JP2002117033A - Device and method for disclosing design data, and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide technology which enables a general consumer to distribute and use design data on the premise that the general consumer purchases, and assists only necessary application as regards a design registration application. SOLUTION: This device is equipped with a module basic database which stores basic data of modules, a restriction database which stores restriction data on designs computed from the module basic data, a combination database which stores combination data regarding combinations of modules, a design database which stores design data designed on the basis of restriction data and combination data, an instruction database which stores instruction data regarding the assembly of components constituted on the basis of the design data, and a database disclosing means which allows an access wisher who satisfies access conditions to access the module basic database, restriction database, combination database, design database, or instruction database.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to various databases for referring to and determining the design of an object,
The present invention relates to the disclosure of these databases and technologies for rationally operating each other.

[0002]

(Prior Art) (Stereolithography system) The stereolithography system will be briefly described. Generally, "stereolithography" is a three-dimensional printing device that produces a solid plastic model. Here, the solid plastic model is a model in which a cut surface is drawn on the surface of the liquid plastic and cured and printed. That is, the three-dimensional printing apparatus is a control apparatus of a laser beam for drawing a cut surface on the liquid plastic or performing hardened printing. At present, since it is an economical system for mold production, it is used for trial production and the like. At present, the demand for small-quantity multi-products is increasing. (Utilization of Design Data) With the development of CAD technology, data transmission / reception technology, and data management technology, computerization of design data is rapidly progressing. For example, exchange of design data between a component maker and an assembly maker using a communication line has been generally performed. (Improvement of the importance of design) When the function of a product reaches a certain level, one of the important points that differentiates is the appearance design. Also, in recent years when the world has matured, mass-produced products have become less hit, and small-quantity multi-products are increasing. However, what can be made to order is currently limited to clothes, shoes, and the like.

[0003]

[Problems to be Solved by the Invention] (Dissemination of stereolithography system) If the stereolithography system enables trial production or small-quantity production, and the design itself has added value, the distribution of design data and its Utilization will be desired. However, at present, there is no system for distributing or utilizing design data on the premise of purchase by general consumers. (Necessity of design registration) Appearance designs of industrial products are subject to design registration. In addition, the Design Law stipulates exceptions for novelty as a registration requirement (Article 3 of the Design Law) in order to conform to the actual state of the industry such as grasping the fashion of designs (Article 4). However, it was often time-consuming to collect data on the needs of whether or not it was fashionable.
As a result, the actual situation was that a design registration application could not be completed in time, or a design with a small necessity was filed.

[0004] The problem to be solved by the present invention is that the design data can be distributed and utilized on the premise that general consumers purchase the design data. It is to provide a technology that can support. Here, an object of the invention described in claims 1 to 5 is to provide an apparatus capable of distributing and utilizing design data on the premise that general consumers purchase the design data. . It is still another object of the present invention to provide an apparatus capable of supporting only a necessary design application. An object of the invention described in claims 8 and 9 is to provide a method of distributing and utilizing design data on the assumption that general consumers purchase the design data. An object of the invention described in claims 10 and 11 is to provide a computer program capable of distributing and utilizing design data on the premise that general consumers purchase design data.

[0005]

In order to solve the above-mentioned problems, the present applicant discloses the following invention. (Claim 1) The invention according to claim 1 is a module basic database for accumulating module basic data,
A restriction database that stores design restriction data calculated from module basic data, a combination database that stores combination data related to module combinations, and a design database that stores design data designed based on restriction data and combination data An instruction database that stores instruction data related to the assembly of parts configured based on design data, and access to the module basic database, restriction database, combination database, design database or instruction database for those who want to meet the access conditions And a database disclosing means for permitting the above.

