TWI494888B - Design and Manufacturing System for Numerical Control of Cooking and Decorating Cakes with Clouds - Google Patents

Description

Design and manufacturing system for cake squeezing and decoration with cloud computing value

The invention relates to a design and manufacturing system for cloud-based CNC cake squeezing and decoration with value creation, in particular to a cake design drawing to a processing device by a cloud information service system and according to the cake design drawing cake The body performs the steps of squeezing and decorating the solid cake.

Sending cakes is almost the most common and essential gift when celebrating birthdays, happy events and meaningful anniversaries. Especially in the fast-growing coffee shops in recent years, cakes also occupy a very important weight. Sharing cakes with family members or relatives is a very happy feeling for most people. However, when customers choose cakes in a cake shop or coffee shop, they can only choose a few styles and tastes offered by their stores, which may limit their choice and affect their willingness to purchase. If you can let customers design and choose their favorite styles and tastes, and write congratulations on the cake, the cake will become a very personal gift, which not only allows customers to have fun in the process of designing cakes. And it also has a great sense of accomplishment when it comes to seeing the results of the design being processed into cakes. The family members or relatives who receive the cake will be touched by the sincerity of the gift giver after receiving the gift with personal characteristics.

In the traditional cake making process, the most time and cost process is the squeezing and decoration of the cake, and it requires considerable training. It is often necessary for the staff of the master level to be competent.

In view of the above-mentioned problems between the prior art, one of the objects of the present invention is to provide a cloud CNC cake squeezing and decorating design and manufacturing system that allows a user to perform a design of a cake on a customized platform to obtain a cake design. In the figure, the cake design drawing is transmitted to the processing device via the cloud information service system, so that the cake body is subjected to the squeezing and decorating steps of the physical cake according to the cake design drawing, thereby achieving the effect of value creation.

In order to achieve the foregoing object of the present invention, a design and manufacturing system for cloud-converted cloud cake squeezing and decoration with value creation is proposed. The system comprises: at least one customized platform, a cloud information service system and at least one processing device. The customized platform is used for the user to execute the steps of designing the cake to obtain the cake design; and the cloud information service system connects the customized platform by wire or wirelessly to receive the cake design, wherein the cloud information service system includes the processing device. In order to receive the cake design, and the processing device is sequentially: (1) performing a feasibility evaluation step for the cake design drawing to obtain a feasibility evaluation result and returning it to the customized platform for the user to view; (2) for the cake design Perform dynamic machining simulation steps to obtain dynamic machining simulation results and display dynamic machining simulation results on the customized platform; (3) process the cake design into a processed 3D finished product of the cake and return it to the customized platform for viewing by the user; The processing device connects to the cloud information service system in a wired or wireless manner, and receives the cake design map through the cloud information service system and performs the physical cake squeezing and decorating steps on the cake body according to the cake design.

The cloud information service system of the present invention further comprises a data storage device, wherein the data storage device further comprises a general database module and a knowledge database module. The general database module also includes: a customer management database for managing customer data, customer orders and customer funds. The safety of materials storage and the material management database manage the material supply and material preservation of cakes. The knowledge database module further includes: a flower head management database for storing the life of the extrusion head and the squeeze head of the processing device, and a processing parameter management database for managing the squeeze pressure of the extrusion head of the processing device. And control the movement speed of the squeezing head, the numerical control program database for managing the dynamic processing simulation of the cake, the verification of the numerical control code of the cake making and the related numerical control program file, and the maintenance management database for providing remote maintenance. The processing equipment and the online consultation and secret management database of the processing equipment are the secrets for managing the cake making and the new secret recipe.

Preferably, the design cake step of the present invention is to select or design the cake type, the appearance pattern and the text, and the cake type is the size, the taste, the filling and the shape of the cake, wherein the appearance is the top and side of the cake. The pattern, and the words are congratulations or words that the user wants to express.

The cloud information service system of the present invention further comprises a data transmission device for receiving and transmitting the cake design.

The processing device of the present invention further includes a data processing module for receiving and transmitting the cake design map, the feasibility evaluation result, the dynamic machining simulation result, and the processed 3D finished product map of the cake.

Preferably, the processing device of the present invention performs the feasibility evaluation step and the dynamic machining simulation step, for example, according to the extrusion head management database, the processing parameter database, and the numerical control database.

Preferably, after the user finishes calculating the price and suggestion of the cake designed, the processing device further includes displaying a prompt screen via the customized platform to ask the user whether to modify.

