KR20020003617A - Management System and Method for Job Order Production by Suppling Product Design - Google Patents

Abstract

The present invention relates to a method for operating an order production by providing a design, the method comprising: registering information of a product to be produced, receiving a product from a member, and noting that the ordered quantity is less than the quantity that can be produced. To do that,

If the ordered quantity is within the available quantity, receiving payment during the payment period; if the ordered quantity is within the acceptable quantity, producing and delivering the product; and if the quantity paid is less than the quantity available Refunding the payment amount.

The present invention also provides a merchant database for registering member information, a product database for registering information of a product to be produced, an order database for registering information of an ordered product, and a transaction database for registering produced goods and delivery information. And an order manufacturing operation server for storing product information in a product database and receiving and producing an order.

According to the present invention as described above, the purchaser himself can select and produce the design directly, the buyer can determine the required amount of the product, and the quantity of the production by reducing the inventory of the producer.

Description

Management System and Method for Job Order Production by Suppling Product Design}

The present invention relates to order production, and more particularly, to a system and a method for registering a design of a product to be produced, receiving an order, producing and then delivering the product.

Unlike general consumer goods, fashion products have a short period of time when one product needs to be sold, and the value of the product drops rapidly and does not recover.

In other words, such a fashion product has a high risk of inventory, a short cycle from production to sale, and even if the same item (for example, jeans) has a significant difference in value depending on design and detail (decoration). There is a characteristic.

In addition, the seller needs to have a product of a design that is suitable for the customer in accordance with the characteristics of the store. Such a demand is increased when the customer's needs are diversified and personality is important.

The seller can return the unsold product, and the promotion needs to process the return of the product within a reasonable profit range.

Therefore, the present invention has been proposed to solve the above-mentioned problems, and the object of the promotion is to provide an order production operation system by providing a design that can register the information of the product to be produced.

In addition, an object of the present invention is to provide an order production operating system by providing a design that the user can select the design of the desired product.

In addition, an object of the present invention is to provide an order production operation system by providing a design that can order the return rate of the goods ordered by the orderer.

Furthermore, an object of the present invention is to provide an order production operation system by providing a design that allows a user to collect orders from a member and produce a batch.

It is an object of the present invention to provide an order production operation system by providing a design that allows fashion products to be distributed evenly according to regions by limiting the quantity of product orders according to the region of the seller placing the order.

1 is a block diagram showing the configuration of the order production operating system and the method by providing a design according to an embodiment of the present invention,

2 is a view schematically illustrating a data registration procedure by a promotion and a seller in an order production operation system by providing a design according to an embodiment of the present invention;

3 is a view showing the structure of the database shown in FIG.

4 is a view showing an example of a sample order processing according to an embodiment of the present invention,

5 is a view showing another example of a sample order processing according to an embodiment of the present invention;

6 is a view showing an example of the main order processing according to an embodiment of the present invention,

7 is a view showing another example of the main order processing according to an embodiment of the present invention,

8 is a view showing an example of the steps from order to return processing according to an embodiment of the present invention,

FIG. 9 is a diagram illustrating a relationship between a retail index according to profit and a return rate when a product cost is 10,000 KRW in the retail index registration step illustrated in FIG. 6 or 7;

10 is a view showing a service menu provided in the order production operating system by providing a design according to an embodiment of the present invention,

11 is a view showing in detail the promotional service shown in FIG.

12 is a detailed view of the merchant service shown in FIG. 9;

FIG. 13 is a flowchart illustrating a detailed product order registration step in the sample product order or main product order service shown in FIG. 12;

FIG. 14A is a view schematically showing a design selection structure in the design selection step shown in FIG. 13;

FIG. 14B is a view schematically showing the structure of a design selected in the design selection step shown in FIG. 13;

FIG. 15 is a view showing an example of a screen in design selection shown in FIG. 14;

16 is a view showing another example of the processing of the unsold return step shown in FIGS. 6 and 7.