(Explanation of terms) A "module" is a basic unit for achieving a basic function in a certain article, and is not an object designed by a design creator.
Specifically, if an article is a wristwatch, the module is a movement part. “Basic data of a module” refers to the performance, external dimensions, and the like of the module. For example, if the module is a watch movement,
The external dimensions such as diameter and thickness, and the performance per second per month. The “restriction data” is a design constraint calculated from basic data and other data of the module, and is, for example, a position and a dimension of a fixing screw with the module. If the module is a wristwatch movement, it is the internal space size for accommodating the movement. The “instruction data” is data indicating, for example, an assembling order in an assembling perspective view or the like, or indicating tools, notes, and the like necessary for assembling. As the “access condition”, for example, a general method such as making access impossible without an ID or password acquired by registering as a member in advance can be adopted. In addition, access conditions can be subdivided and set, such as an authority to access only the design database and the instruction database, and an authority to access the module basic database and the restriction database. The “database disclosure means” may include a function of permitting download of necessary data or transmitting necessary data, as well as permitting access to those who satisfy the access conditions. In the case of downloading, in addition to downloading the entire data, another medium (for example, CD-R
OM) may be decrypted data for accessing the data provided by the OM.

(Function) The module basic database stores basic module data, the restriction database stores design restriction data calculated from the module basic data, and the combination database stores combination data relating to module combinations. I do. The design database stores design data designed based on the restriction data and the combination data. Then, for a component configured based on the design data, the instruction data relating to the assembly is stored in the instruction database. The database disclosure means permits access to the module basic database, the restriction database, the combination database, the design database, or the instruction database based on the access right when the access applicant satisfies the access condition. Those who have access can not only access various databases as necessary and download necessary data, but also obtain instruction data required for assembly.

(Claim 2) The invention according to claim 2 limits the design data disclosure device according to claim 1, and is popular by accumulating a popularity index for each design data in a design database. The present invention relates to a design data disclosing device that includes a popularity database for accumulating popular data of what a design is, and permits access to the popular database under predetermined conditions.

(Explanation of Terms) The “popularity index” is, for example, the number of accesses, the number of downloads, or a combination thereof. (Operation) When the access requester satisfies the access condition, the database disclosure means permits access to the popular database based on the access right. Those who have access can access the popular database to grasp trends in popular designs and download data of the popular designs.

[0010] (Claim 3) The invention according to claim 3 is a limited version of the design data disclosing device according to claim 2, wherein a popular interface calculating means for calculating popular interface data based on popular data is provided. The present invention relates to a design data disclosing apparatus comprising: a transmitting unit that transmits the popular interface data to a creator of the design data when the creator desires.

(Explanation of terms) The term "popular interface" includes an interface composed of a plurality of design data, including design data of a popular combination, a combination of famous designers and famous coordinators, and the like. . "Popular interface calculating means" refers to means for calculating which popular interface is. For example, the largest combination pattern is calculated. Alternatively, in the case of a combination by a famous designer or a famous coordinator, the combination may be registered and calculated. The “creator of the design data” includes not only the creator of the total design but also the creator constituting a part of the popular interface. The popular interface data transmitted by the “transmitting means” may be the design data itself, or may be only bibliographic data capable of specifying the data, or may be design data including bibliographic data.

(Operation) Popular interface calculating means calculates popular interface data based on the popular data. On the other hand, the transmitting means transmits the popular interface data to the creator of the design data when the creator desires. In this case, the creator of the design data can obtain popular interface data if desired. For this reason, the creator can consider a design registration application or use as a hint for creating a new design for part or all of the popular interface created by the creator.

(Claim 4) The invention according to claim 4 limits the design data disclosing device according to any one of claims 1 to 3, and the design data already stored in the design database. Design that has redesign notification means to notify the viewer who browsed the design data before redesign when the redesign was performed to the viewer who requested the redesign when he / she wished The present invention relates to a data disclosure device.

(Explanation of Terms) The term “redesign” refers to a design that is based on a certain design and falls into the category of an improved design. "Notification of redesign" refers to the fact of redesign, the redesigned design data itself, or a combination thereof.
For example, if the style or creator of a certain design is liked, the redesign of the design may be of interest, so that if the design is redesigned, it is desired to obtain the redesign. In that case, by requesting in advance, the opportunity to obtain the redesign can be given.

