manufactured products using wireless terminals and pallet identifiers {The warehousing and delivery management system using the RF system and pallet identifier method}

1 is a block diagram of a logistics management system of a factory-produced product using a wireless terminal and a pallet identifier according to the present invention

Figure 2 is a block diagram of the functional block of the warehouse management server of FIG.

3 is an operation flowchart illustrating a product acceptance process performed by a method for managing a product of a factory product using a wireless terminal and a pallet identifier according to the present invention.

4 is an operation flowchart illustrating a product release process performed by a method for managing a factory produced product using a wireless terminal and a pallet identifier according to the present invention.

5 is an operation flowchart illustrating an inventory management process performed by a logistics management method of a factory-produced product using a wireless terminal and a pallet identifier according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: production line 11,30: computer terminal

12: label output device 20: logistics warehouse

21,22: wireless terminal 100: warehouse management server

110: logistics management module 120: acceptance processing module

130: Inventory management module 140: Goods Issue Processing Module

200: wireless transmission server 300: logistics database

The present invention relates to a logistics management system and method for carrying out storage, factory first-in-first-out, real-time inventory, production lot (LOT) product management, etc. using a pallet identifier (ID). The warehouse management system (hereinafter abbreviated as WMS) introduces a radio frequency terminal (hereinafter referred to as RF) that connects the work of the office and the field, so that the information in the warehouse can be acquired, loaded and shipped. By scanning and wirelessly transmitting and receiving, it is possible to remotely order by wireless transmission and reception by issuing and attaching a label (or barcode) for a product, and by manual operation such as books and slips of field personnel. The present invention relates to a logistics management system and method for a factory-produced product using a wireless terminal and a pallet identifier to exclude phosphorus management.

Generally, logistics warehouse and its warehouse management system or a separate warehouse operation program are used for the logistics management of the production products of the factory. Marking the results of the takeover between the production department and the logistics department, and through the process of inquiring mutual data at a predetermined time of the day to confirm the result of the takeover of the logistics.

However, this logistics management method is not only error-prone but also the real-time inventory management is almost impossible because the interface between the logistics departments of the production volume information using computerized data is collected and transmitted once a day on average at a designated time. Since inventory should be selected by selecting a separate fixed time when no shipment is made, it is a significant problem to conduct inventory regularly on a daily basis due to the nature of the factory which is actually operating 24 hours full time.

In addition, in the case of the normal release work, the first picking operation is performed at the logistics site with the release slip that the customer's order quantity information is aggregated. As a result, the possibility of error is high, thus increasing the difficulty of the first-in, first-out work, resulting in a serious gap in work quality between long-term and short-term workers.

On the other hand, in the above logistics management method, it is possible to check by the separate handwriting when checking the shipment tracking for the customer of one lot (lot) product produced in the factory, so it takes a lot of time, and there is a possibility of error due to omission or omission. It is high, and it is not easy to confirm which field workers performed the work.In addition, each step of operation such as taking over, storing, loading, picking up, and transporting the vehicle of the product can be confirmed only at the site. There was a variety of inconveniences, such as the fact that each step of the work is actually confirmed only after a separate verification process to contact directly.

Therefore, the present invention has been made to solve the above problems, the object of the present invention is to utilize the RF (Radio Frequency) terminal and pallet ID to preemptively elect the warehouse storage products, real-time inventory and production lot product management, etc. Efficiently performed, it is suitable for logistics that has a short shelf life and requires first-in, first-out, and accurate handovers, and requires accounting through the real name system, and complete logistics through real-time inventory management on site. The present invention provides a logistics management system and method for a factory-produced product using a wireless terminal and a pallet identifier to enable work.

Another object of the present invention is to database the production lot recorded the date and time of the production product, it is possible to trace the distribution path, accurate first-in, first-out of the logistics site, and immediately through the RF terminal during the operation It is possible to grasp the progress of each work step, inventory can be checked at any time, real-time inventory management, and work orders can be given to the field workers by using the RF terminal to ensure accurate work progress of the workers. The present invention provides a logistics management system and method for a factory-produced product using a wireless terminal and a pallet identifier.

