KR20240016591A - System and method for jewelry matching and production and sale using non face to face kit - Google Patents

Abstract

The present invention relates to a system and method for jewelry matching using a non-face-to-face kit that improves purchasing convenience by providing a 3D rendering of the product design to be completed based on buyer selection information using a kit delivered non-face-to-face. A buyer terminal that transmits non-face-to-face kit order information and product order information of prospective buyers reflecting the results of wearing the non-face-to-face kit to the non-face-to-face jewelry matching management server, and displays a 3D rendering image provided by the non-face-to-face jewelry matching management server; A non-face-to-face jewelry matching management server that generates and provides 3D rendering images based on the product order information of prospective buyers, manages product shipping information when actual purchase selection information is received, and collects and stores data on the entire order process; It includes.

Description

System and method for jewelry matching and production and sale using non face to face kit}

The present invention relates to a jewelry production and sales service, and specifically, to provide a non-face-to-face kit that improves purchasing convenience by providing a 3D rendering of the product design to be completed based on buyer selection information using a kit delivered non-face-to-face. It relates to a system and method for jewelry matching using.

In general, accessories include earrings, bracelets, rings, necklaces, hair ornaments, etc., and these accessories can be divided into expensive precious metal products and imitation products that look like precious metal products.

These accessories are selected and sold according to the intention of the wearer, and after purchasing accessories of various preferred designs, these accessories are selected and worn according to the mood, situation, and attire of the day.

When a buyer purchases jewelry through an online shopping mall, the buyer must only check the image of the jewelry before deciding to purchase, so there is a problem in that it is difficult to determine whether it actually suits the buyer.

Typically, in the case of gift rings such as couple rings, rings with the same type of jewelry and design must be selected even though the hand shape, size, and gender are different, but the standards are not clear, making recommendation and selection difficult.

In order to improve this problem, the prior art uses a composite method that combines images of the user's hand, wrist, neck, and face with the image of the jewelry selected by the user so that users using an online shopping mall can easily determine whether the jewelry they have selected suits them. There is a method of providing a jewelry wearing simulation that can provide an image.

However, while this method of providing simulation of wearing jewelry in the prior art allows the user to check whether the type and color of the jewelry matches well without purchasing the specific jewelry selected by the user, it causes inconvenience in walking or activities when actually worn on the user's body. The specific fit, such as whether there is silver or not, is not taken into consideration, so in some cases, even if expensive jewelry is purchased, it is often not used because it is not comfortable to wear.

Because of this problem, despite the convenience of purchasing online, offline gift purchases by visiting stores are mainly used to purchase expensive gifts.

However, purchasing offline gifts usually takes about 30 minutes to 1 hour to visit a gift retailer, the average number of store visits is 4 to 6, and travel time between stores is about 30 minutes to 2 hours. There are problems such as cancellations of reservations, which are approaching 40%, and there is a need to develop new technologies that can solve the inconvenience of customers purchasing offline gifts.

In particular, gift purchases have a 70% higher rate of contact with people and products than the purchase process of regular products, so in the current situation where respiratory infectious diseases are expanding, a new gift that can reduce unnecessary travel, store visits, and face-to-face consultation time when purchasing offline gifts is possible. Technology development is required.

Republic of Korea Patent No. 10-1917233 Republic of Korea Patent Publication No. 10-2021-0093196 Republic of Korea Patent Publication No. 10-2015-0061058

The present invention is intended to solve the problems of the jewelry manufacturing and sales service of the prior art, and provides convenience of purchase by providing a 3D rendering of the finished product design based on buyer selection information using a kit delivered non-face-to-face. The purpose is to provide a system and method for matching, manufacturing, and selling jewelry using advanced non-face-to-face kits.

The present invention allows product selection and purchase to be made by inputting the buyer's selection information using a non-face-to-face kit for selection and wearing, eliminating unnecessary movement, store visits, and The purpose is to provide a system and method for jewelry matching, production and sales using non-face-to-face kits that can effectively reduce face-to-face consultation time.

