JP2008181406A - Replenishment article ejection device, method, and computer program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To dispense ordered merchandise at a price in delivery. <P>SOLUTION: A replenishment article dispenser stores the identification information of merchandise replenished as an inventory, replenishment information showing the replenishment date and available quantity of the replenished merchandise and price information showing the correspondence between the replenishment date and the price of the merchandise. The replenishment article dispenser receives the input of the identification information and order reception quantity of the merchandise whose order has been received according to the registration data of an estimated order reception slip, and retrieves replenishment information based on the identification information of the merchandise whose input has been received, and selects the replenishment merchandise to be dispensed until the total of the quantity of the dispensed merchandise reaches the order reception quantity in the ascending order of the replenishment date. Then, the information of the price corresponding to the replenishment date of the selected replenishment merchandise to be dispensed is read from the price information, and sales order reception slip data for dispensing the merchandise are generated by using each of prices read according to the replenishment dates of the replenishment merchandise to be dispensed whose replenishment dates are different. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a replenishment item dispensing apparatus and method, and a computer program.

  Conventionally, when a product delivered from a manufacturer or the like is delivered to a customer, the product price at the time of delivery of the product is applied. However, in general, the price of a product tends to decrease as time passes. For this reason, when a product delivered in response to a product delivery instruction from a customer is requested, there is a request to apply the price at the time the product is delivered, not at the time when the customer issues a delivery instruction. there were.

On the other hand, Patent Document 1 uses the billing amount of a medical product, the pre-publication price for a medical product whose sales date is before public announcement, and the post-publication price for a medical product whose sales date has been publicized. The calculation technique is described.
Patent Document 2 keeps a history of sales prices of products from the start of sales to the present, calculates the difference between the current sales price of the product and the past sales price, and according to each difference The technology to determine the refund amount for purchasers of past products is described.
Further, in Patent Document 3, after the start of sales, when the possible sales price decreases, the revised sales price is calculated. It describes a technique for returning the difference between the sales price possible price and the revised sales price to the purchaser.
JP 2006-277683 A JP 2004-94360 A JP 2002-183570 A

  In the above-mentioned patent document, the invoice amount is calculated using the price at the time of sale, or the return amount to the already purchased person is calculated, but the product paid out by one payout instruction is different If the product price varies depending on the replenishment time, the product is not paid out using the price at the replenishment time of the product.

  The present invention has been made in view of such circumstances, and a replenishment item dispensing apparatus and method, and a computer program, which can dispense an ordered product by applying a price at the time when the product is delivered. The purpose is to provide.

  In order to solve the above-described problems, the present invention shows identification information of a product replenished as stock, replenishment information indicating a replenishment date and a payable quantity of the replenished product, and correspondence between the replenishment date and the price of the product Storage means (5, 5a) for storing price information, input means (3) for receiving identification information of ordered products and order quantity information, and identification of products received by the input means (3) The replenishment information is searched by information, and the replenishment date selection means (44) for selecting the replenishment product to be dispensed until the total quantity of the commodities dispensed reaches the order quantity in order from the oldest replenishment date, The price acquisition means (45) that reads from the price information the price information corresponding to the replenishment date of the replenishment product to be dispensed selected by the object selection means (44), The price acquisition means (45) includes slip generation means (46, 49) for generating slip data for paying out the goods using the prices read in correspondence with the replenishment date of the supplementary goods. The replenishment item dispensing device (1, 1a).

  Further, the present invention is the above-described supplement product dispensing device (1, 1a), wherein the slip generation means (46, 49) stores slip data including information on the quantity and price of supplement products to be paid out. The price read by the price acquisition means (45) is generated for each supplement product having the same price.

  Further, the present invention is the above-described replenishment item dispensing device (1, 1a), wherein the slip generation means (46, 49) includes a replenishment date and a quantity of replenishment items to be dispensed replenished on the replenishment date. The slip data including the detailed data indicating the information is generated.

  Further, the present invention is the above-described replenishment item dispensing device (1, 1a), wherein the replenishment information further includes business partner information, and the input means (3) further inputs business partner information. Upon receipt, the payout object selection means (44) searches the replenishment information based on the product identification information and the supplier information received by the input means (3), and the total stock quantity reaches the order quantity. The replenishment items to be paid out are selected in the order from the oldest replenishment date until.

  Also, the present invention is the above-described replenishment item dispensing device (1, 1a), wherein the slip generation means (46, 49) generates sales order slip data or shipping slip data as slip data. It is characterized by.

  The present invention also relates to a replenishment item dispensing method used for the replenishment item dispensing device (1, 1a), wherein the replenishment item dispensing device (1, 1a) includes identification information of a commodity replenished as inventory, the replenishment item Storage means (5, 5a) for storing replenishment information indicating the replenishment date and the quantity that can be dispensed, and price information indicating the association between the replenishment date and the price of the product, and the replenishment item dispensing device (1 1a), the input means (3) receives the input of the identification information of the ordered product and the order quantity information (S210, S310), and the payout target selection means (44) is the input means (3). The process of searching for the replenishment information based on the identification information of the product received by the step of selecting the replenishment product to be dispensed until the total quantity of the dispensed product reaches the order quantity in order from the oldest replenishment date ( S230, 330), and the price acquisition means (45) reads from the price information price information corresponding to the replenishment date of the replenishment item to be paid out selected by the payout target selection means (44) (S240, S340). The slip generation means (46, 49) uses the prices read out by the price acquisition means (45) corresponding to the replenishment date of the replenishment product for the replenishment products to be paid out with different replenishment dates. A method of generating slip data for paying out a product (S250 to S280, S350 to S380).

