TW201423617A - User-oriented cake design and custom-order method - Google Patents

Abstract

The present invention discloses a user-oriented cake design and custom-order method, which comprises the following steps: users connecting to a processing system through an operating interface via a network; users designing a cake through the operating interface; the operating interface pre-displaying the design drawings of the cake designed by the users; the processing system performing a feasibility assessment process on the cake designed by the users, and displaying the results of the feasibility assessment on the operating interface; performing a dynamic processing simulation of production process for the user-designed cake on the operation interface, and displaying 3D graph of the finished cake on the operation interface; then the processing system calculating the price of the user-designed cake, and providing suggestions and confirming whether the users want to modify the cake; and completing the placement of order when the users determine to customize this cake and enter information.

Description

User-oriented cake design and customization method

The present invention relates to a user-oriented cake design and customization method, and more particularly to a system for processing a system through a network connection processing system for a user to customize a cake via a processing interface.

Although traditional cakes have many different shapes, most of them are designed and changed by the cake makers. Users can only select from existing cakes and cannot meet the needs. Therefore, some cake makers have proposed customized cakes. The users have chosen to customize the various shapes set in the catalogue. However, although the user chooses to make the content, the user must wait until the cake is finished. In order to know whether the cake shape you designed is really in line with your own needs.

In view of the above-mentioned problems of the prior art, one of the objects of the present invention is to provide a 3D finished product for the user to design and customize a self-designed cake on the operation interface and display the cake on the operation interface for the user. Confirm that it meets your own needs in order to achieve a truly customized method of customization.

In order to achieve the foregoing object of the present invention, a user-oriented cake design and customization method is provided, comprising the steps of: connecting a user to a processing system via a network through an operation interface; and performing a step of designing a cake via a user interface; The operation interface pre-displays the design of the cake designed by the user; the processing system performs a feasibility evaluation step for the cake designed by the user, and displays the feasibility evaluation result in the operation interface; The process of making the cake, and displaying the finished product of the cake in the operation interface; the processing system calculates the price and suggestion of the cake designed by the user and confirms whether the user wants to modify the cake; and when the user determines to order the cake and After entering the information, an order is established.

In other words, the above steps for designing a cake include selecting a cake type, a look and a text. The cake type is the size, taste, filling of the sandwich and the shape of the cake body, and the appearance pattern is the top pattern and the side style, and the text is a congratulatory word or a word that the user wants to express. In addition, the above information is the user's contact information, the date, time and place of delivery of the cake and the number of candles, plates and cutlery required by the user and the payment method, and the user operates by hand device or computer. Operation interface.

Preferably, when the user wants to modify the processed 3D finished product of the cake after previewing, return to the step of designing the cake.

Preferably, after the user displays the result of the feasibility evaluation on the operation interface, the method further includes the step of designing the cake through the operation interface to modify the design of the cake.

Preferably, after the processing system calculates the selling price of the cake designed by the user, if the user does not customize the cake, the processing ends, or the user chooses to return to the step of designing the cake to modify the cake. design.

Preferably, the feasibility evaluation is based on the user's selected cake type, appearance pattern and text for processing time calculation, complexity calculation and preparation of the cake process numerical control code to obtain the feasibility evaluation result.

Preferably, when the cake designed by the user is actually produced, the processing system notifies the user to actually watch the actual production process of the cake.

In view of the above, a user-oriented cake design and customization method in accordance with the present invention may have one or more of the following advantages:

(1) After the user completes the steps of designing the cake, evaluating the feasibility of the cake and simulating the dynamic processing, the 3D finished product drawing of the cake designed by the user is displayed in advance on the operation interface for the user to confirm.

(2) The processing system of the user-oriented cake design and customization method of the present invention performs a feasibility evaluation step for the cake designed by the user.

(3) After the feasibility evaluation of the processing system, the dynamic machining simulation of the cake making is displayed on the operation interface.

(4) When the cake designed by the user is to be actually produced, the processing system notifies the user for the actual production process of the user to watch the cake in real time.

Please refer to FIG. 1 , which is a flow chart of the first embodiment of the user-oriented cake design and customization method of the present invention. The user-oriented cake design and customization method of the present invention is mainly for the user to connect to the processing system via the network through the operation interface. For example, the user can open the application program of the customized cake by using the mobile phone, and then use the mobile phone. The processing step of customizing the cake is performed on the operation interface, and the processing system can be, for example, a computer or a computing module. The computing module can be located at the remote end or in the cloud, and connected to the actual machine for making the cake by wire or wirelessly. First, the user performs a design cake step (S100) via the operation interface. The design cake step (S100) includes the user's choice of the cake type, the cake appearance pattern, and the text to be expressed on the cake. After the user completes the design cake step (S100), the processing system performs a step (S200) to display the design of the cake designed by the user in the step (S100) on the operation interface for the user to confirm the finished product of the cake. The design of the cake can be, for example, a 2D design. Then, the processing system performs a step (S300), that is, performs a feasibility evaluation step for the cake designed by the user and displays a feasibility evaluation result on the operation interface, and the feasibility evaluation step (S300) is selected according to the user. The type of cake, the appearance of the pattern and the text to be expressed on the cake are used to calculate the processing time, calculate the complexity, and evaluate the process control code for the cake. For example, if the user-designed cake type, appearance pattern and text are simple patterns or relatively short texts, the processing time required for the process is shorter. On the other hand, if the cake type and appearance are more When the number of words in the complex and input text is large, the processing time required for the cake making process will increase. Then, the step (S350) is continued to ask the user whether the processing is possible. If the user selects "Yes", the step (S500) is performed. Otherwise, if the user selects "No", the modification suggestion is displayed on the operation interface. The step (S400) is for the user's reference and returns to the step (S100) for the user to redesign the cake. Thereafter, after completing the feasibility evaluation step (S300) and the step (S350), the processing system successively performs the dynamic machining simulation step (S500) and displays the cake processing 3D finished product drawing step (S600) of the dynamic machining simulation in the operation interface, the dynamic The processing simulation step (S500) is a dynamic processing simulation process of the cake designed by the user in the step (S100), so that the user can know the style of the finished cake design before confirming the order.

