KR101758053B1 - Management system using POS system - Google Patents

Abstract

The present invention relates to a logistics integrated management system using a force system capable of accurately grasping a goods receipt quantity, a goods quantity and an inventory quantity using a force system and efficiently managing a customer, A product scanning unit scanning the unique identification code of the product at the time of shipment to obtain the shipment information including the shipment quantity per product and the shipment date, An inventory management unit for generating and managing sales quantity data, current high data, and stable inventory data of the goods in order to grasp the inventory status of the goods with reference to the goods receipt information and warehouse information acquired through the product scanning unit; An order management unit for selecting a corresponding product and automatically ordering a customer of the product when the current price is lower than a predetermined stable stock with reference to the stock status of the product identified through the inventory management unit; And a customer management unit for scanning the unique identification code of the customer card through the product scanning unit at the time of shipment of the goods and managing the customer detailed information including the accumulated purchase amount for each customer, the purchase date, the number of purchased items, and the reserve money It is technically essential.

Description

{Management system using POS system}

The present invention relates to a logistics integrated management system using a force system, and more particularly, to a logistics management system using a force system capable of accurately grasping a goods receipt quantity, a goods quantity, and a stock quantity by using a force system, And a logistics integrated management system.

Generally, a POS (Point of Sales) system is a system for recording the sales result of a product installed at a cashier's account such as a large discount store, a supermarket, and a convenience store. It is a system that processes data with a computer and is generally called a 'point-of-sale information management system'.

This POS system is a system that intensively manages sales information by instantly recording information about sold products at the time of sale. It is a store sales system that connects the store's order processing system and the manager's main computer online, Analysis, and evaluation to double your future customer responsiveness.

In other words, the barcode or OCR tag (price tag for optical character decode device) is attached to the product, and the price is automatically calculated by reading it with a scanner, and at the same time, all information about the product is collected and inputted. It is a key to enable the store automation of the distribution service industry such as bookstore, and it is possible to systematically manage various sales information, thereby increasing the turnover of the product and maintaining the proper amount of inventory. Trends in sales of new products and promotional products, trends in popular products and non-sales killings, sales trends with similar products and competitive products, analysis by purchasing customer, analysis by time, analysis of sales price and sales volume, It is a system that can grasp the effect of advertisement and establish production plan, sales plan, advertisement plan.

However, in the logistics system using the POS system of the related art, in order to grasp the inventory status, the current inventory status of the relevant article is retrieved from the server computer, and then the retrieved inventory status is output to go to the warehouse The process for identifying the inventory status is dependent on a passive individual check that is performed one by one by the repetitive movement of the manager, so that a check process for checking the inventory status is ineffective.

In addition, since the error rate is high due to the manual check of the manager, it is difficult to grasp the accurate inventory status.

In order to solve these problems, it is necessary to develop a logistics integrated management system using a force system that prevents errors from occurring and efficiently grasps accurate inventory status.

Korean Patent Publication No. 10-2001-0081790 (Aug. 29, 2001)

It is an object of the present invention to provide a logistics integrated management system using a force system capable of preventing an error from occurring and efficiently grasping accurate inventory status.

Meanwhile, the object of the present invention is not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood from the following description.

In order to achieve the above object, the integrated logistics management system using the POS system according to the present invention scans a unique identification code of a product at the time of goods receipt at the warehouse to obtain goods receipt information including the goods receipt quantity and the receipt date, A product scanning unit that scans the unique identification code and obtains the product information including the product quantity and the product date by product; An inventory management unit for generating and managing sales quantity data, current high data, and stable inventory data of the goods in order to grasp the inventory status of the goods with reference to the goods receipt information and warehouse information acquired through the product scanning unit; An order management unit for selecting a corresponding product and automatically ordering a customer of the product when the current price is lower than a predetermined stable stock with reference to the stock status of the product identified through the inventory management unit; And a customer management unit that scans the unique identification code of the customer card through the product scanning unit at the time of shipment of the product and manages the customer detailed information including the cumulative purchase amount, purchase date, number of items to be purchased, and reserve for each customer.