Further, the present invention provides a computer used as the supplementary item dispensing device (1, 1a), the identification information of the commodity supplemented as inventory, the supplementary information indicating the supplementary date and the quantity that can be dispensed, and the supplementary date. Storage means (5, 5a) for storing price information indicating the correspondence with the price of the product, input means (3) for receiving the input of the identification information of the ordered product and information on the order quantity, The replenishment information selection means for retrieving the replenishment information from the input product identification information and selecting the replenishment product to be dispensed until the total quantity of the dispensed products reaches the order quantity in order of oldest replenishment date (44), price acquisition means (45) for reading price information corresponding to the replenishment date of the replenishment item to be dispensed selected by the payout object selection means (44) from the price information; A slip generation means (46, 49) for generating slip data for paying out a product using the price read by the price acquisition means (45) corresponding to the replenishment date of the supplementary product for each target supplementary product. , A computer program characterized by functioning as
It should be noted that “(sign)” referred to in this column only exemplifies a corresponding configuration in a column (the best mode for carrying out the invention) to be described later, and does not indicate any claim in the claims. The interpretation is not limited.

  According to the above invention, when the price of a stock product varies depending on when it is received, when the product is sold, a slip for selling using the price when the product is received, such as a sales order slip, Shipping slips can be created. At this time, it is possible to manage which merchant the product is received for, and pay out the stock product at the instructed time only to the business partner who has received the delivery instruction. Also, when creating a voucher such as a sales order voucher or a shipping voucher, the same price at the time of replenishment can be created and divided into a plurality of vouchers, or details can be created for each replenishment date in the voucher.

  Embodiments of the present invention will be described below with reference to the drawings.

[First Embodiment]
First, a first embodiment of the present invention will be described.
FIG. 1 is a diagram showing an outline of processing of the replenishment item dispensing apparatus 1 according to the present embodiment.
There is an instruction for delivery of 600 items out of stock from the customer. 100 items will be replenished on April 1st and 200 items will be replenished on April 5th with a price of 100 yen. Assuming that
When an estimated order slip for issuing an instruction to pay out 500 products A is generated on April 10, the replenishment item payout device 1 pays out in order starting from the stock of the delivery items with the oldest date. As a result, the replenishment item dispensing apparatus 1 has a sales order slip for paying 100 pieces from the stock replenished on April 1 and 200 pieces from the stock replenished on April 5 at a replenishment price of 100 yen, Two sales order slips are generated: a slip that pays out 200 pieces from the stock replenished on April 7 at a replenishment price of 90 yen. In addition, 100 pieces supplemented on April 1 and 200 pieces supplemented on April 5 are different detail lines in one sales order slip. The shipping slip and billing slip are generated corresponding to each sales order slip.

FIG. 2 is a block diagram showing the configuration of the replenishment item dispensing apparatus 1 according to the present embodiment, in which only functional blocks related to the present invention are extracted and shown. The replenishment item dispensing apparatus 1 includes a control unit 2, an input unit 3, a slip processing unit 4, a storage unit 5, and an output unit 6.
The control means 2 is composed of a CPU (central processing unit) and various memories, and controls each part, temporarily stores data, transfers data, and the like. The input unit 3 is a keyboard or a mouse, and acquires information input by the operator. Alternatively, information may be read from a recording medium or input of information from a computer device connected via a network. The output unit 6 displays an image on a display or the like, or prints information using a printer or the like. Alternatively, the information may be transmitted to a computer device connected via a network. The storage means 5 is a database, and is various slip data such as supplementary slip data, estimated order slip data, and sales order slip data, a price master that is data indicating the price of a product, and data that indicates a supplemented stock product. Store supplementary information.

The slip processing means 4 generates and registers various slips, and includes a supplementary slip processing means 41, an estimated order slip processing means 42, and a sales order slip processing means 43.
The supplement slip processing means 41 registers supplement slip data and updates supplement information. The estimated order slip processing means 42 generates, registers, and outputs estimated order slip data. The sales order slip processing means 43 generates, registers, and outputs sales order slip data. The sales order slip processing means 43 includes a payout object selection means 44, a price acquisition means 45, and a slip generation means 46. The payout object selection means 44 selects the replenishment product that is the payout object for the received order. The price acquisition unit 45 acquires the price when the supplementary product to be paid out is supplemented. The slip generation means 46 creates sales order slip data by price.