<Description of Symbols for Main Parts of Drawings>

110: dealer database 120: promotion database

130: product database 140: order database

150: transaction database 160: order manufacturing operation server

170: Internet 180: Promotional Computer

190: Merchant Computer 200: Member Computer

210: Nonmember Computer

Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. 1 to 14.

1 is a block diagram showing the configuration of a custom production operation system and method by providing a design according to an embodiment of the present invention. In the drawings, reference numeral 110 is a seller database, 120 is a promotional database, 130 is a merchandise database, 140 is an order database, 150 is a transaction database, 160 is a freelance / designer database, 170 is an order manufacturing operation server, 180 is an internet, 190 is a promotion. A computer, 200 represents a merchant computer, and 210 represents a nonmember computer.

The dealer database 110 stores information of a seller (a wholesaler or a retailer subscribed as a member). And the promotion database 120 receives the production of clothing, miscellaneous goods (for example, bags, shoes, etc.) from the seller and stores the information of the company that orders the production management to the manufacturer. In addition, the product database 130 stores the design information of the product designed by the freelancer or designer, and stores the product information of the design to be produced from the promotion company.

The order database 140 stores the order details selected by the seller as a product to be searched and supplied to the product database 130. In addition, the transaction database 150 stores the information of the details that are manufactured and provided to the orderer.

Meanwhile, the freelancer / designer database 160 stores information of a designer or freelancer who contracts with a promotion company or acts independently.

Such a database (110 to 160) is composed of a database management program such as SQL, for example.

In the drawing, the order production server 160 is a domain server, for example, a workstation or a Pentium computer. The operating system (OS) of the order manufacturing operation server 160 is composed of a network and domain management program.

The order manufacturing operation server 170 is to provide a service through the Internet 180, as shown in the figure. Then, the promotion 190, the seller 200, and the non-member 210 may be provided with a service by connecting to the server 170 through a computer and the Internet 180, for example.

2 is a diagram schematically illustrating a data registration procedure by a promotion and a seller in an order production operation system by providing a design according to an exemplary embodiment of the present invention.

The promotion 180 first registers information, such as a design, a quantity, a period, and a price of a product to be produced, in the product database 130.

Then, the seller 190 inquires the information registered in the product database 130 and orders the product to be provided. As such, the product information (eg, order date, product code, quantity, etc.) ordered by the seller 190 is registered in the order database 140. The promotion 190 inquires the order goods registered in the order database 140, manufactures the goods, registers them in the transaction database 150 and delivers them to the orderer 200.

The inquiry and order processing by the merchant 200 are performed by a script program of, for example, Explorer or Netscape, which runs on the merchant's computer.

3 is a view showing the structure of the database shown in FIG. 3 (A) shows a sales database, (B) shows a promotion database, (C) shows a product database, (D) shows an order database, and (E) shows a structure of a transaction database.

As shown in the figure, the dealer database 110 is composed of fields such as member code, password, company name, representative, telephone number, region, point, grade. The promotion database consists of fields such as promotion code, password, company name, representative, and telephone number. In addition, the product database 130, product code, classification, product name, promotional code, brand name, style, color, size, sensitivity, gender, age, minimum production quantity, maximum production quantity, order number, price, order start date, order It consists of fields such as due date, payment due date, and due date. The order database 140 is composed of fields such as order code, order type, order date, product code, member code, promotion code, style, color, size, quantity, unit price, amount, payment method, deposit date, delivery destination. The transaction database 150 is composed of fields such as transaction code, member code, promotion code, delivery date, delivery quantity, return quantity, return date, return amount, withdrawal date, and the like.

4 is a view showing an example of a sample order processing according to an embodiment of the present invention. Here is an example of receiving an order first and receiving payment once the production quantity is secured. Here, the sample order is an example of a case where the order quantity is limited to a small quantity and there is no discount benefit proportional to the order quantity.

First, the promotion registers design information about the brand name, style, color, size, sensitivity, and gender of the product to be manufactured, and quantity information about the minimum production quantity and the maximum production quantity (S112).