(Operation) It is assumed that the design data already stored in the design database has been redesigned. On the other hand, if the viewer who browsed the design data before the redesign is redesigned, he / she can receive a notification of the redesign if he / she wishes. In that case, it becomes a trigger for obtaining the redesign, and it is possible to prevent the failure to obtain the redesign.

(Claim 5) The invention according to claim 5 limits the design data disclosing device according to any one of claims 1 to 4, wherein the design data selected by the viewer is passive. A selection judging means for judging whether or not the selection is made, and, when the selection judging means judges that the selection is a passive selection, the fact that the selection is a passive selection is transmitted to a creator who created the selected design data. The present invention relates to a design data disclosing device provided with a selection determination transmitting unit.

(Explanation of terms) "Passive selection" means that when a viewer selects a design, he or she dares to select it without any other favorite design. (Explanation of terms) The selection judging means judges whether or not the design data selected by the viewer is a passive selection. Then, when the selection judging means judges that the selection is a passive selection, the selection judgment transmitting means transmits to the creator who created the selected design data that the selection is a passive selection.
Then, the creator can objectively know that the design is not popular.

(Claim 6) The invention according to claim 6 limits the design data disclosing device according to any one of claims 2 to 5, wherein the design data is stored in a design database. Date and time authentication means for authenticating a predetermined date and time, and notification of a deadline for a design registration application to the creator of the design data after a lapse of a predetermined period from the authenticated date and time of the design data stored in the popular design database And a design data disclosure device comprising:

(Explanation of Terms) The "predetermined date and time" authenticated by the "date and time authentication means" has several patterns. Three typical patterns are the date and time when the design data to be stored is received, the date and time when the design data can be viewed, and both the date and time when the design data to be stored is received and the date and time when the document data can be viewed. is there. The date and time when the design data to be stored was accepted
If the recipient of the design data has no confidentiality obligation, the date and time is the date and time when the novelty was lost. The date and time when the design data can be browsed is the date and time when the receiver of the design data has lost the novelty if there is a duty of confidentiality. The “date and time authentication unit” is, for example, an electronic time stamp device. According to the design data in which the time stamp is electronically recorded by the time stamp device, when a person who browses the design database prints the design data, the date and time of authentication together with the design data is printed.

(Operation) First, design data is temporarily stored in a design database. Then, the date and time authenticating means authenticates the date and time of the design data stored in the design database. Since the design data whose date and time have been authenticated can be browsed in that state, the ability to prove the date and time when the novelty has been lost is high. The design creator considers the application of the exceptional rule of loss of novelty with respect to the design registration application on the basis of the certified date and time for the design data stored in the popular design database.

(Claim 7) The invention according to claim 7 limits the design data disclosing device according to claim 6, and records data with date and time authentication together with a certificate of date and time authentication on a read-only storage medium. The present invention relates to a design data disclosure device provided with a data recording device.

(Explanation of Terms) The “proof of date / time authentication” is document data that is highly objective and can be recorded on a recording medium.
For example, a one-sided article of a national newspaper. The “read-only recording medium” is intended to mean a recording medium on which data cannot be rewritten after recording,
For example, it is a CD-ROM, a DVD-ROM, or the like.

(Operation) The data recording apparatus records data with date and time authentication in a read-only storage medium. Then
Since it is not possible to rewrite data after recording, the ability to prove the date and time by the data recorded on the recording medium is extremely high. The use of data recorded on a recording medium can be used as evidence when applying the exceptional rule of loss of novelty in a design registration application, or as proof of the existence of a design at the time of rejection or invalidity of another design registration application. Become.

(Claim 8) The invention according to claim 8 is a module basic data accumulation procedure for accumulating module basic data in a module basic database, and accumulating design restriction data calculated from the module basic data in the restriction database. A combination data storage procedure for storing combination data relating to module combinations in a combination database, a design data storage procedure for storing design data designed based on the restriction data and combination data in a design database, An instruction data accumulation procedure for accumulating instruction data relating to the assembly of parts configured based on the design data in an instruction database. , Module underlying database, according to the limits database, combined database, design data disclosure method and a database access authorization procedures to allow access to the design database or instructions database.