A feature of the present invention for achieving the above object is a warehouse management system (WMS) having a warehouse management server for efficiently controlling the warehouse operation by always grasping the exact loading position of the product in the warehouse and the office performing the execution thereof. A computer terminal of a production line, which is installed in a production line and connected to a warehouse management server through a communication network, together with a manager computer terminal, to manage and control the production of a product; A label output device installed to communicate with the production line computer terminal, the label output device for recording and issuing information of the product on an RF label by a control signal of the production line computer terminal; An RF transmission server that collects wirelessly received information from a plurality of RF terminals and transmits them to a warehouse management server through a network, and wirelessly transmits control signals or data of the warehouse management server to a plurality of RF terminals; A plurality of pallets uniquely assigned to each pallet into which a product is loaded, and wirelessly read and transmit information recorded on the label to an RF transmission server, and wirelessly receive and display control signals or data received from the RF transmission server. RF terminal; Collect the label information, pallet ID and location information of each product wirelessly received from the RF terminal through the RF transmission server, and manage the goods receipt and loading by pallet ID for the produced product, inventory management by quality determination result for the goods received, and order It includes a warehouse management server to control the release management for each production date for the product, and store the receipt / inventory / release management information in a database to manage the receipt / inventory / release operations of the storage products in the warehouse in real time, the warehouse management The server collects label information, pallet ID, and location information of each product received through the RF transmission server to control receipt and loading management for each pallet ID of a product, and store the receipt management information in a database for storage. Manage the receipt and loading of my storage products in real time, An argument processing module for outputting product detail information; It collects label information, pallet ID, and location information of each product received through the RF transmission server to control inventory management for each quality determination result of goods received, and stores the inventory management information in a database to store the product in the warehouse. An inventory management module that manages inventory operations in real time, and prevents shipment of long-term stocks by real-time inventory of products stored in the warehouse and management of expiration dates for each location; Further including a shipment processing module for controlling the release management by production date for the ordered product received through the RF transmission server, and stores the release management information in a database to manage the release operation of the products stored in the warehouse in real time An example might be constructed.

delete

In the logistics management system according to the present invention, the RF label, the product production information, including the product name, quantity, issuance time is recorded, it may be issued as a sticker of the adhesive type to be attached to the pallet, 1 An RF label to be attached to each pallet may be issued, considering the amount of boxes loaded in a certain unit per pallet unit as one lot.

In the logistics management system according to the present invention, the product detail information related to the acquisition, may include the name of the acquirer, pallet ID number, product name, quantity, serial number.

Another feature of the present invention for achieving the above object is a label output device is installed in the computer terminal of the production line for managing and controlling the production of the product to record the information of the product on the label is installed warehouse management through a communication network In the logistics management method of a factory-produced product using a wireless terminal and a pallet identifier connected to the server, and wirelessly reads the pallet ID and the product production information recorded on the label to the warehouse management server through the RF transmission server, (a Registering the product production schedule information and pallet ID information to be produced on the day in the production line in a database of a warehouse management system (WMS) by setting a current time; (b) instructing the issuance of an RF label which records the product production through the computer terminal and records the produced product information, and manages the warehouse by receiving the label issuance information on the label output device and the product production information on the computer terminal. A storage step of storing in a database of the system (WMS); (c) Receive product production information, pallet ID and location information read from the RF terminal in the warehouse through the RF transmission server to process the product acceptance and loading information in the warehouse on-site, and received from the computer terminal A acceptance processing step of determining whether the acceptance processing is determined by comparing with the product production information; (d) a wireless terminal including a shipment management step of checking whether there is a product release order from a customer, and instructing release operations in order from a product first received based on a production date for each product stored in the acquisition processing step; This is a logistics management method for factory-produced products using office computer terminals and pallet identifiers that execute WMS.