Next, data used for the replenishment item dispensing apparatus 1 according to the present embodiment will be described.
FIG. 3 is a diagram showing a data configuration of supplementary slip data according to the present embodiment. The supplementary slip data includes information on the company, supplementary slip number, and details. The company information indicates a business partner to whom the replenished product is directed. The information on the supplementary slip number uniquely identifies the supplementary slip. The information of the details indicates information of the supplementary product, the supplementary quantity, and the supplementary date, and can be repeated as appropriate.

  FIG. 4 is a diagram showing a data configuration of estimated order slip data according to the present embodiment. The estimated order slip data includes information on the company, order slip number, total price, and details. The company information indicates a business partner from which company the order is received. The order slip number information uniquely identifies the estimated order slip. The total price information indicates a reference total price when the product price (unit price) at the time of ordering is used. The information of the details indicates the item of the ordered product, the order quantity, the price at the time of the order, and the payout date information, and can be repeated as appropriate.

  FIG. 5 is a diagram showing a data configuration of sales order slip data according to the present embodiment. The sales order slip data includes company, order slip number, estimate number, total price, and item information. The company information indicates a business partner from which company the order is received. The order slip number information uniquely identifies the sales order slip. The estimate number information uniquely identifies for which estimate order slip the sales order slip has occurred, and can use the order number of the estimate order slip. The information on the total price indicates the total price when the commodity price at the time of replenishment is used, and this total price becomes the actual billing amount. The information of the details indicates information on the item of the item that has been paid out, the amount to be paid out, the price of the product when the supplementary product to be paid out is supplemented, the date of replenishment, and the supplementary slip number, and can be repeated as appropriate.

  FIG. 6 is a diagram showing a data structure of supplement information according to the present embodiment. The replenishment information includes information on a company, an item, a replenishment date, a replenishment quantity, a dispensed quantity, and a replenishment slip number. The company information indicates a business partner to whom the supplementary product is directed. The item information indicates the item of the supplement product. The information on the replenishment date indicates the date on which the product is replenished. The replenishment quantity information indicates the quantity of replenished product that has been replenished. The information on the paid-out quantity indicates the quantity that has been withdrawn from the replenishment quantity. The replenishment slip number specifies which replenishment slip the product is replenished with.

  FIG. 7 is a diagram showing a data configuration of the price master according to the present embodiment. The price master is data indicating the association between the replenishment time and the price of the product at the replenishment time for each product.

Next, a processing procedure of the replenishment item dispensing apparatus 1 according to the present embodiment will be described.
FIG. 8 is a diagram showing a process flow of the supplement slip registration process in the supplement product dispensing apparatus 1 according to the present embodiment.
First, the replenishment item dispensing apparatus 1 receives input of replenishment slip registration data by the input means 3 (step S110). Then, the replenishment slip processing means 41 of the slip processing means 4 has information on the details including the information on the replenishment slip number acquired from the input replenishment slip registration data, the company information, the item, the replenishment quantity and the replenishment date information. Then, supplementary slip data is generated and written in the storage means 5 (step S120). If the supplementary slip registration data does not include a supplementary slip number, the supplementary slip processing means 41 assigns a supplementary slip number. Further, the replenishment slip processing means 41 replenishes from the information of the company, item, replenishment date, replenishment quantity, replenishment slip number acquired from the generated replenishment slip data, and the information of the dispensed quantity set to “0”. Information is generated and written in the storage means 5 (step S130).

FIG. 9 is a diagram showing a processing flow of the payout process in the supplement supply device 1 according to the present embodiment.
First, the replenishment item dispensing apparatus 1 receives input of estimated order slip registration data by the input means 3 (step S210). The estimated order slip processing means 42 reads the price information of the current date of the item from the price master in the storage means 5 by using the information of each item in the input estimated order slip registration data as a key. Generate slip data. The order slip number and the company information acquired from the estimated order slip registration data are respectively set in the order slip number and the company information in the estimated order slip data. When the estimated order slip registration data does not include the order slip number, the estimated order slip processing means 42 assigns the order slip number. Further, the item information in the estimated order slip data includes each item acquired from the estimated order slip registration data, information on the order quantity and delivery date of the item, and the price master in the storage means 5 using the item as a key. The price information as of the current date read from is set, and the total price information in the estimated order slip data is set to the sum of the amounts obtained by multiplying the order quantity and the price as of the current date for each item. The estimated order slip processing means 42 prints the estimated order slip based on the generated estimated order slip data and writes the estimated order slip data in the storage means 5 (step S220).

  For example, the input estimate order slip registration data includes information on the company “Company X”, the item “product A”, the order quantity “500”, and the withdrawal date “4/10”. Assume that the means 42 assigns the order slip number “201”. Further, the estimated order slip processing means 42 reads the price “90 yen” from the price master (see FIG. 7) using the item “product A” and the current date “4/9” as keys. In this case, the estimated order slip processing means 42 has the company “Company X”, the order slip number “201”, the item “product A”, the order quantity “500”, the price “90 yen”, and the withdrawal date “4 / Estimated order slip data (see FIG. 4) in which the details consisting of “10” and the total price “4500 yen” (= order quantity “500 pieces” × price “90 yen”) are set.

