JP3877654B2 - Delivery schedule creation support system and program - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a delivery schedule creation support system and a program thereof, and more particularly to a delivery schedule creation support system and a program thereof that classify a plurality of products for each group and determine a delivery date.
[0002]
[Prior art]
For example, when constructing a house, the construction shop picks up necessary materials for each room according to the house plan and orders the necessary materials from the dealer. At this time, since the construction shop recognizes the sales price of the necessary material, it may request the dealer to create an estimate. Then, the construction shop receives the estimate, and if there is no problem with the price or the like, it orders using the estimate. Actually, it is extremely rare that an order is made according to the estimate. Usually, further price negotiations are carried out, or only satisfactory products are ordered among multiple necessary materials. is there.
[0003]
By the way, in house construction, it takes several days from completion of confirmation of the owner on the design drawing to completion of the construction, but during this time, the product is changed due to the convenience of the manufacturer, changes in the preference of the owner, changes in the construction schedule, etc. And delivery times are subject to change. In addition, the construction schedule may be delayed due to the weather. In such a situation, it is extremely important for a store that delivers products to deliver the products according to the construction. This is because, in the construction shop, the loss due to the waiting time of the contractor is larger than the loss due to the price of the housing material. For example, even if a construction company can purchase flooring materials 10% cheaper from another manufacturer, if the delivery date of the flooring material is delayed by one day, both the wall foundation work and the ceiling work will be delayed, resulting in a significant loss due to the waiting time of the contractor. Suffer.
[0004]
Therefore, a system has been proposed that enables delivery according to the schedule of craftsmen entering the construction site. This is an order-receiving computer managed by a dealer, etc. and an order-side terminal that can be used by a construction company, etc. are connected via a network, and the desired delivery date for each product is input at the order-side terminal. is there. According to this, the store can grasp the desired delivery date by the order-receiving computer, and can deliver necessary materials in accordance with the construction schedule at the construction site.
[0005]
[Problems to be solved by the invention]
However, according to the above system, since a desired delivery date must be set for each product, the burden on the construction shop in the input work and the like has been increased. In other words, when picking up the necessary materials from the design drawing, for example, if they are picked up for each room, these materials are not in the order of delivery date, so the delivery date of each material is set consistently with each other. I had to. In addition, for example, the floor of the toilet and the floor of the living room have to be individually set because they are floor materials of different rooms, although they can be constructed on the same day. For this reason, it takes a lot of time for the input work, and there are cases where the setting is forgotten or wrongly set.
[0006]
In addition, when the desired delivery date is set finely in accordance with the construction schedule, the number of deliveries becomes extremely large, and there is a risk that the dealers and the material suppliers will be unprofitable due to an increase in transportation costs. In addition, when changing the construction schedule, even if the change is slight, it may be difficult to change because the required delivery date needs to be significantly modified.
[0007]
Accordingly, in view of the above situation, the present invention provides a delivery schedule creation support system that allows an orderer such as a construction shop to easily and reliably set a desired delivery date for a plurality of products, and a program thereof Is an issue.
[0008]
[Means for Solving the Problems]
The delivery schedule creation support system according to the first aspect of the present invention provides a system for "a plurality of products ordered by an orderer including an ordering computer connected to an ordering terminal used by the orderer via a communication network" A delivery schedule creation support system for creating a delivery schedule, wherein the order-receiving computer stores product information storage means that stores in advance an association between a product code of each product and a group to which the product belongs, and the ordering When a plurality of products are ordered by the side terminal, a sorting unit that arranges and groups the product codes of the ordered products for each belonging group based on the association stored in the product information storage unit; , Sending the product codes of the products grouped by the sorting means to the ordering side terminal, Came to the display screen of the ordering side terminal, said Group membership And work order and To relate Display the related table, In the related table A work order setting unit that provides an order input area for setting a work order related to the belonging group for each of the belonging groups, and a delivery date input area on the display screen of the ordering terminal, and the work order When the work order and the delivery date are set on the display screen of the ordering side terminal, the first delivery date setting means having a delivery date setting unit capable of inputting a delivery date corresponding to The work order set by the work order setting unit is associated with each product included in each group, and a table showing the relationship between each product and the work order is displayed on the display screen. In addition, an order change area that allows the work order to be changed for each individual product is provided, and when the work order of a predetermined product is changed in the order change area, the delivery date of the product is set as the delivery date. A signal for determining the work order and the delivery date is transmitted from the second delivery date setting means determined based on the correspondence between the work order set by the date setting unit and the delivery date, and the ordering side terminal. The work order and the delivery date are stored in the order information storage means, and the schedule creation means for creating the delivery schedule to the orderer based on the work order and the delivery date is provided. " is there.