In the logistics management method according to the present invention, (e) confirming whether the quality determination result information for the product for which the acceptance processing is confirmed is received from an external terminal through a network, and according to the received quality determination result, the acceptance processing Another embodiment may be further comprised of an inventory management step of carrying out inventory conversion of the firm product to pending inventory or available inventory.

In the present invention by each of the above features, the RF terminal will be a terminal that can access wireless information from any one of the RF chip or RF label or RF tag attached to the logistics.

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

1 is a block diagram of a logistics management system of a factory-produced product using a wireless terminal and a pallet identifier according to the present invention, which is provided in the central management room, and all pallet IDs in the warehouse are registered in advance, so that the correctness of all goods loaded or shipped in the warehouse Warehouse management server (100) of the warehouse management system (WMS) that manages the warehouse operation by always knowing the loading position, and a logistics database 300 for storing the logistics information stored in the warehouse is provided, which is installed in the production line It consists of a computer terminal 11, a label output device 12, a plurality of wireless terminals 21 and 22 and a transmission server 200 thereof.

The computer terminal 11 is a computer terminal of the production line 10 installed in the production line and connected to the warehouse management server 100 through a communication network to directly manage and control the production of the product.

The label output device 12 is installed so as to communicate with the computer terminal 11 to receive an output signal from the computer terminal, information of the product set by the computer terminal, namely, product name, quantity, issue time Product production information, including, is recorded and issued by recording on the RF label of the sticker of the adhesive type to be attached to the pallet.

The plurality of wireless terminals 21 and 22 wirelessly read the pallet ID and the product production information recorded on the label and transmit them to the RF transmission server, or wirelessly receive and display control signals or data received from the RF transmission server. It is a terminal.

The RF transmission server 200 collects wirelessly received information from the plurality of RF terminals, transmits the information to the warehouse management server through a network, and wirelessly transmits control signals or data of the warehouse management server to the plurality of RF terminals. It is a two-way radio transmission server.

Here, the warehouse management server 100 may be connected to one or more computer terminals 30 that determine the quality of the product produced for quality control of the factory-produced product and provide the quality determination result to the warehouse management server. will be.

FIG. 2 is a block diagram illustrating functional functions of the warehouse management server of FIG. 1 configured to implement the system of the present invention. The warehouse management server 100 includes a logistics management module 110 and a receipt processing module 120 and inventory management. It is composed of a module 130 and the factory processing module 140.

The logistics management module 110 collects the pallet ID, the product production information, and the location information recorded on the label received through the RF transmission server, stores them in the logistics database 300 and reflects the collected logistics information. Create a warehouse management screen (WMS screen), and through the warehouse management screen, the receipt and loading management by pallet ID for the production product, the inventory management by the quality determination result for the goods received, the release management by the production date for the ordered product Display the detailed screen that can query and modify the logistics information, and store the logistics change information in the warehouse according to the goods receipt / inventory / shipment in a database to receive / inventory / of the entire storage products in the warehouse through the computer terminal 30 Enables real-time management of goods issue.

The acceptance processing module 120 collects the product label information (Pallet ID) and the location information received through the RF transmission server to control the receipt and loading management for each pallet ID for the produced product and to receive the receipt management information. It can be stored in a database, allowing real-time management of goods receipt and loading operations in the warehouse.

The inventory management module 130 collects the product label information (Pallet ID) and the location information received through the RF transmission server to control the inventory management for each quality determination result for the goods received and the database of the inventory management information Inventory storage of the products stored in the warehouse is managed in real time, so that stocks of products stored in the warehouse can be stored in real time, and the location of storage locations and the expiration date of each location can be prevented.

The release processing module 140 may control the release management for each production date for the ordered product received through the RF transmission server, and store the release management information in a database to manage the release of the stored product in the warehouse in real time. To be.

