KR20190021915A - Metal Product Oder Method Through Promote Oder Enlargement - Google Patents

Abstract

The purpose of the present invention is to provide a method for ordering a steel product by order amount enlargement, which is capable of enlarging an order of a steel product by repeating a process in which sellers who order steel products order only a required amount of required steel products on a web. To this end, the method comprises the steps of: transmitting, to a web server, related data, such as steel types smaller than a minimum order unit quantity, standards, demanding times, amounts, contacts, and the like, by sellers; determining whether or not a minimum order unit amount reached by adding the amount of order related data of the same steel types, standards, and demand times; sharing expenses by dividing an order price on the basis of an order amount of a seller; and allowing each seller to receive ordered types, standards, and amounts at a desired time by transmitting order data to a steel company. According to the present invention, a small order of a small seller is made to reach a steel product minimum order unit amount, and an order can be directly made to a steel company. Therefore, a desired steel product can be provided at a low price in a short period of time.

Description

METHOD FOR ORGANIZING STEEL PRODUCTS BY DIMENSIONING ORDERED MATERIALS [0001]

The present invention relates to a method of ordering steel products by increasing the order quantity, and more particularly, to sorting the small order quantity ordered by the steel product distributor and changing it to a large-scale order quantity, thereby increasing the order quantity of the steel product maker To a method for ordering steel products.

As is well known, the minimum order quantity of a steel product manufacturer (hereinafter referred to as "steel maker") is considerably large, for example, 15MT (metric ton) is assumed for the same grade of cold rolled products, and 20MT ton), it is possible to add raw materials to produce steel products. In BLAST FURNACE, the contents are 300 to 350 MT according to the amount of one lecture, and in the case of ELECTRIC ARC FURNACE, the contents are to be 50 MT to 160 MT according to the amount of one lecture .

On the other hand, the above-mentioned 15MT or 20MT (hereinafter referred to as "minimum order unit quantity") is a quantity that is difficult to order at a time from the viewpoints of first and second vendors, small construction companies, I can not place orders directly.

As a result, it is difficult for steelmakers to acquire the ordering unit of the minimum order unit quantity, and the proportion of the production by order is only 20 to 50% or less, and the product of the pre-selected steel type, The proportion of randomized production that is produced reaches 50 ~ 80%.

As a result, a large amount of steel products produced randomly can not be sold due to various reasons such as recession or business conditions, and are often surplus products. .

In addition, end-users who receive steel products through dealers may not be able to order steel products of the required grade, specification, and shape at the required time, and thus they are exposed to the problem of not being supplied in a timely manner. In some cases, It is also difficult to obtain a product with a small amount of product in shape.

In addition, if the supply of steel products exceeds the demand among the products of certain steel types, specifications, and shapes predicted by the steel maker, it will be stored in the warehouse or yard for a long period of time by the agent, And the economic burden becomes excessive. This economic burden leads to deterioration of management in sales, or is transferred to the final consumer.

In view of these problems, especially in a facility-intensive industry such as the steel industry, efficiency of the equipment is more important than others. Therefore, when establishing a demand plan, it is necessary to convert production constraints into quantitative data to make an optimal supply plan. There has been proposed an idea to support it, and a representative example thereof is Korean Patent Laid-Open No. 10-2006-0019931 (entitled "Method and system for collaborative demand planning in the steel industry, hereinafter referred to as" cited invention ") .

Such a cited invention is connected to the Internet network and includes software such as a main processor, a network adapter, a display adapter, a main memory and an auxiliary memory, and the like, and hardware such as an operating system and various application programs In a method for collaborative demand planning in a web-based steel industry having a web server,

(a) inputting a demand forecast amount and a demand date by a customer and a salesperson and classifying and storing them;

(b) establishing a demand plan by predicting the demand of the business according to the demand forecast amount;

(c) establishing an operation plan by predicting the demand of the production sector reflecting the demand forecasting model and the economic index;

(d) reflecting production constraints;

(e) undertaking a company-wide agreement on sales, production and related sectors for forecasted volumes;

(f) establishing an integrated production plan through the establishment of a demand plan; The present invention proposes a method of collaborative demand planning in the steel industry.

Therefore, in order to provide advantages such as quick and optimized decision making through the web, it is possible to input demand forecast amount and demand day through the web for a product desired by the customer, It is aimed at strengthening the competitiveness of companies by informing the change of all environment surrounding the customers such as customers, internal and external technologies and policies, which are factors of change in demand, and establishing prompt and accurate demand plans accordingly.

