KR20010107909A - Assembling method of plamodel on internet and the system - Google Patents

Abstract

The present invention relates to a method and system that can be assembled on the Internet without purchasing a plastic model directly.

The present invention comprises the steps of (a) a user accessing a web server of a plastic model virtual assembly website through the Internet; (b) checking whether the user who accesses the user in the step (a) is a true member by using a member information database if an ID and password are input, and inducing a member to register as a true member; (c) selecting a plastic model which the member identified in step (b) wants to assemble from the plastic model information database; (d) A tool, such as a knife, nipper, tweezers and glue, and a virtual assembly screen for storing the parts and assembly sequence diagram of the plastic model are loaded from the plastic model information database for the plastic model selected in step (c). Steps; (e) assembling the plastic model by the member using the parts and the assembly flow chart through the screen loaded from the step (d); And (f) completing a plastic model from the step (e) and accumulating a predetermined point in the member plastic model assembly database of the member.

Description

Assembling method of PLAMODEL ON INTERNET AND THE SYSTEM

The present invention relates to a method and a system for assembling a plastic model on the Internet. More specifically, the present invention relates to a method and a system that can be assembled on the Internet without purchasing a plastic model directly.

Plastic models are all assembleable toys, and there are a lot of users and clubs in Korea as well as in the world.

The user who wants to assemble the plastic model in the situation as described above has to buy the plastic model directly, there is bound to have an economic burden.

Also, once purchased, the plastic model cannot be replaced or refunded even if you are disappointed with the product while separating and assembling parts, so if you do not have enough information on the purchased plastic model, you may have a problem such as purchasing an unwanted model. It is.

In addition, due to the above problems, the general public cannot easily access to the plastic model field, and the user layer is thinned, thereby increasing the manufacturing cost of the product due to the limitation of the plastic model demand.

Accordingly, the object of the present invention is to solve such problems, the object of the present invention is to lead the existing domestic plastic model shopping mall through the virtual assembling screen on the Internet and the sense of achievement felt by assembling on the monitor through the plastic model virtual assembly screen And a method and system that naturally leads to a plastic model shopping mall and draws a desire to purchase by providing actual purchase points as a reward when the desire to own is increased to the maximum value. To provide.

Another object of the present invention is to provide an environment that can be assembled and purchased without the expert knowledge of plastic models.

Another object of the present invention is to broaden the participation of the general public in the plastic model and to provide a system that can be utilized by various age groups.

Still another object of the present invention is to provide an assembly environment for assembling a plastic model with a sense of reality.

1 is a configuration diagram of a web hosting service (web hosting) of the plastic model assembly system on the Internet according to the present invention,

2 is a main process flow diagram of plastic model assembly on the Internet according to the present invention,

3 is a flowchart of a member login process of FIG. 3;

4 is a flow diagram of the plastic model service procedure of FIG.

FIG. 5 is a flowchart illustrating driving of the plastic model virtual assembly screen of FIG. 5;

Figure 6a is an exemplary view of the virtual assembly screen and execution of the plastic model according to the present invention,

FIG. 6B is a state diagram in which the part A3 is separated from the part view of FIG. 6A.

FIG. 6C is a view showing a state in which the component A3 separated from the component diagram of FIG. 6A is dropped on an unfinished drawing,

FIG. 6D is a view showing a state in which a part A6 and a part A3 separated from the part diagram of FIG. 6A are coupled;

7 is a view showing a set of parts as an example of the plastic model,

FIG. 8 is a diagram illustrating a partial assembly example of FIG. 7 in sequence.