The present invention quantifies and stores key information collected during custom design, such as skin tone, product thickness, desired product style, age of each customer, and price, etc. for each person, and uses this when requesting a purchase to create a product tailored to the customer. The purpose is to provide a system and method for jewelry matching, production, and sales using non-face-to-face kits that enable accurate suggestions.

The present invention provides a non-face-to-face product design that provides 3D rendering of the product design to be completed according to the purchaser's input of selected information, thereby solving the problem of the limitation of delivering a concrete image to the customer with only a sample of a non-face-to-face gift kit. The purpose is to provide a system and method for matching, manufacturing, and selling jewelry using kits.

The present invention does not use the input buyer's selection information as is, but rather uses a customized manufacturing service and big data collection for the M and Z generations to set the height and setting of the stone through a 1:1 customized manufacturing method rather than selling a standardized product. We provide a system and method for jewelry matching, production, and sales using a non-face-to-face kit that extracts product specifications according to each need, such as detail, material finish, etc., and suggests a suitable product to the buyer to increase satisfaction. There is a purpose.

The present invention is not a method of manufacturing products in advance, but a RHINO CAD program that visually conveys the product design desired by customers through real-time product rendering to improve communication with customers and reduce time and cost by shortening unnecessary production processes. The purpose is to provide a system and method for matching, manufacturing, and selling jewelry using non-face-to-face kits.

The present invention first collects the cost of providing a non-face-to-face kit from a prospective purchaser who requests a non-face-to-face kit, and later, when product selection and purchase is actually made, provides a discount coupon in an amount corresponding to the cost of providing the non-face-to-face kit, so that the prospective purchaser can purchase the non-face-to-face kit. The purpose is to provide a system and method for jewelry matching, production and sales using non-face-to-face kits that encourage participation and enable efficient customer management of actual buyers.

Other objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood by those skilled in the art from the description below.

The system for jewelry matching, production, and sales using a non-face-to-face kit according to the present invention to achieve the above object is a non-face-to-face jewelry matching system using the product order information of a prospective purchaser that reflects the non-face-to-face kit order information and the results of wearing the non-face-to-face kit. A buyer terminal that transmits to the management server and displays the 3D rendering image provided by the non-face-to-face jewelry matching management server; generates and provides a 3D rendering image based on the product order information of the prospective purchaser, and when the actual purchase selection information is received, It is characterized by including a non-face-to-face jewelry matching management server that manages product shipping information and collects and stores data on the entire ordering process.

Here, the non-face-to-face jewelry matching management server allows prospective buyers to check the completed design and cost by checking the combination of components such as the non-face-to-face kit with a 3D rendering image in real time at the online site Kit Studio through the purchaser's terminal. It is characterized by support.

In addition, the non-face-to-face jewelry matching management server provides product information based on the extraction results through big data analysis to the prospective purchaser if there is no purchase decision until the set time has elapsed in the process of displaying the 3D rendering image, or if there is a request from the prospective purchaser. It is characterized in that it is transmitted to the buyer's terminal so that it can be known.

And the non-face-to-face jewelry matching management server supports product production and shipment when actual purchase selection information is entered, collects and stores data on the entire ordering process, and delivers a non-face-to-face kit to the terminal of prospective purchasers who have not made an actual purchase. It is characterized by transmitting a collection request signal, transmitting a non-face-to-face kit recovery request signal to the actual buyer terminal, and transmitting a discount coupon when the kit is recovered.

In addition, the non-face-to-face jewelry matching management server includes a prospective purchaser information management department that manages basic information including the prospective purchaser's ID information, age, gender, jewelry item, and purpose of purchase, and a non-face-to-face kit order information received through the purchaser's terminal. A non-face-to-face kit delivery and recovery information management department that manages non-face-to-face kit delivery and recovery information, a prospective purchaser selection information management department that receives and manages product order information of prospective purchasers reflecting the results of wearing the non-face-to-face kit, and product orders of prospective purchasers. A 3D rendering image creation and provision department that generates and provides 3D rendering images based on information, a purchase information and payment management department that receives purchase information and payment information through the buyer terminal and manages product production and shipment, and an actual It is characterized by including a buyer information management unit that manages basic information including ID information and age, gender, jewelry item, and purpose of purchase of the buyer who has made a purchase selection.