Next, the payout object selection means 44 of the sales order slip processing means 43 performs payout processing as follows for each item indicated by the detailed information in the estimated order slip data (step S230). That is, the sales order slip processing means 43 searches the replenishment information in the storage means 5 using the item information as a key, and selects the replenishment information whose replenishment quantity has not reached the dispensed quantity and having the oldest replenishment date. . The payout object selection means 44 compares the stock quantity (the quantity not paid out) indicated by the selected replenishment information with the order quantity of the item included in the detailed information in the estimated order slip data. The inventory quantity is calculated by subtracting the paid-out quantity from the replenishment quantity. When the stock quantity is equal to or larger than the order quantity, the information on the dispensed quantity in the specified replenishment information is rewritten with the quantity obtained by adding the order quantity to the current dispensed quantity.
On the other hand, if the inventory quantity is smaller than the order quantity, the dispensed quantity in the specified supplement information is rewritten with the same quantity as the supplement quantity, and the entire inventory quantity is dispensed. Then, by selecting the oldest replenishment date from the replenishment information whose replenishment quantity has not reached the dispensed quantity, and repeating the stock removal for the ordered quantity that has not yet been dispensed, Until the quantity is reached, the replenished goods are dispensed in order from the old replenishment date to update the dispensed quantity.

  For example, the order quantity of the product A is “500”, and the replenishment date (see FIG. 6) in which the replenishment quantity of the product A has not reached the payout quantity is “4/1”. Suppose that the replenishment quantity is “100” and the paid-out quantity is “0”. In this case, when the order quantity “500 pieces” is compared with the inventory quantity “100 pieces” on the replenishment date “4/1” (= replenishment quantity “100 pieces” −dispensed quantity “0 pieces”), Less than quantity. Therefore, the payout object selection means 44 rewrites the paid-out quantity corresponding to the replenishment date “4/1” to “100” which is the same as the replenishment quantity. As a result, all the stock items “100” on the replenishment date “4/1” are paid out, and the order quantity not yet paid out becomes “400”.

  Subsequently, the payout object selection means 44 again selects the one with the oldest replenishment date from the replenishment information whose replenishment quantity has not reached the payout quantity. Assume that the replenishment date of the replenishment information selected by the payout object selection means 44 is “4/5”, the replenishment quantity at this time is “200”, and the dispensed quantity is “0”. In this case, the order quantity “400” that has not been paid out, and the inventory quantity “200” on the replenishment date “4/5” (= replenishment quantity “200” −paid off quantity “0”) are used. By comparison, the inventory quantity is less than the order quantity. Therefore, the payout object selection means 44 rewrites the payout quantity corresponding to the replenishment date “4/5” to “200” which is the same as the replenishment quantity. As a result, all the stock items “200” on the replenishment date “4/5” are paid out, and the order quantity not yet paid out becomes “200”.

  Further, the payout object selection means 44 selects the replenishment date with the oldest replenishment date from the replenishment information whose replenishment quantity has not reached the payout quantity. Assume that the replenishment date of the replenishment information selected by the payout object selection means 44 is “4/7”, the replenishment quantity at this time is “300”, and the dispensed quantity is “0”. In this case, the order quantity “200” that has not yet been paid out and the inventory quantity “300” on the replenishment date “4/7” (= replenishment quantity “300” −dispensed quantity “0”) In comparison, the inventory quantity is larger than the order quantity. Therefore, the payout target selection means 44 adds the paid-out quantity corresponding to the replenishment date “4/7” to the current paid-out quantity “0” and the received order quantity “200” that has not yet been paid out. Rewrite the quantity to “200”. As a result, “200” of the stock items on the replenishment date “4/7” are paid out, and the payout for all received orders is completed.

  For each item to be paid out, the price acquisition means 45 stores the price on the replenishment date of the replenishment item to be dispensed, using the item and the replenishment date in each replenishment information selected as the payout object in step S230 as a key. 5 is read from the price master within 5 (step S240). In the above example, for the product A, the price “100 yen” for the period including the replenishment date “4/1” and the price “for the period including the replenishment date“ 4/5 ”from the price master (see FIG. 7)“ The price “90 yen” for the period including “100 yen” and the replenishment date “4/7” is read out.

  The slip generation means 46 creates new sales order slip data (step S250). In this sales order slip data, the order slip number entered by the input means 3 or newly assigned by the slip generation means 46, and the order slip number of the estimated order slip data generated in step S220. And the information of the company acquired from the estimated order slip data.

  The slip generation means 46 generates the sales order slip data generated in step S250 for the details of the supplementary products with the oldest replenishment date among the supplementary products to be dispensed that have not yet been added to the sales order slip data. (Step S260). Subsequently, the slip generation means 46 determines whether or not the sales order slip data creation is completed depending on whether there is a supplementary product to be paid out that has not yet been added as a detail (step S270). Since there is a supplementary product to be withdrawn that has not yet been added as a detail, if it is determined that the creation of sales order slip data has not been completed (step S270: NO), the oldest supplement that has not yet been added as a detail It is determined whether the price of the supplementary product corresponding to the day is different from the price of the supplementary product added last to the sales order slip data currently being created (step S280). If the prices are the same or if the information of the first item about the supplementary product is registered in the sales order slip data currently being created (step S280: NO), the process returns to step S260 and added as a item. The information on the details of the replenishment product with the oldest replenishment date among the replenishment products not to be paid out is added to the sales order slip data currently being created. On the other hand, if the price is different (step S280: YES), the process returns to step S250 to create new sales order slip data, and among the replenishment products to be paid out that have not yet been added to the sales order slip data, Details of the replenishment product with the oldest replenishment date are added to the newly generated sales order slip data.