When the registration of the information by the promotion is made in this way, the order manufacturing operation server 170 receives the order by providing the registered information to the seller 200 (order). The server 170 accumulates the quantity of the ordered goods in the order number field of the product database, checks whether the quantity remains within the maximum production quantity (S114), and receives the quantity within the remaining quantity (S116). Such an order is made from the order start date of the product database 130 to the order deadline (S118). The order history by the merchant 200 is registered in the order database 140.

Subsequently, the server 170 determines whether the ordered quantity (the value of the order quantity field of the product database) is equal to or greater than the quantity registered in the minimum production quantity (S120).

In this case, if the ordered quantity is more than the minimum production quantity, it is scheduled to produce the corresponding product, and the order members are notified that the minimum quantity that can be produced and the payment request (S122).

And receives the payment from the order member (S123). When the payment is made for the order as described above, the payment information is registered in the payment method and the deposit date field of the order database 140. Such payment is made up to the date registered in the payment deadline field of the product database 130.

After the settlement deadline, the server 170 determines whether the settled order is made by the minimum production quantity of the product database 130 (S124). At this time, if the order is settled or more than the minimum production quantity, the order member is secondly informed that the quantity is secured (S125), and then the manufacturer to manufacture the product (S126) and delivers to the orderer when the production is completed (S128).

If the settled order is less than the minimum production quantity, the order member is notified that the quantity is not secured (S134) and after canceling the production schedule (S135), the price paid from the orderer is refunded (S136).

On the other hand, if the ordered quantity is less than the minimum production quantity, the order of goods is notified to the orderer that the minimum production quantity is not secured (S130), to cancel the production schedule (S132).

5 is a view showing another example of a sample order processing according to an embodiment of the present invention. Here is an example of receiving payment at the same time as a sample order. Similarly, the sample order is an example of a case where the quantity of the order is limited to a small quantity and there is no discount in proportion to the quantity of the order.

First, the promotion registers the design information about the brand name, style, color, size, sensitivity, and gender of the product to be manufactured, and the quantity information about the minimum production quantity and the maximum production quantity (S152).

When the registration of the information by the promotion is made in this way, the order manufacturing operation server 170 receives the order by providing the registered information to the seller 200 (order). The server 170 accumulates the quantity of the ordered product in the order number field of the product database, checks whether the quantity remains within the maximum production quantity (S154), and receives the quantity within the remaining quantity (S156). The order is received by the seller 200, the payment (S158) order history and payment history is registered in the order database 140. Such an order is received by the order deadline of the product database 130 (S160).

After the order deadline, the server 170 determines whether or not the quantity (order number) ordered in the product database 130 is the minimum production quantity (S162). At this time, if the payment order is more than the minimum production quantity, the order member is notified that the quantity is secured (S164) and let the manufacturer manufacture the goods (S166). And when the production is complete and delivers to the orderer (S168). If the settled order is less than the minimum production quantity, the order member is notified that the quantity has not been secured (S170), and then canceled the production schedule (S172), and the price paid from the orderer is refunded (S174).

6 is a view showing an example of the main order processing according to an embodiment of the present invention. Here is an example of receiving an order from a seller first and receiving a payment when a production quantity is secured. In addition, the main order here is an example of a case that can be ordered without being limited in quantity and there is a discount in proportion to the order quantity.

First, the promotion registers the design of the product to be manufactured (S212). In this case, enter general information such as brand name, style, color, size, sensitivity, and gender of the product. Subsequently, the promotion inputs the minimum production quantity and the maximum production quantity as quantity information of the product to be manufactured (S214). The promotion registers information of the retail price and the retail index (S216). The retail index is a ratio of profit to retail price.

Subsequently, in the case of discounting the retail price according to the order quantity, the promotion inputs the quantity and price to which the discount is applied (S218). And if the retail price is applied differently according to the rate of return after sale in the seller to register the return rate and the price (S220).

As such, when the registration of the information by the promotion is completed, the order manufacturing operation server 170 receives the order by providing the registered information to the seller 200 (order). The server 170 accumulates the quantity of the ordered product in the order number field of the product database, checks whether the quantity remains within the maximum production quantity (S222), and receives the quantity within the remaining quantity (S224). Such an order is made from the order start date of the product database 130 to the order deadline (S226). The order history by the merchant 200 is registered in the order database 140.