[0009]
Here, the “affiliation group” indicates a general concept of each product. For example, when “door” is a product, “joint” is the belonging group. In addition to the “door”, the “joint” group includes products such as “door frame”, “door”, “の 他”, and “door”. The “delivery schedule” indicates the order and date of a plurality of products to be delivered to the orderer, and based on this, product allocation and delivery arrangement, product manufacture, etc. are performed.
[0010]
Therefore, according to the delivery schedule creation support system of the first aspect of the invention, when a plurality of products are ordered by the ordering terminal, the order receiving computer stores these product codes in the product information storage means. Arrange for each group based on the association. For example, when a contractor, who is an orderer, picks up necessary materials (products) from a design drawing and picks up each room, the “door” attached to the entrance and the “door” in the living room are summarized. Although they are not ordered in the form, they are grouped by the rearrangement means because they belong to the same group. The plurality of grouped product codes are transmitted to the ordering side terminal, and the desired delivery date of the product can be set for each group. For this reason, when the desired delivery date of the belonging group is set in the ordering side terminal, the desired delivery date of each product included in the belonging group is automatically assigned. In other words, the desired delivery date for all products is set by simply setting the desired delivery date for each group.
[0011]
By the way, even if the products are in the same affiliation group, it may be preferable to deliver them on different dates. For example, with regard to “doors” and “door frames” included in the “joint” group, “doors” are usually attached together with the construction of “door frames”. ”Is an obstacle and avoids being damaged, the“ door ”may be attached at the end, not at the same time as the“ door frame ”.
[0012]
In the present invention, it is possible to change the desired delivery date set for each belonging group for each product in order to cope with such circumstances in the field. In other words, if you belong to the same group, you can usually deliver it on the same day, so basically you can set the desired delivery date for each group, but if necessary, you can set the desired delivery date as a product. It can be changed every time.
[0013]
Thereafter, when the desired delivery date of the product is set or changed at the ordering side terminal, information on the desired delivery date is transmitted to the order-receiving computer via the communication network. The order-receiving computer creates a delivery schedule to the orderer based on the information.
[0019]
Also, By setting the work order relating to each group and the delivery date corresponding to the work order, the desired delivery date of the product is set for each group. In other words, not only the delivery date but also the work order related to the belonging group is set. For this reason, for example, even when the desired delivery date of a product is changed, it can be changed relatively easily. For example, even if the construction is delayed due to some reason, the work order is not changed, so the orderer can change the overall desired delivery date by resetting only the delivery date corresponding to the work order. . In other words, if the work order is the same, it is possible to change the group all at once even if they belong to different groups.
[0022]
The delivery schedule creation support program according to the invention of claim 2 is “a plurality of products used by an ordering computer connected to an ordering terminal used by an orderer via a communication network and ordered by the orderer”. A delivery schedule creation support program for creating a delivery schedule for a product information storage means for storing in advance an association between a product code of each product and a group to which the product belongs, and a plurality of products by the ordering side terminal When the order is placed, the product code of the ordered product is rearranged and grouped for each affiliation group based on the association stored in the product information storage unit. The product code of the commercialized product is transmitted to the ordering side terminal, and the ordering side terminal To 示画 surface, said Group membership And work order and To relate Display the related table, In the related table A work order setting unit that provides an order input area for setting a work order related to the belonging group for each of the belonging groups, and a delivery date input area on the display screen of the ordering terminal, and the work order The first delivery date setting means having a delivery date setting unit that enables input of the delivery date corresponding to, and when the work sequence and the delivery date are set on the display screen of the ordering side terminal, The work order set by the work order setting unit is associated with each product included in each group, and a table showing the relationship between each product and the work order is displayed on the display screen. In addition, an order change area that allows the work order to be changed for each individual product is provided, and when the work order of a predetermined product is changed in the order change area, the delivery date of the product is set as the delivery date. Second delivery date setting means for determining based on the correspondence between the work order set by the date setting unit and the delivery date;
And when a signal for determining the work order and the delivery date is transmitted from the ordering side terminal, the work order and the delivery date are stored in the order information storage means, and the work order and the delivery date are stored. Schedule creation means for creating the delivery schedule to the orderer based on
As described above, the order-receiving computer functions.