3 to 5 are operation flowcharts illustrating a product acceptance process, a product release process, and an inventory management process respectively performed by a logistics management method of a factory-produced product using a wireless terminal and a pallet identifier according to the present invention. A label output device is connected to a computer terminal of a production line that manages and controls a connection to a warehouse management server through a communication network, and wirelessly reads pallet ID and product production information and transmits it to a warehouse management server through an RF transmission server. In a warehouse management system (WMS) equipped with an RF terminal, a logistics management method comprising a product acceptance process, a product release process, and an inventory management process performed by the warehouse management server is illustrated.

As shown in FIG. 3, the product acceptance process is performed by (a) setting a current time, and planning information of product production scheduled to be produced on the production line and ID information of each pallet in a warehouse in a warehouse management system (WMS) database. Registering in advance with; (b) instructing the issuance of an RF label which records the product production through the computer terminal and records the produced product information, and manages the warehouse by receiving the label issuance information on the label output device and the product production information on the computer terminal. A storage step of storing in a database of the system (WMS); (c) Receive product production information, pallet ID and location information read from the RF terminal in the warehouse through the RF transmission server to process the product acceptance and loading information in the warehouse, and production of the product received from the computer terminal And an acceptance processing step of determining whether the acceptance processing is determined by comparing the information with the product acceptance and loading information.

As shown in Figure 4, the product release process, (d) checks whether there is a product release order from the customer, when the release order is confirmed first obtained based on the production date for each product stored in the acquisition processing step Instructs the wireless terminal in the warehouse in the order of goods released in order from the first order (first-in-first-out method), and is scanned and received from the wireless terminal according to the logistics picking work on the site, moving the loading dock and loading the vehicle. It is composed of the goods issue management stage that processes the goods issue information, completes the loading of the goods and confirms the goods issue to the office computer terminal.

As shown in FIG. 5, the inventory management process may include (e) elapse of a date or other external reasons on the basis of the production date for each product registered and stored in the acceptance processing step for the product for which the acceptance processing is confirmed. When the inventory is confirmed, the quality judgment result information is checked from an external computer terminal (such as a terminal of a department that performs quality judgment on a factory-produced product and provides the result) through a network to determine the received quality. According to the result, the conversion of the processed goods to the pending stock (non-release stock) or available stock (available stock) is carried out, and inventory differences and investigations are carried out through the warehouse management system to calculate the differences. The inventory check results are used to determine whether there is a match or inconsistency between the registered logistics information and the inventory details investigated. The inventory management phase is performed.

The operational effects of the logistics management system and method of the factory-produced products using the wireless terminal and the pallet ID of the present invention configured as described above are as follows.

In general, the first-in, first-out of the products produced in the factory, especially food products, is very important, so it is necessary to store them in the warehouse temporarily and quickly release them by customer's order. Real-time inventory is a prerequisite and must be made to allow on-site workers to work in accordance with the defined work processes of the produced product.

To this end, in the present invention, first installed a separate computer terminal 11 and label output device 12 for attaching the pallet ID to the site where the product produced in the factory is a pallet unit (Unit) loading and warehouse management server It configures so that control is possible by (100).

Next, if the product production schedule information is registered before the operation, and the current time is set, the label [Pallet ID] in which the product is produced and the product production information is recorded by the control of the warehouse management server 100 at the same time is produced. Is issued, and the label issued is attached to the product by the administrator.

The product production information recorded on the label is a product name, quantity, date and time of issue, time (hours, minutes), etc. are recorded, and the form of the issued label is issued as a sticker, and has an adhesive form so as to be attached. In the form of the label, a pallet ID is regarded as one lot when the amount of boxes loaded in a certain unit per pallet unit is regarded as one lot.

When the label is issued as described above, the label issuance information is simultaneously reflected to the warehouse management server 100 that manages the warehouse management system (WMS) through the RF transmission server 200, so that the warehouse management server For example, it is registered in the form of product creation.