The server 170 determines whether the order number of the product database is equal to or greater than the quantity registered in the minimum production quantity (S228). At this time, if the ordered quantity is more than the minimum production quantity is scheduled to produce the product and the order members will be notified that the minimum quantity that can be produced and payment request (S230).

And the server 170 receives a payment from the order member (S231). When the payment is made for the order as described above, the payment information is registered in the payment method and the deposit date field of the order database 140. The payment is made up to the date registered in the payment deadline field of the product database 130.

When the settlement deadline is over, the server 170 determines whether the settlement order is as much as the minimum production quantity of the product database 130 (S232). If the settled order is more than the minimum production quantity, by applying a discount rate according to the order quantity is accumulated in the point field of the merchant database by the discount amount (S234). At this time, the order member can be notified secondly that the quantity is secured.

The promotion continues to allow the manufacturer to produce a product (S236), and when the production is complete to deliver to the orderer (seller) (S238). When the seller returns due to the defect of the delivered product, the product is returned within a predetermined period (for example, 3 days) (S240). In addition, it is processed to be returned for a predetermined period for the inventory that was not sold at the seller (S242).

If the order is less than the minimum production quantity, cancel the production schedule (S248) and refund (S250).

On the other hand, if the ordered quantity is less than the minimum production quantity ordered to inform the orderer that the minimum production quantity of the product is not secured (S244), to cancel the production schedule (S246).

7 is a view showing another example of the main order processing according to an embodiment of the present invention. Here is an example of receiving payment while receiving an order from a seller. In addition, the main order here is an example of a case that can be ordered without being limited in quantity and there is a discount in proportion to the order quantity.

First, the promotion registers the design information of the product to be manufactured (S252). The design information becomes general information such as a brand name, a style, a color, a size, a sensitivity, and a gender of the product. The promotion then inputs the minimum production quantity and the maximum production quantity as product quantity information (S254). In addition, the promotion registers the information of the retail price and retail index (S258). The retail price index is shown as a ratio of profit to retail price, as shown in FIG.

Subsequently, when the promotion discounts the retail price according to the order quantity, the promotion inputs the quantity to which the discount is applied and the discounted retail price (S260). And if the retail price is applied differently according to the rate of return after sale in the seller to register the return rate and the price (S260).

As such, when the registration of the information by the promotion is completed, the order manufacturing operation server 170 receives the order by providing the registered information to the seller 200 (order). The server 170 accumulates the quantity of the ordered product in the order number field of the product database, checks whether the quantity remains within the maximum production quantity (S262), and receives the order within the remaining quantity (S264). In this case, payment is made for the amount of goods ordered from the seller (S266). Such an order is made from the order start date of the product database 130 to the order deadline (S268). The order history by the merchant 200 is registered in the order database 140.

Subsequently, the server 170 determines whether the order number of the product database is equal to or greater than the quantity registered in the minimum production quantity (S278). At this time, if the ordered quantity is more than the minimum production quantity is scheduled to produce the goods and the order members will be notified that the minimum quantity that can be produced and payment request (S272).

The server 170 applies the discount rate according to the order quantity of the seller and stores the discount amount in the point field of the seller database (S274).

The promotion continues to allow the manufacturer to produce goods (S276), and when the production is complete, deliver to the orderer (seller) (S278). When the seller returns due to the defect of the delivered product, the product is returned within a predetermined period (for example, 3 days) (S280). In addition, it is processed to be returned for a predetermined period of inventory for which the seller did not sell (S282).

On the other hand, if the ordered quantity is less than the minimum production quantity, the order of goods is notified to the orderer that the minimum production quantity was not secured (S284), and canceled the production schedule (S286) and refund processing (S288) .

8 is a view showing the steps from order to return processing according to an embodiment of the present invention. 6 and 7, the description will be given by taking a discount according to the order quantity and ordering by applying a return rate for unsold goods.