Explanation of symbols on the main parts of the drawings

10: network 12: computer

14: Web Server 16: Database Server

18: Member Information Database

20: plastic model information database

22: Member Plastic Model Assembly Database

The present invention relates to a method and system for assembly of a plastic model on the Internet, the method comprising: (a) a user connecting to a web server of a plastic model virtual assembling website through the Internet;

(b) confirming whether the user who accesses the user in step (a) is a true member by using a member information database if an ID and password are input, and inducing a member to join if not a true member;

(c) selecting a plastic model which the member identified in step (b) wants to assemble from the plastic model information database;

(d) A tool, such as a knife, nipper, tweezers and glue, and a virtual assembly screen for storing the parts and assembly sequence diagram of the plastic model are loaded from the plastic model information database for the plastic model selected in step (c). step;

(e) assembling the plastic model by the member using the parts and the assembly flow chart through the screen loaded from the step (d); And

(f) completing a plastic model from the step (e) and accumulating a predetermined point in the member plastic model assembly database of the member;

Characterized in that comprises a.

Step (e),

(e1) separating the part from the part drawing by selecting any one tool among knives or nippers of the loaded virtual assembly screen;

(e2) dragging and dropping the component separated from the step (e1) by selecting the tweezers in an incomplete assembly; And

(e3) attaching and bonding each part of the plastic model by selecting an adhesive to the parts dropped from the step (e2); and characterized in that it comprises a.

The step (e) is characterized in that the sound effect data is loaded at the time of separating and assembling parts according to the parts and assembly flow chart.

The step (e) is characterized in that the progress rate according to the assembling parts according to the parts diagram and the assembly flow chart is a bar (bar) of 0 ~ 100% displayed on one side of the screen.

The step (e) is a step of storing the plastic model assembly order of the member in the member plastic model assembly database of the member can be replayed (replay) when the member wants.

(g) immediately before the step (f), when the assembly of the plastic model is completed, displaying the finished product picture and the three-dimensional video of the plastic model; and characterized in that it further comprises.

(h) after the step (f), if the member is earning a point or more than a predetermined threshold value, the step of transmitting a coupon that can be discounted when purchasing the plastic model online; characterized in that the configuration further comprises a.

The present invention provides a member information database for storing various personal information of a user accessing a web server for providing various types of information on a plastic model; A plastic model database for storing tools such as knife, nipper, tweezers, and adhesive for the plastic model, and a virtual assembly screen composed of parts and assembly order of the plastic model; And a member plastic model assembly database in which assembly order information and accumulated accumulation points due to the plastic model assembly of the members are stored.

The plastic model database outputs sound effects for outputting sound effects for separating, moving, and assembling parts in order to add realism when the user separates and assembles parts according to the parts and assembly flow charts when the virtual assembly screen is driven. It is characterized by comprising a further.

With reference to the accompanying drawings, a method and system for assembly of a plastic model on the Internet according to the present invention will be understood by the embodiments described in detail below.

1 is a diagram of a web hosting service configuration of a plastic model assembling system on the Internet according to the present invention, FIG. 2 is a flowchart of main assembly of a plastic model on the Internet according to the present invention, and FIG. 3 is a member of FIG. 3. 4 is a flow chart of a plastic model service procedure of FIG. 3, FIG. 5 is a flow chart of a plastic model virtual assembly screen of FIG. 5, and FIG. 6A is a virtual assembly screen and an execution example of the plastic model according to the present invention. 6B is a state diagram in which parts A3 are separated from the parts diagram of FIG. 6A, and FIG. 6C is a view showing a state in which parts A3 separated from the parts diagram of FIG. 6A are dropped onto an unfinished drawing. FIG. 6D is a view showing a state in which parts A6 and A3 separated from the parts diagram of FIG. 6A are coupled, FIG. 7 is a view showing a set of parts as an example of a plastic model, and FIG. 8 is a view of FIG. According to the order of partial assembly example of 7 Figure is shown.

According to the web hosting service configuration diagram of FIG. 1, a user accesses the web server 14 of the plastic model virtual assembly site through his computer 12 connected to the network 10. Web server 14 is connected to the database server 16, the database server 16 receives a variety of information about the member when the user joins as a member and accordingly ID (ID) and password (Password) to the member Member information database (18) for storing information for member management such as granting information), plastic model information database (20) for providing information such as parts, assembly sequence, finished product photos and videos unique to various types of plastic models And storing the assembling process according to the order in which the member connects to the web server 14 to assemble the plastic model, and manages data related to the plastic model assembly of the member such as points accumulated at the completion of the plastic model. It is composed of a member plastic model assembly database 22 for.