(Claim 9) The invention of claim 9 limits the design data disclosure method of claim 8 and is popular by accumulating a popularity index for each design data in a design database. A popular data accumulation procedure for accumulating popular data on what the design is in a popular database, and a date and time authentication procedure for authenticating the date and time when the design data of the popular data is accumulated in the design database for the popular data accumulated in the popular database And a notifying procedure for notifying the creator of the design data of the deadline of the design registration application after a predetermined period has passed from the date and time of the authentication.

(Claim 10) The invention according to claim 10 is
It is a computer-readable recording medium on which a program is recorded. The program consists of a module basic data storage procedure for storing module basic data in the module basic database, a restriction data storage procedure for storing design restriction data calculated from module basic data in the restriction database, and a combination of module combinations. Combination data accumulation procedure for accumulating data in the combination database, design data accumulation procedure for accumulating design data designed based on restriction data and combination data in the design database, and assembly of parts configured based on the design data An instruction data storage procedure for storing instruction data in the instruction database, and a module basic database , A program for executing restricted database, combined database, and a database access authorization procedures to allow access to the design database or instructions database. Here, the “recording medium”
A medium that can carry a program that cannot occupy space by itself, such as a floppy (registered trademark) disk, hard disk, CD-ROM, MO
(Magneto-optical disk), DVD-ROM, PD, and the like.

(Claim 11) The invention according to claim 11 is
It is a computer-readable recording medium on which a program is recorded. The program consists of a module basic data storage procedure for storing module basic data in the module basic database, a restriction data storage procedure for storing design restriction data calculated from module basic data in the restriction database, and a combination of module combinations. Combination data accumulation procedure for accumulating data in the combination database, design data accumulation procedure for accumulating design data designed based on restriction data and combination data in the design database, and assembly of parts configured based on the design data An instruction data storage procedure for storing instruction data in the instruction database, and a module basic database , A database access permission procedure that allows access to the restricted database, combination database, design database or instruction database, and popularity data on what is a popular design by accumulating a popularity index for each design data in the design database A popular data accumulation procedure for accumulating the popular data in the popular database; a date and time authentication procedure for authenticating the date and time when the design data of the popular data is accumulated in the design database; After a lapse of a predetermined period, a notification procedure for notifying the creator of the design data of the deadline of the design registration application is executed.

[0028]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in more detail with reference to embodiments and drawings. The drawings used here are FIGS. 1 to 8.

(FIG. 1) FIG. 1 is a conceptual diagram of an embodiment of the present invention. This embodiment has a design data center at the center. The design data center begins with a module basic database that stores basic data of modules provided by the module production company, a design restriction database that stores design restriction data calculated from the module basic data, and a combination of modules. A module combination database for storing combination data.

The design production company accesses data in the design restriction database and the module combination database, and produces a design with reference to the data. Then, the design data is stored in a design database provided in the design data center. The general consumer can access each database in the design data center through the database disclosure means by inputting the password obtained by a separate means, and browse the design data. If there is a favorite design data, the user downloads the data and inputs it to the optical forming apparatus. In stereolithography,
A molded article is manufactured based on the data. In addition, this invention is not limited to manufacture using an optical shaping apparatus. For example, the design data can be input to a processing device that performs a cutting process from a plastic material and can be manufactured.

The data center further collects instruction data such as assembly procedures and precautions for molded articles from a module production company or a design production company and accumulates them as an instruction database.
The instruction database can be browsed under conditions such as password input by general consumers.

(FIG. 2) FIG. 2 is a conceptual diagram in which the functions of the design data center in the above-described embodiment are enhanced. That is, a popular design database in which popular popular design data is tabulated based on the number of accesses to the design database from general consumers and the number of downloads is provided. It also has a popular design company database that summarizes popular design data for each design production company that produced it, and a popular age-specific design database that summarizes popular designs by age.

