JP2006012050A - Coordinates support method and coordinates support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To avoid a situation in which mutually resembling coordinates plans are lined up by making coordinates plans suited to a schedule to be presented, in a coordinates support method applied to an apparel field. <P>SOLUTION: The registration of clothing data is accepted, and with the two or more pieces of clothing data combined, two or more coordinates plans suited to various schedules are prepared and registered. On the basis of a clothing attribute condition, coordinates plans suited to the schedule are extracted and lined up correspondingly to two or more schedules. If judged that the coordinates plans resemble mutually in arbitrary consecutive two days, these are permuted so that they will not resemble mutually. When identical schedules are present in a predetermined period and if judged that two or more coordinates plans lined up correspondingly to these schedules resemble mutually, the coordinates plans are permuted so that they will not resemble mutually. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a coordination support method and a coordination support system suitable for application to various fields such as the apparel field and the food field.

As a method for the general public to coordinate clothing, clothing items (clothes, footwear, hats, accessories, etc.) owned by users are digitized and registered on the Web, and then combined and presented to users. (For example, refer to Patent Document 1).
JP 2002-339135 A (column [0004] column)

  However, this has the following disadvantages.

  First, since the coordination plan is decided regardless of the event schedule of work or entertainment, there is a possibility that a coordination plan that is not suitable for the event schedule is presented.

  Secondly, since it is basically a one-time outfit coordination, there is a risk that when a coordination plan for several days is presented, similar coordination plans are lined up over two days.

  In view of such circumstances, the present invention enables a coordination plan suitable for a schedule to be presented and a coordination support method capable of avoiding a situation in which coordinate plans similar to each other are arranged for two days or more. And to provide a coordination support system.

First, the invention according to claim 1 is a combination of a data reception process for accepting registration of item data and a plurality of item data received in the data reception process, which are suitable for various schedules. Coordinate registration process in which a plan is created and registered in the coordinate database, a schedule reception process in which a schedule is input, and a coordinate plan that is suitable for the schedule received in the schedule reception process is extracted from the coordinate database The coordinate arrangement process in which the coordinate process extracted in the extraction process, the coordinate extraction process is arranged in correspondence with a plurality of schedules, and arranged in the coordinate arrangement process in any two consecutive days One or both of the first contrast process in which the coordination plan is judged to be compared and the two coordination plans that are determined to be similar to each other in the first comparison process are replaced with the coordination plan in the coordinate database. Thus, when the same schedule coexists within a predetermined period and the first rearrangement process in which these coordination plans are rearranged so as not to be similar to each other, a plurality of arrangements corresponding to these schedules are performed. One or both of the second comparison process in which the coordination plan is judged to be compared and the two coordination plans that are determined to be similar to each other in the second comparison process are replaced with the coordination plan in the coordination database. By the way, these coordination plans Characterized in that each other and a second sorting step reordered so dissimilar.
Further, the invention according to claim 2 has a priority order reception step in which an input of a priority order between schedules is received in the schedule reception step, and based on the priority order received in the priority order reception step, A coordination plan rearrangement operation in the first rearrangement step is performed.
Further, the invention according to claim 3 is characterized in that a coordination plan relating to a plurality of users can be viewed by each user.
The invention according to claim 4 is characterized in that the item data is clothing data, and the schedule is an event schedule.
The invention according to claim 5 is characterized in that the item data is food data, and the schedule is a menu schedule.
Further, the invention according to claim 6 creates a plurality of coordination plans suitable for various schedules by combining data receiving means for receiving registration of item data and a plurality of item data received by the data receiving means. Coordinate registration means for registering in the coordinate database, schedule reception means for receiving schedule input, coordinate extraction means for extracting a coordination plan suitable for the schedule received by the schedule reception means from the coordinate database, and the coordinate extraction Coordinate arrangement means for arranging coordinate plans extracted by the means corresponding to a plurality of schedules, and coordinating judgment of the coordinate plans arranged by the coordinate arrangement means in any two consecutive days By comparing one or both of the two coordination plans determined to be similar to each other and the coordination plan in the coordinate database, the coordination plans are similar to each other. First sorting means for rearranging so as not to be performed, and second comparing means for judging, by comparison, a plurality of coordination plans arranged corresponding to these schedules when the same schedule coexists within a predetermined period. For the two coordinated plans for which the second comparison means are judged to be similar to each other, one or both of them are replaced with the coordinated plan in the coordinated database so that these coordinated plans are not similar to each other. The second sorting means to replace Characterized in that it.