  Repeating the above, when the slip generation means 46 has generated the detailed information about all the supplementary products to be paid out, and determines that the creation of the sales order slip data has been completed (step S270: YES), all the generated A sales order slip is printed from each of the sales order slip data, and all the sales order slip data is stored in the storage means 5 (step S290).

  For example, in the case of the estimated order slip with the order slip number “201” shown above, for the order quantity “500” of the item “product A”, a supplement product with a replenishment date “4/1” and a price “100 yen” is used. “100”, replenishment date “4/5”, price “100 yen” replenishment product “200”, replenishment date “4/7”, price “90 yen” replenishment product “200” Yes. In this case, the slip generation unit 46 firstly sets the newly assigned order slip number “2011”, the estimate number in which the order slip number “201” of the estimated order slip data is set, and the company “X” acquired from the estimated order slip data. Sales order slip data including information on “company” is generated. Then, the slip generation means 46 provides details of the supplementary product with the oldest supplementary date “4/1”, that is, the item “Product A”, the dispensed quantity “100”, the price “100 yen”, the supplementary date “ 4/1 ”and supplementary slip number“ 101 ”are added to sales order slip data of order slip number“ 2011 ”. The replenishment slip number is read from the replenishment information in the storage means 5 corresponding to the company, item, and replenishment date.

  Next, the slip generation unit 46 adds the price “100 yen” of the product A corresponding to the oldest replenishment date “4/5” that has not yet been added as a detail to the sales order slip data being created. Because the price is the same as the price “100 yen” on the replenishment date “4/1” indicated by the information on the last added item, the item information on the replenishment product on the replenishment date “4/5”, that is, the item The sales order slip data of the order slip number “2011” includes the information of the item consisting of “product A”, the dispensed quantity “200 pieces”, the price “100 yen”, the replenishment date “4/5”, and the supplement slip number “102”. Add to.

  Subsequently, the slip generation unit 46 adds the price “90 yen” of the product A corresponding to the oldest replenishment date “4/7” that has not been added as a detail to the sales order slip data being created. Because the price is different from the price “100 yen” of the replenishment date “4/5” indicated by the last added detail information, it is determined that new sales order slip data should be created. Accordingly, the slip generation means 46 adds the total price “3000 yen” (= price “100 yen” × (replenishment date “4/1”) to the sales order slip data of the order slip number “2011” that is currently created. Information of “100 pieces” + dispensed date “4/5” payout quantity “200 pieces”)), and newly assigned order slip number “2012”, estimated order slip data order slip number “201”. Sales order slip data including the estimate number for which the information “company X” is acquired from the estimated order slip data is generated. Then, information on the details of the replenishment product of the oldest replenishment date “4/7” that has not yet been added as a detail, that is, the item “product A”, the dispensed quantity “200”, the price “90 yen”, the replenishment date The information of the details including “4/7” and the supplementary slip number “103” is added to the sales order slip data of the order slip number “2012”.

  Since the slip generation means 46 has generated detailed information about all the supplementary products to be paid out, the total price “1800 yen” (= price “90” is added to the estimated order slip data of the order slip number “2012” that is currently created. The information of “yen” × (payout quantity “4/7” payout quantity “200”)) is written, and the creation of sales order slip data (see FIG. 5) is terminated.

[Second Embodiment]
Next, a second embodiment of the present invention will be described.
FIG. 10 is a diagram showing a processing outline of the replenishment item dispensing apparatus 1a according to the present embodiment.
There is an instruction for delivery of 600 items out of stock from the customer. 100 items will be replenished on April 1st and 200 items will be replenished on April 5th with a price of 100 yen. Assuming that
Then, when an order slip for issuing an instruction to pay out 500 products A is generated on April 10, the supplementary goods payout device 1a pays out in order from the stock of the delivered goods with the oldest date. As a result, the replenishment item dispensing device 1a pays out 100 pieces from the stock replenished on April 1 and 200 pieces from the stock replenished on April 5 at a replenishment price of 100 yen, and 4 Two shipping slips are generated including a shipping slip that pays out 200 pieces from the stock replenished on the 7th of month at a price of 90 yen at the time of replenishment. Note that 100 items replenished on April 1 and 200 items replenished on April 5 are different detail lines in one shipping slip. The billing slip is generated corresponding to each order slip, and the amount is calculated using the price in the shipping slip as a basis.