Next, the acquisition process is performed, and each warehouse manager (forklift worker) who takes over the product in the warehouse logs in to the RF terminal with his / her real name to display the product with the label information [Pallet ID]. You can take over.

In this process, the process of scanning the pallet ID information is performed through the wireless terminal. This scanning operation is performed by recognizing the information of the pallet ID by firing the laser beam of the wireless terminal. The information of the product information acquired by the office manager's computer terminal is displayed on the WMS screen.

At this time, the details of the product information include the acquirer name, pallet ID number, product name, quantity, serial NO, and production time.

In the process of accepting, the process of accepting is mainly carried out by a forklift driver who is solely responsible for product movement, and after receiving the product on the production site, the work is carried out in the warehouse. Next, during the loading process, the location number (previously designated in the warehouse pallet rack or drive rack) is assigned to the front of the pallet track by serializing the serial number by barcode ), The forklift driver moves the product to an empty rack in the warehouse, and performs product location scanning at the same time as product pallet ID scanning after moving the wireless terminal (21). Or, through 22), the product recognition is carried out after the product is placed, and when the palletized product is placed in the pallet rack by a forklift, the acceptance process is completed.

The accumulated product information data is displayed on the WMS monitor of the office computer terminal through the RF transmission server 200.

Next, the final step of the warehouse acquisition of the produced product is the office manager compares the separate production information handed over from the production department and the product acquisition information recognized by the person in charge of the field wireless terminal of the center and executes the acceptance confirmation process. Done. At this time, the production of the factory will be confirmed in the warehouse, and the quality management department (production engineering team, etc.) will conduct the quality judgment. However, this quality judgment process usually takes two to three days, so that the stock cannot be released before the quality judgment is approved, that is, it is registered in WMS as a pending stock, and it can be released after it is approved by the quality judgment. In other words, inventory is converted from the warehouse management server to available stock.

Next, during the goods issue process, first confirm whether the order from the customer is confirmed, and when the order is confirmed, the office manager can interface with the WMS system of the computer terminal to work order on the WMS so that work orders can be made to the RF terminal in the field. Do it.

Here, the work order is given in order from the product first obtained from the production date for each product stored in the pre-approval work, so that the leading management of the product by first-in-first-out is possible.

In the field, the picking work is performed by the work order of the RF terminal. When the barcode or the document number of the order release slip issued by the customer is input to the RF terminal, the work order of the corresponding product is displayed. And the worker proceeds according to the instructions according to work instructions such as trade name, product name, location of product, location of designated loading station, etc. to be displayed on the screen of the RF terminal. It becomes possible.

When the worker at the factory site operates a forklift truck at a corresponding location, the product is picked up from the location where the product is located, and only the available stock is delivered to the factory, and the pending stock is not delivered to the work order. Therefore, the worker at the site must pick the product at the designated location and the information is to be picking from the first product that is registered among the pre-registered production dates. In this work, especially if the product loaded on the pallet is designated as one lot and picked into a single box, the modification can be performed on-site with the RF terminal, and the lot is modified as much as the amount picked. This becomes possible.

 For example, if 100 boxes are one pallet and designated as one lot, only 30 boxes are picked and the pallet ID is corrected through the RF terminal. It becomes the pallet ID registration that is LOT

When the picking operation is completed, the palletized product is moved to a separate warehouse for loading and using a forklift. In these loading sites, loading operations are performed for each relevant customer, and even when loading a product on a designated vehicle, the pallet ID of the corresponding product is scanned to complete loading.

At this time, the office manager inquires the WMS screen through the computer terminal and monitors the status of the loading operation through the RF terminal on the day.The monitor contents include the name of the loading vehicle, the loading time, the loading product, the delivery destination, and the final loading operation is completed. The office manager will perform a confirmation of the goods issue.