As shown in the figure, the promotion registers a quantity and a price so that the product can be discounted according to the order quantity. For example, one T-shirt can be ordered for 15,000 won, 10 or more orders for 14,000 won per book, 20 or more orders for 13,000 won for a book, and 30 or more orders for 12,000 won for a book. The amount discounted above will be credited as points. At this time, the seller enters, for example, to purchase 12 T-shirts (S290).

The promotion also registers the return rate and price so that the retail price may be surcharged according to the return rate of the unsold inventory. For example, if there is no return (0%), you can order 15,000 won per sheet, 15,600 won for 10% returns, 16,300 won for 20% returns, and 17,100 won for 30% returns.

Then, the seller 200 orders the return rate for the product to be purchased in advance. That is, if the seller expects a return rate of 30% or more, the seller orders an T-shirt with a return rate of 30% (S292). Therefore, the price per piece of T-shirts will be applied at 17,100 won each.

On the other hand, the seller can return the stock when the stock is generated (unsold) within a predetermined period after selling the product. For example, in the above case, if 12 T-shirts are purchased and 10 are sold and two are not sold, the seller 200 may return two (S294). Then, the price 17,100 per sheet for the 30% return rate is applied, and 34,200 won is refunded to the seller (member) (S296).

FIG. 9 is a diagram illustrating a relationship between a retail index according to profit and a return rate when a product cost is 10,000 KRW in the retail index registration step illustrated in FIG. 6 or 7.

As shown in the figure, if the cost is 10,000 won and the return rate is 0%, the retail price index is registered as 1.50 and the retail price is 15,000 won (10,000 X 1.50). If the return rate is 10%, the retail index is 1.56, 20% is 1.63, 30% is 1.71, 40% is 1.83, and 50% is 2.00.

Likewise, if the cost is 10,000 won and the return rate is 0%, the profit of 30,000 won is registered and the retail index is registered as 4.00 and the retail price is 40,000 won (10,000 X 4.00). If the return rate is 10%, the retail index is 4.33, 20% is 4.75, 30% is 5.29, 40% is 6.00, and 50% is 7.00.

10 is a view showing a service menu provided in the order production operating system by providing a design according to an embodiment of the present invention.

As shown in the figure, the main service of the order production management system is composed of a promotion service 300, a merchant service 400, a subscription service 500, and additional information service 600.

Here, the promotion service 300 includes a service provided to a promotion company. Dealer service 400 also includes services provided to wholesale or retail apparel merchants. The merchant service 400 operates on a membership basis. That is, a merchant who wants to sign up as a seller will use the membership registration service 500.

In addition, the additional information service 600 provides promotion company introduction, designer and freelancer introduction, auction, street fashion, consulting, sales statistics, and the like.

11 is a view showing in detail the promotion service shown in FIG.

As shown in the figure, the promotion service is composed of a product information registration service 310, order information inquiry service 320, production / delivery information registration service 330, claim processing service 340.

Here, the product information registration service 310 services a registration step as shown in FIGS. 4 to 7. In addition, the order information inquiry service 320 provides an inquiry service for a product order history ordered from a seller.

In addition, the production / dividend information registration service 330 provides a registration service for the produced goods and delivered goods. Claim processing service 340 provides a service that can query and process claims received from vendors.

FIG. 12 is a detailed view of the merchant service shown in FIG. 10.

As shown in the figure, the seller service is a sample product ordering service 410, the main product ordering service 420, order processing history inquiry service 430, transaction history inquiry service 440, and claim registration service 450 It is composed of

Here, the sample product ordering service 410 provides a service for ordering sample products as described in FIG. 4 or FIG. 5. The sample product refers to a small amount of goods that can be ordered before ordering this product (main product).

In addition, the main product ordering service 420 provides a service for ordering a main product as described in FIG. 6 or 7. The main product refers to a large amount of goods that can be ordered for sale in a store. Such a main product can be discounted in price depending on the quantity ordered.

FIG. 13 is a flowchart illustrating a product order registration step in detail in the sample product order or main product order service shown in FIG. 12.