In addition, the non-face-to-face jewelry matching management server provides product information based on the extraction results through big data analysis to the prospective purchaser if there is no purchase decision until the set time has elapsed in the process of displaying the 3D rendering image, or if there is a request from the prospective purchaser. It is characterized in that it further includes a smart proposal management unit that transmits to the buyer terminal so that it can be known.

It further includes a data storage and big data analysis unit that manages product-related data entered during the entire order process entered by prospective purchasers and actual buyers and performs big data analysis for smart suggestions.

In addition, the non-face-to-face jewelry matching management server further includes a discount coupon management unit that transmits a discount coupon to the actual buyer terminal when the kit is retrieved according to the transmission of a non-face-to-face kit recovery request signal.

A method for matching, manufacturing and selling jewelry using a non-face-to-face kit according to the present invention to achieve another purpose includes the steps of receiving non-face-to-face kit order information from a non-face-to-face jewelry matching management server; a prospective purchaser non-face-to-face through the purchaser's terminal Entering online consultation details and product order information based on judgment information through wearing the kit product, receiving it from the non-face-to-face jewelry matching management server; 3D based on the product order information of the prospective purchaser from the non-face-to-face jewelry matching management server Step of generating and providing a rendering image; If there is no purchase decision until the set time has elapsed while the 3D rendering image is displayed on the buyer terminal, or if there is a request from a prospective purchaser, other product information according to the extraction results through big data analysis Transmitting to the buyer's terminal so that the prospective purchaser can know; supporting product production and shipment once actual purchase selection information is input, and collecting and storing data of the entire ordering process.

Here, when the kit is recovered according to the transmission of a non-face-to-face kit recovery request signal, the method further includes transmitting a discount coupon to the actual purchaser's terminal.

The system and method for matching, manufacturing, and selling jewelry using the non-face-to-face kit according to the present invention as described above has the following effects.

First, purchasing convenience is increased by implementing 3D rendering of the product design to be completed based on buyer selection information using a kit delivered non-face-to-face.

Second, product selection and purchase are made by inputting the buyer's selection information using a non-face-to-face kit for selection and wearing, eliminating unnecessary movement, store visits, and face-to-face purchases when purchasing offline gifts in a situation where respiratory infectious diseases are expanding. Helps reduce consultation time effectively.

Third, key information data such as skin tone, product thickness, desired product style, age of each customer, price, etc. collected during custom design are quantified and stored, and this is used when requesting a purchase to accurately select a product that suits the customer. Make suggestions possible.

Fourth, by providing 3D rendering of the product design to be completed according to the purchaser's input of selected information, it is possible to solve the problem of the limitation of delivering a concrete image to the customer with only a sample of a non-face-to-face gift kit.

Fifth, instead of using the buyer's input selection information as is, we use customization services tailored to the M and Z generations and big data collection to provide a 1:1 customization method for customers rather than selling standardized products. Product specifications are extracted according to each need, such as detail and material finish, and the buyer is suggested a suitable product to increase satisfaction.

Sixth, rather than manufacturing products in advance, the RHINO CAD program visually delivers the product design desired by customers through real-time product rendering, improving communication with customers and reducing unnecessary production processes to reduce time and cost.

Seventh, the cost of providing the non-face-to-face kit is received first from prospective buyers who request a non-face-to-face kit, and later, when the product selection and purchase is actually made, a discount coupon in an amount equivalent to the cost of providing the non-face-to-face kit is provided to encourage prospective purchasers to participate. and ensure efficient customer management of actual buyers.