On the one hand, in the inventory management process, as explained above, the stock of the confirmed goods is divided into the stocks held before the quality check and the available stocks after the quality check.

The quality determination is usually carried out by the factory technical team, the determination result is interfaced to the WMS screen by the production related program of the factory. Therefore, the worker in the field can query the inventory information of the site from time to time RF terminal. At this time, the stock held and available stock allows all of the inventory can be viewed on the inventory information inquiry screen so that the actual inventory can be identified at once. In addition, inventory status can be searched in real time through the inventory status inquiry of the status registered as inventory by work stage, and the field worker can check whether the stock is matched with the real and the computer.

For this inventory inspection, the site can scan the barcode of the location where the product is loaded with the RF terminal and input the inventory of the actual site. Therefore, the office manager aggregates the inventory result on the WMS screen. By accurately grasping the difference (451) between the real inventory and the computerized inventory, it is possible to clearly manage the on-site inventory by clearly distinguishing the difference into a match and a mismatch. At this time, the inventory inspection history can be configured to appear for each work step, it is possible to view the work progress status.

On the other hand, in the inventory status inquiry, the product name, quantity, production date, production time, takeover, pallet ID number, etc. of the products placed in each rack can be inquired in real time on the office WMS screen. For example, even if a product shipped from a factory is in circulation on the market, when the production date of a product engraved in a product box is inquired on the RF terminal of WMS, it is possible to inquire where the original shipment is made and who did the shipment. Therefore, the lot tracking of the product can be easily used.

This lot tracking has the effect of preventing price dumping through the distribution path confirmation, and quick product recall.

On the other hand, in the inventory management process, it is possible to move the inventory of the location. That is, if a product is moved to another location for another reason from the corresponding location, product scanning and location scanning are performed using the RF terminal, and if the same operation is performed for the moving location, the inventory movement will be reflected on the WMS screen. Therefore, inventory movements can efficiently improve location loading and storage of products.

In the above logistics management process, in terms of inventory management and leading management, it is inverted based on the expiration date to designate long-term stay inventory, and if it is exceeded again, it configures the logic to be automatically registered on the WMS screen as a banned product. You can check inventory at once through the inquiry screen and manage inventory. For example, a product with a shelf life of six months is automatically registered as a release control product when two months have elapsed from the date of production so that the product can be inquired separately. If it is designated as the release control product, the release order is not issued from the RF terminal through the WMS, so that a complete work is performed.

According to the present invention, the first-in, first-out operation is possible for food products, the freshness is important, there is an advantage to easily grasp the status of each production date and production time and the actual loading position by palletizing by product, on-site On-site responsible work is possible by registering the real name of the RF terminal.

In addition, according to the present invention, the inventory can be identified in real time within the shortest time, and not only perfect inventory management, but also data of the production date and production time of each product are registered, thereby facilitating the distribution lot of the shipped product.

In addition, according to the present invention, the work progress can be checked in real time in the office step by step in the field work, and the error is minimized by immediately checking the work error, and it takes only a certain investment cost at an initial stage, and continuously without additional investment for operation. Stable operation and work efficiency can be increased.

As mentioned above, although this invention was demonstrated with reference to the specific preferable embodiment, this invention is not limited to the above-mentioned embodiment, and is common knowledge in the technical field to which this invention belongs within the range which does not deviate from the summary of this invention. Various changes and modifications can be made by a person having

Claims (7)

