JP7008364B1 - Product processing system and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system and a program for creating a new processing content by processing a product to be processed in an Internet environment, and producing a product which is unique in the world. A server S placed on a website includes a user information recording means A, a guest information recording means B, a processing information input means C, and a processing information recording means D. By updating the processing information of the product based on the processing information and outputting the final processing information as data after the processing is completed, the product is processed by using the communication means. There are no particular restrictions on the target product as long as it can be processed into an original product by surface processing, for example, stamping, cutting or coloring. For example, it can be applied to a wide range of products such as decorative items such as rings and pendants, tableware such as plates and vessels, cutlery, cloth products such as handkerchiefs and tablecloths, and clothing such as T-shirts. [Selection diagram] Fig. 1

Description

The present invention relates to a system for co-producing processed products by individually processing a product by a plurality of people using an Internet environment.

First, the applicant has a ring that the couple and friends cut into one wire and made by themselves, and by wearing this, it becomes a tool to increase the sense of unity between the couple and friends, and in addition, manufacturing For the purpose of being able to experience the joy of this, we proposed a ring for rings that allows even an amateur to manufacture multiple rings by cutting a single metal wire for a ring (Practical New Plan Registration No. 3143127).
This was to make a ring by directly (physically) processing the wire.

Similar to the above idea, if it is possible for multiple people to work together to create something unique in the world in an Internet environment, not only rings but also many items will be jointly processed. Will be possible.

Traditionally, as a proposal to customize a product sold on the market, a selection candidate of one or more custom items that can be used for a standard product is provided, and selection for one or more additional processing items via a remote browser client and selection. Based on the selected one or more additional machining items, the replacement data corresponding to the selected additional machining item is extracted, and the product data of the standard product of the selected model number and the replacement data of the extracted additional machining item are obtained. (Japanese Patent Laid-Open No. 2020-95724) and the like, which are characterized by merging the above, have been proposed.
However, the conventional proposal selects customized data from data prepared in advance, and does not create new processing contents.

Japanese Unexamined Patent Publication No. 2020-95724

The object of the present invention is to create a new processing content by processing a product to be processed in an Internet environment, and to obtain a system and a program for producing a product that is unique in the world. Is.

In the present invention, the website is provided with a user information recording means, a guest information recording means, a processing information input means, and a processing information recording means, and the processing information of the product is updated and processed based on the processing information. By outputting the final processing information as data after the completion, the product is processed by using the communication means.
The product targeted by the present invention is not particularly limited as long as it can be processed into an original product by surface processing, for example, stamping, cutting or coloring. For example, it can be applied to a wide range of products such as ornaments such as rings and pendants, tableware such as plates and vessels, cutlery, cloth products such as handkerchiefs and tablecloths, and clothing such as T-shirts.

The user information recording means records user information including information on products to be processed based on data input from a user terminal.
The user information is input by the user from the user information input screen provided from the website to the user terminal when the user accesses the website. By transmitting this to the website, a user information recording means is generated for each user. Generally, a web page is generated for each user, and an individual connection address (URL) is generated.
The generated access method (for example, URL information) to the user information recording means is transmitted from the website to the user terminal after the generation of the user information recording means.
The user terminal and guest terminal in the embodiment of the present invention are mainly mobile information terminals such as smartphones and tablets, but may be personal computers.

The user information may include a user's name, a user's face photo and other icons, a message from the user to the guest, and the like, and the user information is appropriately selected according to the situation in which the present invention is carried out.

In the practice of the present invention, the user usually inputs the user information after purchasing the product to be processed. The product can be purchased on the user information input screen, but it is also possible to prepare a purchase site for purchasing separately, specify the product there, and purchase the product. In the latter case, since the name is recorded on the purchase site, it is not necessary to enter the name on the user information input screen. Further, when the purchase site is provided, it is preferable that the purchase site is notified to the user of the access method to the website so that only the purchaser of the product can access the website.

The user informs those who participate in the processing of the product how to access the website received from the website. The method of notification is arbitrary, but the connection method to the website (for example, URL information) is displayed on the user terminal, and a transition switch to the e-mail transmission screen is placed on the screen where the connection method is displayed. , It is preferable to enable transmission of the connection method copied from the e-mail transmission screen.
The user's access destination can also be a user information recording means by designing the program.
In the present invention, the term "transition" means that the screen is switched, and includes those with and without directory movement.
The "e-mail" broadly includes a communication means in which text information is displayed on the terminal of the other party, and also includes a social network service (SNS).