[0023]
Therefore, Claim 2 According to the delivery schedule creation support program of the present invention, when this program is executed in the order-receiving computer connected to the communication network, the same effect as in claim 1 is obtained.
[0024]
DETAILED DESCRIPTION OF THE INVENTION
A delivery schedule creation support system 1 (hereinafter simply referred to as “creation support system 1”) according to an embodiment of the present invention will be described below with reference to FIGS. 1 is an explanatory diagram showing a schematic configuration of the entire creation support system 1, FIGS. 2 and 4 are block diagrams showing a functional configuration of the creation support system 1, and FIG. 3 is an explanatory diagram showing a schematic configuration of a database. FIG. 5 is an explanatory diagram simply showing an example of the display screen, and FIG. 6 is a flowchart showing the flow of processing.
[0025]
The creation support system 1 of the present embodiment is applied in the ordering process of necessary materials in housing construction. As shown in FIG. 1, the order-receiving computer 3 managed by the housing material sales store 2, and each construction company 4 is connected to an ordering side terminal 5 that can be used via a network 6 (a wide-area communication network such as the Internet). Here, the construction shop 4 corresponds to the orderer of the present invention, and the network 6 corresponds to the communication network of the present invention.
[0026]
The order-receiving computer 3 receives an estimate instruction and a delivery instruction from the order-side terminal 5 via the network 6 and performs processing according to these instructions. As with a general-purpose computer, the hardware configuration includes a main storage device (not shown), a central processing unit including an arithmetic device and a control device, and an input device for directly inputting information such as a keyboard and a pointing device. , An output device such as a display for retrieving information processed in the order-receiving computer 3, a communication means such as a modem for transmitting and receiving data via the network 6, and a storage means composed of a hard disk or the like. Yes.
[0027]
The communication means is controlled by a communication control means 9 having a receiving means 7 for receiving data from the ordering side terminal 5 and a transmitting means 8 for sending data to the ordering side terminal 5, as shown in FIG. It is like that.
[0028]
The storage means is roughly divided into merchandise information storage means 11, order information storage means 12, and basic order storage means 13. The merchandise information storage means 11 stores the association between the merchandise code 15 of each merchandise and the group to which these merchandise belongs. In addition to the merchandise code 15, the merchandise name 16 and the affiliation code 17 (affiliation group ), A group name 18, a product price 19, a product description 20, and the like are stored. This product information storage means 11 is used when creating a product estimate and when setting a desired delivery date for a product.
[0029]
On the other hand, the order information storage means 12 is mainly used for setting a desired delivery date of a product. Here, the orderer personal information 22, the member master 23, the component master 24, and the delivery date master 25 are included. And information such as the maximum number of deliveries 26 are stored. The individual information 22 to 26 will be described in detail. First, the orderer personal information 22 is information about the construction shop 4 that is the ordering person. For example, the name, address, contact information, address, and purchase history of the construction shop 4 Etc. are included. Based on the personal information 22 of the orderer, customer management is performed and a maximum delivery number 26 described later is set. The affiliation member master 23, the component member master 24, and the delivery date master 25 are for managing the desired delivery date of the product, and data is stored corresponding to each construction company 4. As shown in FIG. 3A, the member master 23 is composed of a member code 17, a member group name 18, and a work order 28, and associates the member group with the work order 28. Here, the “work order 28” numerically represents at what timing the products included in each group are required in a series of work in housing construction. In the present embodiment, a numerical value of 1 to 100 is assigned with reference to the elapsed date from the upper building date, and the smaller the numerical value, the faster the order of work. For example, in the illustrated example, the floor material (G001) and the staircase member (G003) are first required at the same time, and then a fitting such as a door (G006) is required, and then the entrance storage (G007) is required. Is meant to be.