By accessing the popular design database, general consumers can grasp trends in popular designs and download data of popular designs. Since this database has higher added value than other databases, the design data center may be provided with access conditions different from those of other databases.

In addition, when a general consumer accesses the design database or downloads from the design database, it may be conditioned on answering a predetermined questionnaire. Hereinafter, a specific example of the questionnaire will be described. Ask them to fill in the questionnaire about which module or product they are looking for. Then, the popular interface for each module or product can be grasped. For example, if a consumer seeking a stabilizer for a model car of sports car Z downloads the most stabilizers of design X, a popular interface for the stabilizer of sports car Z is:
You can see that it is a design X stabilizer. This data is stored in a popular interface database and used by accessers (design production companies, general consumers). This is one reference for the general consumer who selects the design data, and is also a valuable opinion for the design creator.

It is also possible to prepare a questionnaire for determining whether or not the general consumer has been reluctant to select a design. For example, designs A, B,
If none of C was particularly liked, but it was decided that the design B was to be selected, then it may be determined to be a passive choice. Designs chosen by passive choice are not always popular. The data indicating that such a passive selection has been made is accessible to the creator who created the design, and will be used as reference data for the next design production.

(FIG. 3) FIG. 3 is a conceptual diagram illustrating a part of the above embodiment in detail. As shown in FIG. 3, the improved design is stored in association with the original design (original design). Then, when a general consumer accesses the design database and browses a certain design, the general consumer can browse the fact that the design has been redesigned and the redesigned data. Although illustration is omitted, when the redesign is browsed, the original design before the redesign can be browsed. The redesigned version is an improvement of the original design, and if you like the original design, you often want to consider the improved redesign. If you know the existence of and can browse, efficient search will be possible.

(FIG. 4) FIG. 4 is a conceptual diagram illustrating a part of the above embodiment in detail. When storing design data produced by a design production company in a design database, date and time authentication means authenticates the storage date and time. If the accumulated design data is popular and is accumulated in a popular design database, for example, five months after the date and time when the data was first accumulated in the data center, the notification means of the data center changes the design production company Notify the deadline of the design registration application to.

Now, it is assumed that when the design production company accumulates design data in the design database of the data center, the design loses its novelty. Since the design production company notified by the notification means has stored the design in the design database within six months, Article 4 of the Design Law (exception of loss of novelty)
With the application of, a design registration application can be filed with the JPO. In this case, since the design to be applied is a design included in the popular design database, it is in demand and serves as a material for an objective judgment that it will be worthy of applying for a design registration.

In order to apply Article 4 of the Design Law, a prescribed certificate must be submitted within 14 days from the application, but the design data center has a data recording device. In the data recording device, a certificate of date and time authentication, for example, a CD-R created by recording a daily newspaper together.
It manufactures read-only recording media such as OM. For this reason, the recording medium has an evidential ability and can be used as a certificate for date and time authentication.

Next, the creation of a database relating to the car model 10 shown in FIG. 5 will be described. The basic module of the car model 10 is the car model 10 shown in FIG.
The power part 20 of FIG. The module production company, which is the manufacturer of the automobile model 10,
That is, the external dimensions, the positions of the fixing screws, and the internal space dimensions for accommodating the external dimensions are stored in the module basic database in the design data center.

As shown in FIG. 7, the body of the automobile model 10 to be assembled into the power part 20 which is a basic module includes a body front half 30, a body rear half 40, a tire wheel 50, a door mirror 60, and a stabilizer 70. For each component, design restriction data is calculated from the basic module data and stored in the design restriction database. The design production company
The design of each component is created based on the design restriction data. Then, the design data thus produced is stored in the design database.