Preferably, after the user views the feasibility evaluation result, the processing device further includes displaying a prompt screen via the customized platform to ask the user whether to perform processing.

Preferably, the cloud information service system further displays the squeezing and decorating steps of the physical cake by the processing device on the customized platform, so that the user can watch the actual production process of the cake in real time.

In view of the above, the value-creating cloud CNC cake squeezing and decorating design and manufacturing system according to the present invention may have one or more of the following advantages:

(1) The size, taste, filling and shape of the cake of the present invention can be selected or designed by the user, and the appearance pattern is the top and side of the cake, and the text is a congratulatory word or a user wants to express The words.

(2) The processing device of the present invention performs the feasibility evaluation step according to the extrusion head management database, the processing parameter database, and the numerical control database.

(3) The processing device of the present invention performs the dynamic machining simulation step according to the extrusion head management database, the processing parameter database, and the numerical control database.

(4) The cloud information service system of the present invention further displays the squeezing and decorating steps of the physical cake performed by the processing device on the custom platform for the user to immediately watch the actual production process of the cake.

2‧‧‧Cake Orderer

3‧‧‧cake maker

4‧‧‧Cloud Information Service Provider

5‧‧‧Processing machine or food processor manufacturer

10‧‧‧Customized platform

20‧‧‧Cloud Information Service System

21‧‧‧Processing device

211‧‧‧ Data Processing Module

212‧‧‧Feasibility Assessment Module

213‧‧‧Cake Processing Simulation Module

22‧‧‧Data transmission device

23‧‧‧Data storage device

231‧‧‧General database module

232‧‧‧Knowledge Database Module

30‧‧‧Processing device

S100~S800‧‧‧Steps

S101~S1032‧‧‧Steps

Figure 1 is a structural diagram of the value of the creative design and manufacturing system of the cloud-based CNC cake squeezing and decoration of the invention.

Figure 2 is a system diagram of the design and manufacturing system of the cloud CNC cake squeezing and decoration of the invention.

Figure 3 is a flow chart showing the steps of designing a cake for the design and manufacture system of the cloud-based CNC cake squeezing and decoration of the invention.

Figure 4 is a flow chart showing the steps of an embodiment of a design cake for the design and manufacture of a cloud-based CNC cake squeezing and decorating system of the present invention.

Please refer to FIG. 1 , which is an architectural diagram of the value creation value of the cloud CNC cake squeezing and decoration design and manufacturing system of the invention. The cloud information service system 20 of the present invention connects a cake maker 2, a processing machine or a food processor manufacturer 5, a cake maker 3, and a cloud service information provider 4 by a wired network or a wireless network. Among them, the cake orderer 2 is a process of customizing the cake by operating the customized platform, and when the cake orderer 2 completes a cake order, the cake order is transferred to the processing machine or the food through the cloud service information system 20. The processing machine manufacturer 5, in order to facilitate the subsequent cake entity production. However, the software required in the present invention can be jointly developed, for example, by the food machine tool manufacturer and the cloud information service provider. The maintenance and management services of the subsequent cloud information service system 20 are frequently maintained and detected by the cloud information service provider, for example. Maintain the operation of the cloud information service system 20.

Please refer to FIG. 2, which is a system diagram of the design and manufacture system of the cloud CNC cake squeezing and decoration of the invention. The value-creating cloud CNC cake squeezing and decorating design and manufacturing system of the present invention comprises at least one customized platform 10, a cloud information service system 20 and at least one processing device 30. The custom platform 10 is for the user to perform the steps of designing the cake to obtain a cake design. The step of designing the cake may, for example, select or customize the cake type, appearance pattern and text for the user, wherein the cake type may be, for example, For the size, taste, filling and shape of the cake, the appearance pattern can be, for example, the top surface pattern and the side pattern of the cake, and the text can be, for example, To congratulate words or words that the user wants to express. Further, the cake design diagram described above is based on a cake design pattern selected by the user in the step of designing the cake or designed by himself.