Continuingly, after the operation interface displays the cake processing 3D finished product drawing step (S600) of the dynamic machining simulation result, the processing system may, for example, calculate and recommend the selling price of the cake designed by the user in the step (S100). Step (S700), the above suggestions may provide the processing system with a suggestion for the user to modify the cake design, for example, and after performing the step (S700), ask the user whether to modify the cake (S750) on the operation interface, if When the user selects "Yes", the process returns to the step (S100). When the user selects "No", the process proceeds to (S800). If the user confirms in step (S750) that the cake is not modified, at least one piece of data needs to be input, and the step of setting up the order is completed after the data is input (S800). At least one of the above information includes the user's contact information, the date of delivery of the cake, the place of delivery, the number of candles required by the user, the number of plates and cutlery, or the payment method.

Please refer to FIG. 2, which is a flow chart of the steps of the second embodiment of the present invention. In this embodiment, the user performs a design cake step (S50) via the operation interface. The design cake step (S50) includes the user's choice of the cake type, the cake appearance pattern, and the text to be expressed on the cake. After the user completes the design cake step (S50), the processing system performs a step (S60) to display the processed 3D finished product of the cake designed by the user in the step (S50) on the operation interface for the user to confirm the finished product of the cake. . After the step of displaying the processed 3D finished product of the cake (S60), the step (S65) is followed to ask the user whether to modify. If the user selects "Yes", the processing system returns to the step of designing the cake (S50). ), let the user redesign the cake. If the user selects "No", the process proceeds to the next step (S70). Then, the processing system performs a step (S70), that is, performs a feasibility evaluation step for the cake designed by the user and displays a feasibility evaluation result on the operation interface, and the feasibility evaluation step (S70) is selected according to the user. The type of cake, the appearance of the pattern and the text to be expressed on the cake are used to calculate the processing time, calculate the complexity, and evaluate the process control code for the cake. Moreover, after the feasibility evaluation result (S70) is displayed on the operation interface, the step (S75) is performed for the user to determine whether to modify, so that the user can select whether to modify according to the feasibility result, and if the user selects "Yes" Then, return to the step of designing the cake (S50), and let the user redesign the cake again. If the user selects "No", the next step is to perform the dynamic machining simulation step (S80). Thereafter, when the feasibility evaluation result is completed, the processing system continues the dynamic machining simulation step (S80) to display the result of the dynamic machining simulation in the operation interface, and the dynamic machining simulation step (S80) is a dynamic machining simulation user in the step ( S50) The process of making the cake designed for the user to confirm the customized cake style.

As described above, after the operation interface displays the dynamic machining simulation result, the processing system can, for example, calculate the selling price of the cake designed by the user in step (S50) (S90), and calculate the designed cake. After the price step (S90), the user is asked whether to order the cake on the operation interface (S95). If the user confirms that the cake is to be ordered, at least one piece of data needs to be input, and the order is established after the data is input (S100). Otherwise, if the user selects "No", the step of the step of ordering the cake is ended (S99). The at least one of the above information may be, for example, a user's contact information, the date of delivery of the cake, the place of delivery, the number of candles required by the user, the number of plates and dishes, or the payment method. In addition, another feature of the present invention is that when the cake designed by the user is about to be actually produced, the processing system notifies the user by means of a short message, an APP message or an email, so that the user can immediately view the user. The actual production process of the designed cake.