  FIG. 11 is a block diagram showing the configuration of the replenishment item dispensing apparatus 1a according to the present embodiment, in which only functional blocks related to the present invention are extracted and shown. In this figure, the same parts as those in the replenishment item dispensing apparatus 1 according to the first embodiment shown in FIG. The supplementary item dispensing apparatus 1a shown in this figure is different from the supplementary item dispensing apparatus 1 according to the first embodiment in that a slip processing unit 4a is provided instead of the slip processing unit 4 and a storage unit 5a is provided instead of the storage unit 5. It is a point.

  The storage means 5a is a database, and includes various slip data such as supplement slip data, order slip data, and shipping slip data, a price master that is data indicating the price of the product, and supplement information that is data indicating the supplemented stock product. Memorize etc. The replenishment slip data, replenishment information, and price master are the same data as in the first embodiment (see FIGS. 3, 6, and 7).

The slip processing means 4a generates and registers various slips, and includes a supplementary slip processing means 41, an order slip processing means 47, and a shipping slip processing means 48.
The supplementary slip processing means 41 is the same as that in the first embodiment. The order slip processing means 47 generates, registers, and outputs order slip data. The shipping slip processing means 48 includes a payout object selection means 44, a price acquisition means 45, and a slip generation means 49. The payout object selection means 44 and the price acquisition means 45 are the same as those in the first embodiment. The slip generation means 49 creates shipping slip data for each price.

  FIG. 12 is a diagram showing a data configuration of order slip data according to the present embodiment. The order slip data includes company, order slip number, and item information. The company information indicates a business partner from which company the order is received. The information on the order slip number uniquely identifies the order slip. The information on the details indicates information on the item for which the order has been received, the order quantity, and the payout date, and may be repeated as appropriate.

  FIG. 13 is a diagram showing a data structure of the shipping slip data according to the present embodiment. The shipping slip data includes company, shipping slip number, order slip number, and item information. The enterprise information indicates a business partner to whom the enterprise is shipped. The shipping slip number information uniquely identifies the shipping slip. The information on the order slip number specifies for which order slip the shipping slip is generated. The information of the details indicates information on the item of the item to be paid out, the quantity to be paid out, the product price when the supplementary product to be paid out is replenished, the replenishment date, and the supplementary slip number. This product price is the price used for calculating the billing amount.

  Next, the processing procedure of the replenishment item dispensing apparatus 1a according to the present embodiment will be described. The supplementary slip registration process in the supplementary item dispensing apparatus 1a according to the present embodiment is the same as the supplementary slip registration process (see FIG. 8) according to the first embodiment.

FIG. 14 is a diagram showing a processing flow of a payout process in the supplement supply device 1a according to the present embodiment.
First, the replenishment item dispensing device 1a receives the input of the order slip registration data by the input means 3 (step S310). The order slip processing unit 47 generates order slip data in which information on the order slip number, the company, and the details (each item and the order quantity and delivery date of each item) acquired from the order slip registration data is set. When the order slip registration data does not include the order slip number, the order slip processing means 47 assigns the order slip number. The order slip processing means 47 prints the order slip based on the generated order slip data and writes the order slip data in the storage means 5a (step S320). For example, the order slip processing means 47 includes the assigned order slip number “201”, the company “Company X” acquired from the input order slip registration data, the item “product A”, the order quantity “500”, The order slip data (see FIG. 12) including the detailed information including the payout date “4/10” is generated and written in the storage means 5a.

  Next, when the order slip number of the order slip data and the instruction for generating the shipping slip are input by the input means 3, the shipping slip processing means 48 uses the input order slip number as a key to store in the storage means 5a. Specify sales order slip data. The payout object selection means 44 performs payout processing for each item indicated by the detailed information in the specified order slip data by the same processing as step S230 of the first embodiment (step S330), and then The price acquisition unit 45 reads the price on the replenishment date of the replenishment item to be paid out from the price master in the storage unit 5a by the same process as step S240 of the first embodiment (step S340). When the order slip number “201” is input as the shipping slip generation target, the payout target selection unit 44 sets the replenishment date “4” for the replenishment information (see FIG. 6) of the company “Company X” and the item “Product A”. / 1 ”is the paid-out quantity corresponding to“ 100 ”, the paid-out quantity corresponding to the replenishment date“ 4/5 ”is“ 200 ”, and the paid-out quantity corresponding to the replenishment date“ 4/7 ”is“ Rewrite to "200" and update. Further, the price acquisition means 45 for the item “product A”, the price “100 yen” in the period including the replenishment date “4/1” and the price “100 yen” in the period including the replenishment date “4/5”. The price “90 yen” for the period including the replenishment date “4/7” is read from the price master.

  Subsequently, the slip generation means 49 creates new shipping slip data (step S350). In this shipping slip data, information of the shipping slip number newly assigned by the slip generating means 49 or inputted by the input means 3, information on the order slip number of the order slip data inputted in step S330, And company information obtained from the order slip data specified by the order slip number.