In other words, the user can open and execute the customized platform 10, for example, via a handheld device or a computer device, such as a smart phone or a tablet, and the smart phone or tablet has a touch panel, so the user The shape, color or material of the squeezing head (such as cream or chocolate) can be selected by touch to decorate the squeezing flower, and the built-in library and the vocabulary of the present invention can also be completed with love and individuality. The design style of the cake, and the manner of use of the present invention is, for example, the usual operation of drawing on paper or using a small painter on a computer. In addition, the cloud information service system 20 of the present invention connects the customized platform 10 and receives the user's design, for example, by a wired network (which may be, for example, an ADSL network) or a wireless network (which may be, for example, a Wi-Fi module). Cake design. In other words, the customized platform 10 can be located at the user end or at the remote end of the cloud information service system 20, wherein the cloud information service system 20 further includes a processing device 21, and the processing device is received by the data processing module 211. And transmitting the cake design drawing, the feasibility evaluation result, the dynamic processing simulation result and the processing of the 3D finished product of the cake, and the processing device is sequentially performed: (1) the cake design drawing for the user in the feasibility evaluation module 212 Performing a feasibility assessment step to obtain a feasibility evaluation result and returning it to the customized platform 10 for the user to view and confirm; (2) dynamically processing the cake design drawing designed by the user in the cake processing simulation module 213 Simulating steps to obtain dynamic machining simulation results and displaying dynamic machining simulation results on the customized platform 10; (3) processing the user-designed cake design into a processed 3D finished product of the cake and returning it to the customized platform 10 for User viewing and confirmation. In addition, the cloud information service system 20 of the present invention further includes a data transmission module 22, and the data transmission module The transfusion module 22 can, for example, receive and transmit a design of the cake.

Furthermore, the cloud information service system 20 of the present invention is connected to the data storage device 23. The data storage device 23 includes, for example, a general database module 231 and a knowledge database module 232. The general database module 231 further includes a customer management database and a material management database, wherein the customer management database can, for example, manage the security of customer data, customer orders, and customer data storage, and the material management database can, for example, manage the production of cakes. Material supply and material preservation. In addition, the knowledge database module 232 further includes a squeeze head management database, a processing parameter management database, a numerical control program database, a maintenance management database, and a secret management database. The squeezing head management database can, for example, store the life management of various squeezing heads and squeezing heads of the processing device 30; the processing parameter management database can, for example, manage the squeezing pressure of the squeezing head of the processing device 30 and control the squeezing The movement speed of the flower head; the numerical control program database may, for example, manage the dynamic processing simulation of the cake, verify whether the numerical control code of the cake making is correct, and the related numerical control program file; the maintenance management database may, for example, provide the remote maintenance processing device 30. And online consultation of the maintenance processing device 30; the secret management database can, for example, manage the secret recipe of the cake making and the new secret recipe online. The management of the above-mentioned numerical control program database management and maintenance management database can be developed, for example, by a machine tool builder, and the secret management database can be developed, for example, by a software developer and a cake maker.

As described above, the processing device 30 of the present invention is connected to the cloud information service system 20 via a wired network (for example, an ADSL network) or a wireless network (for example, a Wi-Fi module) for transmitting information via the cloud. The service system 20 receives the cake design and performs a squeezing and decorating step of the solid cake on the cake body according to the cake design. The operation mode of the cloud information service system 20 and the processing device 30 of the present invention can be compared with the operation mode of a conventional computer numerical control (CNC) machine tool, and Those having ordinary knowledge through the disclosure of the present invention should be able to understand the mode of operation, and therefore will not be described again.

Please refer to FIG. 3, which is a flow chart of the steps of an embodiment of a cloud CNC cake squeezing and decoration design and manufacturing system of the present invention. The cloud CNC cake squeezing and decoration design and manufacturing system of the present invention is mainly for the user to execute the design cake on the customized platform to obtain the cake design, and then the cloud information service system will sequentially carry out the cake. The 3D finished product drawing step, the feasibility evaluation step and the dynamic processing simulation step are processed, and finally the cake design is transferred to the processing device for the squeezing and decorating steps of the solid cake.

First, the user performs a design cake step (S100) via a customized platform. 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 device performs a step (S200) to display the design of the cake designed by the user in the step (S100) on the customized platform 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 device performs a step (S300), that is, performs a feasibility evaluation step (S300) for the cake designed by the user and displays a feasibility evaluation result on the customized platform, and the feasibility evaluation step (S300) is processed. The device calculates the processing time and calculates the complexity according to the flower head management database, the processing parameter management database and the numerical control program database plus the type of the cake selected by the user, the appearance pattern and the words to be expressed on the cake. For example, if the user-designed cake type, appearance pattern, and text are simple patterns or relatively short text, the processing time required for the process is short. On the other hand, if the type and appearance of the cake are more complicated and the number of words input is larger, the processing time required for the cake making process will increase. In addition to this, this After the invention displays the feasibility evaluation result (S300) on the customized platform, the step (S350) is performed for the user to judge whether or not the processing is to be performed, whereby the user can select whether or not to perform the processing based on the feasibility evaluation result. If the user selects "Yes", the processing device proceeds to the step (S500). If the user selects "No", the step of modifying the suggestion is displayed on the operation interface (S400) for the user to refer to and return to the step (S100). The user redesigned the cake.