According to the main processing flow chart of FIG.

The user accesses the plastic model assembling site through the Internet (100), the user determines whether or not to assemble the plastic model, and if not the member login (102) to induce membership, Select and use any one of the plastic model service 104, which can receive the main service such as allowing the user who is logged in as a member, to assemble the plastic model, and the additional service 106 that provides various useful site information. If it is desired to continue to use the site by determining whether to continue to use the site (108), it moves to the selection step after the connection (100), and otherwise terminates.

According to the member login processing flow chart of FIG.

When the user accesses the site for the first time, in order to determine whether the user is a member, the user inputs ID and password into the login window, and compares the member's input data with the data of the member information database (200). If it is determined that the member is not a member, a separate member registration screen is displayed (202). If personal information, ID and password are input (204), various input information of the member is stored in the member information database and the member ID is registered (206). As a member, a service for assembling the plastic model of the site may be provided (208).

According to the plastic model service procedure flow chart of FIG.

Members can check the various plastic models provided on the site, and among them, they can search for the plastic models of interest or interest and check the information about them (300).

When the plastic model that you want to assemble is selected in the virtual space (302), a virtual assembly screen for the plastic model selected from the plastic model information database is driven, and a series of operations such as assembly using various tools are performed on the screen. (304).

When the assembly of the plastic model is completed (306), pictures and videos of the plastic model finished product can be loaded from the plastic model information database by the member's selection and displayed on the screen (308), which is also determined by the member's selection. You can also disable it.

When the assembly is completed (308) is provided to the assembly-completed plastic model, that is, to provide a cumulative point 310 to the member according to the assembly of the plastic model 310. At this time, the accumulated points are stored in the member plastic model assembly database, and can be checked again at any time.

After this process, the member decides whether the member wants to assemble the same plastic model once again (312) to drive the virtual assembly screen (304) or to determine whether he wants to assemble another plastic model (314). If desired, branch to step 302 to select a desired assembly model.

According to the driving flowchart of the plastic model virtual assembly screen of Figure 5,

When the virtual assembly screen is executed, a tool 400 such as a knife, a nipper, a tweezers, an adhesive, a part drawing 402, and an unfinished drawing 404 for joining the parts separated from the part drawing 402 are displayed. .

In order to assemble the plastic model, it is necessary to first separate the parts from the parts drawing, so the tool must be selected (406).

First, either the knife 408 or the nipper 410 is selected, and then it is determined whether to separate the parts (412), and accordingly, the mouse is repeatedly moved and clicked on the fixed end of the part connected to the parts diagram. Clicking on all fixed ends of the part separates the part from the part drawing (414).

If you want to cancel the work during the part separation process, it is possible to return to the work step by step by clicking the Cancel Job button.

When the parts are separated as described above, the user selects the tweezers among the various tools (416) and drags the separated parts to the unfinished drawing (418). The parts are moved (420) and the moved parts are dropped (Drop). (422), it is determined whether the dropped parts need rotation, and all directions in three dimensions can be rotated in all directions with six clicks, so it is determined whether to rotate (423) and if you want to rotate the parts using the rotate button. Rotation 425. Dropped parts can also be undone.

After the component is dropped, the adhesive is selected (424) and then combined (426) to check the combined state of the top, bottom, left and right and front and back, that is, the three-dimensional state for the member who wants to check whether the component is properly joined (428) If you want to use the menu button on the top of the screen to select the direction you want to see (430) can check the coupling state (432).

After completing the assembly of the parts as described above, it is determined whether the entire plastic model assembly is completed (434), and if not completed, branching to the step of selecting a tool (406).

As described above, after confirming the steps in which one component is combined, it is possible to select and rework the duo again to select, separate, and combine new components.