[0030]
As shown in FIG. 3B, the component member master 24 includes an affiliation code 17, a product code 15, and a work order 28, and associates each product with the work order 28. Since the desired delivery date of each product follows the affiliation group, the work order 28 stored in the affiliation member master 23 and the work order 28 stored in the component member master 24 are basically the same numerical values. A second delivery date setting means 38, which will be described later, can make the work order 28 for a specific product different from the work order 28 for other products in the same group. For example, in the figure, since it belongs to the joinery group (G006), the work order 28 is “40”, but only the “door” work order 28 is changed to “50”.
[0031]
As shown in FIG. 3C, the delivery date master 25 includes a work order 28 and a delivery date 29. The work order 28 set for each group and each product, the delivery date 29, Is associated. In the example shown in the figure, a product whose work order 28 is set to “30” is delivered on June 20, and a product set to “40” is delivered on June 30. In this manner, the three masters 23, 24, and 25 store the belonging group and the delivery date 29, and each product and the delivery date 29 in a state of being associated with each other.
[0032]
The maximum number of deliveries 26 is the number of times a plurality of products can be distributed and delivered, that is, the number of times that the work order 28 can be divided. This maximum number of deliveries 26 can be set individually for each construction shop 4.
[0033]
By the way, this order-receiving computer 3 stores a delivery schedule creation support program. By executing this program, it has the following functional configuration.
[0034]
That is, as shown in FIG. 2, the order-receiving computer 3 is based on the desired product recognition unit 31 that recognizes the product desired by the construction company 4, the desired product, and the information stored in the product information storage unit 11. An estimate creation means 32 for creating an estimate for a product and an estimate output means 33 for sending the created estimate to the ordering side terminal 5 via the sending means 8 are provided. Thereby, since the estimate is created for the accessed ordering side terminal 5, the construction shop 4 can confirm the contents of the estimate on the ordering side terminal 5. When the construction shop 4 is satisfied with the contents described in the estimate, the product is ordered and a desired delivery date is set.
[0035]
Further, the order receiving computer 3 stores, in the product information storage unit 11, the order content recognition unit 35 for recognizing the ordered product and the product code 15 of the ordered product as functions for setting a desired delivery date of the product. Based on the association, the rearrangement means 36 arranged for each belonging group, and the first delivery date setting means for transmitting the arranged product code 15 to the ordering side terminal 5 and setting the desired delivery date of the product for each affiliated group. 37 and a second delivery date setting means 38 that enables the desired delivery date set thereby to be changed for each product.
[0036]
More specifically, the rearranging means 36 groups the ordered products for each affiliation code 17. For example, in the construction of a house, products (necessary materials) are picked up for each room, and the order Even if the estimate is prepared, the grouping is performed by the rearranging means 36. For example, products included in the joinery such as doors, door frames, doors, and doors are collected as a belonging group.
[0037]
The first delivery date setting means 37 is provided with a work order setting unit 39 and a delivery date setting unit 40. The work order setting unit 39 sets the work order 28 related to the belonging group for each belonging group, and the delivery date setting unit 40 sets the delivery date 29 corresponding to the work order 28. It is. That is, the ordering side terminal 5 transmits data to the ordering side terminal 5 so that the work order 28 for each group and the delivery date 29 for the work order 28 can be set. Then, the work sequence 28 input in the ordering side terminal 5 is stored in the member master 23 (see FIG. 3A) of the order information storage means 12, while the delivery date 29 is stored in the order information storage means 12. It is stored in the delivery date master 25 (see FIG. 3C). By the way, as described above, each construction shop 4 can directly input the work order 28 through the ordering side terminal 5, but the work order 28 is generally determined in a series of work such as housing construction. Therefore, in this embodiment, the basic order of the work order 28 is output in advance to simplify the setting work. That is, the basic order of the work order 28 is stored in the basic order storage means 13, and the basic order output unit 41 of the work order setting unit 39 reads the basic form in the ordering side terminal 5 when setting the work order 28. Output. For this reason, the construction shop 4 can set a series of work orders 28 by changing only the parts different from the basic order without inputting the work orders 28 for all the belonging groups. Become.
[0038]
The second delivery date setting means 38 is provided with a product designation unit 42 that designates a product and a work order change unit 43 that changes the work order 28 related to the designated product. That is, it is possible to set only the work order 28 of the designated product so that it is different from other products, regardless of the work order 28 of the belonging group. And the work order 28 of the goods changed by the work order change part 43 is memorize | stored in the structural member master 24 (refer FIG.3 (b)) of the order information storage means 12. FIG. In this case, the delivery date 29 is not input, but the delivery date 29 corresponding to the changed work sequence 28 becomes the changed delivery date 29.