The guest information recording means records the information of the guest who participates in the processing of the product in association with the user information based on the data input from the guest terminal.
When a person (guest) who has been notified by the user accesses the website from the guest terminal, the guest information input screen is displayed on the guest terminal. When the guest inputs guest information, for example, a name and sends it to the website on this screen, the guest information recording means is generated in association with the user information recording means.
The guest may be one person or multiple people.

The guest information recording means generates a web page individually for each guest, assigns a unique connection address to each guest, and records in the individual processing information recording means when the corresponding guest information recording means is accessed from the guest terminal. The processing information unique to each guest is displayed on the guest terminal .
By this method, the guest can access the unique processing information input screen multiple times and perform processing intermittently.
In addition to the above, all guest information is recorded in one guest information recording means, the guest accessed by the guest information recording means is identified, and the processing information input means unique to each guest is unique to each guest. The processing information input screen of is displayed on the guest terminal, and the information of all guests is recorded in one guest information recording means, and the processing information input means is also common to all guests. It is also possible to display the same processing information input screen on all guest terminals.

In the above, when the guest first accesses the website, the invitation screen from the user recorded in the user information recording means may be displayed. In this case, a transition switch to the guest information input screen is arranged on the invitation screen, and the guest information input screen is displayed only to those who wish to process the product.

The processing information input means provides a guest terminal with an image of a product and a processing information input screen that allows the guest to input processing information for the image.
When the guest accesses the website (the specific access destination is a user information recording means, a guest information recording means, a processing information input means, etc., depending on the design), the processing screen is transmitted from the processing information input means to the guest terminal. Then, the processing information input screen including the image of the product is displayed on the guest terminal. The machining means may be displayed on the machining information input screen, and the machining means may be selected on this screen.
Various settings can be made for the route for providing the processing information input screen to the guest terminal. Illustrated below.
1. 1. The guest accesses the user information recording means, determines that the access is from the guest in the user information recording means, outputs the access information from the guest to the guest information recording means, and then inputs the processed information from the guest information recording means. A method of outputting access information to a means and then outputting a machining information input screen from the machining information input means.
2. 2. A method in which a guest accesses a guest information recording means, outputs access information from the guest information recording means to the processing information input means, and outputs the processing information from the processing information input means in response to the access information.
In either case, when the guest information recording means is individually generated for each guest, the access information for each guest is recorded in the guest information recording means. Further, when the processing information input means is individually generated for each guest, a processing screen unique to each guest is displayed on the guest terminal.

The image of the product is an image showing the processing status of the product at the time when the guest accesses it. The processing means includes a program for processing the product. For example, if the product is processed by stamping a surface such as a ring or a pendant, the position and size of the product to be stamped are included. It is a program for recording pendants, etc., and if it is processed by applying color like a plate, it is a program for applying color to the product. Then, if necessary, a palette for selecting the design and color of the instrument for engraving is included.

The processing information recording means records the processing information input by the guest with respect to the image of the product.
The machining information input by the guest on the machining screen is recorded in the machining information recording means. The processing information recording means may be generated individually for each guest, or the processing information of all the guests may be recorded by one processing information recording means.
In the former case, the machining information recorded in the plurality of individual machining information recording means in which the machining information of each guest is recorded is integrated by the calculation means and recorded in the machining information recording means.
In the latter case, in the processing information recording means, a plurality of processing information sequentially input is integrated, and the product information is sequentially updated.

The product information when the input of the processing information is completed becomes the final product processing information, and this processing information can be output. The output format of the processing information is preferably a data format compatible with a 3D printer if the product is a three-dimensional object, but it may be output on paper.