In addition, in Claims 1-5, each process does not necessarily need to be performed by one terminal, and you may make it perform by a separate terminal.
Further, in claim 6, each means does not necessarily have to be in one terminal, and may be in a separate terminal.
Further, in the present specification, the concept of “similarity” in the coordination plan includes not only similarities in a narrow sense but also the same. Here, the same coordination plan means that a plurality of item data constituting the coordination plan all match, and the similarity (narrow sense) of the coordination plan is a plurality of item data constituting the coordination plan. This is the case where only one item is different and the other item data matches.

  According to the present invention, when a user registers a plurality of item data, a coordination plan in which these item data are combined is registered in a form suitable for various schedules. Coordinate proposals can be presented. In addition, when coordination plans are similar to each other in two consecutive days, the coordination plans are rearranged so that they are not similar to each other. it can. In addition, when the same schedule coexists within a predetermined period, multiple coordination plans arranged in correspondence with these schedules are rearranged so that they do not resemble each other, so you can enjoy a variety of coordination Can do.

  Further, when the user inputs the priority order between the schedules, the coordination plans are rearranged based on the priority order, so that highly useful coordination can be enjoyed.

  Furthermore, if a coordination plan relating to a plurality of users can be viewed by each user, each user can refer to the coordination plan of another person, so that coordination can be enjoyed from a wide viewpoint.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic configuration diagram showing an embodiment of a coordination support system according to the present invention.

  This coordination support system 1 is used when clothing coordination is performed, and has a central processing unit (CPU) 6 as shown in FIG. The central processing unit 6 includes an input means 5 such as a keyboard, a display device 3 such as a liquid crystal display, a read / write storage device (RAM) 7, an image processing unit 9, and a storage device such as a magnetic disk via a bus line 8. 2 is connected. In the storage device 2, a coordination support program 10, a possession database 11, an image database 12, and a coordination database 13 are stored.

  The coordination support system 1 is connected to the weather forecast database 15 via the Internet 4.

  Since the coordination support system 1 has the above-described configuration, the user instructs that via the input means 5 when the coordination support system 1 is used to execute the support operation for clothing coordination. Then, the central processing unit 6 reads the coordination support program 10 from the storage device 2 and executes processing based on the coordination support program 10 as described below.

  That is, first, the central processing unit 6 displays a message prompting the user to input clothing data of a plurality of clothing items owned by the user on the display device 3. The user who sees this message inputs these clothing data via the input means 5. In response to this, the central processing unit 6 shifts to a data reception process, and stores and registers the clothing data input by the user in the clothing database 11 (step S1 of the coordination support program 10 shown in FIG. 2).

  Next, the central processing unit 6 shifts to a coordinate registration process, and appropriately combines a plurality of clothing data stored in the possession clothing database 11, and various event schedules (for example, entrance ceremony, meeting, date, etc.) A plurality of coordination plans suitable for the user are created, and all the coordination plans are registered in the coordination database 13 (step S2 of the coordination support program 10 shown in FIG. 2).