  The slip generation means 49 adds the information on the details of the supplementary products with the oldest supplementary date among the supplementary products to be dispensed that have not yet been added to the shipping slip data as details to the shipping slip data generated in step S350. (Step S360). Subsequently, the slip generation unit 49 determines whether or not the shipping slip data creation is completed depending on whether there is a supplementary product to be paid out that has not yet been added as a detail (step S370). Since there is a supplementary product to be dispensed that has not yet been added as a detail, when it is determined that the creation of the shipping slip data has not been completed (step S370: NO), the oldest supplementary date that has not yet been added as a detail It is determined whether the price of the supplementary product corresponding to is different from the price of the supplementary product added last to the shipping slip data currently being created (step S380). If the prices are the same or if the information of the first detail of the supplementary product is registered in the shipping slip data currently being created (step S380: NO), the process returns to step S360 and is not added as a detail. The information of the details about the replenishment product with the oldest replenishment date among the replenishment products to be paid out is added to the shipping slip data currently being created. On the other hand, if the price is different (step S380: YES), the process returns to step S350, new shipping slip data is created, and is the oldest among the supplementary products to be paid out that have not yet been added to the shipping slip data as details. Information of the details about the replenishment product on the replenishment date is added to the newly generated shipping slip data.

  The above is repeated, and when the slip generation means 49 determines that the creation of the shipping slip data has been completed because the detailed information about all the supplementary products to be paid out has been generated (step S370: YES), all the generated shipping slips The shipping slip is printed from each data, and all the shipping slip data is stored in the storage means 5a (step S390).

  For example, in the case of the order slip with the order slip number “201” shown above, for the order quantity “500” of the item “product A”, the supplement product with the replenishment date “4/1” and the price “100 yen” is “ "100", replenishment date "4/5", price "100 yen" replenished products "200", replenishment date "4/7", price "90 yen" replenished products "200" . At this time, first, the slip generation means 49 includes the newly assigned shipping slip number “301”, the order slip number “201” of the order slip data, and the information of the company “Company X” acquired from the order slip data. Generate shipping slip data. Then, the slip generation means 49 provides information on the details of the replenishment product with the oldest replenishment date “4/1”, that is, the item “product A”, the dispensed quantity “100”, the price “100 yen”, the replenishment date “ The information of the details including “4/1” and the supplementary slip number “101” is added to the shipping slip data of this shipping slip number “301”. The replenishment slip number is read from the replenishment information in the storage means 5a corresponding to the company, item, and replenishment date.

  Next, the slip generation unit 49 stores the price “100 yen” of the product A corresponding to the oldest replenishment date “4/5” that has not yet been added as a detail for the product A in the shipping slip data being created. Since the price is the same as the price “100 yen” on the replenishment date “4/1” indicated by the last added item information, the item information on the replenishment product on the replenishment date “4/5”, that is, the item “ The information of the details consisting of “Product A”, the dispensed quantity “200”, the price “100 yen”, the replenishment date “4/5”, and the replenishment slip number “102” is added to the shipping slip data of the shipping slip number “301”. To do.

  Subsequently, the slip generation unit 49 adds the price “90 yen” of the product A corresponding to the oldest replenishment date “4/7” that has not been added to the details to the shipping slip data being created for the product A. Since it is different from the price “100 yen” of the replenishment date “4/5” indicated by the last added detail information, it is determined that new shipping slip data should be created. Accordingly, the slip generation means 49 assigns a new shipment slip number, the assigned shipment slip number “302”, the order slip number “201” of the order slip data, and the company “Company X” obtained from the order slip data. ”Is newly generated. Then, information on the details of the replenishment product of the oldest replenishment date “4/7” that has not yet been added as a detail, that is, the item “product A”, the dispensed quantity “200”, the replenishment date “4/7”, Information of the details consisting of the supplementary slip number “103” is added to the shipping slip data of the shipping slip number “302”, and the creation of the shipping slip data (see FIG. 13) is finished.

  According to the embodiment described above, the replenishment item dispensing device performs sales using the price when the product is received when the product is sold when the price of the stock product varies depending on the time when the product is received. For example, a sales order slip or a shipping slip can be created. At this time, it is possible to manage which merchant the product is received for, and pay out the stock product at the instructed time only to the business partner who has received the delivery instruction. Also, when creating a voucher such as a sales order voucher or a shipping voucher, the same price at the time of replenishment can be created and divided into a plurality of vouchers, or details can be created for each replenishment date in the voucher.

  In addition, the above-mentioned supplementary goods dispensing apparatus 1 and 1a have a computer system inside. The operation process of the slip processing means 4 and 4a described above is stored in a computer-readable recording medium in the form of a program, and the above-described processing is performed by the computer system reading and executing this program. . The computer system here includes an OS and hardware such as peripheral devices.

Further, the “computer system” includes a homepage providing environment (or display environment) if a WWW system is used.
The “computer-readable recording medium” refers to a storage device such as a flexible medium, a magneto-optical disk, a portable medium such as a ROM and a CD-ROM, and a hard disk incorporated in a computer system. Furthermore, the “computer-readable recording medium” dynamically holds a program for a short time like a communication line when transmitting a program via a network such as the Internet or a communication line such as a telephone line. In this case, a volatile memory in a computer system serving as a server or a client in that case, and a program that holds a program for a certain period of time are also included. The program may be a program for realizing a part of the functions described above, and may be a program capable of realizing the functions described above in combination with a program already recorded in a computer system.