The invention of claim 4 is a processing program for carrying out the above invention, and is configured as follows. The computer is linked to the means for providing the user with a user information input screen, the user information recording means for recording the user information including the information of the product to be processed by the user, and the user information recording means, and the guest is given a guest. Means for providing an information input screen, guest information recording means for recording guest information input by a guest, means for providing a processing information input screen to a guest together with a product image, processing for recording processing information input by a guest It functions as an information recording means, a calculation means for integrating the processing information of a plurality of guests, and functions to output the final processing information as data after the processing is completed, and the guest information recording means is unique to each guest. When the connection address of is assigned and the guest terminal is connected to the corresponding guest information recording means, the processing information unique to each guest recorded in the individual processing information recording means is displayed on the guest terminal. And.

According to the present invention, one or a plurality of guests who respond to a notification from a user can process one product to be processed in an Internet environment. Therefore, it is possible to remotely process the product provided by the user. Since multiple guests can participate, by processing each of them, you can enjoy the fun of "creating a unique product in the world by collaborating with your friends" even though it is remote. be able to.
Then, if the processing information of the final product is output in a data format corresponding to the 3D printer, the three-dimensional object can be modeled by the 3D printer as it is, and the product can be completed. In addition, since the data can be saved, it is possible to manufacture a product with the same specifications at a later date.

The figure which shows the outline of the Example of this invention. Similarly, a diagram showing the process of generating the original page Similarly, a diagram showing the flow of guest operations Similarly, a diagram showing the flow of operations for confirming machining information. Similarly, the flow chart of the embodiment Similarly, the user information input screen Auxiliary screen as well Invitation screen Guest information input screen Processing preparation screen Processing information input screen Message input screen Confirmation screen for processing information Confirmation screen for each guest

Hereinafter, an embodiment of the present invention will be described with reference to an example in which a user and a guest process a product “wedding ring” using a smartphone.

FIG. 1 shows an outline of the configuration of this embodiment, in which a web page, which is a user information recording means A, is generated on a server S placed on a website, linked to the user information recording means A, and a guest. The information recording means B, the machining information input means C, and the machining information recording means D are generated.

2 to 4 show a processing flow.
FIG. 2 shows a process of generating an original page of a user who is a user information recording means A.
The login screen G1 is transmitted from the server placed on the website to the terminal (SP) of the user who is the purchaser of the product, and the login screen G1 is changed to the user information input screen G2 by the user's operation. Here, when the user inputs user information and taps the completion button, the setting completion screen G3 is displayed, and the input information is recorded in the user information recording means A.

FIG. 3 shows a flow accompanying the operation of the guest.
When the guest accesses the website, the top screen G4 is transmitted from the website to the guest terminal (smartphone), and the guest operates to transition to the guest information input screen G5. Here, when the guest inputs and transmits the guest information, the guest information recording means B is generated in association with the user information recording means A. Next, the processing operation explanation screen G6 is transmitted from the website and displayed on the guest terminal.
When the guest accepts the explanation and replies, the processing information input screen (ring operation screen) including the program for processing is transmitted from the website and displayed on the guest's terminal. On this screen, when the user inputs the processing information and returns the input completion, the processing information is recorded in the processing information recording means D. Next, a message input screen is sent from the server and displayed on the guest terminal. Here, the guest can enter a message to the user and send it to the server, and the processing status of the product at the time when the guest inputs can be viewed from the website.

FIG. 4 shows a flow in which the user confirms the machining information.
The user can access the browsing screen G8 from which he / she can see the processing status of the product from his / her top screen (original page) G4, and from there, the situation (work amount, work amount,) in which a specific guest contributed to the processing of the product. You can browse the screen G9 that displays (visual display such as where the work part is).

FIG. 5 is a flow chart showing an outline of the embodiment of the present invention.
Hereinafter, a specific description will be given.

A user accesses a website (sales site) set up by a person who provides a service according to the present invention, registers a name and the like, and purchases a desired product. For wedding rings, specify the thickness and size of the ring here. Then, when the price is paid by an appropriate method, the user information input screen (My Page information input screen) 1 is transmitted from the website to the user terminal to the user terminal.
The user information input screen 1 shown in FIG. 6 includes a main image setting area 11 for setting an image as user information, and the selected image (an image stored in the user terminal or an image taken by the user terminal) is provided. ) Is programmed to be displayed.

In this embodiment, the user's name is recorded on the sales site at the time of product purchase, so it is not necessary to enter it here.

After entering the user information, tap the Finish button 12 to move to the confirmation screen, and tap the confirmation button to send the entered user information to the website, and the user who is the user information recording means A generated for each user. Original page is generated. Next, a notification that the user's original page has been created and the URL information of the original page are transmitted from the original page to the user terminal.