  For example, as shown in FIG. 3, 60 coordination plans A1, A2, A3,..., A60 are created for the event schedule A (for example, the entrance ceremony), and for the event schedule B (for example, the meeting). , 48 coordination plans B1, B2,..., B48 are created. Thereafter, in the same manner, a plurality (for example, about 30 to 200) of coordination plans are created for the remaining event schedules. Note that the number of coordination plans is determined by appropriately multiplying the type of clothing data set. For example, if there are 5 types of jackets, 6 types of shirts, 3 types of pants, and 4 types of skirts, 5 × 6 × 3 + 5 × 6 × 4 = 210. Eventually, the coordinate plan of 197 is created by 210−13 = 197.

  Next, the central processing unit 6 displays a message prompting the user to input clothing attribute conditions desired by the user (for example, color, material, silhouette, pattern design, etc.) on the display device 3. The user who sees this message inputs this clothing attribute condition via the input means 5. In response to this, the central processing unit 6 proceeds to the condition receiving step, and stores the clothing attribute condition input by the user in the read / write storage device 7 (step S3 of the coordination support program 10 shown in FIG. 2).

  Next, the central processing unit 6 displays a message on the display device 3 prompting the user to input a plurality of event schedules scheduled by the user (for example, entrance ceremony, meeting, date, etc.). The user who sees this message inputs these event schedules via the input means 5. In response to this, the central processing unit 6 shifts to a schedule receiving step, and stores a plurality of event schedules input by the user in the read / write storage device 7 (step S4 of the coordination support program 10 shown in FIG. 2).

  Next, the central processing unit 6 inputs the priority order between the plurality of event schedules input by the user (for example, the priority order that the meeting has the highest priority, the entrance ceremony, and the date follows in order). A message prompting the user is displayed on the display device 3. The user who sees this message inputs the priority between the event schedules via the input means 5. In response to this, the central processing unit 6 shifts to a priority order receiving step, and stores the priority order between the event schedules input by the user in the read / write storage device 7 (step of the coordination support program 10 shown in FIG. 2). S5).

  Next, the central processing unit 6 proceeds to the coordinate extraction process, and the event schedule stored in the read / write storage device 7 based on the clothing attribute conditions stored in the read / write storage device 7 and the priority between the event schedules. A plurality of coordination plans suitable for the search are retrieved from the coordination database 13 and extracted (step S6 of the coordination support program 10 shown in FIG. 2).

  At this time, the central processing unit 6 reads out weather forecast data (for example, data such as temperature and humidity) of a plurality of schedules from the weather forecast database 15 and extracts a coordination plan in consideration of these weather forecast data. .

  In addition, the central processing unit 6 assigns an ID number to each coordination plan. For example, as shown in FIG. 3, ID numbers “101”, “102”, “103”, and “160” are assigned to coordination plans A1, A2, A3,. ID numbers “201”, “202”,..., “248” are assigned to the plans B1, B2,. Then, using this ID number, a history of each search is left. Then, when the event schedule is specified, it is possible to search and compare the past coordinated plans of the same event schedule, thereby enabling a quick search.

  Next, the central processing unit 6 shifts to a coordinate arrangement process, and arranges the coordinate plans extracted in this way in correspondence with a plurality of schedules (for example, one week from April 1 to 7) (FIG. 2). Step S7) of the coordination support program 10 shown in FIG.

  For example, as shown in FIG. 4, on April 1st, there is an “entering ceremony” as an event schedule, so the coordination plan A3 is extracted from the corresponding coordination plans A1, A2, A3,. On April 2nd, since “conference” is included as an event schedule, the coordination plan B1 is extracted from the coordination plans B1, B2, B3,. Also, since “Deskwork” is included as an event schedule on April 3, the coordination plan C2 is extracted from the corresponding coordination plans C1, C2, C3,... Since “desk work” is included in the schedule, the coordination plan C3 is extracted from the coordination plans C1, C2, C3,. Also, since “Conference” is included as an event schedule on April 5, the coordination plan B5 is extracted from the corresponding coordination plans B1, B2, B3,. Since “date” is included as the event schedule, the coordination plan E2 is extracted from the coordination plans E1, E2, E3,. Furthermore, since “shopping” is included as an event schedule on April 7, the coordination plan F1 is extracted from the coordination plans F1, F2, F3,.