Figure 1 is a configuration diagram showing the overall concept of a system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention.
Figure 2 is a block diagram of a system for matching, manufacturing and selling jewelry using a non-face-to-face kit according to the present invention.
Figure 3 is a detailed configuration diagram of a non-face-to-face jewelry matching management server
Figure 4 is a flow chart showing a method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention.
Figure 5 is a configuration diagram of a non-face-to-face offline service according to the present invention
Figure 6 is a configuration diagram of a non-face-to-face kit according to an embodiment of the present invention
Figure 7 is a configuration diagram of a non-face-to-face kit order form according to an embodiment of the present invention
Figure 8 is a configuration diagram showing the principle of customer-tailored smart suggestions through big data analysis according to the present invention.
Figures 9 and 10 are configuration diagrams showing an example of a big data analysis process for customer-customized smart suggestions (Smart Suggestion)

Hereinafter, a preferred embodiment of a system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention will be described in detail as follows.

The features and advantages of the system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention will become apparent through the detailed description of each embodiment below.

Figure 1 is a configuration diagram showing the overall concept of a system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention.

The terms used in the present disclosure have selected general terms that are currently widely used as much as possible while considering the functions in the present disclosure, but this may vary depending on the intention or precedents of those skilled in the art, the emergence of new technologies, etc. In addition, in certain cases, there are terms arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the relevant invention. Therefore, the terms used in this disclosure should be defined based on the meaning of the term and the overall content of this disclosure, rather than simply the name of the term.

When it is said that a part "includes" a certain element throughout the specification, this means that, unless specifically stated to the contrary, it does not exclude other elements but may further include other elements. In addition, terms such as "... unit" and "module" used in the specification refer to a unit that processes at least one function or operation, which may be implemented as hardware or software, or as a combination of hardware and software. .

The system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention enables purchasing by providing a 3D rendering of the completed product design based on buyer selection information according to wearing the kit delivered non-face-to-face. This was done to increase convenience.

To this end, in a situation where respiratory infectious diseases are expanding, the buyer's selection information is entered using a non-face-to-face kit for selection and wearing in a non-face-to-face manner to effectively reduce unnecessary travel, store visits, and face-to-face consultation time when purchasing offline gifts. It may include a configuration that allows product selection and purchase.

The present invention quantifies and stores key information collected during custom design, such as skin tone, product thickness, desired product style, age of each customer, and price, etc. for each person, and uses this when requesting a purchase to create a product tailored to the customer. It may contain configurations that make it possible to propose accurately.

The present invention may include a configuration that implements and provides a product design to be completed in 3D rendering according to the buyer's selection information input to solve the problem of limitations in delivering a concrete image to the customer with only a sample of a non-face-to-face gift kit. there is.

The present invention does not use the input buyer's selection information as is, but uses a customized manufacturing service and big data collection for the M and Z generations to set the height and setting of the stone through a 1:1 customized manufacturing method rather than selling a standardized product. It can include a configuration that extracts product specifications according to each need, such as details, material finishing, etc., and suggests a suitable product to the buyer to increase satisfaction.

The present invention is not a method of manufacturing products in advance, but a RHINO CAD program that visually conveys the product design desired by customers through real-time product rendering, thereby improving communication with customers and reducing unnecessary production processes to reduce time and cost. Configuration may be included.

In order to encourage the participation of prospective buyers and ensure efficient customer management of actual buyers, the present invention first collects the cost of providing a non-face-to-face kit from prospective buyers who request a non-face-to-face kit, and later selects and purchases products in real time. When this is done, it may include providing a discount coupon for an amount equivalent to the cost of providing the non-face-to-face kit.

The configuration of a system for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention will be described as follows.

Figure 2 is a block diagram of a system for matching, manufacturing and selling jewelry using a non-face-to-face kit according to the present invention.