Prior to ordering the product, the seller first inquires the product database 130 (S411). In this way, while querying the product to select a product to order (S412), and selects the design for the product (S413).

The seller selects the quantity of goods to be ordered (S414), and inputs information on a place (delivery destination) where goods are to be received (S415).

When the product is selected by completing the order as described above, the order history is registered in the order database 140 (S417).

FIG. 14A is a view schematically showing a design selection structure in the design selection step shown in FIG.

As shown in the figure, the product design is composed of a basic design 700 and a type belonging to a predetermined option group. Options here refer to a group of options added to the basic design, such as style, color, size, and the like. Therefore, the number of types belonging to the option may vary depending on the number of designs that can be selected. In the figure, it can be seen that three types (821 to 825) can be selected from option n.

FIG. 14B is a view schematically showing the structure of the design selected in the design selection step shown in FIG.

As shown in the figure, the design 900 of the product selected by the seller (selective design) is a combination of the basic design 700 and type 800. Therefore, each seller 200 can freely order the desired design according to the characteristics of the seller, the preference of the customer. Information of the ordered goods in this way is registered in the order database 140. In this case, the server 170 may register the design of the product ordered by the arbitrary store in the product database 130.

FIG. 15 is a diagram illustrating an example of a screen in design selection shown in FIG. 14.

As shown in the figure, the product design is composed of a basic design 700 and an option 800. The option consists of a Color option, a Pocket option, and a Print option.

The Color option consists of white, gray, red, yellow, light blue and navy blue. The Pocket option also consists of None, Box, Round, and V types. The Print option consists of None, Brick, Honeycomb, and Nebula types.

Therefore, the orderer (seller) can order the product by freely selecting the type in each option belonging to the basic design.

At this time, if you want to put the product in the shopping cart, click the Add to cart button (720). After all of the products are selected, the order button 730 is clicked to complete the order.

On the other hand, the orderer clicks the order status button 710 for each region to check how much the currently selected design is ordered by region. Then, the server provides the order status for each region based on the product code, member code, and quantity information of the order database 140. The orderer inquires the order status of each region provided by the server in this way and orders the fashion products to be sold in the region of the seller. The area information is provided by inquiring the area field information of the dealer database (110).

16 is a view showing another example of the processing of the unsold return step shown in FIGS. 6 and 7.

Here, FIG. 16 (A) shows that the purchase price of the goods is paid from the seller 200 to the operator 170, and when the goods are delivered from the manufacturer 190 to the seller 200, the operator 170 receives the manufacturer 190. The following shows an example of payment of the amount excluding the return deposit.

16 (B) returns the unsold inventory of the seller 200 to the manufacturer 190, the operator pays the return deposit to the seller 200 and the manufacturer 190 according to a predetermined payment method. An example is shown.

In this case, the sales that are expected to be returned are described as an example in which a 50% return deposit is applied to the product. Therefore, the seller pays 150% of the price of the returned product. This return deposit may be priced at the operator's discretion.

In this case, when the seller 200 selects a return rate of 10% and purchases the goods, when the seller returns 10% of the goods, the operator pays 50% (the purchase price received from the seller) to the manufacturer 190. The price of 100% is refunded to the seller. If the seller 200 does not return, the manufacturer 190 pays the price except the return deposit, and the return deposit of 50% is refunded to the seller 200.

The present invention is to solve the problem that the conventional seller is required to have a product of a design suitable for the customer according to the characteristics of the store, the product that is not sold can not be processed within the proper profit range of the promotion, The buyer's own inventory can be reduced by allowing the buyer to choose and produce the design, allowing the buyer to determine the amount of product needed, and then gathering and producing the quantity.