By the transmission, the user terminal displays an auxiliary screen 2 for sending an e-mail requesting participation in the processing of the product to the guest who participates in the processing of the product.
On the auxiliary screen 2, the URL 21 of the original page and the short-circuit button 22 to the SNS are displayed. The URL of the original page can be copied by an operation such as long press, so that the URL information can be easily notified by e-mail.

FIG. 8 is an invitation screen 3 transmitted to the guest terminal by the e-mail. Here, a message 31 from the user to the guest, a main image 32 of the user, a message 33 calling the guest to participate in the processing, and a participation button 34 are displayed.
The two messages 31 and 33 are automatically selected and displayed from a plurality of messages prepared in advance on the website according to the intended use of the product input from the purchase site when the product is purchased.
Note that these messages may be input by the user on the user information input screen.
Further, it is desirable that the image of the product to be processed or the product in the process of processing is displayed on this screen or the screen transitioning from this screen so that the guest in contact with this screen can confirm it.

If the guest wishes to participate in the processing, tap the participation button 34. By tapping, the signal of the desire to participate is transmitted to the user information recording means A (original page), the guest information input screen 4 is transmitted from the original page to the guest terminal, and is displayed on the guest terminal.
On the guest information input screen, a name input area 41, an icon image setting area 42, and a confirmation button 43 are displayed.
The icon image setting area is an area for inputting an arbitrary image selected by the guest. The image is selected from those recorded on the terminal, or is newly taken by the terminal.

After inputting each of the above information, when the confirmation button 43 is tapped, the input guest information is transmitted to the original page and recorded in the guest information recording means B in cooperation with the original page. In the guest information recording means B, the guest information page can be configured to be generated for each guest so that each guest can access a unique guest information page, but the guest page is for each guest. It does not have to be generated in.

When multiple products are paired, such as a wedding ring, a product selection screen is prepared along with the guest information input screen to specify which product that constitutes the pair is to be processed. On the product selection screen, images of multiple products to be processed are displayed, and the guest can specify the processing target by tapping the image of the desired product.

When the input of the guest information is completed and the guest information is recorded, the processing preparation screen 5 is displayed on the guest terminal. On the processing preparation screen 5, an image 51 for showing a processing target, an operation explanation 52, and a start button 53 are displayed.
When the guest information page for each guest is generated, the processing preparation screen 5 can be displayed and the processing work can be restarted by the guest accessing the guest information page again after the guest disconnects the access.
The machining preparation screen is prepared to specify the machining start time.

In the present invention, a plurality of guests can perform the machining work at any time, and the machining data is overwritten with the data immediately before the start of the machining work recorded in the machining information recording means D. Then, in this embodiment, the handling of machining data when a plurality of guests (A and B) perform machining work is set as follows. Therefore, the work start time is specified by the start button 53, and the processing information displayed on the guest terminal is specified.

When the start button 53 is tapped, the process transitions to the machining information input screen 6.
On the processing information input screen 6, an image 61 of the processing state immediately before the ring to be processed, an icon 62 for selecting processing conditions (size of a mallet, etc.), a display of the number of taps 63, and an end button 64 are displayed. To. The image in the processed state is displayed as three-dimensional CG data, and can be rotated by flicking.
The selected tap position is displayed as an image 65, and the guest taps a desired place on the ring to input a stamp with a mallet. The number of taps means the number of times of stamping with a mallet.
When the processing work is completed and the guest taps the end button 64, the input processing data is recorded on the processing information recording page of the guest, and this processing data is sent to the calculation means to process data of other guests. And product data is updated. This data is recorded on the original page.
The size of the mallet may be selected on the guest information input screen or the input preparation screen.

The processing information during processing is managed by the temporary registration unit of the processing information recording means D. If the processing information page is generated for each guest in the processing information recording means D and the processing information is recorded for each guest, or if the guest information page is generated for each guest, the processing information page is temporarily registered in the guest information page. May be good.