[0039]
In the order-receiving computer 3, when the desired delivery date is set by the first delivery date setting unit 37 and the second delivery date setting unit 38, the division number of the work order 28, that is, the delivery number is stored in the order information storage unit 12. The delivery number limiting means 45 for limiting the maximum delivery number 26 is provided. For example, if the maximum number of deliveries 26 is set to three times, the work order 28 is set within three steps. It should be noted that the maximum number of deliveries 26 at each of the construction shops 4 can be changed by the number changing unit 46. Specifically, considering the order quantity and purchase price of the product, or the orderer personal information 22 stored in the order information storage means 12, especially the purchase history such as the frequency of ordering, the distance from the store 2, etc. A suitable number of times can be set for each of the construction shops 4. Here, the number changing unit 46 corresponds to the number changing means of the present invention.
[0040]
The order-receiving computer 3 further includes a desired delivery date recognition unit 47 for recognizing a desired delivery date input based on the first delivery date setting means 37 and the second delivery date setting means 38, and the contractor 4 based on the recognized desired delivery date. And a schedule creation means 48 for creating a delivery schedule to the customer.
[0041]
On the other hand, the order-side terminal 5 is a general-purpose computer in which browser software is installed, and a communication means for transmitting and receiving data via the network 6 and a central processing unit composed of a main storage device, an arithmetic device and a control device. And. The communication means is controlled by a communication control means 52 having a reception means 50 and a transmission means 51 as shown in FIG.
[0042]
The order-side terminal 5 has, as a functional configuration, a desired product input unit 57 for inputting a desired product when requesting the creation of a quote, and a created quote, that is, a quote transmitted from the order-receiving computer 3. And an estimate recognizing means 58 for recognizing. The recognized estimate is output to the display control means 55 and displayed on the display 54. Further, the ordering side terminal 5 has a delivery date input screen creation unit 59 that receives information from the first delivery date setting means 37 and the second delivery date setting means 38. As a result, a screen (described later) for inputting a desired delivery date is displayed on the display 54, and the desired delivery date can be input by the desired delivery date input unit 60.
[0043]
Next, the operation of the creation support system 1 according to the present embodiment, in particular, the processing flow (corresponding to the delivery schedule creation support program of the present invention) in the order-receiving computer 3 after the estimate is created will be described with reference to FIG. First, when there is an access from any ordering side terminal 5 (YES in step S1), the order receiving side computer 3 confirms the contents of the ordering (step S2), and sets the product code 15 of the ordered product for each group. (Step S3). Thereafter, setting of the desired delivery date is permitted by the first delivery date setting means 37 (step S4).
[0044]
Specifically, as shown in FIG. 5A, the display screen 62 of the ordering terminal 5 displays an association table that associates the group name 18 with the work order 28, and sets the work order 28. An order input area 63 is provided. Here, the work order 28 for each belonging group is set by setting the position of the circles attached to the order input area 63. In FIG. 5A, the work order 28 is set to “30” for the group belonging to “floor” and “stair member”, and the work order 28 is set to “40” for the group belonging to “Fitting”. In this example, the work order 28 is set to “50” for the group to which “entrance storage” belongs. In order to change the work order 28, the input device 53 may be clicked on the order input area 63. For example, if the work order 28 is clicked at a position 63a where the work order 28 is “40”, the mark “◯” moves from the position 63b to the position 63a, and the work order 28 of the staircase member is changed. A delivery date input area 64 is provided between the numerical value indicating the work order 28 and the order input area 63. Therefore, by inputting a desired delivery date 29 for each work sequence 28 in the delivery date input area 64, the delivery date 29 is set and transmitted to the order-receiving computer 3.
[0045]
When the desired delivery date (work order 28 and delivery date 29) is set on the display screen 62 shown in FIG. 5A, the order-receiving computer 3 permits the second delivery date setting means 38 to change the desired delivery date (step) S5). Specifically, as shown in FIG. 5B, a table showing the relationship between each product and the work order 28 is displayed on the display screen 62 of the ordering terminal 5 for changing the work order 28. An order change area 65 is provided. In this example, products included in the joinery are displayed, and a delivery date 29 for the work order 28 is displayed for reference. Here, since the work order 28 of the group belonging to “Fitting” is set to be “40”, the work order 28 is “40” for the products included in “Fitting”, but the order is changed. By changing the numerical value in the area 65, only the work order 28 of the product is individually changed. That is, in this example, the door is set to be delivered on July 10, and the fittings other than the door are set to be delivered on June 30.