  Next, the central processing unit 6 shifts to the first comparison process, and makes a coordination ratio determination of the coordination plans for any consecutive two days for the coordination plans arranged in this way (coordinate support program 10 shown in FIG. 2). Step S8).

  As a result, when it is determined that the two coordination plans are similar to each other, the central processing unit 6 proceeds to the first rearrangement process, and one or both of these coordination plans are stored in the coordinate database 13. By rearranging the coordinate plans, the coordinate plans are rearranged so as not to be similar to each other (step S9 of the coordinate support program 10 shown in FIG. 2).

  For example, as shown in FIG. 4, when the coordination plans C2 and C3 on April 3 and April 4 are similar to each other, the coordination plan C3 on April 4 is changed to another coordination plan C4. Then, it is determined whether or not the new coordination plan C4 on April 4 is similar to the schedules before and after that, that is, the coordination plans C2 and B5 on April 3 and April 5. As a result, when the coordination plan C4 is not similar to the coordination plan C2 or the coordination plan B5, the rearrangement operation ends here. On the other hand, when the coordination plan C4 is similar to the coordination plan C2 or the coordination plan B5, the coordination plan C4 on April 4 is changed to another coordination plan C5, and the comparison judgment and the change operation are performed again. In the same manner, the analogy determination and change operation is continued until the coordination plan on April 4 is not similar to the schedules before and after that, that is, the coordination plans C2 and B5 on April 3 and April 5.

  Next, the central processing unit 6 shifts to the second contrast process, and when the same event schedule coexists within a predetermined period (for example, one week from April 1 to 7), these Even if the event schedule is not continuous, a comparison of a plurality of coordination plans arranged in correspondence with these is determined (step S10 of the coordination support program 10 shown in FIG. 2).

  As a result, when it is determined that the two coordination plans are similar to each other, the central processing unit 6 proceeds to the second rearrangement process, and one or both of these coordination plans are stored in the coordinate database 13. By rearranging with the coordinate plan, the coordinate plans are rearranged so as not to be similar to each other (step S11 of the coordinate support program 10 shown in FIG. 2).

  For example, according to FIG. 4, since “Conference” is included as an event schedule on April 2 and April 5, both coordination plans B1 and B5 on both days are similar to each other. The day coordination plan B5 is changed to another coordination plan B6. Then, it is determined whether the new coordination plan B6 on April 5 is similar to the coordination plan B1 on April 2, and the new coordination plan B6 on April 5 is the schedule before and after that, that is, 4 It is determined whether or not it is similar to the coordination plans C5 and E2 on the 4th and 6th of April. As a result, when the coordination plan B6 is not similar to any of the coordination plans B1, C5, and E2, the rearrangement operation ends here. On the other hand, when the coordination plan B6 is similar to any one or more of the coordination plans B1, C5, and E2, the coordination plan B6 on April 5 is changed to another coordination plan B7, and an analogy determination and change operation is performed again. I do. Thereafter, in a similar manner, the analogy judgment and change operation are continued until the coordination plan on April 4 is no longer similar to the coordination plans B1, C2, and B5 on April 2, April 3, and April 5. .

  As described above, since the history of each search remains with an ID number, even if the search period changes, the search can be rearranged so that the same coordination plan does not overlap. For example, when searching for a week from April 1st to 7th in the first time and searching for a week from April 8th to 15th in the second time, it is assumed that April 2, 5th, If “meeting” is included as an event schedule on the 9th and 11th, the coordination plan will not overlap between April 2 and April 5 in the first search period. Of course, there is no overlap in coordination between April 9 and April 11 within the second search period, and any two days that span the search period (for example, April 4 and April 9) ) Can also avoid overlapping coordination plans.