A sample image storage unit for photographing and storing a sample image of the product in advance; A first quantity input unit for receiving a first quantity of the goods to be shipped while the goods are scanned by the goods scanning unit at the time of shipment from the store; A shipment commodity photographing module for photographing the commodity shipped from the shipment and converting the image into a shipment commodity image for confirming the quantity of the commodity shipped and a shipment quantity extracting unit for extracting the second quantity of the shipment commodity from the shipment commodity image A second quantity photographing section including a module; An error determination unit for determining an error of the first quantity based on the second quantity when the first quantity and the second quantity do not match; And an error notification unit notifying the error of the first quantity through the error determination unit.

The error determination unit may include an inventory quantity calculation module that calculates a first inventory quantity based on the inventory quantity and the first quantity when the first quantity and the second quantity match, And an inventory quantity comparison module for determining that the inventory quantity of the product is completed if the actual inventory quantity matches, and determining that a product scanning error has occurred at the time of goods receipt of the product when the first inventory quantity and the actual inventory quantity do not match .

The error determination unit may further include at least one of an inventory quantity input module for inputting the actual inventory quantity present in the store or an inventory goods photographing module for photographing inventory items in the store in real time.

A customer ranking unit for sequentially ranking ranks of customers based on the customer detail information of the customer management unit; And a customer rating designation unit for extracting a customer at the top of the ranking and designating the customer as an excellent customer, and extracting a customer belonging to the lowest ranking among the candidates and designating the customer as a defective customer.

The customer rating unit may further include a purchase amount determination module for extracting a customer whose cumulative purchase amount is greater than a preset cumulative purchase amount in the customer detail information and designating the customer as a superior customer, A purchasing count determining module for extracting a purchase date in a period to determine a number of visits, extracting a customer having the number of times of the extracted visit greater than a predetermined number of visits, and designating the customer as a superior customer; A plurality of modules for selecting a good customer from among a plurality of modules that are selected from among the purchase amount determination module, the purchase number determination module, and the purchase quantity determination module, And an excellent customer reference selection module for selecting a customer specification criterion .

The customer detail information further includes a cumulative refund amount, a refund date, and a refunded commodity quantity, and the customer classifying section extracts a customer whose cumulative refund amount is greater than a preset cumulative refund amount in the customer detail information, A refund date determination module for determining a refund date within a predetermined period based on the date of refund in the customer detail information to identify the number of refunds and extracting a customer whose refund number is greater than a preset number of refunds A refund quantity determining module for extracting a customer having a refund quantity greater than the predetermined refund quantity and designating the customer as a defective customer in the customer detail information; The number of defective customers is determined so that the defective customer is designated as one of the module for determining the number of times or the module for determining the quantity of products to be refunded It characterized in that it further comprises a standard definition bad customer based selection module for selecting the.

In addition, the customer class designation unit may include an addition / subtraction module for subtracting the criterion of designation of the defective customer from the criterion of designation of the superior customer, or adding the criterion of specification of the customer to the specification of the defective customer, Or a ranking changing module for changing the ranking.

In addition, a goods receipt product photographing module for photographing a commodity received at a store and converting the image into an image of the goods receipt image for confirming the quantity of the goods in the image, and a goods receipt quantity for extracting the receipt quantity of the goods receipt from the goods receipt image And an image pickup unit including an extraction module.

According to the solution of the above-mentioned problem, the integrated logistics management system using the POS system of the present invention includes an error judging unit for judging errors in the output quantity and the goods receipt quantity, so that it is possible to efficiently grasp the inventory status, It is possible to prevent the occurrence of errors and to accurately grasp the inventory status.

In addition, since the integrated logistics management system using the POS system of the present invention includes a customer rating designation unit for designating a customer rating according to the ranking and ranking of the customer rankings assigned to customers, it is possible to efficiently manage the customers according to the customer ratings There is an effect that can be.

In addition, the logistics integrated management system using the POS system of the present invention can change the customer class or rank through the customer class designation unit, thereby improving the fairness and equity of the customer class and ranking.