Claims (45)

In a method of receiving an order through a terminal connected to a plurality of remote sites through a network, Registering information of the design of the product to be produced, the quantity of production, the settlement period, and the order period; Receiving an order from a member within a producible quantity during the order period based on the registered information; If the quantity of the ordered goods is less than the quantity that can be produced, notifying the ordering member that the quantity of production is not secured; Receiving a payment from an order member during the registered payment period when the quantity of the ordered goods is within the production capacity; If the ordered quantity of the ordered member is within the production capacity, producing a product and delivering the ordered member; If the ordered order member is less than the production order quantity, the ordered production operation method characterized in that it comprises a step of refunding the payment amount to the ordered member. The method of claim 1, Wherein the step of receiving payment, the order production operation method by providing a design comprising the step of notifying that the order member to secure the production possible quantity and the payment within the settlement period. The method of claim 1, The step of producing the product comprises the step of notifying to the ordering member that the production capacity is secured, characterized in that it comprises a step of the production order production operation by design. The method of claim 1, The refunding step comprises the step of notifying the ordering member that the production capacity is secured, characterized in that it comprises a design production operation method by providing a design. The method according to any one of claims 2 to 4, The notifying step comprises the step of notifying through the e-mail address of the order member, order production operation method according to the design provided. The method of claim 1, The order receiving step is a member production operation method by providing design, characterized in that the member comprises the step of selecting the basic design and type of the product. The method of claim 1, The order receiving step is an order production operation method by providing a design, characterized in that configured to include a step for the member to look up the order status by region. In a method of receiving an order through a terminal connected to a plurality of remote sites through a network, Registering information of the design of the product to be produced, the quantity of production, the settlement period, and the order period; Receiving an order from a member within a producible quantity during the order period based on the registered information; Receiving payment for the ordered goods from the member; Refunding the amount paid from the order member if the quantity of the ordered product is less than the quantity available for production; If the quantity of the ordered product is within the production capacity, the production method of order production by providing a design comprising the step of producing a product and delivering to the order member. The method of claim 8, The refunding step comprises the step of notifying the ordering member that the production capacity is secured, characterized in that it comprises a design production operation method by providing a design. The method of claim 8, The step of producing the product comprises the step of notifying the ordering member that the production capacity is secured, characterized in that it comprises a step of producing order production operation by design. The method according to any one of claims 9 to 10, The notifying step comprises the step of notifying through the e-mail address of the order member, order production operation method according to the design provided. The method of claim 8, The order receiving step is a member production operation method by providing design, characterized in that the member comprises the step of selecting the basic design and type of the product. The method of claim 8, The order receiving step is an order production operation method by providing a design, characterized in that configured to include a step for the member to look up the order status by region. In a method of receiving an order through a terminal connected to a plurality of remote sites through a network, Registering information on the design of the product to be produced, the quantity that can be produced, the retail price, the retail index, the discount rate, the return rate, the settlement period, and the order period; Receiving an order from a member within a producible quantity during the order period based on the registered information; If the quantity of the ordered goods is less than the quantity that can be produced, notifying the ordering member that the quantity of production is not secured; Receiving a payment from an order member during the registered payment period when the quantity of the ordered goods is within the production capacity; If the ordered quantity of the ordered member is within the production capacity, producing a product and delivering the ordered member; Receiving the goods returned to the member; If the ordered order member is less than the production quantity available ordered order member operation method characterized in that it comprises a step of refunding the payment amount to the order member. The method of claim 14, The registration of the retail index in the registration step comprises the step of multiplying the cost to obtain a predetermined profit for the cost, characterized in that the order production operation method provided by design. The method of claim 14, The registration of the return rate registered in the registration step comprises the step of applying a retail price differently according to the return rate for the ordered goods, characterized in that the order production operation method by providing a design. The method of claim 14, The order receiving step is a member production operation method by providing design, characterized in that the member comprises the step of selecting the basic design and type of the product. The method of claim 14, The order receiving step is an order production operation method by providing a design, characterized in that the member comprises the step of selecting the quantity of goods. The method of claim 14, The order receiving step is an order production operation method according to the design provided, characterized in that the member comprises the step of selecting the return rate of the product. The method of claim 14, The order receiving step is a member production operation method by providing a design, characterized in that comprises a step of inputting the delivery destination of the product. The method of claim 14, Wherein the step of receiving payment, the