Finally, the central processing unit 6 instructs the image processing unit 9 to display the coordinate plans rearranged in this way. In response to this, the image processing unit 9 displays these coordination plans on the display device 3 in a format corresponding to a plurality of schedules (step S12 of the coordination support program 10 shown in FIG. 2).
Here, the support operation of the clothing coordination by the coordination support system 1 ends.

  In this way, if the coordination support system 1 performs the support operation for clothing coordination, if the user registers a plurality of clothing data, a coordination plan combining these clothing data is used for various events. Since it is registered in a form suitable for the schedule, a coordination plan suitable for the event schedule can be presented. In addition, when coordination plans are similar to each other in two consecutive days, the coordination plans are rearranged so that they are not similar to each other. it can. In addition, when the same event schedule coexists within a given period, multiple coordination plans arranged in correspondence with these event schedules are rearranged so that they do not resemble each other, so a variety of coordination is possible. I can enjoy it.

  Further, if the user inputs the priority order between the event schedules, the coordination plans are rearranged based on the priority order, so that highly useful coordination can be enjoyed.

  In the above-described embodiment, the case where the user uses his / her clothing data to display a coordination plan has been described. However, each user can coordinate with others (for example, friends, parents and children, stores, shops, etc.). By referring to the plan, you can enjoy coordination from a wide range of viewpoints. That is, as shown in FIG. 5, the coordination support program 10, the possession database 11, the image database 12, and the coordination database 13 are stored in one server 14, and a plurality of users (three in FIG. 5) are used. If each of the terminals 16 is used to access the server 14 via the Internet 4, each user can view a coordination plan relating to a plurality of users. At this time, the process in the server 14 and each terminal 16 is as shown in FIG. The difference from FIG. 2 is that the operation subject of each process is only on the server 14 side or the terminal 16 side, and the contents of each process are not changed, so the description thereof is omitted here. As the terminal 16, in addition to a mobile phone or a PHS (simple mobile phone), a notebook personal computer, a PDA, a game machine or the like having a communication function can be used. When a mobile phone is used as the terminal 16, the server 14 can be easily accessed using an Internet connection service (for example, i-mode (registered trademark)) of the mobile phone. In this way, each user can refer to a coordination plan of another person (for example, a friend, a parent and child, a store, a shop, etc.), so that coordination can be enjoyed from a wide viewpoint. At this time, if each user registers his / her body shape, it is possible to refer to a coordination plan of another body shape similar to his / her own. In addition, by using the shop database, it is possible to add shop clothing data to your coordination proposal when creating or rearranging the coordination proposal. Alternatively, by using a friend's database, it is also possible to replace one's clothing data with the other's clothing data when creating or rearranging a coordination plan.

  Further, in the above-described embodiment, the description has been given of the case where the user inputs the clothing attribute condition desired and extracts the coordination plan based on the clothing attribute condition. However, this part can be omitted if necessary. It is.

  In the above-described embodiment, the user inputs the clothing data. However, at this time, the image data may be input together with the text data. Then, the central processing unit 6 registers the image data in the image database 12, and displays the image data together with the text data on the display device 3 when displaying the coordination plan. Therefore, the user can consider clothing coordinates with reference to the image data on the display device 3.

  Moreover, in the above-mentioned embodiment, although the case where clothing coordination was performed was demonstrated, when performing coordination other than clothing coordination, for example, menu coordination, it is also possible to apply this invention. In the case of clothing coordination, as described above, the item data is clothing data, the item attribute condition is a clothing attribute condition, and the schedule is an event schedule. On the other hand, in the case of menu coordination, item data is food data, item attribute conditions are food attribute conditions (for example, calories, vitamins, moisture, fat, carbohydrates, proteins, etc.), and the schedule is a menu schedule (for example, Japanese food, Western food, Chinese food, ethnic food, etc.). In order not to have the same daily menu for two consecutive days, select different types of vegetables in the vegetable category so that vegetables, meat and other ingredients are not evenly used. Can do.