1 is a block diagram illustrating a logistics integrated management system using a force system according to a first embodiment of the present invention.
FIG. 2 is a block diagram showing a logistics integrated management system using a force system according to a second embodiment of the present invention.
3 is a block diagram illustrating an error determination unit according to a second embodiment of the present invention.
4 is a block diagram showing a logistics integrated management system using a force system according to a third embodiment of the present invention.
FIG. 5 is a block diagram illustrating a customer rating assigning unit according to a third embodiment of the present invention.
FIG. 6 is a block diagram illustrating a customer rating assigning unit according to a fourth embodiment of the present invention.
7 is a flowchart illustrating a logistics integration management system using a force system according to embodiments of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described below, but may be embodied in various different forms, and these embodiments are not intended to be exhaustive or to limit the scope of the present invention to the precise form disclosed, It is provided to inform the person completely of the scope of the invention. And the terminology used herein is for the purpose of illustrating embodiments and is not intended to be limiting of the present invention. The singular forms herein include plural forms unless the context clearly dictates otherwise.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Brief Description of Drawings FIG. 1 is a block diagram of a computer system according to an embodiment of the present invention; FIG. 2 is a block diagram of a computer system according to an embodiment of the present invention; FIG.

1 is a block diagram illustrating a logistics integrated management system using a force system according to a first embodiment of the present invention.

1, the integrated logistics management system using the force system according to the first embodiment of the present invention includes a product scanning unit 110, an inventory management unit 120, an order management unit 130, and a customer management unit 140 do.

The product scanning unit 110 scans the unique identification code of the product at the time of goods receipt at the store, acquires the goods receipt information including the goods receipt quantity and the receipt date by the product, scans the unique identification code of the product at the time of shipment, Lt; / RTI > Specifically, the unique identification code refers to a bar code assigned to each product, and the product scanning unit 110 for scanning the unique identification code may be a bar code reader (or a bar code scanner).

Although not specifically shown, a goods receipt module extracts the goods receipt quantity of the goods receipt from the goods receipt module and the goods receipt module, And a receipt quantity taking unit including an extracting module. It is possible to capture the goods receipt through the goods receipt module and to grasp the overall status of the goods upon receipt, and to automatically extract the receipt quantity from the goods receipt image through the goods receipt quantity extraction module, There is an advantage.

The inventory management unit 120 generates and manages the sales volume data, the current high data, and the stable inventory data of the goods in order to grasp the inventory status of the goods with reference to the goods receipt information and warehouse information acquired through the product scanning unit 110.

Specifically, the inventory management unit 120 generates sales amount data from the output quantity, subtracts the output quantity from the stock quantity, and automatically generates the present high data and stable inventory data. Here, the current stock refers to the existing stock quantity, and the stable stock refers to the stock quantity that must be stored in order to meet the demand. Stable inventories can also be referred to as appropriate inventories.

The order management unit 130 refers to the inventory status of the goods identified through the inventory management unit 120, and when the present high price is lower than the preset stable stock, the corresponding order is automatically selected by the customer. At this time, the merchandise information by the merchandise may be included in the merchandise information acquired by the merchandise scanning unit 110.

The customer management unit 140 scans the unique identification code of the customer card through the product scanning unit 110 at the time of shipment of the merchandise and stores the customer detailed information including the accumulated purchase amount per customer, the purchase date, do.

FIG. 2 is a block diagram showing a logistics integrated management system using a force system according to a second embodiment of the present invention.

2, the logistics integration management system using the POS system according to the second embodiment of the present invention includes a product scanning unit 110, an inventory management unit 120, an order management unit 130, a customer management unit 140, The first quantity input unit 220, the second quantity photographing unit 230, the error determination unit 240, and the error notification unit 250. The first quantity input unit 220, the second quantity photographing unit 230,

The sample image storage unit 210 photographs and stores a sample image of a product in advance. Specifically, the sample image storage unit 210 may store a sample image previously photographed and transmitted from a customer of the product, or may store a sample image photographed in advance from the store manager.