When the tool is used to separate a part from a part drawing, drag and drop a part, and join a part, an appropriate sound according to a work state is provided to give a realistic feeling.

All of the assembly process is stored in the member plastic model assembly database so that the member can log in again later to check the assembly status of the member himself.

According to the virtual assembly screen and execution example of Figure 6,

At the top of the screen, the member ID 500, the accumulated total points 502 of the members, the assembly instructions 504 and the parts diagram 506 showing the parts for explaining how to assemble each part of the plastic model. It consists of a menu.

On the left side of the screen, tools such as knife 508, nipper 510, tweezers 512 and adhesive 514, rotary button 515 for rotating the separated parts and to cancel the current work and return to the previous step A cancel button 516 is configured.

In the center of the left side of the screen, the part diagram 506 of the menu is selected and the desired part diagram A 518 is displayed, and the right side shows an unfinished drawing 520 for the final product to be finally completed. .

On the upper side of the unfinished drawing 520, buttons of the upper 522, the lower 524, the left 526, the right 528, the front 530, and the rear 532 are formed to check the coupling result for the three-dimensional shape. Press the button you want to check the assembly state in that direction.

In addition, the assembly process rate bar (534) to check the progress of the assembly and at the same time the replay button 536 that can be replayed (Replay) the assembly process is composed.

An example of the execution of the plastic model according to FIGS. 5 to 8 will be described in more detail.

The user who wants to assemble the plastic model, that is, the site visitor, logs in as a member and checks various types of plastic models through the menu on the web and selects the model that they want to assemble. The virtual assembly screen is loaded, and it is possible to check the menu of the member 500, the point 502, the assembly instructions 504, and the parts drawing 506 of the member who is currently working. If you select, several parts (parts A, B, etc.) appear, and if you select the required parts (parts A) 518, the selected parts diagram A 518 is created in the right center of the screen.

After the preparation work as above, the member will proceed.

First, the component that you want to work from the component diagram A (518) is separated from the component diagram A (518).

When explaining how to separate the parts, click on the knife 508 configured in the upper left of the screen, go to the part diagram A (506) to move the left head (A3) of the dinosaur, the desired part to the part diagram A (506) If you click on the connection part 550, 552, 554 to separate, and click the part A (518), the dinosaur's left head (A3) moves the coordinates slightly so that the user appears to be separated from the user. do.

Select and click the tweezers 512 to move the left head (A3) of the separated dinosaur to the corresponding position of the unfinished drawing 520 in the center of the right side of the screen using the tweezers (512) and separated into parts A (518) The left head (A3) of the dinosaur, which is a component, is dragged and moved to the corresponding position on the unfinished drawing () to drop.

The eyebrow A6 of the left head A3 of the dropped dinosaur is separated by using a knife 508 to separate it from the component diagram A 518. Then, the tweezers 512 are selected to be separated. Drag it to the location and drop it.

At this time, click the rotation button 515 in the upper left of the screen to rotate the eyebrows (A6) in the desired direction.

After clicking the adhesive 514, the eyebrow A6 is coupled to the left head A3 of the dinosaur.

If the right head (A4) of the dinosaur is coupled to the left head (A3), click the back button (532) on the top of the unfinished drawing (520) and rotate it to the back before dragging the right head (A4). And drop and then combine.

The sound effects in the assembly process are loaded together from the plastic model information database and output.

In the assembly process, when the replay button 536 is pressed, the order in which the members work from the beginning and the work progress rate are displayed as bars 534 within 0 to 100%, and the data is sequentially stored in the member plastic model assembly database. .

When the assembly of the plastic model is completed through a series of operations such as separating, dragging, dropping, and combining such components, the completeness and video of the finished product may be checked by the member's choice (308).

The virtual assembly screen assigns various scores to parts (A3, A4, and A6) of the parts diagram A (518) according to the type and difficulty of the plastic model to give a cumulative score according to the parts assembly, assembly start time and assembly completion. It is desirable to check the time and store separately in the member plastic model assembly database, and if the grades are excellent, it is desirable to induce the site to be activated by giving a certain point to the website.