[0046]
Thereafter, when the desired delivery date is input by the ordering side terminal 5 (that is, a signal for determining the work order 28 and the delivery date 29 is received) (YES in step S6), the desired delivery date is stored in the order information storage means 12. In addition, a delivery schedule is created (step S8). Then, according to this delivery schedule, allocation of products and arrangement of delivery, manufacture of products, etc. are performed. In addition, when goods cannot be delivered according to the set desired delivery date, a message to that effect is transmitted to the ordering side terminal 5 to prompt a change in delivery date.
[0047]
In this way, in the creation support system 1 described above, the ordered products are grouped by the rearrangement means 36, and the desired delivery date is set for each group. Therefore, the work of the construction shop 4 becomes extremely easy and simple. You can definitely set a desired delivery date. Moreover, since the desired delivery date can be changed for each individual product thereafter, a delivery date schedule adapted to the circumstances at the site can be created. For example, a request such as “I want to deliver the door at a later date because there is a risk of damaging the work when the door is attached” can be dealt with with certainty.
[0048]
In addition, since the above-described creation support system 1 limits the maximum number of deliveries 26, an increase in transportation costs at the store 2 can be suppressed. In particular, since the maximum number of deliveries 26 is set for each of the construction shops 4, it is possible to set an appropriate delivery count in consideration of both the financial burden of the dealer 2 and the satisfaction of the construction shop 4. .
[0049]
The present invention has been described with reference to preferred embodiments. However, the present invention is not limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention as described below. And design changes are possible.
[0050]
For example, in the creation support system 1 of the present embodiment, a work order 28 and a delivery date 29 are set, and each group (each product) is associated with the delivery date 29 via the work order 28. However, the affiliated group (product) and the delivery date 29 may be directly associated without setting the work order 28. However, only the delivery date 29 corresponding to the work order 28 is set by setting the work order 28 as in the present embodiment, even if the delivery date 29 may be changed as a whole due to the influence of weather or the like. The desired delivery date can be corrected by re-doing. In other words, the same work order 28 can be changed collectively even in different affiliation groups. For this reason, the burden of the construction shop 4 at the time of a change can be reduced. In addition, since the preset basic order is output when setting the work order 28, only the parts different from the basic order can be changed without inputting the work order 28 for all the belonging groups. Thus, a series of work orders 28 can be set. For this reason, the burden on the construction shop 4 is further reduced, and the work time required for setting can be shortened.
[0051]
Moreover, in the creation support system 1 of this embodiment, what was applied in the ordering process of the required material in house construction was shown, but the kind of goods and the objective of a work are not specifically limited, such as construction, civil engineering, etc. The present invention can be applied to a case where a plurality of commodities are delivered at an appropriate timing, such as when purchasing office supplies and chemicals as well as purchasing materials in the construction.
[0052]
Furthermore, in the creation support system 1 of the present embodiment, a general-purpose computer is shown as the order-side terminal 5. However, the order-side terminal 5 may be anything that can access the order-receiving computer 3 via the network 6. It is also possible to use a mobile phone or the like.
[0053]
【The invention's effect】
As described above, the delivery schedule creation support system according to the first aspect of the invention groups ordered products and sets a desired delivery date for each group, making the orderer's work extremely easy and simple. Can set a desired delivery date. In addition, since the desired delivery date of the product can be changed individually thereafter, a delivery date schedule adapted to the circumstances at the site can be created.
[0056]
Also, The entire desired delivery date can be changed by resetting only the delivery date corresponding to the work sequence. In other words, if the work sequence is the same, even different group groups are changed in a batch, so that the burden on the orderer when the schedule is changed can be reduced.
[0058]
Claim 2 The delivery schedule creation support program according to the present invention can be executed by the order-receiving computer to create a delivery schedule according to a desired delivery date. In particular, since it is very easy to set a desired delivery date, a delivery schedule can be accurately created without placing a burden on the orderer.