It is a figure which shows the process outline | summary of the supplementary goods delivery apparatus by the 1st Embodiment of this invention. It is a functional block diagram of the supplement supply apparatus by 1st Embodiment. It is a figure which shows the data structure of the supplementary slip data by 1st Embodiment. It is a figure which shows the data structure of the estimated order slip data by 1st Embodiment. It is a figure which shows the data structure of the sales order slip data by 1st Embodiment. It is a figure which shows the data structure of the supplement information by 1st Embodiment. It is a figure which shows the data structure of the price master by 1st Embodiment. It is a figure which shows the processing flow of the supplementary slip registration process in the supplementary goods delivery apparatus by 1st Embodiment. It is a figure which shows the processing flow of the payout process in the supplement supply apparatus by 1st Embodiment. It is a figure which shows the process outline | summary of the supplementary goods delivery apparatus by the 2nd Embodiment of this invention. It is a functional block diagram of the supplement supply apparatus by 2nd Embodiment. It is a figure which shows the data structure of the order slip data by 2nd Embodiment. It is a figure which shows the data structure of the shipping slip data by 2nd Embodiment. It is a figure which shows the processing flow of the payout process in the supplement supply apparatus by 2nd Embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1, 1a ... Supplementary goods delivery apparatus 2 ... Control means 3 ... Input means 4, 4a ... Slip processing means 5, 5a ... Storage means 6 ... Output means 41 ... Replenishment slip processing means 42 ... Estimated order slip processing means 43 ... Sales order Slip processing means 44... Payout object selection means 45... Price acquisition means 46 and 49. Slip generation means 47.

Claims (7)

Storage means for storing identification information of a product replenished as inventory, replenishment information indicating a replenishment date and a payable quantity of the replenished product, and price information indicating an association between the replenishment date and the price of the product;
An input means for receiving the input of the identification information of the received product and the order quantity information;
The replenishment information is searched based on the identification information of the commodity received by the input means, and the supplementary commodity to be dispensed is selected until the total quantity of the dispensed commodity reaches the order quantity in order of oldest replenishment date. Withdrawal object selection means,
Price acquisition means for reading out price information from the price information corresponding to the replenishment date of the replenishment item to be paid out selected by the payout target selection means;
Slip generating means for generating slip data for paying out the goods using the prices read out in accordance with the replenishment date of the supplementary goods for the supplementary goods to be paid out with different replenishment dates;
A replenishment item dispensing device comprising: The slip generation means generates slip data including information on the quantity and price of supplementary products to be paid out for each supplementary product with the same price read by the price acquisition means.
The replenishment item dispensing device according to claim 1. The slip generation means generates slip data including detailed data indicating information on a replenishment date and a quantity of replenishment items to be dispensed replenished on the replenishment date.
The replenishment item dispensing device according to claim 1. The replenishment information further includes business partner information,
The input means further receives the information of the business partner,
The payout object selection means searches the replenishment information based on the product identification information and the supplier information received by the input means, and payout objects in order of old replenishment date until the total stock quantity reaches the order quantity. Select replenishment items for
The replenishment item dispensing device according to claim 1. The slip generation means generates sales order slip data or shipping slip data as slip data.
The replenishment item dispensing device according to claim 1. A replenishment item dispensing method used in a replenishment item dispensing device,
The replenishment item dispensing device stores identification information of a product replenished as inventory, replenishment information indicating a replenishment date of the replenished product and a quantity that can be paid out, and price information indicating a correspondence between the replenishment date and the price of the product. A storage means,
In the replenishment item dispensing device,
A process in which the input means receives input of the identification information of the ordered product and the information of the ordered quantity;
The payout object selection means searches the replenishment information based on the product identification information input by the input means, and pays out the payout items in order from the oldest replenishment date until the total quantity of the delivered goods reaches the order quantity. Selecting the replenishment item of interest
A process of reading price information from the price information corresponding to the replenishment date of the replenishment item to be paid out selected by the payout target selection means by the price acquisition means;
The slip generating means generates slip data for paying out the goods using the prices read out by the price acquisition means corresponding to the replenishment date of the supplementary goods for the replenishment products with different replenishment dates. The process of
A replenishment item dispensing method characterized by comprising: A computer used as a replenishment dispensing device,
Storage means for storing identification information of a product replenished as inventory, replenishment information indicating a replenishment date and a payable quantity of the replenished product, and price information indicating an association between the replenishment date and the price of the product,
An input means for receiving input of product identification information and order quantity information;
The replenishment information is searched based on the identification information of the commodity received by the input means, and the supplementary commodity to be dispensed is selected until the total quantity of the dispensed commodity reaches the order quantity in order of oldest replenishment date. Withdrawal object selection means,
Price acquisition means for reading out price information corresponding to the replenishment date of the replenishment item to be paid out selected by the payout target selection means from the price information;
Slip generating means for generating slip data for paying out the goods using the prices read out by the price acquisition means corresponding to the replenishment date of the supplementary goods for the supplementary goods to be paid out having different replenishment dates;
A computer program that functions as a computer program.

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