Please refer to FIG. 3, which is a flow chart of the steps of designing a cake for the user-oriented cake design and customization method of the present invention. The step of designing the cake of the present invention comprises the step of the user starting to attach to the operation interface (S101) to select the size of the cake (the size of the cake may be, for example, 6吋, 8吋, 10吋 or 12吋, etc., depending on the number of people You can choose different sizes of cakes), tastes (such as strawberry, chocolate, blueberry, lemon or cream, etc.), sandwich filling (the filling in the sandwich can be, for example, pudding, blueberry, strawberry or chocolate) and the shape of the cake body ( The body shape can be, for example, circular, square or heart shaped, etc.). After the step (S101) is completed, the user can perform the step (S102) to design the top surface pattern and the side pattern of the cake. The step (S102) can be divided into the user's own design of the cake pattern step (S1021) and the use of the processing system. The pattern step (S1024). If the user chooses to design the cake pattern by himself, then the step (S1022) is followed to select the type of the pen and the color of the pen. The type of the pen can be, for example, a pen of different thickness or a pen of different effects. The color of the pen can be, for example, black, red, blue, or green. The limitation is not limited. When the user performs the step (S1022) to select the type of the pen and the color of the pen, the step can also be performed (S1023). ) Draw a pattern of the cake on the operating interface by means of a pen. Moreover, if the user performs the step (S1024) to select and use the built-in pattern of the processing system, the user must select the pattern in the built-in database in the processing system as the top pattern and the side pattern, and when the user completes the step (S1024) After that, the user will continue to perform the step (S1025) to let the user judge whether to accept the built-in pattern. If the user selects "No", then the user must design the cake pattern (S1026) and use the built-in pattern to modify it. The step (S1027) selects a step, for example, a user selection step (S1027), and then performs the step (S1028) to let the user download the built-in pattern and modify it, and the processing system returns to the step (S1021). The user designs himself on the selected built-in pattern to achieve the dual effect of the built-in pattern plus the user-modified design; in contrast, if the user selects the step (S1026), the processing system will Returning to the step (S1021), the user can design the cake pattern by himself. After the user completes the designing step (S102), the step (S103) may also be performed to input text on the operation interface, and the step (S103) may be divided into performing the step (S1031) to input the congratulatory words or the words to be expressed by the user. The step (S1032) is performed using two types of congratulations built into the processing system, and the user is further selected in step (S1031) or step (S1032) according to the needs of the user. The above congratulations can be, for example, "Happy birthday to you", "Furu Donghai, Shoubi Nanshan", etc., and there is no limit here, as long as the shape of the cake body can be accommodated. The user-oriented cake design and customization method of the present invention described in the above Figures 1 to 3 is not limited to the custom cake, and the user-oriented cake design of the present invention can be applied as long as the food is applicable. With the custom method.

In summary, through the user-oriented cake design and customization method of the present invention, the user can design and customize his own cake on the operation interface, and can also operate the interface after the design is completed. The 3D finished product map of the cake is displayed for the user to confirm whether it meets the needs of the user in order to achieve a truly customized custom method.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

S100~800. . . step

S50~S100. . . step

S101~S1032. . . step

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a flow chart showing the steps of a first embodiment of a user-oriented cake design and customization method of the present invention.
Figure 2 is a flow chart showing the steps of the second embodiment of the present invention.
Figure 3 is a flow chart showing the steps of designing a cake for the user-oriented cake design and customization method of the present invention.

S100~S800. . . step

Claims (10)

A user-oriented cake design and customization method comprising the following steps:
The user is connected to a processing system via a network through an operation interface;
The user performs a step of designing a cake through the operation interface;
The operation interface pre-displays a design drawing of the cake designed by the user;
The processing system performs a feasibility evaluation step for the cake designed by the user, and displays a feasibility evaluation result in the operation interface;
Dynamically processing the simulation process of the cake designed by the user in the operation interface, and displaying the processed 3D finished product of the cake on the operation interface;
The processing system calculates the price and suggestion of the cake designed by the user and confirms whether the user wants to modify the cake; and when the user determines to order the cake and enters at least one piece of information, an order is established. The user-oriented cake design and customization method according to claim 1, wherein when the user previews the processed 3D finished product of the cake, the user returns to the design cake. The user-oriented cake design and customization method according to claim 1, wherein the user displays the result of the feasibility evaluation after the operation interface, and further comprises the step of performing the design cake again through the operation interface. To modify the design of the cake. The user-oriented cake design and customization method described in claim 1, wherein the processing system calculates the price and suggestion of the cake designed by the user, and if the user does not customize the cake, Then, or the user chooses to go back to the step of designing the cake to modify the design of the cake. The user-oriented cake design and customization method according to claim 1, wherein the step of designing the cake comprises selecting a cake type, an appearance pattern and a text. The user-oriented cake design and customization method described in claim 5, wherein the cake type is a cake size, a taste, a sandwich filling, and a cake body shape. The user-oriented cake design and customization method described in claim 5, wherein the appearance pattern is a top pattern and a side pattern, and the text is a congratulatory word or a word to be expressed by the user. The user-oriented cake design and customization method described in claim 5, wherein the feasibility evaluation is based on the user-selected cake type, appearance pattern and text for processing time calculation, complexity calculation and writing. The evaluation of the process value of the cake process is carried out to obtain the feasibility evaluation result. The user-oriented cake design and customization method as described in claim 1, wherein the information is the user's contact information, the date, time and place of the cake delivery, and the candles and trays required by the user. The number of dishes and the payment method, and the user operates the operation interface by a handheld device or a computer. The user-oriented cake design and customization method according to claim 1, wherein when the cake designed by the user is actually produced, the processing system notifies the user for the actual viewing of the cake by the user. Production process.