The first quantity input unit 220 inputs the first quantity of the goods to be shipped at the same time that the goods are scanned by the product scanning unit 110 at the store shipment.

The second quantity photographing unit 230 photographs the goods shipped from the store and images the goods into a goods shipment module 232 for converting the image into a shipment commodity image for confirming the quantity of the shipped commodities, And a shipment quantity extracting module 234 for extracting the second quantity.

At this time, by converting the image into an image that is a still image through the warehouse shooting module 232, the amount of memory and process usage of the warehouse shooting module 232 can be minimized. Also, since the output quantity is extracted from the output product image, more accurate output quantity than the output quantity extracted from the image can be obtained.

The error determination unit 240 determines the error of the first quantity based on the second quantity when the first quantity and the second quantity do not match.

For example, if the shipment item is a pencil, the first quantity of pencil is 5, and the second quantity of pencil is 6, the first quantity of pencil and the second quantity do not match, so that the second quantity of pencil The error of the first quantity of the pencil can be determined. That is, it can be confirmed that the first quantity input error of the first quantity input unit 220 is input.

The error notification unit 250 informs the error determination unit 240 of the error of the first quantity. Specifically, the error notification unit 250 notifies the first quantity input unit 220 of an error in inputting the first quantity, thereby inducing the first quantity re-input of the goods to be shipped to promptly solve the input error of the first quantity There is an advantage to be able to.

3 is a block diagram illustrating an error determination unit according to a second embodiment of the present invention.

3, the error determination unit 240 according to the second embodiment of the present invention includes an inventory quantity calculation module 242 and an inventory quantity comparison module 244.

The inventory quantity calculation module 242 calculates the first inventory quantity based on the inventory quantity and the first quantity when the first quantity and the second quantity coincide with each other. If the first quantity and the second quantity are identical, it may be that the quantity of the goods to be shipped is accurately grasped, but it is preferable to calculate the first quantity of stock to be compared with the actual quantity of stock to be described later .

When the first inventory quantity and the actual inventory quantity match, the inventory quantity comparison module 244 determines that the inventory quantity identification of the corresponding product is completed. If the first inventory quantity and the actual inventory quantity do not match, .

Specifically, when a product scanning error occurs at the time of receipt, there is an error due to an error in obtaining the quantity of goods received by the product scanning unit, an error of the product scanning unit itself, or a damage of the product unique ID code.

Furthermore, the error determination unit 240 may determine whether or not at least one of an inventory quantity input module (not shown) for receiving the actual inventory quantity present in the store or an inventory goods photographing module (not shown) As shown in FIG.

As described above, the error determination unit 240 including the inventory quantity input module or the inventory goods photographing module has an advantage that the actual inventory quantity to be compared with the first inventory quantity can be accurately grasped.

FIG. 4 is a block diagram showing a logistics integrated management system using a force system according to a third embodiment of the present invention, FIG. 5 is a block diagram showing a customer class designation unit according to a third embodiment of the present invention, FIG. 7 is a block diagram illustrating a customer rating assigning unit according to a fourth embodiment of the present invention; FIG.

4, the logistics integration management system using the POS system according to the third embodiment of the present invention includes a product scanning unit 110, an inventory management unit 120, an order management unit 130, a customer management unit 140 And a customer ranking assignment unit 310 and a customer classification specification unit 320. [

The customer ranking module 310 sequentially assigns rankings to customers based on the customer detail information of the customer management module 140.

The customer rating designation unit 320 extracts a customer at the top of the ranking and designates the customer as a superior customer, extracts the customer in the lowest ranking among the ranking, and designates the customer as a defective customer.

In this way, ranking is given to customers, and customer ratings are assigned according to ranking, so that customers can be utilized for customer management such as paying a reserve or a gift for each customer grade.

5, the customer rank designation unit 320 according to the third embodiment of the present invention includes a purchase amount determination module 321, a purchase count determination module 322, a purchased product quantity determination module 323, And an excellent customer criteria selection module 324.