[Brief description of the drawings]
FIG. 1 is an explanatory diagram showing a schematic configuration of a creation support system according to an embodiment of the present invention.
FIG. 2 is a block diagram showing a functional configuration of an order-receiving computer in a creation support system.
FIG. 3 is an explanatory diagram showing an outline of a database in order information storage means of the creation support system.
FIG. 4 is a block diagram showing a functional configuration of an ordering terminal in the creation support system.
FIG. 5 is an explanatory diagram simply showing an example of a display screen in an ordering terminal.
FIG. 6 is a flowchart showing the flow of processing in the order-receiving computer.
[Explanation of symbols]
1 Delivery schedule creation support system
3 Order-receiving computer
4 construction companies (ordering party)
5 Ordering side terminal
6 Network (communication network)
11 Product information storage means
13 Basic order storage means
15 Product code
17 Affiliation Code (Affiliation Group)
26 Maximum number of deliveries
36 Sorting means
37 First delivery date setting means
38 Second delivery date setting means
39 Work order setting section
40 Delivery date setting section
42 Product Designation Department
43 Work order change part
45 Means to limit delivery times
46 Number change section (Number change means)
48 Schedule creation means

Claims (2)

An ordering terminal used by the orderer includes an order-receiving computer connected via a communication network, and a delivery schedule creation support system for creating a delivery schedule for a plurality of products ordered by the orderer,
The order-receiving computer is:
Product information storage means for storing in advance the association between the product code of each product and the group to which the product belongs;
When a plurality of products are ordered by the ordering side terminal, the product code of the ordered products is sorted and grouped for each belonging group based on the association stored in the product information storage means. Means,
The product codes of the products grouped by the sorting means are transmitted to the ordering side terminal, and an association table for associating the belonging group with the work order is displayed on the display screen of the ordering side terminal. A work order setting unit for providing an order input area for setting a work order related to the belonging group for each belonging group in the association table , and a delivery date input area on the display screen of the ordering terminal A first delivery date setting means having a delivery date setting section that enables input of a delivery date corresponding to the work sequence;
When the work order and the delivery date are set on the display screen of the ordering terminal, the work order set by the work order setting unit is made to correspond to each product included in each of the belonging groups, A table showing the relationship between products and the work order is displayed on the display screen, and an order change area is provided that allows the work order to be changed for each product. When the work order is changed, second delivery date setting means for determining the delivery date of the product based on the correspondence between the work order set by the delivery date setting unit and the delivery date;
When a signal for confirming the work order and the delivery date is transmitted from the ordering side terminal, the work order and the delivery date are stored in the order information storage means, and based on the work order and the delivery date A delivery schedule creation support system comprising schedule creation means for creating the delivery schedule for an orderer. A delivery schedule creation support program for creating a delivery schedule for a plurality of products ordered by the orderer, which is used in an order receiving computer connected via a communication network to an ordering side terminal used by the orderer,
Product information storage means for storing in advance the association between the product code of each product and the group to which the product belongs;
When a plurality of products are ordered by the ordering side terminal, the product code of the ordered products is sorted and grouped for each belonging group based on the association stored in the product information storage means. means,
The product codes of the products grouped by the sorting means are transmitted to the ordering side terminal, and an association table for associating the belonging group with the work order is displayed on the display screen of the ordering side terminal. A work order setting unit for providing an order input area for setting a work order related to the belonging group for each belonging group in the association table , and a delivery date input area on the display screen of the ordering terminal A first delivery date setting means having a delivery date setting section that allows a delivery date corresponding to the work order to be input,
When the work order and the delivery date are set on the display screen of the ordering terminal, the work order set by the work order setting unit is made to correspond to each product included in each of the belonging groups, A table showing the relationship between products and the work order is displayed on the display screen, and an order change area is provided that allows the work order to be changed for each product. When the work order is changed, second delivery date setting means for determining the delivery date of the product based on the correspondence between the work order set by the delivery date setting unit and the delivery date;
And when a signal for determining the work order and the delivery date is transmitted from the ordering side terminal, the work order and the delivery date are stored in the order information storage means, and the work order and the delivery date are stored. A delivery schedule creation support program that causes the order-receiving computer to function as schedule creation means for creating the delivery schedule to the orderer based on the delivery schedule.

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