As shown in FIG. 2, the system for jewelry matching, production, and sales using a non-face-to-face kit according to the present invention connects to the non-face-to-face jewelry matching management server 200, inputs non-face-to-face kit order information, and receives the results of wearing the non-face-to-face kit. A buyer terminal 100 that supports product selection and purchase by inputting the product order information of the prospective purchaser and displaying a 3D rendering image provided by the non-face-to-face jewelry matching management server 200, and the product order information of the prospective purchaser. It includes a non-face-to-face jewelry matching management server 200 that provides a 3D rendering image based on , manages product shipping information when an actual purchase selection is made, and collects and stores data on the entire ordering process.

Here, the non-face-to-face jewelry matching management server 200 allows the prospective purchaser to check in real time the combination of components such as the non-face-to-face kit with a 3D rendering image at the online site Kit Studio through the purchaser terminal 100, and Helps you check costs.

In addition, in the process of displaying a 3D rendering image, the non-face-to-face jewelry matching management server 200 provides product information according to the extraction results through big data analysis if there is no purchase decision until the set time has elapsed or if there is a request from a prospective purchaser. It is transmitted to the buyer terminal 100 so that the prospective buyer can know.

In addition, the non-face-to-face jewelry matching management server 200 supports product production and shipment when actual purchase selection information is entered, collects and stores data of the entire ordering process, and sends data to the prospective purchaser's terminal where an actual purchase has not been made. A face-to-face kit recovery request signal is transmitted, a non-face-to-face kit collection request signal is transmitted to the actual purchaser's terminal, and a discount coupon is sent when the kit is recovered.

The detailed configuration of the non-face-to-face jewelry matching management server 200 is as follows.

Figure 3 is a detailed configuration diagram of a non-face-to-face jewelry matching management server.

As shown in FIG. 3, the non-face-to-face jewelry matching management server 200 includes a prospective buyer information management unit 31 that manages basic information including the prospective buyer's ID information, age, gender, jewelry item, and purchase purpose, and a buyer terminal. A non-face-to-face kit delivery and collection information management department (32) that manages non-face-to-face kit delivery and collection information according to receipt of non-face-to-face kit order information through (100), and product order information of prospective purchasers reflecting the results of wearing a non-face-to-face kit. A prospective purchaser selection information management unit 33 that receives and manages the prospective purchaser's product order information, a 3D rendering image generation and provision unit 34 that generates and provides a 3D rendered image based on the prospective purchaser's product order information, and a process of displaying the 3D rendered image. If there is no purchase decision until the set time has elapsed, or if there is a request from the prospective purchaser, the smart proposal management unit ( 35), a purchase information and payment management unit 36 that receives purchase information and payment information through the buyer terminal 100 and manages product production and shipment, and ID information and age of the buyer who actually made the purchase selection, A buyer information management unit (37) that manages basic information including gender, jewelry item, and purchase purpose, and big data analysis for smart suggestions by managing product-related data entered during the entire order process by prospective purchasers and actual buyers. It includes a data storage and big data analysis unit 38 that performs the following, and a discount coupon management unit 39 that transmits a discount coupon to the actual purchaser's terminal when the kit is recovered according to a non-face-to-face kit recovery request signal transmission.

The method for matching, manufacturing, and selling jewelry using the non-face-to-face kit according to the present invention will be described in detail as follows.

Figure 4 is a flow chart showing a method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention, and Figure 5 is a configuration diagram of a non-face-to-face offline service according to the present invention.

As shown in Figure 5, you pay and apply for a non-face-to-face kit through the website.

When the kit is delivered to the desired location upon request for a non-face-to-face kit, the customer uses the kit product for a set period of time and checks the ring size, design, texture, color, and part assembly design. This information is used when ordering.

If you have any questions while using the kit product for a set period of time, you can consult via KakaoTalk CH or by phone.

And at the online site Kit Studio, you can check the completed design and cost by checking the combination of components such as a non-face-to-face kit with a 3D rendering image in real time.

And you can purchase the actual product online or offline through the order form or order page. Once an order is placed, the product is delivered to the customer within the specified deadline.

And when a non-face-to-face kit customer applies to return the kit to the head office through the return page after using it for a set period of time, the kit is collected through a connected courier company, the kit is confirmed to be in stock at the head office, and a discount coupon is delivered.