The purchasing amount determination module 321 extracts a customer whose cumulative purchase amount is greater than a preset cumulative purchase amount in the customer detail information and designates the customer as a superior customer. At this time, it is desirable to specify a specific period (for example, one year) in order to confirm a more accurate cumulative purchase amount and designate a customer having a large accumulated amount of purchase in a specific period as an excellent customer. For example, if A customer's cumulative purchase amount for a certain period of a year is 1,120,000 won, B's cumulative purchase amount is 500,000 won, and the predetermined cumulative purchase amount is 1 million won, .

The purchase count determination module 322 determines the purchase count by extracting the purchase date within a predetermined period based on the purchase date in the customer detailed information, extracts the customers whose extracted purchase count is greater than the preset visit count, Specify. For example, if the predetermined period and the number of purchases are 1 year and 100, respectively, the number of purchases of the customer C is 120, and the number of purchases of the customer D is 80, the customer C is designated as a good customer.

The purchased goods quantity determination module 323 extracts the customers whose quantity of purchased goods is larger than the predetermined quantity of purchased goods in the customer detailed information, and designates them as excellent customers. At this time, it is desirable to designate a specific period (for example, one year) as a superior customer in order to confirm the more accurate number of purchased items, and to designate a customer having a large number of items to be purchased in a specific period. For example, if the number of items purchased by customer E is 100 for a certain period of time, the number of items purchased by customer F is 70, and the number of items previously purchased is 90, do.

The excellent customer criteria selection module 324 determines a superior customer designation so that the superior customer is designated as any one of the purchase amount determination module 321, the purchase number determination module 322, or the purchased product quantity determination module 323 Select.

It is possible to designate a customer having at least a cumulative purchase amount as a good customer as the purchase amount even if one of the preset purchasing amount, the number of purchases, or the number of the purchased goods quantity is met, It can be designated as an excellent customer, and a customer having a cumulative purchase amount and a purchase count of at least the number of purchased items can be designated as a good customer.

That is, even if only one of the pre-set cumulative purchase amount, the number of purchases, or the number of purchased goods quantity is satisfied, the customer can be designated as an excellent customer.

6, the customer rating designation unit 320 according to the fourth exemplary embodiment of the present invention includes a refund amount determination module 325, a refund count determination module 326, a refunded commodity quantity determination module 327, And a bad customer criteria selection module 328.

At this time, the customer detailed information according to the fourth embodiment of the present invention further includes a cumulative refund amount, a refund date, and a refunded commodity quantity.

The refund amount determination module 325 extracts a customer whose cumulative refund amount is greater than the predetermined cumulative refund amount in the customer detail information and designates the customer as a defective customer. At this time, it is desirable to designate a specific period (for example, one year) to confirm a more accurate cumulative refund amount, and to set a customer who has a cumulative refund amount in a specific period as a defective customer. For example, if a customer's cumulative refund amount for a certain period of one year is $ 250, the customer's cumulative refund amount is $ 100, and the pre-established cumulative refund amount is $ 200: .

The refund frequency determination module 326 extracts a refund date within a predetermined period based on the refund date from the customer detail information to determine the refund frequency, extracts a customer whose refund frequency is greater than the predetermined refund frequency, . For example, if the predetermined period and the number of refunds are 1 year and 20, respectively, the number of refunds for customer c is 25, and the number of refund for customer d is 10, the customer c is designated as a defective customer.

The refunded commodity quantity determination module 327 extracts the customers whose refunded commodity quantity is greater than the preset refunded commodity quantity in the customer detailed information and designates the customer as a defective customer. At this time, it is preferable to designate a specific period (for example, one year) to identify more accurate number of refunded items, and designate a customer having a large number of refunded items within a specific period as a defective customer. For example, if the number of e-commodity refunds confirmed for a certain period of one year is 30, the quantity of refunded commodities for f-customer is 10, and 25 for the predetermined number of refunded items, do.