On the other hand, this cited invention does not require the consumer to order the necessary steel products but only provides the tools necessary for establishing the production plan of the steel company, so that no specific means for receiving the desired products and the desired amount of the timely supply is presented have.

In addition, steel makers do not secure the order quantity determined by the cited invention, but have enough data to secure reference data for voluntary production planning, which will help the demand of the most important customers and improve the profitability of steel makers. And there is a problem that is still in the process of declaring the direction of the rationalization of the conceptual collaboration between the consumer and the steel maker.

Korean Patent Laid-Open No. 10-2006-0019931 (Title of the Invention: Method and System of Collaborative Demand Planning in Steel Industry)

It is an object of the present invention to solve such a problem by repeating the process of ordering only necessary quantity of steel products on the web to dealers who order steel products, Quot; and " standard "). If the quantity of the ordered and accumulated order data accumulates to the minimum order unit quantity, The steel maker can increase the proportion of production of steel products by order rather than planned production, so that steel products can be ordered in a larger order. .

In order to achieve the above object, the present invention provides an order data input step of transmitting order data related to orders such as a grade, a specification, a demand time, a quantity, a contact, etc.,

A data classifying step of classifying the order data inputted by the web server into the steel species, standard, demand timing, and quantity included in the order data of the vendors;

A minimum order unit quantity abnormality judging step of judging whether or not a quantity of order data of the same steel grade, standard, and demand time is added to reach the minimum order unit quantity,

It is notified by the steel company whether or not the quantity of order data can be delivered, and the order price, which is the amount that the steel product buyers should pay for the sellers, divided by the ratio of the order quantity of each seller, A payment step,

An order data transmitting step of transmitting steel product order quantity data related to a specific steel grade, standard, and shape constituting the minimum order unit quantity to each steelmaker;

The steel maker is responsible for the delivery of steel product delivery data for delivering steel products manufactured by steel companies after ordering steel products by recognizing the steel grade, standard, demand time and quantity according to the above order data. The data transmission step and the step of providing the supplier of the data related to the delivery of the product for offline receipt of the steel product by the vendor, and proposes a method of ordering the steel product by enlarging the order quantity.

In this way, the present invention can be ordered directly to a steel maker by ordering steel products to a steel maker who supplies or sells steel products on a small scale, thereby increasing the order quantity to a minimum order quantity of steel products. In addition to providing economic benefits that can be achieved by ordering steel products with small quantities of steel grade and standard at low prices such as large order quantities by converting large steel product minimum order quantities, And reduce the cost of steel products by selling all of the steel products that are made to order immediately.

In addition, the present invention is to transport steel products produced by customization to the customers in the shortest time, so that steel products having a large volume and a heavy weight can be used for a long period of time, There is also an advantage in that the cost can be reduced.

In addition, the present invention is able to order steel products more rapidly by converting the order quantity of steel products into the minimum order unit quantity in a shorter period of time by adding the order quantity of not only the seller in the domestic market but also the seller in foreign countries, And the steel maker has a beneficial effect that can greatly increase the facility utilization rate and further increase the profit.

1 is a flow chart showing a method of collaborative demand planning in the conventional steel industry;
2 is an explanatory diagram illustrating hardware for implementing the present invention;
3 is a flowchart of a method for ordering steel products by increasing the order quantity according to the present invention.
FIG. 4 is a flowchart showing a method for ordering steel products according to an embodiment of the present invention, which is different from the method of calculating the order price and transmitting data related to product delivery.
FIG. 5 is a flowchart showing an ordering method of a steel product by enlarging the order quantity of the present invention, which is an embodiment that embodies a processing method related to an unpaid seller.
FIG. 6 is a flowchart showing an ordering method for ordering steel products according to an embodiment of the present invention, in which the quantity of order data is set to be larger than the minimum order unit quantity.

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

As shown in FIG. 2, a web site to which an authentication server, a database server, a mail server, and a media server are connected is constructed with a Web server as a center, and a sales terminal connected to a wired or wireless network via a router , A steel company's server is connected.

A method of ordering steel products by increasing the order quantity realized by the web program installed in the web server based on the hardware network will be described in detail with reference to FIG.