As shown in FIG. 4, the method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention involves first accessing a site provided by the non-face-to-face jewelry matching management server 200 through the buyer terminal 100. Enter non-face-to-face kit order information (S401).

Figure 6 is a configuration diagram of a non-face-to-face kit according to an embodiment of the present invention, and Figure 7 is a configuration diagram of a non-face-to-face kit order form according to an embodiment of the present invention.

The offline non-face-to-face kit may be, but is not limited to, a form in which the product is assembled separately into a head part containing the stone of the product and a partial product of the body part to which the head part is joined.

Head parts can be selected differently based on stone size, setting direction, and setting type, and body parts can be selected differently based on material, design, color, thickness, and texture finish, but the items are not limited to these. No.

Prospective purchasers who have received an offline non-face-to-face kit can select partial products from the ordered items through the non-face-to-face kit order form, experience combining the head parts and body parts directly, and create a product with a design that suits them.

This offline, non-face-to-face kit allows the creation of up to 100 different designs depending on the items selected by the prospective purchaser.

Next, when the prospective purchaser inputs online consultation details and product order information based on the judgment information through wearing the non-face-to-face kit product through the purchaser terminal 100, the information is received by the non-face-to-face jewelry matching management server 200. ( S402)

Then, the non-face-to-face jewelry matching management server 200 provides a 3D rendering image based on the product order information of the prospective purchaser (S403).

Next, prospective buyers check the completed design and cost by checking the combination form of the non-face-to-face kit in real time with a 3D rendering image at the online site Kit Studio (S404).

And if there is no purchase decision until the set time has elapsed or if there is a request from a prospective purchaser, a smart suggestion is made through big data analysis (S405).

Figure 8 is a configuration diagram showing the principle of customer-customized smart suggestions (Smart Suggestion) through big data analysis according to the present invention, and Figures 9 and 10 are examples of the big data analysis process for customer-customized smart suggestions (Smart Suggestion). This is a configuration diagram showing .

Next, when the actual purchase is made, the product is manufactured and shipped, and data on the entire order process is collected and stored (S406).

In addition, non-face-to-face kits are collected from prospective buyers who have not actually made a purchase, and non-face-to-face kits are collected and discount coupons are provided to actual buyers (S407).

The system and method for matching, manufacturing, and selling jewelry using a non-face-to-face kit according to the present invention described above is based on providing a 3D rendering of the completed product design based on buyer selection information using a kit delivered non-face-to-face. This has improved purchasing convenience.

In addition, the present invention effectively reduces unnecessary movement, store visits, and face-to-face consultation time when purchasing offline gifts in a situation where respiratory infectious diseases are expanding by inputting the purchaser's selection information using a non-face-to-face kit for selection and wearing. It was made possible.

As described above, it will be understood that the present invention is implemented in a modified form without departing from the essential characteristics of the present invention.

Therefore, the specified embodiments should be considered from an illustrative rather than a limiting point of view, the scope of the present invention is indicated in the claims rather than the foregoing description, and all differences within the equivalent scope are intended to be included in the present invention. It will have to be interpreted.

100. Buyer terminal
200. Non-face-to-face jewelry matching management server

Claims (10)