As described above, embodiments of the present invention have been described in detail, but the scope of the present invention is not limited thereto, and the scope of the present invention extends to the range substantially equivalent to one embodiment of the present invention.

As can be seen from the above description, the plastic model assembly method and system on the Internet according to the present invention, before purchasing a plastic model, selects a favorite plastic model through the Internet and assembles it in an environment where a realistic feeling is felt. This has the effect that you can refer to when purchasing a plastic model.

In addition, by providing the environment as described above, not only can you activate clubs and plastic model makers in a certain class, but you can also easily access various age groups of all ages. It works.

In addition, plastic modelers, especially children, can improve their understanding of 3D due to the environment in which they can assemble their own hands. It is effective to present plastic model to children.

In addition, the member who accesses the site assembles and completes the plastic model, and earns a certain amount of points. If the point is higher than the standard value, the member can receive a coupon to receive a discount when purchasing the plastic model. It works.

Claims (9)

(a) a user accessing a web server of a plastic model virtual assembly website via the Internet; (b) confirming whether the user who accesses the user in step (a) is a true member by using a member information database if an ID and password are input, and inducing a member to join if not a true member; (c) selecting a plastic model which the member identified in step (b) wants to assemble from the plastic model information database; (d) A tool, such as a knife, nipper, tweezers and glue, and a virtual assembly screen for storing the parts and assembly sequence diagram of the plastic model are loaded from the plastic model information database for the plastic model selected in step (c). step; (e) assembling the plastic model by the member using the parts and the assembly flow chart through the screen loaded from the step (d); And (f) completing a plastic model from the step (e) and accumulating a predetermined point in the member plastic model assembly database of the member; Method for producing a plastic model on the Internet, characterized in that comprises a. The method of claim 1, wherein step (e) (e1) separating the part from the part drawing by selecting any one tool among knives or nippers of the loaded virtual assembly screen; (e2) dragging and dropping the component separated from the step (e1) by selecting the tweezers in an incomplete assembly; And (e3) attaching and bonding each part of the plastic model by selecting an adhesive from the part dropped from the step (e2); Method for producing a plastic model on the Internet, characterized in that comprises a. The method according to claim 1 or 2, The step (e) is a plastic model manufacturing method on the Internet, characterized in that the step of loading the sound effect data when separating and assembling the parts according to the assembly diagram and the assembly flow chart. The method according to claim 1 or 2, The step (e) is a plastic model manufacturing method on the Internet, characterized in that the progress rate is displayed on the one side of the progress bar according to the progress of the assembly parts according to the parts diagram and the assembly flow chart. The method according to claim 1 or 2, The step (e) is the step of storing the plastic model assembly order of the member in the member plastic model assembly database of the member to replay (Replay) when the member wants; characterized in that the plastic model on the Internet. The method of claim 1, (g) immediately before step (f), When the assembly of the plastic model is completed, displaying the finished product photo and the three-dimensional video of the plastic model; plastic model on the Internet characterized in that the configuration further comprises. The method of claim 1, (h) after step (f), If the member is earning a point more than a predetermined reference value when the purchase of the plastic model when transmitting a coupon available discounts; plastic model on the Internet characterized in that it further comprises a. A member information database for storing various personal information of a user accessing a web server providing various information about a plastic model; A plastic model database for storing tools such as knife, nipper, tweezers, and adhesive for the plastic model, and a virtual assembly screen composed of parts and assembly order of the plastic model; And A membership plastic model assembly database in which assembly order information and accumulated accumulated points due to the plastic model assembly of the members are stored; Plastic model production system on the Internet, characterized in that configured to include. The method of claim 8, The plastic model database outputs sound effects for outputting sound effects for separating, moving, and assembling parts in order to add realism when the user separates and assembles parts according to the parts and assembly flow charts when the virtual assembly screen is driven. The plastic model production system on the Internet, characterized in that the configuration further comprises.