The present invention relates to a direct selling merchant dealer for purchasing steel products from a steel product distributor and a large-scale consumer (e.g., Hyundai Motor Company, Samsung Electronics, etc.), a small dealer who cuts and sells small- A terminal of all vendors (hereinafter referred to as a "vendor") and a server of a steel maker are connected to a web server via a wired, wireless network and a router.

The web server sends the form data provided by the media server to the seller and the server of the steel maker first, so that the ID and password of the seller and the server of the steel maker, and the payment of the contact number, email address, company address and billing account number, After receiving the instrument registration data, it stores it in the authentication server, and transmits the payment account number and corporation card number to the FSS server through the authentication server and proceeds with approval process. The seller registration step and the steelmaker registration step for registering with the authentication server are performed.

In this way, according to the present invention, in order to implement a steel product ordering method by increasing the order quantity, a steel maker who can supply the steel product can be secured when the authorized dealer and the minimum order unit quantity are reached.

In particular, according to the present invention, a single steel maker can be designated and registered for each steel product available from the steel maker. Examples of steel types of steel products that can be supplied include an H-shaped steel, an angle, a channel, a rebar, a flat steel, Deck plate, C-shaped steel, square pipe for square structure, square pipe for rectangular structure, pipe for piping, steel pipe for high-temperature pressure piping, steel pipe for low-temperature pressure piping, structure steel pipe, house pipe, general structure carbon steel pipe, conduit, light H beam, stainless steel Pipes, steel plates, check plates, hot coils, and wire rods.

In addition, the standard may be a thickness, an outer diameter, a width, a length, a length, and the like.

If it is necessary to secure the steel product to be sold by the vendor, the user logs in to the web site according to the present invention through the terminal of the vendor. In this case, the ID and password given by the web server according to the present invention are input The web server distinguishes whether the contact person is a seller or a steel company according to the ID and the password. Since the web server is currently a sales person, the web server fetches the form data for ordering request from the media server and transmits the order data.

Accordingly, form data that can input a demand type, a demand quantity, and a contact demand to be supplied to a seller terminal monitor are displayed on a terminal monitor of a dealer in a form provided by a media server, Is completed, the order data input step is realized through the router and the web server through the wired and wireless network.

The order data is transmitted to the web server, and the web server checks whether the input data is erroneous and stores it in the database server if there is no omission or error.

As described above, according to the present invention, an order including a steel product steel type, a shape including a shape (hereinafter abbreviated as 'standard'), a demand time, a quantity, and a vendor ID transmitted to a database server through a web server through each sales terminal Data is stored.

In the present invention, the order data inputted on the sales is stored in the database server, and the stored order data is classified and stored in the database server according to the same kind of steel, standard, and demand period.

Therefore, the order data of the same steel grade, specification, and demand period may be input as the order data of various steel types, specifications, and demand periods are repeatedly inputted. The quantity of the same order data is added by the database server, .

On the other hand, the web server receives from the terminal of the steel maker the available data on the steel type, specification, availability period, etc. of steel products available from each steel manufacturer in accordance with the corresponding steel grade, standard, demand timing and quantity data, Step can be carried out.

Since the supplyable data is changed according to the expansion or opening of the facilities of the steel maker, it needs to be updated immediately when the fluctuation factors occur.

As the time hardens in such a state, the web server determines whether or not the minimum order unit quantity abnormal quantity abnormality determination is performed to determine whether the quantity of order data having the same steel type, specification, and demand time is overlapped and is equal to or larger than the minimum order unit quantity quantity . As a result, if the accumulated order data of the same steel grade, standard, and demand period is determined to be equal to or greater than the minimum order unit quantity, the database server obtains the available data on the steel grade, specification, A supply availability determination step of determining that supply is possible only when the steel grade and the standard are the same and the demand period is included in the period of the supply availability period as compared with the steel grade, standard, and demand period of the cumulative order accumulated data at present.

In this case, the database server transmits the corresponding steel grade, specification, demand timing, quantity, and contact number or e-mail address that reaches the minimum order unit quantity to the web server, and the web server transmits the order data to the steel maker Lt; / RTI > Accordingly, the server of the steel company calculates the order price of the delivery by the order data based on the order data, and transmits the order price to the web server so that the web server obtains the order price.

Then, when the minimum order unit quantity by the order data is 1, the web server calculates the ratio of the order quantity of the sellers to each seller, and multiplies the order price supplied from the steel maker, And transmits the contact number, e-mail address and amount of contribution included in the order data of the vendors to the media server.