Installed on the production line and communicated with the warehouse management system (WMS) equipped with a warehouse management server (WMS) that efficiently controls the operation of the warehouse by always knowing the exact loading position of the products in the warehouse, and the computer terminal for the office manager who performs the execution. A computer terminal of a production line connected to a warehouse management server through a network to manage and control product production; A label output device installed to communicate with the production line computer terminal, the label output device for recording and issuing information of the product on an RF label by a control signal of the production line computer terminal; An RF transmission server that collects wirelessly received information from a plurality of RF terminals and transmits them to a warehouse management server through a network, and wirelessly transmits control signals or data of the warehouse management server to a plurality of RF terminals; A plurality of pallets uniquely assigned to each pallet into which a product is loaded, and wirelessly read and transmit information recorded on the label to an RF transmission server, and wirelessly receive and display control signals or data received from the RF transmission server. RF terminal; Collect the label information, pallet ID and location information of each product wirelessly received from the RF terminal through the RF transmission server, and manage the goods receipt and loading by pallet ID for the produced product, inventory management by quality determination result for the goods received, and order It includes a warehouse management server to control the release management for each production date for the product, and store the receipt / inventory / release management information in a database to manage the receipt / inventory / release of the storage products in the warehouse in real time, The warehouse management server, Collect the label information, pallet ID and location information for each product received through the RF transmission server to control the receipt and loading management for each pallet ID for the produced product, and store the receipt management information in a database to store products in the warehouse A receipt processing module for managing the receipt and loading of the goods in real time and outputting the product detail information acquired to the computer terminal of the office manager; It collects label information, pallet ID, and location information of each product received through the RF transmission server to control inventory management for each quality determination result of goods received, and stores the inventory management information in a database to store the product in the warehouse. An inventory management module that manages inventory operations in real time, and prevents shipment of long-term stocks by real-time inventory of products stored in the warehouse and management of expiration dates for each location; And a shipment processing module for controlling the release management for each production date of the ordered product received through the RF transmission server, and storing the release management information in a database to manage the release operation of the stored product in the warehouse in real time. Logistics management system of factory products using wireless terminal and pallet identifier. delete The method of claim 1, wherein the RF label, A product management information including a product name, quantity, and issuing time is recorded, and a logistics management system of a factory-produced product using a wireless terminal and a pallet identifier, characterized in that it is issued as an adhesive sticker to be attached to a pallet. The method of claim 1, wherein the RF label, Logistics management system of a factory-produced product using a wireless terminal and a pallet identifier, characterized in that an RF label to be attached to each pallet is issued considering the amount of boxes loaded in a certain unit per one pallet unit as one lot. . The method of claim 1, wherein the product description information related to the acquisition, Logistics management system of a factory-produced product using a wireless terminal and a pallet identifier, characterized in that it includes the name of the buyer, pallet ID number, product name, quantity, serial number. A label output device is installed on the computer terminal of the production line that manages and controls the production of the product. The label output device is installed to record and publish the information of the product on the label. In the logistics management method of a factory-produced product using a wireless terminal and a pallet identifier which wirelessly reads the assigned pallet ID and the information recorded on the label and transmits them to the warehouse management server through an RF transmission server. (a) a registration step in which the warehouse management server sets a current time in advance to register product production schedule information and pallet ID information in the warehouse to be produced on the production line in a database of the warehouse management system (WMS) in advance; (b) the warehouse management server confirms whether or not the product is produced through the computer terminal, and instructs issuance of an RF label recording the produced product information, and the label issuance information on the label output device and the product production information on the computer terminal. A storage step of receiving and storing in a database of the warehouse management system (WMS); (c) The warehouse management server receives label information, pallet ID, and location information read from the RF terminal in the warehouse through the RF transmission server to process the product acceptance and loading information in the warehouse on-site, and the computer A acceptance processing step of determining whether the acceptance processing is determined by comparing the product production information received from the terminal; (d) The warehouse management server checks whether there is a product release order from a customer, and releases the products in order from the first product obtained from the production date for each product stored in the acceptance processing step preprocessed by the RF terminal in the warehouse. Logistics management method of a factory-produced product using a wireless terminal and a pallet identifier, including the goods issue management step instructing. The method of claim 6, (e) The warehouse management server checks whether the quality determination result information for the product for which the acceptance processing is confirmed is received from an external terminal through a network, and holds the acceptance processing finalized product according to the received quality determination result. Or a stock management step of carrying out a stock conversion to available stock.

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