A case where a general consumer newly forms a part of the automobile model 10 using the present system will be described. First, it is assumed that there is a car model 10 shown in FIGS. 5 and 7, and it is assumed that the stabilizer 70 of the car model 10 is to be changed. First, data that can specify the model car 10 such as the product name, the manufacturing company, and the date of manufacture of the model car 10 is confirmed. Here, the car model 10 is T
It was confirmed that the model company was a car model with a car name of Pxxx manufactured since 1995. Then, the user accesses the design database of the design data center, and browses the design data of the stabilizer that can be used for the automobile model 10 based on the data confirmed earlier. Then, a plurality of stabilizer design data for the car model 10 are displayed. Then, a stabilizer 71 to be newly attached to the car model 10 is selected from the displayed design data. FIG. 8 is an explanatory diagram showing the selected stabilizer 71.

After selecting the stabilizer 71, the data is downloaded. Then, when the data is input to the optical shaping apparatus, the same stabilizer as that browsed in the database is formed. When this newly formed stabilizer 71 is used as a new stabilizer of the automobile model 10, by accessing an instruction database, it is possible to obtain instruction data such as how to assemble and notes.

Each component other than the power unit 20 can be selected from a design database and molded by an optical molding device. Then, when these molded products are assembled into the power portion 20 based on separately obtained instruction data, a car model completely different from POO shown in FIG. 5 can be completed as shown in FIG. .

When a general consumer downloads design data, the following method is employed to prevent re-downloading of the same data. That is, when a general consumer obtains a password, the design data center has a user database that stores the access status of the consumer, download information, and the like.
When the user downloads already downloaded data again in the user database, the consumer is prompted for confirmation, and software is prepared so that the data will not be downloaded without confirmation.

When a general consumer downloads a plurality of design data, a virtual so-called shopping cart is prepared. This shopping cart not only displays the total amount of money and data amount like a general shopping cart, but also displays parts to be downloaded and parts that are not scheduled to be downloaded by comparing with the finished product. . This prevents consumers from forgetting to buy.

[0047]

According to the first to fifth aspects of the present invention, there is provided an apparatus capable of distributing and utilizing design data on the assumption that general consumers purchase the design data. Was completed. According to the sixth and seventh aspects of the invention, it is possible to provide an apparatus capable of supporting only a necessary design application. According to the eighth and ninth aspects of the present invention, it is possible to provide a method for distributing and utilizing design data on the assumption that general consumers purchase the design data.
According to the tenth and eleventh aspects of the present invention, it is possible to provide a computer program capable of distributing and utilizing design data on the assumption that general consumers purchase design data.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram of the present embodiment.

FIG. 2 is a conceptual diagram in which a part of the embodiment is modified.

FIG. 3 is a conceptual diagram in which a part of the embodiment is modified.

FIG. 4 is a conceptual diagram in which a part of the embodiment is modified.

FIG. 5 is an overall view of a car model.

FIG. 6 is an explanatory diagram showing a power portion of the car model.

FIG. 7 is a side view and a plan view of the automobile model.

FIG. 8 is an explanatory view showing a stabilizer to be newly attached.

FIG. 9 is an automobile model made using the present system.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 10 Car model 20 Power part 30 Body front half 40 Body rear half 50 Tire wheel 60 Door mirror 70 Stabilizer 71 New stabilizer

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Hiroaki Kitano 6-31-15 Jingumae, Shibuya-ku, Tokyo Mansion 31, 6A Inside the Japan Science and Technology Corporation (ERATO) (72) Inventor: Shu Ishiguro 6 Jingumae, Shibuya-ku, Tokyo −31−15 Mansion 31,6A F-term in the Japan Science and Technology Corporation (ERATO) 5B046 AA04 BA00 CA06 GA01 KA01 KA06 5B049 BB00 EE05 FF01 GG02 5B075 KK07 ND20

Claims (11)