It is a schematic structure figure showing one embodiment of a coordination support system concerning the present invention. It is a flowchart which shows one Embodiment of the coordination assistance method which concerns on this invention. It is a schematic diagram which illustrates the some coordination plan suitable for various schedules. It is a schematic diagram which illustrates the arrangement method of a coordination plan. It is a schematic block diagram which illustrates the combination of the coordination assistance system which concerns on this invention. It is a flowchart which shows another embodiment of the coordination assistance method which concerns on this invention.

Explanation of symbols

1 …… Coordinate support system 2 …… Storage device 3 …… Display device 4 …… Internet 5 …… Input means 6 …… Central processing unit (data reception means, coordinate registration means, condition reception means, schedule reception means, coordination) Extraction means, coordinate arrangement means, first comparison means, first rearrangement means, second comparison means, second rearrangement means)
7 …… Read / write storage device 9 …… Image processing unit 10 …… Coordinate support program 11 …… Clothing database 12 …… Image database 13 …… Coordinate database 14 …… Server 15 …… Weather forecast database 16 …… Terminal

Claims (6)

A data acceptance process for accepting registration of item data;
A coordinate registration step in which a plurality of coordinate plans suitable for various schedules are created and registered in the coordinate database in a form in which a plurality of item data received in the data reception step is combined,
A schedule acceptance process in which an input of a schedule is accepted;
A coordinate extraction step in which a coordination plan suitable for the schedule received in the schedule reception step is extracted from the coordination database;
A coordinate arrangement process in which the coordinate plans extracted in the coordinate extraction process are arranged corresponding to a plurality of schedules;
A first contrast process in which the coordination plans arranged in the coordinate arrangement process are judged to be compared in an arbitrary two consecutive days;
As for two coordinated plans determined to be similar to each other in the first contrast process, either or both of them are replaced with coordinated plans in the coordinated database so that these coordinated plans are not similar to each other. A first sorting step to be sorted;
A second contrast process in which, when the same schedule coexists within a predetermined period, a plurality of coordination plans arranged corresponding to these schedules are compared and determined;
About two coordination plans judged to be similar to each other in the second contrast process, either one or both are replaced with the coordination scheme in the coordination database so that these coordination plans are not similar to each other A coordination support method comprising: a second rearrangement step to be rearranged. In the schedule receiving step, a priority order receiving step in which priority order input between schedules is received,
The coordination support method according to claim 1, wherein a rearrangement operation of coordinate plans in the first rearrangement step is executed based on the priority order received in the priority order reception step.   The coordination support method according to claim 1 or 2, wherein a coordination plan relating to a plurality of users can be viewed by each user. The item data is clothing data,
The coordination support method according to claim 1, wherein the schedule is an event schedule. The item data is food data,
The coordination support method according to claim 1, wherein the schedule is a menu schedule. Data accepting means for accepting registration of item data;
Coordinate registration means for creating a plurality of coordination plans suitable for various schedules and registering them in the coordination database by combining a plurality of item data received by the data reception means;
A schedule receiving means for receiving an input of the schedule;
Coordinate extraction means for extracting a coordination plan suitable for the schedule received by the schedule reception means from the coordination database;
Coordinate arrangement means for arranging the coordination plans extracted by the coordination extraction means in correspondence with a plurality of schedules;
A first comparison means for judging a comparison of the coordination plans arranged by the coordination arrangement means in any two consecutive days;
About two coordination plans judged that the first contrast means are similar to each other, by rearranging one or both of them with the coordination plan in the coordination database, the coordination plans are rearranged so that they are not similar to each other. First sorting means;
A second comparing means for judging by comparing a plurality of coordination plans arranged corresponding to these schedules when the same schedule coexists within a predetermined period;
About two coordination plans judged that the second contrast means are similar to each other, one or both of them are replaced with the coordination scheme in the coordination database so that these coordination plans are not similar to each other. A coordination support system comprising: a second rearranging unit.