Thereafter, when the step of processing is completed (S350), the processing device continues the dynamic machining simulation step (S500) to perform dynamic machining simulation and displays the results of the dynamic machining simulation on the customized platform. The dynamic machining simulation step (S500) is a dynamic machining 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. The dynamic machining simulation step (S500) is a processing unit that performs a dynamic machining simulation step (S500) according to the extrusion head management database, the processing parameter management database, and the numerical control program data. Then, after the step (S500) is completed, the process of processing the 3D finished product of the cake is displayed on the customized platform (S600), which is different from the above step (S200), and the step (S600) is to present the cake as a 3D finished product. To allow users to confirm and understand the form of the cake they designed with a closer look at the physical cake. After the custom platform displays the step (S600), the processing device may, for example, perform a calculation and suggestion step (S700) for the price of the cake designed by the user in the step (S100), and the above suggestions may be, for example, a processing system. After providing the user with suggestions on how to modify the cake design, and after calculating the price steps and suggestions for the designed cake (S700), ask the user whether to modify the cake (S750) on the custom platform, if the user selects " If yes, the process returns to the step (S100). When the user selects "No", the process proceeds to (S800). If the above user selects "No" to confirm that the cake is to be ordered, it needs to be input to One less information, the order is established after the data is entered (S800). The at least one of the above information may be, for example, a user's contact information, a date of delivery of the cake, a delivery location, a candle required by the user, a quantity of the plate and the tableware, or a payment method, and the like.

Please refer to FIG. 4, which is a flow chart of the steps of designing a cake for the design and manufacture system of the cloud CNC cake squeezing and decoration of the invention. The step of designing the cake of the present invention comprises the step of the user initially performing the step on 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 cake), taste (flavors such as strawberry, chocolate, blueberry, lemon or cream), sandwich filling (sandwich can be pudding, blueberry, strawberry or chocolate, etc.) and cake shape (shape It can be, for example, a circle, a square or a heart, 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 designing the cake pattern (S1021) and using the processing system. Pattern (S1024). If the user chooses to design the cake pattern by himself (S1021), the user can then perform the step (S1022) to select the type of the pen and the color of the pen on the customized platform. The type of the pen can be, for example, a pen of different thickness. A pen with a different effect, and the color of the pen can be, for example, black, red, blue, or green, and the like. After the user performs the step (S1022) to select the type of the pen and the color of the pen, the step of (S1023) drawing the cake on the customized platform by the pen can also be performed. 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 device as the top pattern and the side pattern, and the user performs the step (S1024). After that, the process will continue (S1025) to let the user judge whether to accept the built-in pattern. If the user selects "No", the user picks up It is necessary to select one of the steps in the step of designing the cake pattern by itself (S1026) and the step of modifying the built-in pattern (S1027), for example, the user selection step (S1027), and then proceeding to the step (S1028) to let the user Download the built-in pattern and modify it, and the processing system will return to step (1021) to let the user design the built-in pattern to achieve the design by using the built-in pattern plus the user's own modification. The double effect pattern; in contrast, if the user selects the step (S1026), the processing system returns to the step (S1021) to allow the user to design the cake pattern by himself. After the user completes the step (S102), the step (S103) may also be performed to input text on the customized platform. The step (S103) may be divided into performing the step (S1031) to input the congratulatory word or the user's intended expression and 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 number of words that can be accommodated in the shape of the cake can be entered.

In addition, another feature of the present invention is that when the cake designed by the user is about to be actually produced, the cloud information service system displays the squeezing and decorating steps of the physical cake performed by the processing device on the customized platform. The user can watch the actual production process of the cake in real time, or the cloud information service system will notify the user by means of a newsletter, an APP message or an email, so that the user can immediately watch the actual production process of the cake he designed.

In summary, the present invention is significantly different from the prior art ordering method, cake style design and cake making. The difference between the ordering cake of the prior art and the ordering method of the cake of the present invention is as follows: Table 1

In summary, through the design of the cloud-based CNC cake squeezing and decoration design and manufacturing system of the invention, the design can be designed on the customized platform, and the design can be completed after the design is completed. The customized 3D finished product map, feasibility evaluation results and dynamic machining simulations of the cake are displayed on the custom platform for users to confirm whether they meet the requirements of their own needs, so as to achieve a truly customized and value-creating cloud CNC cake squeezing and decoration. Design and manufacturing system.