[Claims] 1. A module basic database for accumulating basic data of modules, a restriction database for accumulating design restriction data calculated from module basic data, a combination database for accumulating combination data relating to module combinations, and restriction data. And a design database that stores design data designed based on the combination data, an instruction database that stores instruction data related to the assembly of parts configured based on the design data, and a module for access applicants who meet the access conditions. Databases that allow access to the basic, restricted, combination, design, or instruction databases Design data disclosure system comprising a shows means. 2. A design database, comprising: a popularity database for accumulating popularity data on what is a popular design by accumulating a popularity index for each design data in the design database; 2. The design data disclosing apparatus according to claim 1, wherein access is permitted under predetermined conditions. 3. A popular interface calculating means for calculating popular interface data based on the popular data, and transmitting the popular interface data to a creator of the design data if the creator desires it. The design data disclosing apparatus according to claim 2, comprising means. 4. When a design data already stored in a design database is redesigned, a user who browses the design data before the redesign is re-designed when he / she desires. 4. The design data disclosing device according to claim 1, further comprising a redesign notifying unit for notifying that the design has been made. 5. A selection judging means for judging whether or not the design data selected by the viewer is a passive selection, and when the selection judging means judges that the selection is a passive selection, the selected design data is selected. The design data disclosing apparatus according to any one of claims 1 to 4, further comprising a selection determination transmitting unit configured to transmit a negative selection to a creator of the design data. 6. A date and time authenticating means for authenticating a predetermined date and time when the design data is stored in a design database, and for a design data stored in a popular design database, after a predetermined period has passed from the authenticated date and time. 6. A notification means for notifying a creator of the design data of a deadline for a design registration application.
The design data disclosure device according to any one of the above. 7. The design data disclosing apparatus according to claim 6, further comprising a data recording device for recording data with date and time authentication together with a certificate of date and time authentication on a read-only storage medium. 8. A combination of a module and a module basic data accumulation procedure for accumulating module basic data in a module basic database, a restriction data accumulation procedure for accumulating design restriction data calculated from the module basic data in a restriction database. A combination data accumulation procedure for accumulating combination data in the combination database, a design data accumulation procedure for accumulating design data designed based on the restriction data and the combination data in the design database, and assembly of parts configured based on the design data Data storage procedure for storing instruction data related to the instruction database in the instruction database. Database, combined database, design data disclosure method and a database access authorization procedures to allow access to the design database or instructions database. 9. A popularity data accumulation procedure for accumulating popularity data indicating what is a popular design in a popularity database by accumulating a popularity index for each design data in a design database, and a popularity accumulating in the popularity database. For the data, a date and time authentication procedure for authenticating the date and time when the design data of the popular data is stored in the design database, and after a lapse of a predetermined period from the certified date and time, notify the creator of the design data of the deadline for the application for design registration. 9. The design data disclosure method according to claim 8, further comprising: 10. A computer-readable recording medium having recorded thereon a program, the program comprising: a module basic data storage procedure for storing module basic data in a module basic database; and a design of a design calculated from the module basic data. Restriction data storage procedure for storing restriction data in the restriction database, combination data storage procedure for storing combination data related to module combinations in the combination database, and design data designed based on the restriction data and combination data in the design database Instruction data for storing design data to be stored in the instruction database and instructions for assembling parts based on the design data A computer recording a program for executing a product access procedure and a database access permission procedure for permitting an access applicant satisfying access conditions to access a module basic database, a restriction database, a combination database, a design database or an instruction database. A readable recording medium. 11. A computer-readable recording medium on which a program is recorded, the program comprising: a module basic data storage procedure for storing module basic data in a module basic database; and a design of a design calculated from the module basic data. Restriction data storage procedure for storing restriction data in the restriction database, combination data storage procedure for storing combination data related to module combinations in the combination database, and design data designed based on the restriction data and combination data in the design database Instruction data for storing design data to be stored in the instruction database and instructions for assembling parts based on the design data Product access procedures, database access permission procedures that allow access applicants who meet the access conditions to access the module basic database, restriction database, combination database, design database or instruction database, and popularity by design data in the design database A popular data storage procedure for storing popular data on what is a popular design in a popular database by accumulating indices, and for popular data stored in a popular database, design data of the popular data is stored in a design database A date and time authentication procedure to authenticate the date and time of certification and a notification procedure to notify the creator of the design data of the deadline for the application for design registration after a lapse of a predetermined period from the date and time of certification are executed. Computer readable recording medium recording the order of the program.