The bad customer criteria selection module 328 sets a criterion for specifying a bad customer so that a bad customer is designated as any one of the refund amount determination module 325, the refund count determination module 326, or the refunded commodity quantity determination module 327 Select.

As a result, customers who have at least a cumulative refund amount can be designated as a defective customer, and a cumulative refund amount can be designated as a defective customer with at least a large number of refunds. If the cumulative refund amount and the refund amount are at least the amount Many of these customers can be designated as bad customers.

That is, even if only one of the pre-set cumulative refund amount, the refund frequency, or the refund quantity quantity criterion is satisfied, the defective customer can be designated as a defective customer.

In addition, the customer rating designation unit 320 may include an addition / subtraction module (not shown) for subtracting the criterion of bad customer designation to a standard of good customer designation, or adding a standard of good customer designation to the criterion of bad customer designation, A rank change module (not shown) for changing the customer rank or ranking. At this time, it is desirable to designate a specific period in order to change the ranking with an accurate reference. That is, by changing the customer rank or ranking by reflecting the criterion of good customer designation and the designation of bad customer designation per specific period, the good customer can be designated as a bad customer, and the bad customer can be designated as a good customer. Thereby, there is an advantage that the fairness and equity of the customer grade designation and ranking can be improved.

7 is a flowchart illustrating a logistics integration management system using a force system according to embodiments of the present invention.

The process of managing the logistics through the logistics integrated management system using the POS system according to the embodiments of the present invention will be described with reference to FIG.

First, at the store entrance of the merchandise, the merchandise scanning unit scans the unique identification code of the merchandise (S10) to acquire the merchandise receipt information.

When the product is shipped from the store, the product scanning unit scans the unique identification code of the product (S20) to obtain the shipping information. At this time, the first quantity input unit receives the first quantity of the shipped merchandise, (S30) and extracts the second quantity of the shipped merchandise.

Then, if the first quantity and the second quantity do not match (S40), the error determination unit checks the first quantity of error based on the second quantity, and determines that it is an output quantity of the shipped merchandise (S45) , The error notification unit notifies of the error of the first quantity.

On the other hand, if the first quantity and the second quantity coincide with each other (S40), the error determination unit compares the first inventory quantity with the actual inventory quantity (S50). At this time, if the first inventory quantity does not match the actual inventory quantity, it is judged to be a receipt quantity confirmation at the time of receipt (S55). If the first inventory quantity matches the actual inventory quantity, the inventory quantity identification is completed (S60).

The foregoing has outlined rather broadly the features and technical advantages of the present invention in order that the claims of the invention to be described below may be better understood. It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the foregoing detailed description, and all changes or modifications derived from the appended claims and their equivalents should be construed as being included within the scope of the present invention.

110:
120:
130: Order Management Department
140: Customer Management Department
210: Sample image storage unit
220: first quantity input section
230: second quantity photographing section
232: Goods shipment module
234: Output quantity extraction module
240: error judgment unit
242: Inventory quantity calculation module
244: Inventory quantity comparison module
250: error notification unit
310: Customer ranking
320: Customer Rating Government
321: Purchase amount judgment module
322: Purchase count determination module
323: Purchase item quantity determination module
324: Excellent Customer Base Selection Module
325: Refund amount determination module
326: Refund Count Determination Module
327: Refund item quantity determination module
328: Bad Customer Criteria Selection Module

Claims (9)