The above is intended to be illustrative only and not limiting. Anything that does not deviate from the invention God and the scope, and equivalent modifications or changes to them, shall be included in the scope of the patent application attached.

10‧‧‧Customized platform

20‧‧‧Cloud Information Service System

21‧‧‧Processing device

211‧‧‧ Data Processing Module

212‧‧‧Feasibility Assessment Module

213‧‧‧Cake Processing Simulation Module

22‧‧‧Data transmission device

23‧‧‧Data storage device

231‧‧‧General database module

232‧‧‧Knowledge Database Module

30‧‧‧Processing device

Claims (8)

A value-creative computer numerical control (CNC) cake squeezing and decorating design and manufacturing system includes: at least one custom platform for a user to perform a design cake step to obtain a cake design diagram; a cloud information service system that receives the cake design by a wired network or a wireless network connection to the customized platform, wherein the cloud information service system includes at least one processing device for receiving the cake design. And the processing device sequentially: (1) performing a feasibility evaluation step for the cake design drawing to obtain a feasibility evaluation result and returning to the customized platform for viewing by the user; (2) designing the cake The figure performs a dynamic machining simulation step to obtain a dynamic machining simulation result and displays the dynamic machining simulation result on the customized platform; (3) processing the cake design drawing into a cake processing 3D finished product drawing and returning to the customized The platform is for viewing by the user, wherein the cloud information service system further comprises a data storage device, wherein the data storage device further comprises a general resource The library module, the general database module further comprises: a customer management database for managing the security of customer data, customer orders and customer data storage; or a material management database for managing material supply and materials for making cakes. save. The data storage device further includes a knowledge database module, the knowledge database module further comprising: a flower head management database for storing at least one flower head and at least one flower head of the processing device Life management a processing parameter management database for managing the squeezing pressure of the squeezing head of the processing device and controlling the moving speed of the squeezing head; a numerical control program database for managing the dynamic processing simulation of the cake and cake making Verifying that the numerical control code is correct and the associated numerical control program file; a maintenance management database for providing online consultation for remotely repairing the processing device and maintaining the processing device; or a secret management database for managing recipes for cake making And a new secret recipe for sending and receiving; and at least one processing device connected to the cloud information service system by wire or wirelessly, for receiving the cake design map via the cloud information service system and performing an entity on a cake body according to the cake design diagram Cake squeezing and decorating steps. For example, the design and manufacturing system of the cloud-based CNC cake squeezing and decoration described in the first paragraph of the patent application scope, wherein the design cake step is to select or design the cake type, the appearance pattern and the text, and the cake type For the size, taste, filling and shape of the cake, the appearance is the top and side of the cake, and the words are congratulations or words that the user wants to express. The cloud CNC cake squeezing and decorating design and manufacturing system as described in claim 1 of the patent application scope, wherein the cloud information service system further comprises a data transmission device for receiving and transmitting the cake design drawing. . The design and manufacturing system for cloud-based CNC cake squeezing and decorating, as described in claim 1, wherein the processing device further comprises a data processing module for receiving and transmitting the cake design, The feasibility evaluation result, the dynamic machining simulation result, and the processed 3D finished product of the cake. For example, the design and manufacturing system for the cloud-based CNC cake squeezing and decoration described in the first paragraph of the patent application scope, wherein the processing device is based on the squeezing head management data The library, the processing parameter database and the numerical control database are used to perform the feasibility evaluation step and perform the dynamic machining simulation step. The design and manufacturing system for cloud-based CNC cake squeezing and decorating, as described in claim 1, wherein the processing device further includes the order after the user has viewed the feasibility evaluation result. The platform displays a prompt screen to ask the user whether to process. For example, the design and manufacturing system of the cloud-based CNC cake squeezing and decoration described in the first application of the patent scope, wherein the user has watched the price and suggestion of the cake designed by the user, the processing device is further Including displaying a prompt screen via the customized platform to ask the user whether to make a modification. For example, the cloud CNC cake squeezing and decorating design and manufacturing system of the value creation created in the first application of the patent scope, wherein the cloud information service system displays the physical cake of the processing device on the customized platform. The squeezing and decorating steps are provided for the user to immediately watch the actual production process of the cake.