Accordingly, the media server creates the payment window of the contribution amount and the contribution amount in a form prepared in advance and sends it to the notification server, and the notification server sends a message to each of the salespersons to calculate an amount of contribution, order quantity, demand period data, A payment settlement window for payment is sent to each seller to check the amount and amount of money to be supplied in the desired demand period and to pay the settlement amount through the payment settlement window.

Therefore, if the online payment is made according to the procedure as used in normal electronic commerce by viewing the corresponding menu of the payment settlement window displayed on the terminal monitor of each merchant, the corresponding data is transmitted to the web server via the wired, wireless network and router The web server transmits the payment data of the respective merchants and the brokerage fee payment data to the authentication server and authenticates the payment server through an unshown server associated with the payment means such as the account transfer or the card so that the online payment process is performed will be.

In this process, when the payment process of the dealers is completed, the order data transmission to the steel company server is implemented by transmitting the current order data exceeding the minimum order unit quantity to the steel company server again.

Accordingly, the steel maker sees the order data received through the steel company server, sets up the order production schedule to meet the steel grade, the standard and the quantity, and starts production after establishing the production schedule with reference to the demand time.

In addition, the order data transmitted to the steel maker includes data on the quantity of sales by each dealer and vendor in addition to the steel grade, standard, and demand period.

Therefore, the steel maker will separate and produce the steel products produced by the salesperson in the same manner as the ordinary order production, by cutting the steel products by the quantity of the seller, or by steel binding. After the steel maker completes the production of steel products, data on the delivery of steel products such as the completion of production at the steel company's servers, the place of receipt of steel products, the receipt period, the receipt time, The data delivery step of delivering the product to be transmitted is performed.

Accordingly, each sales person requests transportation to the logistics company, and the logistics company receives the goods ordered by the sales person from the steel company, and after receipt of the goods, the receipt confirmation data is transmitted from the seller terminal to the web server by the respective salespersons, The server is configured to generate the receipt confirmation data transmission date and time data, combine it with the corresponding order data, store it in the database server, and then end the series of processes.

In addition to this, the dealer will carry the steel product to the designated place after transporting the steel product to the transportation vehicle, or will carry the steel product to the company for sale.

Also, in the step of determining whether or not the minimum order unit quantity is abnormal, the web server displays the achievement rate of the minimum order unit quantity on the sales terminal connected to the web server or notifies the sales terminal to promptly reach the minimum order unit quantity from the dealer, , And the web server is linked with artificial intelligence and big data, and it is possible to use the logistics equipments of steel products in the past, economic indicators, economic growth rate, automobiles, shipbuilding, construction , And predicts the arrival time of the minimum order unit quantity by predicting the consumption of steel products and displays the minimum order unit quantity reaching time prediction step May be included.

By repeating the steps as described above, it is possible to increase the order quantity of steel products, which is very difficult to be enlarged due to various sizes and types of steel products according to the types and sizes of steel products, In the shortest period of time, steel products of the desired grade and standard can be supplied at the lowest price.

In addition, the present invention can be modified into various forms in addition to the above-described embodiments. For example, in order to add the order data quantity of the same steel grade, standard, and demand period as the order data is repeatedly input, it is preferable that the demand period is described based on the date range. For example, a date range beginning with the year, month, and day and a date range ending with the year, month, and day may be used. Actual steel product supply dates may be any date .

Therefore, it is preferable that the seller makes the order demand time as wide as possible, so that the large order can be formed as quickly as possible.

In addition, in the present invention, the web server compares the available data on the steel type, the standard, and the availability time of the steel products proposed by the steel maker to the order data, If there is an identical date between the available availability times indicating that it is possible to supply afterwards, it is determined that it matches with the available data, and then the order price is calculated. Since the price is linked according to the type of steel, 4, the order price is calculated based on the price data that the steel company logs in and updated from time to time. In particular, the order price is calculated from the web server in accordance with the detailed price data provided by the steel company in response to the type of steel, It is also possible to calculate and present.

In the present invention, as shown in FIG. 4, the steel company transmits steel product delivery related data to the web server, and the web server transmits the receipt information data received from the steel company to all dealers participating in the order through the notification server So that the process of enlarging the order quantity according to the present invention by the web server and the process of supplying the steel product can be consistently started and ended.

In addition, in the present invention, the distributor and the payment payment step of transmitting the contribution fee and the brokerage fee payment data to the terminals of the respective dealers are performed, and at this time, the distributor who does not perform the payment process due to various reasons This can be.