The unique identification code of the product is scanned to obtain the goods receipt information including the goods receipt quantity and the receipt date, and the unique identification code of the goods at the time of shipment is scanned to obtain the shipping information including the product quantity and the date of shipment A product scanning unit;
An inventory management unit for generating and managing sales quantity data, current high data, and stable inventory data of the goods in order to grasp the inventory status of the goods with reference to the goods receipt information and warehouse information acquired through the product scanning unit;
An order management unit for selecting a corresponding product and automatically ordering a customer of the product when the current price is lower than a predetermined stable stock with reference to the stock status of the product identified through the inventory management unit;
A customer management unit for scanning the unique identification code of the customer card through the product scanning unit at the time of shipment of the product to manage customer detailed information including a cumulative purchase amount for each customer, a purchase date, a number of items to be purchased, and a reserve;
A sample image storage unit for photographing and storing a sample image of a product in advance;
A first quantity input unit for receiving a first quantity of the goods to be shipped while the goods are scanned by the goods scanning unit at the time of shipment from the store;
A shipment commodity photographing module for photographing a commodity shipped from a store and converting the image into a shipment commodity image in the form of a still image for confirming the quantity of the commodity to be shipped and extracting a second quantity of the commodity from the shipment commodity image A second quantity photographing unit including a goods issue quantity extracting module;
An error determination unit for determining an error of the first quantity based on the second quantity when the first quantity and the second quantity do not match; And
An error notification unit for informing an error of the first quantity through the error determination unit to induce re-input of the first quantity of the goods shipped;
/ RTI >
The error determination unit
An inventory quantity calculating module for calculating a first inventory quantity based on the stock quantity and the first quantity when the first quantity and the second quantity match,
An inventory commodity photographing module for photographing stock commodities existing in a store in real time to grasp the actual quantity of stock,
If the first inventory quantity and the actual inventory quantity coincide with each other, it is determined that the inventory quantity identification of the corresponding product is completed, and if the first inventory quantity and the actual inventory quantity do not match, And an inventory quantity comparing module for comparing the inventory quantity with the inventory quantity comparing module. delete delete delete The method according to claim 1,
A customer ranking unit for sequentially ranking ranks of customers based on the customer detail information of the customer management unit; And
Further comprising a customer grade designation unit for extracting a customer at the top of the ranking and designating the customer as a good customer and designating the customer as a defective customer by extracting a customer belonging to the lowest ranking among the ranking, Management system. 6. The system according to claim 5,
A purchase amount determination module for extracting a customer whose cumulative purchase amount is greater than a predetermined cumulative purchase amount in the customer detail information and designating the customer as an excellent customer,
A purchase count determination module that extracts a purchase date within a predetermined period based on a purchase date in the customer detail information to determine a purchase count and extracts a customer having the extracted purchase count greater than a preset purchase count, and,
A purchase quantity determining module for extracting a customer whose quantity of purchased goods is greater than a predetermined quantity of purchased goods from the customer detail information and designating the customer as a superior customer,
And an excellent customer reference selection module for selecting a good customer designation criterion so that an excellent customer is designated as any one of the purchase amount determination module, the purchase number determination module, or the purchase product quantity determination module. Integrated Logistics Management System. 6. The method of claim 5,
The customer detail information further includes a cumulative refund amount, a refund date, and a refund item quantity,
The customer-
A refund amount determining module for extracting a customer whose accumulated refund amount is greater than a preset accumulated refund amount and designating the customer as a defective customer,
A refund frequency determination module for extracting a refund date within a predetermined period based on the refund date from the customer detail information to determine a refund frequency and extracting a customer whose refund frequency is greater than a preset refund frequency, and,
A refunded commodity quantity determination module for extracting a customer whose refunded commodity quantity is greater than a predetermined refunded commodity quantity within a specific period in the customer detailed information and designating the customer as a bad customer,
Further comprising a bad customer reference selection module for selecting a bad customer designation criterion so that a bad customer is designated as any one of the refund amount determination module, the refund count determination module, and the refunded product quantity determination module. Integrated logistics management system using. 8. The system according to claim 6 or 7, wherein the customer rating unit
An addition / subtraction module for subtracting the criterion of designation of the defective customer from the criterion of designation of the superior customer or adding the criterion of specification of the customer to the criterion of designating the defective customer,
Further comprising a rank change module for changing a customer rank or ranking through the add / drop module. The method according to claim 1,
A goods receipt product photographing module for photographing a merchandise received at a store and converting the goods into an image of an goods receipt for confirming the quantity of goods in the image, and a goods receipt quantity extracting module for extracting the receipt quantity of the goods receipt from the goods receipt image And an image pickup unit for picking up an image of the goods.

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