A buyer terminal that transmits the product order information of prospective buyers reflecting the non-face-to-face kit order information and the results of wearing the non-face-to-face kit to the non-face-to-face jewelry matching management server, and displays a 3D rendering image provided by the non-face-to-face jewelry matching management server;
A non-face-to-face jewelry matching management server that generates and provides 3D rendering images based on the product order information of prospective buyers, manages product shipping information when actual purchase selection information is received, and collects and stores data on the entire order process; A system for matching, manufacturing, and selling jewelry using a non-face-to-face kit that includes: The method of claim 1, wherein the non-face-to-face jewelry matching management server,
A non-face-to-face kit that allows prospective buyers to check the completed design and cost by checking in real time the combination of the same components as a non-face-to-face kit with a 3D rendering image at the online site Kit Studio through the purchaser's terminal. A system for matching, manufacturing, and selling jewelry. The method of claim 1, wherein the non-face-to-face jewelry matching management server,
In the process of displaying a 3D rendering image, if there is no purchase decision until the set time has elapsed, or if there is a request from the prospective purchaser, product information based on the extraction results through big data analysis is transmitted to the buyer's terminal so that the prospective purchaser can know. A system for matching, manufacturing and selling jewelry using a non-face-to-face kit. The method of claim 1, wherein the non-face-to-face jewelry matching management server,
Once actual purchase selection information is entered, we support product production and shipment, collect and store data on the entire order process, and
A non-face-to-face kit that transmits a non-face-to-face kit recovery request signal to the prospective purchaser's terminal where an actual purchase has not been made, transmits a non-face-to-face kit recovery request signal to the actual buyer terminal, and transmits a discount coupon when the kit is recovered. A system for jewelry matching, production, and sales. The method of claim 1, wherein the non-face-to-face jewelry matching management server,
A prospective purchaser information management department that manages the prospective purchaser's ID information and basic information including age, gender, jewelry item, and purpose of purchase;
A non-face-to-face kit delivery and recovery information management department that manages non-face-to-face kit delivery and recovery information according to receipt of non-face-to-face kit order information through the purchaser terminal;
a prospective purchaser selection information management department that receives and manages product order information of prospective purchasers reflecting the results of wearing the non-face-to-face kit;
A 3D rendering image creation and provision department that generates and provides 3D rendering images based on the product order information of prospective purchasers;
A purchase information and payment management department that receives purchase information and payment information through the buyer terminal and manages product production and shipment;
A system for jewelry matching, production and sales using a non-face-to-face kit, which includes a buyer information management unit that manages basic information including ID information and age, gender, jewelry item and purchase purpose of the buyer who actually made the purchase choice. . The method of claim 5, wherein the non-face-to-face jewelry matching management server,
In the process of displaying a 3D rendering image, if there is no purchase decision until the set time has elapsed, or if there is a request from the prospective purchaser, product information based on the extraction results through big data analysis is transmitted to the buyer's terminal so that the prospective purchaser can know. A system for jewelry matching, production and sales using a non-face-to-face kit, further comprising a smart proposal management unit. The method of claim 6, further comprising a data storage and big data analysis unit that manages product-related data entered during the entire order process entered by prospective purchasers and actual buyers and performs big data analysis for smart suggestions. A system for jewelry matching, production and sales using face-to-face kits. The method of claim 5, wherein the non-face-to-face jewelry matching management server,
A system for matching, manufacturing and selling jewelry using a non-face-to-face kit, further comprising a discount coupon management unit that transmits a discount coupon to the actual buyer terminal when the kit is recovered according to the transmission of a non-face-to-face kit recovery request signal. Step of receiving non-face-to-face kit order information from the non-face-to-face jewelry matching management server;
When a prospective purchaser inputs online consultation details and product order information based on judgment information through wearing a non-face-to-face kit product through the purchaser terminal, receiving the information from a non-face-to-face jewelry matching management server;
Generating and providing a 3D rendering image based on product order information of a prospective purchaser in a non-face-to-face jewelry matching management server;
While the 3D rendering image is displayed on the buyer terminal, if there is no purchase decision until the set time has elapsed or there is a request from the prospective buyer, the buyer terminal allows the prospective buyer to know other product information according to the extraction results through big data analysis. Transferring to;
A method for matching, manufacturing, and selling jewelry using a non-face-to-face kit, comprising: supporting product production and shipment when actual purchase selection information is entered, and collecting and storing data on the entire ordering process. The method of claim 9, further comprising the step of transmitting a discount coupon to the actual buyer terminal when the kit is recovered according to the transmission of a non-face-to-face kit recovery request signal. Jewelry matching, manufacturing and selling using a non-face-to-face kit. method.

Images