In this case, as shown in FIG. 5, an open merchant payment request notifying step of performing an open merchant payment request notifying process for sending a message or an email requesting payment to an outstanding merchant at a predetermined time interval as shown in FIG. 5, An open merchant payment completion confirmation step of confirming whether the pending merchant has completed settlement,

If the settlement has not been made, a step of counting the number of settlement requests for requesting settlement to the outstanding vendor a predetermined number of times is performed,

If the settlement is still pending even though the settlement request has been made to the outstanding seller by the set number of times, it is determined whether or not the current order quantity excluding the open sales quantity is equal to or larger than the minimum order quantity, And performs an order data transmission execution step of transmitting the order data.

In the present invention, there is no problem when the actual system operation is over the minimum order unit quantity, but there is a possibility of causing various troubles or remorse of the dealer. Thus, for example, as shown in FIG. 6, It is necessary to set the amount to be 1.0 to 2.0 times as much as the amount of water so as not to cause a disruption in operation due to non-payment by the seller.

The larger the quantity of order data, the more advantageous it is to expand the quantity, but there is a possibility that the order will be delayed.

In the case where the order data amount accumulated due to the unsettled payment by a large number of vendors is less than the minimum order unit quantity, as shown in FIG. 5, it is inevitable that other dealer terminals log in order to transmit order data, It is needless to say that it is necessary to wait until the time when the quantity exceeds the minimum order unit quantity in accordance with the steel type which can not be ordered, the standard, and the demand time, so that the order to the steel maker can be made through the above-mentioned process.

While the present invention has been described in connection with what is presently considered to be preferred embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.

Claims (6)

An order data input step of transmitting order data including a steel grade, a specification, a demand timing, and a quantity having a quantity smaller than a minimum order unit quantity to a web server,
A data classifying step of classifying the order data inputted by the web server into the steel species, standard, demand timing, and quantity included in the order data of the vendors;
A minimum order unit quantity abnormality judging step of judging whether or not a quantity of order data of the same steel grade, standard, and demand time is added to reach the minimum order unit quantity,
It is notified by the steel company whether or not the quantity of order data can be delivered, and the order price, which is the amount that the steel product buyers should pay for the sellers, divided by the ratio of the order quantity of each seller, A payment step,
An order data transmitting step of transmitting steel product order quantity data related to a specific steel grade, standard, and shape constituting the minimum order unit quantity to each steelmaker;
The steel maker is responsible for the delivery of steel product delivery data for delivering steel products manufactured by steel companies after ordering steel products by recognizing the steel grade, standard, demand time and quantity according to the above order data. A data transmitting step,
A method of ordering a steel product by increasing the order quantity, characterized in that it is provided with a step of providing the seller with the data related to the delivery of the product for offline receipt of the steel product by the dealer. The method according to claim 1,
A step of transmitting to the web server a steel type, a specification, and a supply availability time available for the steel company from the server of the steel maker, and determining whether the order data is consistent with the supplyable data when the order data quantity is equal to or larger than the minimum order unit quantity And a method of ordering steel products by enlarging the order quantity. 3. The method of claim 2,
When the order data quantity is equal to or higher than the minimum order unit quantity and matches the supplyable data, the order price is calculated by the steel maker according to the steel grade data, specification, demand timing, How to order steel products by volume increase. 3. The method of claim 2,
If the order data amount is equal to or larger than the minimum order unit quantity and coincides with the supplyable data, order data composed of the steel grade, specification, demand timing, and quantity is transmitted to the steel company server, and then the price data The method for ordering steel products by enlarging the order quantity. The method according to claim 1,
An unsettled seller payment request notification step of, when the order data amount is equal to or larger than the minimum order unit quantity, performing an unsettled seller payment request notification process of sending a message requesting settlement to an unsettled dealer at a set time interval; An open sales payment completion confirmation step of confirming whether or not the payment has been completed,
If the settlement has not been made, a step of counting the number of settlement requests for requesting settlement to the outstanding vendor a predetermined number of times is performed,
If the settlement is still pending even though the settlement request has been made to the outstanding seller by the set number of times, it is determined whether or not the current order quantity excluding the open sales quantity is equal to or larger than the minimum order quantity, Wherein the step of transmitting the order data for transmitting the order data is performed. 6. The method of claim 5,
Wherein the accumulated order data amount is set to be 1.0 to 2.0 times the minimum order unit amount.

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