In this embodiment, when a plurality of guests (A and B) perform machining work at the same time, the machining data is processed as follows.
A) When A and B start the machining work at the same time, the image of the machining information is displayed on both terminals based on the data immediately before the start of the work. Then, two machining data are recorded in the machining information recording means D in the order of the machining data of the person who finished the machining first and the machining data of the person who finished the machining later.
B) If B starts the machining work while A is in the machining work, both A and B display the image of the machining information on both terminals based on the data immediately before the start of the work of A. Then, two machining data are recorded in the machining information recording means D in the order of the machining data of the person who finished the machining first and the machining data of the person who finished the machining later.

When the input of the processing information is completed and the end button 64 is tapped, the screen transitions to the message input screen 7.
On the message input screen, an image 71 of the processed ring, an icon image 72 of the user, a cumulative number of taps 73 of the guest, a message entry area 74, and a send button 75 are displayed.
The image 71 of the ring is an image based on the data obtained by integrating the processing data of all the guests at the time when the guest finishes the processing work, and the guest can confirm the latest processing status.
If the image 71 of the ring is checked and it is determined that no additional processing is necessary, enter a message and tap the send button 75, and the message is recorded on the original page.
A back button can also be provided to accommodate additional machining requests. The back button may be displayed on this screen or on the transmission confirmation screen displayed next.

13 and 14 are confirmation screens that can be viewed by the user.
The confirmation screen 8 shown in FIG. 13 is a screen for confirming the final processing state, and includes a product title 81, an image 82 showing the final processing state, an icon 83 of a guest who participated in the processing, and the other ring. The scroll button 84 to the browsing screen is displayed.
The confirmation screen 9 shown in FIG. 14 is a screen for confirming the information of each guest, and the guest to be confirmed to be displayed on the confirmation screen 9 is selected by tapping the icon 83 on the screen 8. On this screen, the title of the product 91, the image 92 showing the final processing state, the display 92a indicating the selected guest processing position, the icon 93 of the selected guest, the number of taps of the guest 94, and the message 95 from the guest are displayed. Is displayed.

Through the above process, the finally determined machining data is recorded in the machining information recording means D. Then, the processed data is accessed from a personal computer, converted into a data format that can be used by a 3D printer, and output. Based on this data, a ring is manufactured with a 3D printer.
By storing this data, the same product can be manufactured again.

According to the present invention, a plurality of persons in remote locations can jointly process one product and obtain only one product in the world, which has industrial applicability. ..

1 User information input screen 2 Auxiliary screen 3 Invitation screen 4 Guest information input screen 5 Processing preparation screen 6 Processing information input screen 7 Message input screen 8 Processing information confirmation screen 9 Confirmation screen for each guest

Claims (4)

On the website,
A user information recording means that records user information including information on products to be processed based on data input from the user terminal.
A guest information recording means that records guest information that participates in product processing in association with the user information based on the data input from the guest terminal.
A processing information input means that provides guests with a processing information input screen along with a product image,
A processing information recording means for recording arbitrary processing information input by the guest with respect to the image of the product, and
Computational means for integrating multiple sequentially input machining information
And with
The guest information recording means is assigned a unique connection address for each guest, and when the guest terminal is connected to the corresponding guest information recording means, the processing information unique to each guest recorded in the individual processing information recording means is generated. Make it displayed on the guest terminal
The processing information of the product is updated by the above calculation means, and the final processing information is output as data after the processing is completed.
Product processing system. The product processing system according to claim 1, further comprising an individual processing information recording means for individually recording the processing information input by each guest. The machining information input screen is programmed to allow guests to enter machining information that transforms the product by stamping it in the desired position on the image of the product.
The product processing system according to claim 1 or 2. Computer,
A means of providing users with a screen for entering user information,
User information recording means for recording user information including information on products to be processed entered by the user,
A means for providing a guest information input screen to a guest in association with the user information recording means,
Guest information recording means for recording guest information entered by guests,
A means of providing guests with a processing information input screen along with an image of the product,
Machining information recording means for recording machining information entered by guests,
Arithmetic means for integrating processing information of multiple guests,
To function as
It functions to output the final machining information as data after the machining is completed.
The guest information recording means is assigned a unique connection address for each guest, and when the guest terminal is connected to the corresponding guest information recording means, the processing information unique to each guest recorded in the individual processing information recording means is generated. It was supposed to function so that it would be displayed on the guest terminal.
Product processing program

Images