order production operation method by providing a design comprising the step of notifying that the order member to secure the production possible quantity and the payment within the settlement period. The method of claim 14, The step of producing the product comprises the step of notifying to the ordering member that the production capacity is secured, characterized in that it comprises a step of the production order production operation by design. The method of claim 14, The step of producing the product comprises the step of applying the discount rate to the order quantity of the order member to earn points by providing a design, characterized in that configured to provide. The method of claim 14, The refunding step comprises the step of notifying the ordering member that the production capacity is secured, characterized in that it comprises a design production operation method by providing a design. The method according to any one of claims 21 or 22 or 24, The notifying step comprises the step of notifying through the e-mail address of the order member, order production operation method according to the design provided. The method of claim 14, Receiving the return step is a method for order production operation by providing a design, characterized in that configured to include a refund for applying a return rate for returns. The method of claim 14, The order receiving step is an order production operation method by providing a design, characterized in that configured to include a step for the member to look up the order status by region. In a method of receiving an order through a terminal connected to a plurality of remote sites through a network, Registering information on the design of the product to be produced, the quantity that can be produced, the retail price, the retail index, the discount rate, the return rate, the settlement period, and the order period; Receiving an order from a member within a producible quantity during the order period based on the registered information; Receiving payment for the ordered goods from the member; If the quantity of the ordered goods is less than the quantity that can be produced, notifying the ordering member that the quantity of production is not secured; If the ordered quantity of the ordered member is within the production capacity, producing a product and delivering the ordered member; Order production operation method by providing a design, characterized in that comprising the step of returning the goods delivered to the member. The method of claim 28, The registration of the retail index in the registration step comprises the step of multiplying the cost to obtain a predetermined profit for the cost, characterized in that the order production operation method provided by design. The method of claim 28, The registration of the return rate registered in the registration step comprises the step of applying a retail price differently according to the return rate for the ordered goods, characterized in that the order production operation method by providing a design. The method of claim 28, The order receiving step is a member production operation method by providing design, characterized in that the member comprises the step of selecting the basic design and type of the product. The method of claim 28, The order receiving step is an order production operation method by providing a design, characterized in that the member comprises the step of selecting the quantity of goods. The method of claim 28, The order receiving step is an order production operation method according to the design provided, characterized in that the member comprises the step of selecting the return rate of the product. The method of claim 28, The order receiving step is a member production operation method by providing a design, characterized in that comprises a step of inputting the delivery destination of the product. The method of claim 28, The step of producing the product comprises the step of notifying to the ordering member that the production capacity is secured, characterized in that it comprises a step of the production order production operation by design. The method of claim 28, The step of producing the product comprises the step of applying the discount rate to the order quantity of the order member to earn points by providing a design, characterized in that configured to provide. 36. The method of claim 35 wherein The notifying step comprises the step of notifying through the e-mail address of the order member, order production operation method according to the design provided. The method of claim 28, Receiving the return step is a method for order production operation by providing a design, characterized in that configured to include a refund for applying a return rate for returns. The method of claim 28, The order receiving step is an order production operation method by providing a design, characterized in that configured to include a step for the member to look up the order status by region. In a device that receives orders through terminals connected between multiple remote locations over a network, A promotional database for storing information of a company to receive and supply a product; A merchant database for registering information of members who wish to order products; A product database for registering information of a design, a production quantity, a payment period, and an order period of a product to be produced from a company registered in the promotion database; An order database for registering information of goods ordered from the goods database by a member registered in the merchant database; A transaction database for registering the produced goods and delivery information based on the order product information registered in the order database; And an order manufacturing operation server configured to store product information from the promotion in a product database and to receive and produce an order from a seller connected from a remote location. The method of claim 40, The promotion database is a custom production operation system by providing a design comprising a freelance designer database for registering the freelance designer and designer information designing the product. The method of claim 40, Design information of the product registered in the product database is a production order production system by providing a design, characterized in that consisting of the basic design and type information. The method of claim 40, The product database is a production system for order production by design, characterized in that it comprises a retail index information on the profit of the product. The method of claim 40, And said type of information comprises a style, color, size, or sensitivity. The method of claim 40, The product database is a production system for order production by design comprising the retail price information according to the return rate of the product.